JP7348000B2 - Information processing method, information processing device, and program - Google Patents

Description

The present invention relates to an information processing method, an information processing device, and a program.

Actuators convert input energy or computer output electrical signals into physical movement. Actuators are used in industrial robot pivots, turntables, machine tools, etc. in vehicle factories, parts factories, engine factories, etc.
The actuator may be used in combination with a reduction gear, an electric motor, a flange, and an input gear.

Regarding actuators, techniques for improving the detection accuracy of shift position sensors are known. In this technology, an electric motor rotates a rotor shaft, and a reducer decelerates the rotation of the rotor shaft and outputs the reduced speed. The shaft is fixed to the front housing. The rotating member engages with an externally toothed member provided on the output shaft of the speed reducer, and is supported so as to be rotatable around the axis of the shaft. The rotation angle sensor detects the rotation angle of the rotation member by detecting a magnetic field corresponding to the rotation angle of a magnet section provided on the rotation member. The outer wall of the cup is fixed to the rotating member, and the inner wall fits into the ball bearing. The plate is slidably provided between the bottom outer wall surface of the cup and the end surface around the shaft of the front housing.

Japanese Patent Application Publication No. 2010-159828

As mentioned above, the actuator may be used in combination with a reduction gear, an electric motor, a flange, and an input gear. When a user wants to use an actuator, he or she specifies the reducer, electric motor, flange, and input gear and purchases the actuator.
However, since the types of reduction gears, electric motors, flanges, and input gears are increasing, the number of combinations of reduction gears, electric motors, flanges, and input gears is increasing. For this reason, it has become difficult to specify and purchase the reducer, electric motor, flange, and input gear.

The present invention has been made in consideration of such circumstances, and aims to provide an information processing method, an information processing device, and a program that can support selection of at least one of a reduction gear, an electric motor, a flange, and an input gear. Take it as a challenge.

In order to solve the above problems, one aspect of the present invention includes the steps of: receiving reducer information that is information regarding the reducer; receiving motor information that is information regarding the electric motor; and outputting at least one of information specifying the flange, information specifying the input gear, information specifying the reducer, and information specifying the electric motor based on the information executed by the computer. This is a processing method.
According to the above configuration, the information processing device receives reduction gear information and electric motor information. The information processing device can output information that identifies products that constitute a product set from the received reduction gear information and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes the steps of receiving reducer information that is information about a reducer, receiving motor information that is information about an electric motor, and identifying a flange based on the reducer information and the electric motor information. outputting information different from the reduction gear information and the electric motor information with at least one of information, information specifying the input gear, information specifying the reducer, and information specifying the electric motor. This is an information processing method to be executed.
According to the above configuration, the information processing device receives reduction gear information and electric motor information. The information processing device generates information that identifies products that constitute a product set from the received reducer information and electric motor information, and that is information that identifies products that constitute a product set that is different from the received reducer information and electric motor information. Can be output. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes a step of receiving reducer information that is information regarding the reducer, and based on the reducer information, information that specifies a flange, information that specifies an input gear, information that specifies the reducer, and an electric motor. This information processing method is executed by a computer and includes the step of outputting at least one piece of information among the information specifying the information.
According to the above configuration, the information processing device receives reducer information. The information processing device can output information specifying the products that constitute the product set from the received reduction gear information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes the steps of receiving motor information that is information about the motor, and identifying information that identifies a flange, information that identifies an input gear, information that identifies a reduction gear, and the electric motor based on the motor information. and outputting at least one piece of information.
According to the above configuration, the information processing device receives motor information. The information processing device can output information specifying products that constitute a product set from the received electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes the steps of receiving usage condition information that is information regarding usage conditions, receiving reduction gear information that is information regarding a reduction gear, receiving motor information that is information regarding an electric motor, and the steps of receiving usage condition information that is information regarding usage conditions. Based on the information, the reducer information, and the electric motor information, output at least one of information specifying a flange, information specifying an input gear, information specifying a reducer, and information specifying an electric motor. An information processing method executed by a computer, comprising the steps of:
According to the above configuration, the information processing device receives usage condition information, reduction gear information, and electric motor information. The information processing device can output information that specifies the products that constitute the product set from the received usage condition information, reducer information, and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported. One aspect of the present invention includes the steps of receiving usage condition information that is information related to usage conditions, receiving reducer information that is information related to a reduction gear, and flange control based on the usage condition information and the reduction gear information. This information processing method is executed by a computer and includes the step of outputting at least one of information specifying the input gear, information specifying the reducer, and information specifying the electric motor.
According to the above configuration, the information processing device receives usage condition information and reduction gear information. The information processing device can output information specifying the products that constitute the product set from the received usage condition information and reducer information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes the steps of receiving usage condition information that is information about usage conditions, receiving motor information that is information about an electric motor, and identifying a flange based on the usage condition information and the electric motor information. This information processing method is executed by a computer and includes the step of outputting at least one of information, information specifying an input gear, information specifying a reducer, and information specifying an electric motor.
According to the above configuration, the information processing device receives usage condition information and electric motor information. The information processing device can output information that identifies products that constitute a product set from the received usage condition information and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes a step of receiving usage condition information that is information about usage conditions, and based on the usage condition information, information for identifying a flange, information for identifying an input gear, information for identifying a reducer, and information for identifying an electric motor. This information processing method is executed by a computer and includes the step of outputting at least one piece of information among the information specifying the information.
According to the above configuration, the information processing device receives usage condition information. The information processing device can output information specifying the products that constitute the product set from the received usage condition information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.

One aspect of the present invention includes a reception unit that receives reduction gear information that is information about the reduction gear and electric motor information that is information about the electric motor, and based on the reduction gear information and the electric motor information that the reception unit received, The information processing device includes a processing unit that outputs at least one of information specifying a flange, information specifying an input gear, information specifying a reduction gear, and information specifying an electric motor.
According to one aspect of the present invention, in an information processing device, a product set database stores information that specifies a reducer that can be used in combination, information that specifies an electric motor, information that specifies a flange, and information that specifies an input gear in association with each other. The processing unit selects a flange that can be used in combination with the reduction gear and the electric motor from the product set database based on the reduction gear information and the electric motor information received by the reception unit. A configuration may be used in which at least one of identifying information and input gear identifying information is extracted.
One aspect of the present invention includes a reception unit that receives usage condition information that is information about usage conditions, reduction gear information that is information about the reduction gear, and electric motor information that is information about the electric motor, and the usage conditions that are received by the reception unit. output at least one of information specifying a flange, information specifying an input gear, information specifying a reducer, and information specifying an electric motor based on the information, the reducer information, and the electric motor information. An information processing apparatus includes a processing unit that performs the following steps.
According to one aspect of the present invention, in an information processing device, a product set database stores information that specifies a reducer that can be used in combination, information that specifies an electric motor, information that specifies a flange, and information that specifies an input gear in association with each other. The processing unit combines the reduction gear and the electric motor from the product set database based on the usage condition information, the reduction gear information, and the electric motor information received by the reception unit. A configuration may be used in which at least one of information specifying a flange that can be used and information specifying an input gear is extracted.

One aspect of the present invention includes a reception unit that receives reduction gear information that is information about the reduction gear and electric motor information that is information about the electric motor in a computer of an information processing device; and functions as a processing unit that outputs at least one of information specifying the flange, information specifying the input gear, information specifying the reducer, and information specifying the electric motor based on the electric motor information. , is a program.
One aspect of the present invention includes a reception unit that receives, in a computer of an information processing device, usage condition information that is information related to usage conditions, reduction gear information that is information related to a reduction gear, and electric motor information that is information related to an electric motor; Based on the usage condition information, the reduction gear information, and the electric motor information received by the department, among the information specifying the flange, the information specifying the input gear, the information specifying the reducer, and the information specifying the electric motor, This is a program that functions as a processing unit that outputs at least one piece of information.
One aspect of the present invention includes the step of receiving at least one of reducer information that is information about a reducer, motor information that is information about an electric motor, and usage condition information that is information about usage conditions; information, the motor information, and the usage condition information, among the information that specifies the flange, the information that specifies the input gear, the information that specifies the reducer, and the information that specifies the electric motor. An information processing method executed by a computer, including the step of outputting at least one piece of information.
According to the above configuration, the information processing device receives at least one of the reduction gear information, the electric motor information, and the usage condition information. The information processing device can output information that identifies products forming the product set from at least one of the received reduction gear information, electric motor information, and use condition information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
One aspect of the present invention includes a reception unit that receives at least one of reduction gear information that is information about the reduction gear, motor information that is information about the electric motor, and usage condition information that is information about usage conditions; Based on at least one of the reduction gear information, the electric motor information, and the usage condition information received by the department, information specifying the flange, information specifying the input gear, information specifying the reducer, and the electric motor. The information processing apparatus includes a processing unit that outputs at least one piece of information among the information specifying the information.

According to the embodiments of the present invention, it is possible to provide an information processing method, an information processing device, and a program that can support selection of at least one of a reduction gear, an electric motor, a flange, and an input gear.

1 is a diagram showing an example of an information processing system according to an embodiment of the present invention. FIG. 1 is a block diagram showing a terminal device and an information processing device that constitute an information processing system according to an embodiment of the present invention. FIG. 3 is a diagram showing an example 1 of a screen that responds to a product set inquiry. FIG. 7 is a diagram illustrating a second example of a screen that responds to a product set inquiry. It is a figure showing an example of a speed reducer database. FIG. 3 is a diagram showing an example of a motor database. It is a figure showing an example of an electric motor. It is a figure showing an example of a flange database. It is a figure which shows an example of a flange. FIG. 3 is a diagram showing an example of an input gear database. It is a figure showing an example of an input gear. FIG. 3 is a diagram showing an example of a product set database. 1 is a flowchart illustrating an example of the operation of an information processing system according to an embodiment of the present invention. FIG. 2 is a block diagram showing a terminal device and an information processing device that constitute an information processing system according to a modified example of an embodiment of the present invention. It is a flowchart which shows an example of operation of the information processing system of the modification of one embodiment of the present invention.

Next, an information processing method, an information processing apparatus, and a program according to the present embodiment will be explained with reference to the drawings. The embodiments described below are merely examples, and the embodiments to which the present invention is applied are not limited to the following embodiments.
In addition, in all the figures for explaining the embodiment, parts having the same functions are denoted by the same reference numerals, and repeated explanations will be omitted.
Moreover, "based on XX" as used in the present application means "based on at least XX", and includes cases where it is based on another element in addition to XX. Furthermore, "based on XX" is not limited to the case where XX is used directly, but also includes the case where XX is subjected to calculations or processing. "XX" is an arbitrary element (for example, arbitrary information).

Embodiments of the present invention will be described below with reference to the drawings.
[Embodiment]
FIG. 1 is a diagram showing an example of an information processing system according to an embodiment of the present invention. The information processing system 1 supports selection of at least one of a reduction gear, an electric motor, a flange, and an input gear. The information processing system 1 includes an information processing device 100, a terminal device 300-1, a terminal device 300-2, and a terminal device 300-3.
The information processing device 100, the terminal device 300-1, the terminal device 300-2, and the terminal device 300-3 are connected by a network 50 such as the Internet, a core network of a communication carrier, or various local networks.
Any terminal device among the terminal device 300-1, the terminal device 300-2, and the terminal device 300-3 will be referred to as a terminal device 300.

In this embodiment, as an example, the user performs an operation on the terminal device 300 to start an inquiry about a product set. Here, the product set is a combination of at least two of a reduction gear, an electric motor, a flange, and an input gear.
The terminal device 300 creates a product set inquiry start request that includes information indicating that a product set is to be inquired and is addressed to the information processing apparatus 100, based on an operation performed by the user to start an inquiry about a product set. The terminal device 300 transmits the created product set inquiry start request to the information processing device 100.

The information processing device 100 receives the product set inquiry start request transmitted by the terminal device 300. The information processing device 100 sends the terminal device 300 to the destination including product set inquiry screen information, which is information indicating a screen for inquiring about a product set, based on information indicating that a product set is to be inquired and included in the received product set inquiry start request. Create a product set inquiry initiation response. The information processing device 100 transmits the created product set inquiry start response to the terminal device 300.
The terminal device 300 receives the product set inquiry start response sent by the information processing device 100. The terminal device 300 displays a screen for inquiring about a product set by performing image processing on the product set inquiry screen information included in the received product set inquiry start response.
The user refers to the product set inquiry screen displayed on the terminal device 300 and operates the terminal device 300 to obtain reducer information, which is information about the reducer included in the product set, and electric motor, which is information about the electric motor. Enter the information. Here, the speed reducer information includes a model number of the speed reducer and characteristic information of the speed reducer, and the motor information includes a model number of the motor and characteristic information of the motor. Based on the user's operation, the terminal device 300 creates a product set information request that includes reducer information and electric motor information and is addressed to the information processing device 100. The terminal device 300 transmits the created product set information request to the information processing device 100.

The information processing device 100 includes a reducer database that is information in a table format that associates model numbers of the plurality of reducers, characteristic information of each of the plurality of reducers, and image information of each of the plurality of reducers; The motor database includes a table-format information in which model numbers of the plurality of motors, characteristic information of each of the plurality of motors, and image information of each of the plurality of motors are associated with each other. The information processing device 100 also includes a flange database, which is information in a table format that associates model numbers of the plurality of flanges, characteristic information of each of the plurality of flanges, and image information of each of the plurality of flanges, and a plurality of inputs. It is provided with an input gear database which is information in a table format in which gear model numbers, input gear characteristic information of each of the plurality of input gears, and image information of each of the plurality of input gears are associated.
The information processing device 100 receives the product set information request transmitted by the terminal device 300, and acquires reducer information and motor information included in the received product set information request. Based on the acquired reduction gear information, the information processing device 100 acquires one or more model numbers of the reduction gear corresponding to the reduction gear information from the reduction gear database. Based on the obtained motor information, the information processing device 100 obtains one or more model numbers of the motor corresponding to the motor information from the motor database. Based on the obtained reducer model number and electric motor model number, the information processing device 100 retrieves the model number of one or more flanges that can be used in combination with the reducer and the electric motor and the model number of one or more input gears from the product set database. Get the model number.
The information processing device 100 creates a product set information response addressed to the terminal device 300 that includes product set inquiry response screen information, which is information that specifies a screen that responds to the product set inquiry. Here, the screen that responds to the product set inquiry includes a position or a plurality of information that associates the reducer model number, the electric motor model number, the flange model number, the input gear model number, and the product set ID. Furthermore, the screen that responds to product set inquiries includes an image of the reducer that corresponds to the reducer model number, a flange image that corresponds to the flange model number, an image of the input gear that corresponds to the input gear model number, and the reducer. A display button is included for displaying a combined image of the flange and input gear. The information processing device 100 transmits the created product set information response to the terminal device 300.

The terminal device 300 receives the product set information response transmitted by the information processing device 100, and creates a screen for responding to the product set inquiry by image processing the product set inquiry response screen information included in the received product set information response. indicate.
The user can see the screen that responds to the product set inquiry and press the display button. When the user presses the display button, the terminal device 300 specifies that the reducer model number, flange model number, input gear model number, product set ID, and image associated with the pressed display button are requested. A product set image request is created that includes the information and has the information processing device 100 as the destination. The terminal device 300 transmits the created product set image request to the information processing device 100.
The information processing device 100 receives the product set image request sent by the terminal device 300, and requests the reducer model number, flange model number, input gear model number, product set ID, and image included in the received product set image request. Obtain information indicating that the The information processing device 100 stores information in association with the model number of the reducer based on the obtained model number of the reducer, flange model number, input gear model number, product set ID, and information specifying that an image is requested. image information stored in association with the flange model number is obtained from the flange database, and image information stored in association with the input gear model number is obtained from the input gear database. , acquires image information stored in association with the product set ID from the product set database.
The information processing device 100 creates an image of the product set by arranging an image of the reducer, an image of the flange, an image of the input gear, and an image of the product set based on the acquired image information. The information processing device 100 creates a product set image response that includes image information of the created product set and is addressed to the terminal device 300. The information processing device 100 transmits the created product set image response to the terminal device 300.
The terminal device 300 receives the product set image response transmitted by the information processing device 100, and displays the product set image by performing image processing on the product set image information included in the received product set image response.

The terminal device 300 and the information processing device 100 that constitute the information processing system 1 will be sequentially explained below.
FIG. 2 is a block diagram showing a terminal device and an information processing device that constitute an information processing system according to an embodiment of the present invention.
(terminal device)
The terminal device 300 is realized as a smartphone, a mobile terminal, a personal computer, a tablet terminal device, or other information processing equipment. The terminal device 300 includes an address bus and data for electrically connecting a communication section 310, a storage section 320, an information processing section 330, an operation section 340, a display section 360, and each component as shown in FIG. A bus line 350 such as a bus is provided.
The communication unit 310 is realized by a communication module. The communication unit 310 communicates with other devices such as the information processing device 100 via the network 50. Specifically, the communication unit 310 is configured by a wireless device that performs wireless communication using wireless communication technology such as Wi-Fi (registered trademark). Further, the communication unit 310 may be configured by a device that performs communication using a communication technology such as a wired LAN.
The communication unit 310 transmits the product set inquiry start request output by the information processing unit 330 to the information processing device 100. Further, the communication unit 310 receives a product set inquiry start response transmitted by the terminal device 300 in response to the product set inquiry start request, and outputs the received product set inquiry start response to the information processing unit 330.
The communication unit 310 transmits the product set information request output by the information processing unit 330 to the information processing device 100. Furthermore, the communication unit 310 receives the product set information response transmitted by the terminal device 300 in response to the product set information request, and outputs the received product set information response to the information processing unit 330.
The communication unit 310 transmits the product set image request output by the information processing unit 330 to the information processing device 100. Furthermore, the communication unit 310 receives the product set image response transmitted by the terminal device 300 in response to the product set image request, and outputs the received product set image response to the information processing unit 330.

The storage unit 320 is realized by, for example, a RAM (Random Access Memory), a ROM (Read Only Memory), a flash memory, or a hybrid storage device that is a combination of two or more of these. The storage unit 320 stores a program 322 and an application 324 that are executed by the information processing unit 330.
The program 322 is, for example, an operating system, and is located between users and application programs and hardware, and provides a standard interface to users and application programs, while also providing efficient support for each resource such as hardware. Perform proper management.
The application 324 includes information indicating that the terminal device 300 is to be inquired about the product set when the user performs an operation on the operation unit 340 to start inquiring about the product set, and the product set whose destination is the information processing device 100. Create an inquiry start request. The application 324 causes the terminal device 300 to send a generated product set inquiry start request to the information processing device 100. The application 324 causes the terminal device 300 to receive the product set inquiry start response. The application 324 displays a screen for inquiring about product sets by performing image processing on product set inquiry screen information included in the product set inquiry start response received by the terminal device 300.
The application 324 causes the terminal device 300 to create a product set information request including reducer information and electric motor information and addressed to the information processing device 100 based on the user's operation. The application 324 causes the terminal device 300 to transmit the created product set information request to the information processing device 100. The application 324 causes the terminal device 300 to receive a product set information response transmitted by the information processing device 100 in response to the product set information request transmitted. The application 324 causes the terminal device 300 to display a screen that responds to the product set inquiry by performing image processing on the product set inquiry response screen information included in the product set information response received.
The application 324 stores the model number of the reducer, the model number of the flange, and the model number of the input gear associated with the display button pressed on the terminal device 300 when the user performs an operation to press the display button on the operation unit 340. A product set image request is created that includes the product set ID and information indicating that an image is requested and is directed to the information processing apparatus 100. The application 324 causes the terminal device 300 to receive a product set image response transmitted by the information processing device 100 in response to the product set image request transmitted. The application 324 causes the terminal device 300 to display an image of the product set by processing the image information of the product set included in the received product set image response.

The information processing unit 330 is, for example, a functional unit (hereinafter referred to as a software functional unit) realized by a processor such as a CPU (Central Processing Unit) executing a program 322 and an application 324 stored in the storage unit 320. It is. Note that all or part of the information processing unit 330 may be realized by hardware such as LSI (Large Scale Integration), ASIC (Application Specific Integrated Circuit), or FPGA (Field-Programmable Gate Array), or may be realized by software functions. It may also be realized by a combination of parts and hardware. The information processing section 330 includes, for example, a reception section 332 and a processing section 334.
The reception unit 332 receives information (hereinafter referred to as "product set inquiry start information") indicating that the operation unit 340 will start inquiring about the product set when an operation to start the inquiry about the product set is performed on the operation unit 340. , the acquired product set inquiry start information is output to the processing unit 334. When the reception unit 332 acquires reducer information and motor information from the operation unit 340 by performing an operation to input the reduction gear information and electric motor information to the operation unit 340, the reception unit 332 inputs the acquired reduction gear information and the electric motor information. The motor information is output to the processing unit 334.

The processing unit 334 acquires the product set inquiry start information output by the reception unit 332, and includes information indicating that the product set is to be inquired based on the acquired product set inquiry start information, and the product set whose destination is the information processing device 100. Create an inquiry initiation request. The processing unit 334 outputs the created product set inquiry start request to the communication unit 310.
The processing unit 334 obtains the product set inquiry start response outputted by the communication unit 310 and displays a product set inquiry screen on the display unit 360 by image processing the product set inquiry screen information included in the obtained product set inquiry start response. to be displayed. The processing unit 334 inputs the input reducer information and electric motor information when the user refers to the screen for inquiring about the product set displayed on the display unit 360 and inputs the reducer information and the electric motor information to the operation unit 340. A product set information request is created that includes the acquired reduction gear information and motor information and is addressed to the information processing device 100. The processing unit 334 outputs the created product set information request to the communication unit 310.
The processing unit 334 obtains the product set information response output by the communication unit 310, and displays a screen that responds to the product set inquiry by image processing the product set inquiry response screen information included in the obtained product set information response. section 360. The screen that responds to the product set inquiry includes a reduction gear model number, an electric motor model number, a flange model number, an input gear model number, a product set ID, and a display button.

FIG. 3 is a diagram showing an example 1 of a screen that responds to a product set inquiry. The screen that responds to the product set inquiry includes one or more pieces of information associating a reducer model number, a motor model number, a flange model number, an input gear model number, and a product set ID as product set information.
In the example shown in FIG. 3, by combining the reducer with the model number "RAA001", the electric motor with the model number "MAA001", the flange with the model number "FAA001", and the input gear with the model number "IAA001", It is shown that a product set is configured and the product set ID is "RFI001". In the example shown in FIG. 3, a reducer with a model number of "RAA001", an electric motor with a model number of "MAA001", a flange with a model number of "FAA001", and an input gear with a model number of "IAA002" are combined. This shows that a product set is configured, and that the product set ID is "RFI002." In the example shown in FIG. 3, a reducer with a model number of "RAA001", an electric motor with a model number of "MAA001", a flange with a model number of "FAA001", and an input gear with a model number of "IAA003" are combined. As a result, a product set is configured, and the product set ID is "RFI003". In the example shown in FIG. 3, a reducer with a model number of "RAA001", an electric motor with a model number of "MAA001", a flange with a model number of "FAA002", and an input gear with a model number of "IAA001" are combined. This shows that a product set is configured, and that the product set ID is "RFI004."
Display buttons D01 to D04 are displayed on the screen that responds to inquiries about product sets. The user can press any of the display buttons D01 to D04. When the reception unit 332 acquires product set image request information from the operation unit 340 by pressing a display button on the operation unit 340, the reception unit 332 outputs the acquired product set image request information to the processing unit 334. do. The processing unit 334 acquires the product set image request information output by the receiving unit 332, and based on the acquired product set image request information, determines the model number of the reducer and the model number of the flange associated with the pressed display button. A product set image request is created that includes the input gear model number, product set ID, and information indicating that an image is requested, and is addressed to the information processing device 100. The processing unit 334 outputs the created product set image request to the communication unit 310.
The processing unit 334 acquires the product set image response output by the communication unit 310, and displays the product set image on the display unit 360 by image processing the product set image information included in the acquired product set image response. . As a result, the display section 360 displays an image of the reducer corresponding to the model number of the reducer corresponding to the pressed display button, an image of the flange corresponding to the model number of the flange, and an image of the input gear corresponding to the model number of the input gear. is displayed. Further, the display unit 360 displays an image of an assembled combination of the reducer, flange, and input gear corresponding to the pressed display button.

FIG. 4 is a diagram showing an example 2 of a screen that responds to an inquiry about a product set. In the example shown in FIG. 4, when the user presses one of the display buttons D01 to D04, the image R and flange of the reducer corresponding to the model number of the reducer corresponding to the display button pressed on the display section 360 are shown. An image F of a flange corresponding to the model number of and an image I of an input gear corresponding to the model number of the input gear are displayed. Further, an image PS is displayed on the display unit 360, which is a combination of a reduction gear, a flange, and an input gear corresponding to the display button pressed.
If the user presses the display button D01 on the screen responding to the product set inquiry shown in FIG. 3, the image R of the reducer whose model number corresponds to "RAA001" corresponding to the pressed display button D01 An image F of a flange whose model number corresponds to "MAA001" and an image I of an input gear whose model number corresponds to "IAA001" are displayed. Furthermore, an image PS is displayed on the display unit 360, which is a combination of the reducer R, flange F, and input gear I corresponding to the pressed display button D01. Returning to FIG. 2, the explanation will be continued.

The operation unit 340 is an input device that accepts user operations. Specifically, when the user performs an operation to inquire about a product set by operating the operation unit 340, product set inquiry start information is created, and the created product set inquiry start information is output to the information processing unit 330. Furthermore, when the user inputs reducer information and electric motor information by operating the operation unit 340, the operation unit 340 outputs the input reducer information and electric motor information to the information processing unit 330. Furthermore, when the user presses the display button by operating the operation unit 340, the operation unit 340 outputs product set image request information to the information processing unit 330.
The display unit 360 is configured by, for example, a touch panel. The display unit 360 displays a screen for inquiring about product sets. The display unit 360 also displays a screen that responds to inquiries about product sets.

(Information processing device)
The information processing device 100 is realized by a device such as a personal computer or an industrial computer. The information processing device 100 includes a communication unit 110, a storage unit 120, an information processing unit 130, and a bus line 150 such as an address bus or a data bus for electrically connecting each component as shown in FIG. Equipped with
The communication unit 110 is realized by a communication module. The communication unit 110 communicates with other devices such as the terminal device 300 via the network 50. Specifically, the communication unit 110 is configured by a device that performs communication using a communication technology such as a wired LAN. Further, the communication unit 110 may be configured by a wireless device that performs wireless communication using wireless communication technology such as Wi-Fi (registered trademark).
The communication unit 110 receives the product set inquiry start request transmitted by the terminal device 300 and outputs the received product set inquiry request to the information processing unit 130. The communication unit 110 obtains the product set inquiry start response output by the information processing unit 130 in response to the product set inquiry start request, and outputs the obtained product set inquiry start response to the terminal device 300 .
The communication unit 110 receives the product set information request transmitted by the terminal device 300 and outputs the received product set information request to the information processing unit 130. The communication unit 110 acquires the product set information response output by the information processing unit 130 in response to the product set information request, and transmits the acquired product set information response to the terminal device 300.
The communication unit 110 receives the product set image request transmitted by the terminal device 300 and outputs the received product set image request to the information processing unit 130. The communication unit 110 acquires the product set image response output by the information processing unit 130 in response to the product set image request, and transmits the acquired product set image response to the terminal device 300.

The storage unit 120 is realized by, for example, a RAM, a ROM, a flash memory, or a hybrid storage device that is a combination of two or more of these. The storage unit 120 stores a program 122 and an application 124 that are executed by the information processing unit 130. The storage unit 120 also stores a reduction gear database 126-A, a motor database 126-B, a flange database 126-C, an input gear database 126-D, and a product set database 127.
The program 122 is, for example, an operating system, and is located between users and application programs and hardware, and provides a standard interface for users and application programs, as well as an efficient system for each resource such as hardware. Perform management.
The application 124 causes the information processing device 100 to receive the product set inquiry start request transmitted by the terminal device 300. The application 124 causes the information processing device 100 to create a product set inquiry start response containing product set inquiry screen information and addressed to the terminal device 300 based on the product set inquiry start request received by the information processing device 100, and starts the created product set inquiry start. The response is sent to the terminal device 300. The application 124 causes the information processing device 100 to receive the product set information request transmitted by the terminal device 300. The application 124 causes the information processing device 100 to acquire the model number of the reducer from the reducer database 126-A based on the reducer information and motor information included in the product set information request received, and obtains the model number of the reducer from the motor database 126-B. Obtain the model number of the electric motor. The application 124 retrieves the flange model number and input gear that can be used in combination with the reducer model number and the motor model number from the product set database 127 based on the reducer model number and electric motor model number acquired by the information processing device 100. Get one or more model numbers. The application 124 causes the information processing device 100 to create a product set information response that includes product set inquiry response screen information and is addressed to the terminal device 300. The application 124 causes the information processing device 100 to transmit the created product set information response to the terminal device 300.
The application 124 causes the information processing device 100 to receive the product set image request transmitted by the terminal device 300. The application 124 decelerates the speed based on the reducer model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested, which are included in the product set image request received by the information processing device 100. Image information stored in association with the machine model number, image information stored in association with the flange model number, image information stored in association with the input gear model number, and image information stored in association with the product set ID. The image information is acquired. The application 124 causes the information processing device 100 to create an image of the product set by arranging an image of the reducer, an image of the flange, an image of the input gear, and an image of the product set based on the image information acquired by the information processing device 100. The application 124 causes the information processing device 100 to create a product set image response that includes image information of the created product set and is addressed to the terminal device 300. The application 124 causes the information processing device 100 to transmit the created product set information response to the terminal device 300.

Next, the reduction gear database 126-A, the electric motor database 126-B, the flange database 126-C, the input gear database 126-D, and the product set database 127 will be sequentially explained.
FIG. 5 is a diagram showing an example of a reduction gear database. The reduction gear database 126-A is information in a table format that includes model numbers and characteristic information of each of a plurality of reduction gears. The model number of the reducer is one or both of a symbol and a number assigned to each model of the reducer. The characteristic information of the reducer includes the product type, product series, installation method, presence or absence of a flange, input method, reduction ratio, and image information. The speed reducer database 126-A stores these in association with each other.
Product types include gearheads, components, etc. Here, the gearhead is a reduction gear with a component that connects the reduction gear and the electric motor attached. The component is a single speed reducer. The product series is identification information of the series to which the reducer belongs. The mounting method is hollow, solid, etc. The presence or absence of a flange is information indicating whether or not a flange is used. Input methods include direct connection, orthogonal, pulley, etc. The reduction ratio is the ratio of speed conversion by gears. The image information is image information of the reduction gear.
In the example shown in FIG. 5, the reducer database 126-A includes the product type, product series, mounting method, and presence/absence of flanges for the reducer with the model number "RAA001" and the reducer with the model number "RAA002." , input method, reduction ratio, and image information are stored in association with each other.

FIG. 6 is a diagram showing an example of a motor database. The electric motor database 126-B is information in a table format including model numbers and characteristic information of each of a plurality of electric motors. The model number of the electric motor is one or both of a symbol and a number assigned to each type of electric motor. The characteristic information of the electric motor includes the manufacturer, rated torque, spigot step, spigot diameter, spigot diameter tolerance, mounting bolt hole PCD, hole size, number of holes, hole position, shaft length, shaft diameter, shaft diameter tolerance, and key. The width, tip tap size, taper tip screw size, and image information are included. The electric motor database 126-B stores these in association with each other.
The manufacturer is the manufacturer of the electric motor. The rated torque is the torque when the rated output is continuously produced at the rated voltage and rated frequency.
FIG. 7 is a diagram showing an example of an electric motor. In FIG. 7, the spigot step is "g", and the spigot diameter and tolerance are "d". The mounting bolt hole PCD is the nut seat pitch diameter of the mounting bolt hole. Hole size is the size of the bolt hole. The number of holes is the number of bolt holes. The hole position is the bolt hole position. The shaft length is the length of the motor shaft. The shaft diameter is the diameter of the shaft of the electric motor. The shaft diameter tolerance is the dimensional tolerance when the hole and shaft fit into each other. The key width is the width of a mechanical element that efficiently transmits power from the shaft to gears, etc. The tip tap size and the taper tip screw size are the sizes of the tip of the shaft. The image information is image information of the electric motor. Returning to FIG. 6, the explanation will be continued.
In the example shown in FIG. 6, the motor database 126-B includes the manufacturer, rated torque, spigot step, spigot diameter, and spigot diameter for the motor whose model number is "MAA001" and the motor whose model number is "MAA002." Tolerance, mounting bolt hole PCD, hole size, number of holes, hole position, shaft length, shaft diameter, shaft diameter tolerance, key width, tip tap size, taper tip screw size, and image information are stored in association with each other. .

FIG. 8 is a diagram showing an example of a flange database. The flange database 126-C is information in a table format that includes model numbers and characteristic information for each of a plurality of flanges. The flange model number is one or both of a symbol and a number assigned to each flange model. The flange characteristic information includes the pilot diameter, width, bolt pattern, bolt size, input gear position, and image information. The flange database 126-C stores these in association with each other.
FIG. 9 is a diagram showing an example of a flange. In FIG. 9, the spigot diameter is the diameter of the spigot part. The width is the width of the spigot part. The bolt pattern is the pattern of bolts used for the flange. Bolt size is the size of the bolt used for the flange. In FIG. 9, the input gear position is "LL". However, the input gear position shown in FIG. 9 is an example, and the method of specifying the position differs depending on the model of the reduction gear. The image information is image information of the flange. Returning to FIG. 8, the explanation will be continued.
In the example shown in FIG. 8, the flange database 126-C contains the pilot diameter, width, bolt pattern, bolt size, and input gear position for the flange with the model number "FAA001" and the flange with the model number "FAA002." are stored in association with each other.

FIG. 10 is a diagram showing an example of an input gear database. The input gear database 126-D is information in a table format including model numbers and characteristic information of each of a plurality of input gears. The input gear model number is one or both of a symbol and a number assigned to each input gear model. The characteristic information of the input gear includes the shaft diameter, shaft length, shaft shape, input gear position, and image information. The input gear database 126-D stores these in association with each other.
FIG. 11 is a diagram showing an example of an input gear. In FIG. 11, the shaft diameter is "C" and the shaft length is "A". There are three types of shaft shapes: with straight key, without straight key, and tapered. FIG. 11 shows the case with a straight key. The input gear position is the same as the input gear position described above. The image information is image information of the input gear. Returning to FIG. 10, the explanation will be continued.
In the example shown in FIG. 10, the input gear database 126-D contains the model number, shaft diameter, shaft length, and shaft shape for the input gear with the model number "IAA001" and the input gear with the model number "IAA002." The input gear position and image information are stored in association with each other.

FIG. 12 is a diagram showing an example of a product set database. The product set database 127 associates reducers, electric motors, flanges, and input gears that can be used in combination with each of a plurality of reducers, each of a plurality of electric motors, each of a plurality of flanges, and each of a plurality of input gears. This is table-format information that includes information about
In the example shown in FIG. 12, a reducer with a model number of "RAA001", an electric motor with a model number of "MAA001", an electric motor with a model number of "MAA002", etc. It is shown that a product set is constructed by combining one of the flanges with the model number "FAA001" and one of the input gears with the model number "IAA001". There is. In the example shown in FIG. 12, the image information of the product set and the product set ID are shown. Returning to FIG. 2, the explanation will be continued.

The information processing unit 130 is a software functional unit realized by a processor such as a CPU executing the program 122 and the application 124 stored in the storage unit 120, for example. Note that all or part of the information processing section 130 may be realized by hardware such as LSI, ASIC, or FPGA, or may be realized by a combination of a software function section and hardware. The information processing unit 130 includes, for example, a reception unit 132 and a processing unit 134.

The reception unit 132 receives the product set inquiry start request output by the communication unit 110, and acquires information indicating that the product set included in the received product set inquiry start request is to be inquired. The reception unit 132 outputs information indicating that the acquired product set is to be inquired to the processing unit 134.
The reception unit 132 receives the product set information request output by the communication unit 110, and acquires reducer information and motor information included in the received product set information request. The reception unit 132 outputs the acquired reduction gear information and motor information to the processing unit 134.
The reception unit 132 receives the product set image request output by the communication unit 110, and requests the reducer model number, flange model number, input gear model number, product set ID, and image included in the received product set image request. Obtain information indicating. The reception unit 132 outputs the acquired reduction gear model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested to the processing unit 134.

The processing unit 134 acquires the information indicating that the product set is to be inquired from the receiving unit 132, and sets the terminal device 300 as the destination including product set inquiry screen information based on the acquired information indicating that the product set is to be inquired. Create a product set inquiry initiation response. The processing unit 134 outputs the created product set inquiry start response to the communication unit 310.
The processing unit 134 acquires the reduction gear information and motor information output by the reception unit 132. Based on the acquired reduction gear information, the processing unit 134 acquires one or more model numbers of the reduction gear corresponding to the reduction gear information from the reduction gear database 126-A. Based on the obtained motor information, the processing unit 134 obtains one or more model numbers of the motor corresponding to the motor information from the motor database 126-B. The processing unit 134 acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor from the product set database 127 based on the obtained reducer model number and electric motor model number. . The processing unit 134 sets a combination of the reducer model number, the electric motor model number, the flange model number, and the input gear model number as a product set. The processing unit 134 acquires one or more product sets.

This will be explained in detail with reference to FIG. 12. Based on the acquired model number of the reducer, the processing unit 134 extracts one or more motor model numbers, flange model numbers, and input gear model numbers associated with the model number of the reducer from the product set database 127. With this configuration, it is possible to narrow down the motor model number, flange model number, and input gear model number that can be used in combination with the reducer that corresponds to the model number of the reducer obtained from the product set database 127.
The processing unit 134 determines the speed reducer associated with the motor model number based on the motor model number obtained from the extracted information associating the reducer model number, motor model number, flange model number, and input gear model number. One or more of the model number, flange model number, and input gear model number are extracted. With this configuration, the flange model number that can be used in combination with the motor corresponding to the motor model number obtained from the information that associates the extracted reducer model number, motor model number, flange model number, and input gear model number can be determined. You can narrow down the search by input gear model number.
The processing unit 134 creates a product set inquiry response screen that includes one or more of the reducer model number, motor model number, flange model number, and input gear model number extracted by narrowing down based on the motor model number. The processing unit 134 creates a product set information response that includes the created product set inquiry response screen information and is addressed to the terminal device 300. The processing unit 134 outputs the created product set information response to the communication unit 110.

The processing unit 134 acquires the reduction gear model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested, output by the reception unit 132. The processing unit 134 generates an image stored in association with the reducer model number based on the obtained reducer model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested. Information is acquired from the reducer database 126-A, image information stored in association with the flange model number is acquired from the flange database 126-C, and image information stored in association with the input gear model number is acquired from the input gear. The image information obtained from the database 126-D and stored in association with the product set ID is obtained from the product set database 127. The processing unit 134 creates an image of the product set by arranging an image of the reducer, an image of the flange, an image of the input gear, and an image of the product set based on the acquired image information. The processing unit 134 creates a product set image response that includes image information of the created product set and is addressed to the terminal device 300. The processing unit 134 outputs the created product set image response to the communication unit 310.

(Operation of information processing system)
FIG. 13 is a flowchart illustrating an example of the operation of the information processing system according to an embodiment of the present invention.
(Step S1)
In the terminal device 300, the reception unit 332 receives product set inquiry start information output from the operation unit 340 when an operation to start a product set inquiry is performed on the operation unit 340. The reception unit 332 outputs the received product set inquiry start information to the processing unit 334. The processing unit 334 acquires the product set inquiry start information output by the reception unit 332, and includes information indicating that the product set is to be inquired based on the acquired product set inquiry start information, and the product set whose destination is the information processing device 100. Create an inquiry initiation request. The processing unit 334 outputs the created product set inquiry start request to the communication unit 310.
(Step S2)
In the terminal device 300 , the communication unit 310 obtains the product set inquiry start request output by the processing unit 334 and transmits the obtained product set inquiry start request to the information processing device 100 .
(Step S3)
In the information processing device 100 , the communication unit 110 receives the product set inquiry start request transmitted by the terminal device 300 and outputs the received product set inquiry start request to the information processing unit 130 . The reception unit 132 of the information processing unit 130 receives the product set inquiry start request output by the communication unit 110, and acquires information indicating that the product set included in the received product set inquiry start request is to be inquired. The reception unit 132 outputs information indicating that the acquired product set is to be inquired to the processing unit 134. The processing unit 134 acquires the information indicating that the product set is to be inquired that has been output by the reception unit 132, and sets the terminal device 300 as the destination including product set inquiry screen information based on the acquired information indicating that the product set is to be inquired. Create a product set inquiry initiation response. The processing unit 134 outputs the created product set inquiry start response to the communication unit 310.

(Step S4)
In the information processing device 100 , the communication unit 110 obtains the product set inquiry start response output by the processing unit 134 and transmits the obtained product set inquiry start response to the terminal device 300 .
(Step S5)
In the terminal device 300 , the communication unit 310 receives the product set inquiry start response transmitted by the information processing device 100 and outputs the received product set inquiry start response to the information processing unit 330 .
The processing unit 334 of the information processing unit 330 acquires the product set inquiry start response output by the communication unit 310, and inquires about the product set by image processing the product set inquiry screen information included in the obtained product set inquiry start response. The screen is displayed on the display unit 360.
(Step S6)
The reception unit 332 acquires the reducer information and motor information output from the operation unit 340 when the operation unit 340 performs an operation to input the reduction gear information and the electric motor information, and receives the acquired reduction gear information. and motor information to the processing unit 334.
(Step S7)
In the terminal device 300, the processing unit 334 acquires the reducer information and electric motor information output by the reception unit 332, and generates product set information including the acquired reducer information and electric motor information and whose destination is the information processing apparatus 100. Create a request. The processing unit 334 outputs the created product set information request to the communication unit 310.

(Step S8)
In the terminal device 300 , the communication unit 310 obtains the product set information request output by the processing unit 334 and transmits the obtained product set information request to the information processing device 100 .
(Step S9)
In the information processing device 100 , the communication unit 110 receives the product set information request transmitted by the terminal device 300 and outputs the received product set information request to the information processing unit 130 . The reception unit 132 of the information processing unit 130 acquires the product set information request output by the communication unit 110, and acquires reducer information and electric motor information included in the acquired product set information request. The reception unit 132 outputs the acquired reduction gear information and motor information to the processing unit 134.
(Step S10)
In the information processing device 100, the processing unit 134 acquires the reducer information and motor information output by the reception unit 132. Based on the acquired reduction gear information, the processing unit 134 acquires the model number of the reduction gear corresponding to the reduction gear information from the reduction gear database 126-A. Based on the obtained motor information, the processing unit 134 obtains the model number of the motor corresponding to the motor information from the motor database 126-B. The processing unit 134 acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and electric motor from the product set database 127 based on the obtained reducer model number and electric motor model number. do.
The processing unit 134 creates a product set inquiry response screen that includes one or more of the model number of the reducer, the model number of the electric motor, the model number of the flange, and the model number of the input gear. The processing unit 134 creates a product set information response that includes product set inquiry response screen information and is addressed to the terminal device 300. The processing unit 134 outputs the created product set information response to the communication unit 110.

(Step S11)
In the information processing device 100 , the communication unit 110 acquires the product set information response output by the processing unit 134 and transmits the acquired product set information response to the terminal device 300 .
(Step S12)
In the terminal device 300 , the communication unit 310 acquires the product set information response transmitted by the information processing device 100 and outputs the acquired product set information response to the information processing unit 330 . The processing unit 334 of the information processing unit 330 acquires the product set information response output by the communication unit 310, and performs image processing on the product set inquiry response screen information included in the acquired product set information response to respond to the product set inquiry. A response screen is displayed on the display unit 360.
(Step S13)
In the terminal device 300, the reception unit 332 receives product set image request information output from the operation unit 340 when a display button is pressed on the operation unit 340. The reception unit 332 outputs the received product set image request information to the processing unit 334. The processing unit 334 acquires the product set image request output by the receiving unit 332, and inputs the reducer model number and flange model number associated with the pressed display button based on the acquired product set image request information. A product set image request is created that includes the gear model number, product set ID, and information indicating that an image is requested, and is addressed to the information processing device 100. The processing unit 334 outputs the created product set image request to the communication unit 310.

(Step S14)
In the terminal device 300 , the communication unit 310 obtains the product set image request output by the processing unit 334 and transmits the obtained product set image request to the information processing device 100 .
(Step S15)
In the information processing device 100 , the communication unit 110 receives the product set image request transmitted by the terminal device 300 and outputs the received product set image request to the information processing unit 130 . The reception unit 132 of the information processing unit 130 acquires the product set image request output by the communication unit 110, and receives the reducer model number, flange model number, input gear model number, and product set ID included in the obtained product set image request. and information indicating that the image is requested. The reception unit 132 outputs the acquired reduction gear model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested to the processing unit 134.
The processing unit 134 acquires the reduction gear model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested, output by the reception unit 132. The processing unit 134 generates an image stored in association with the reducer model number based on the obtained reducer model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested. Information is acquired from the reducer database 126-A, image information stored in association with the flange model number is acquired from the flange database 126-C, and image information stored in association with the input gear model number is acquired from the input gear. The image information obtained from the database 126-D and stored in association with the product set ID is obtained from the product set database 127. The processing unit 134 creates an image of the product set by arranging an image of the reducer, an image of the flange, an image of the input gear, and an image of the product set based on the acquired image information. The processing unit 134 creates a product set image response that includes image information of the created product set and is addressed to the terminal device 300. The processing unit 134 outputs the created product set image response to the communication unit 310.

(Step S16)
In the information processing device 100 , the communication unit 110 acquires the product set image response output by the processing unit 134 and transmits the acquired product set image response to the terminal device 300 .
(Step S17)
In the terminal device 300 , the communication unit 310 receives the product set image response transmitted by the information processing device 100 and outputs the received product set image response to the information processing unit 330 . The processing unit 334 of the information processing unit 330 acquires the product set image response output by the communication unit 310, and processes the image information of the product set included in the acquired product set image response to create an image of the product set. It is displayed on the display section 360.

In the embodiment described above, the product type, product series, mounting method, presence or absence of a flange, input method, reduction ratio, and image information were described as examples of the characteristic information of the reducer stored in the reducer database 126-A. However, it is not limited to this example. For example, an example of the characteristic information of a reducer includes the product type, product series, mounting method, presence or absence of flanges, input method, reduction ratio, and image information, as well as the type, model number, output, rotation speed, and backlash of the reducer. , lost motion, angular transmission error, rated torque, rated output rotation speed, rated life, allowable start/stop torque, instantaneous maximum allowable torque, allowable maximum output rotation speed, allowable moment, allowable moment diagram, instantaneous maximum allowable moment, main bearing May include lifespan, allowable radial load, spring constant, moment stiffness, efficiency, mass, etc.

In the embodiment described above, the manufacturer, rated torque, spigot step, spigot diameter, spigot diameter tolerance, mounting bolt hole PCD, hole size, and number of holes are examples of the motor characteristic information stored in the motor database 126-B. , the hole position, the shaft length, the shaft diameter, the shaft diameter tolerance, the key width, the tip tap size, the taper tip screw size, and the image information, but the present invention is not limited to this example. For example, an example of the characteristic information of an electric motor is the manufacturer, rated torque, spigot step, spigot diameter, spigot diameter tolerance, mounting bolt hole PCD, hole size, number of holes, hole position, shaft length, shaft diameter, and shaft diameter. In addition to the tolerance, key width, tip tap size, taper tip screw size, and image information, it also includes the motor manufacturer name, model, pilot part diameter, pilot part tolerance, pilot part step, inner diameter, etc. good.

In the embodiment described above, the model number, pilot diameter, width, bolt pattern, bolt size, input gear position, and image information were described as examples of flange characteristic information stored in the flange database 126-C. Not limited to. For example, an example of flange characteristic information includes the spigot diameter, width, bolt pattern, bolt size, input gear position, and image information, as well as the flange model number, outer diameter, overall length, shaft hole depth, shaft hole, and diameter. , mass, etc. may be included.

In the embodiment described above, the shaft diameter, shaft length, shaft shape, input gear position, and image information were described as examples of the input gear characteristic information stored in the input gear database 126-D, but this example is not limited to this example. I can't do it. For example, examples of input gear characteristic information include the shaft diameter, shaft length, shaft shape, input gear position, and image information, as well as the spigot step, spigot diameter and tolerance, tip tap size, taper tip screw size, and input shaft. etc. may be included.

In the embodiment described above, a case has been described in which the information processing system 1 includes three terminal devices, but the present invention is not limited to this. For example, the information processing system 1 may include one to two terminal devices, or may include four or more terminal devices.
In the embodiment described above, the information processing device 100 extracts the motor model number, flange model number, and input gear model number that are associated with the reducer model number from the product set database 127, and extracts the extracted reducer model number and input gear model number. We have explained the case where the reducer model number, flange model number, and input gear model number associated with the motor model number are extracted from the information that associates the motor model number, flange model number, and input gear model number. Not limited to examples.
For example, the information processing device 100 extracts the motor model number, flange model number, and input gear model number associated with the motor model number from the product set database 127, and extracts the extracted reducer model number, motor model number, and flange model number. The model number of the motor, the model number of the flange, and the model number of the input gear that are associated with the model number of the reducer may be extracted from the information that associates the model number with the model number of the input gear.

In the embodiment described above, the information processing device 100 acquires the model number of the reducer, the model number of the motor, the model number of the flange, and the model number of the input gear included in the product set based on the reducer information and the motor information. Although explained, the example is not limited to this example. For example, even if the information processing device 100 acquires the model number of the reducer, the model number of the motor, the model number of the flange, and the model number of the input gear included in the product set based on either the reducer information or the electric motor information, good.
In the embodiment described above, a case has been described in which the information processing device 100 creates a screen that responds to an inquiry about a product set that includes the model number of the reducer, the model number of the electric motor, the model number of the flange, and the model number of the input gear. Not limited to. For example, the information processing device 100 may create a screen that responds to an inquiry about a product set that includes at least one of a reducer model number, an electric motor model number, a flange model number, and an input gear model number.
In the embodiment described above, the information processing device 100 extracts the motor model number, flange model number, and input gear model number that are associated with the reducer model number from the product set database 127, and extracts the extracted reducer model number and input gear model number. A case was explained in which the reducer model number, flange model number, and input gear model number associated with the motor model number are extracted from information that associates the motor model number, flange model number, and input gear model number. is not limited to this example.
For example, the information processing device 100 may extract the motor model number, flange model number, and input gear model number that are associated with the reducer model number from the product set database 127, and output the extracted results. The model number of the reducer, the model number of the flange, and the model number of the input gear associated with the model number of the electric motor may be extracted from the product set database 127, and the extracted results may be output.

According to the information processing system of the present embodiment, the information processing method executed by the computer of the information processing device includes the steps of receiving reducer information, which is information related to the reducer, and receiving motor information, which is information related to the electric motor. The method includes the step of outputting at least one of information indicating a flange, information indicating an input gear, information indicating a reducer, and information indicating an electric motor, based on the reducer information and the electric motor information. By configuring in this way, information indicating the products that constitute the product set can be acquired from the reducer information and the electric motor information. Therefore, selection of at least one of the reducer, electric motor, flange, and input gear can be supported.
Further, the information processing method executed by the computer of the information processing device includes a step of receiving reducer information that is information about the reducer, a step of receiving motor information that is information about the electric motor, and a step based on the reducer information and the electric motor information. outputting at least one of information specifying the flange, information specifying the input gear, information specifying the reducer, and information specifying the electric motor, which is different from the reducer information and the electric motor information; has. By configuring in this way, it is possible to obtain information different from the reducer information and the electric motor information, which is information indicating the products that constitute the product set from the reducer information and the electric motor information. Therefore, it is possible to support the selection of information different from the reducer information and the electric motor information using at least one of the reducer, the electric motor, the flange, and the input gear.
Further, the information processing method executed by the computer of the information processing device includes the steps of receiving reducer information that is information regarding the reducer, and based on the reducer information, information indicating a flange, information indicating an input gear, and the reducer. outputting at least one of information indicating the electric motor and information indicating the electric motor. With this configuration, information indicating the products that constitute the product set can be acquired from the reducer information. Therefore, selection of at least one of the reducer, electric motor, flange, and input gear can be supported.
Further, the information processing method executed by the computer of the information processing device includes the steps of receiving motor information that is information about the motor, and based on the motor information, information indicating a flange, information indicating an input gear, and information indicating a reduction gear. and outputting at least one information among the information indicating the electric motor. With this configuration, it is possible to obtain information indicating the products that constitute the product set from the motor information. Therefore, selection of at least one of the reducer, electric motor, flange, and input gear can be supported.
The information processing device also includes a reception unit that receives reduction gear information that is information about the reduction gear and electric motor information that is information about the electric motor, and identifies a flange based on the reduction gear information and the electric motor information that are received by the reception unit. and a processing unit that outputs at least one of information specifying the input gear, information specifying the reducer, and information specifying the electric motor. By configuring in this way, information indicating the products that constitute the product set can be acquired from the reducer information and the electric motor information. Therefore, selection of at least one of the reducer, electric motor, flange, and input gear can be supported.
Furthermore, the information processing device includes a storage unit that stores a product set database that stores information that specifies a reducer that can be used in combination, information that specifies the electric motor, information that specifies the flange, and information that specifies the input gear in association with each other. Based on the reducer information and electric motor information received by the reception unit, the processing unit extracts information specifying flanges that can be used in combination with the reducer and electric motor from the product set database and information specifying the input gear. At least one of them is extracted. With this configuration, information indicating the products that constitute the product set can be acquired from the product set database stored in the storage unit based on the reducer information and the motor information. Therefore, selection of at least one of the reducer, electric motor, flange, and input gear can be supported.

(Modified example of embodiment)
FIG. 1 can be applied to an example of the information processing system 1a as a modification of the embodiment of the present invention. However, an information processing device 100a is provided instead of the information processing device 100, and a terminal device 300a-1, a terminal device 300a-2, a terminal device 300a-1, a terminal device 300a-2, a terminal device 300a-2, and a A device 300a-3 is provided.
Any terminal device among the terminal device 300a-1, the terminal device 300a-2, and the terminal device 300a-3 will be referred to as a terminal device 300a.
In the information processing system 1a of the modification of the embodiment of the present invention, the terminal device 300a includes information indicating that a product set is to be inquired based on an operation performed by the user to start inquiring about a product set, and the information processing device 100a Create a product set inquiry initiation request with the destination as the destination. The terminal device 300a transmits the created product set inquiry start request to the information processing device 100a.
The information processing device 100a receives the product set inquiry start request transmitted by the terminal device 300a. The information processing device 100a creates a product set inquiry start response that includes product set inquiry screen information and is addressed to the terminal device 300a, based on information indicating that a product set is to be inquired and included in the received product set inquiry start request. . The information processing device 100a transmits the created product set inquiry start response to the terminal device 300a.
The terminal device 300a receives the product set inquiry start response sent by the information processing device 100a. The terminal device 300a displays a screen for inquiring about a product set by image processing the product set inquiry screen information included in the received product set inquiry start response.

The user refers to the product set inquiry screen displayed on the terminal device 300a and operates the terminal device 300a to obtain usage condition information, which is information indicating the usage conditions of the product set, and the reducer included in the product set. Enter information and motor information. Here, the usage condition information includes application, purpose, load torque, moment (or inertia, center of gravity position), operating pattern (time and number of rotations), required life, etc. The terminal device 300a creates a product set information request that includes usage condition information, reducer information, and motor information and is addressed to the information processing device 100a based on the user's operation. The terminal device 300a transmits the created product set information request to the information processing device 100a.

The information processing device 100a includes a reduction gear database 126-A, an electric motor database 126-B, a flange database 126-C, an input gear database 126-D, and a product set database 127. The information processing device 100a receives the product set information request transmitted by the terminal device 300a, and acquires the usage condition information, reducer information, and motor information included in the received product set information request. Based on the obtained usage condition information, the information processing device 100a acquires the model number of the reducer that satisfies the usage condition from the reduction gear database 126-A, and acquires the model number of the electric motor that satisfies the usage condition from the motor database 126-B. do. The information processing device 100a acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor from the product set database 127 based on the obtained reducer model number and electric motor model number. .
The information processing device 100a acquires one or more model numbers of the reducer from the reducer database 126-A based on the acquired reducer information. The information processing device 100a obtains one or more model numbers of the motor from the motor database 126-B based on the obtained motor information. Based on the obtained reduction gear model number and electric motor model number, the information processing device 100a further narrows down the flange model number and input gear model number that can be used in combination with the reduction gear and electric motor obtained from the product set database 127. The information processing device 100a acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor by narrowing down the search results. The information processing device 100a creates a product set inquiry response screen, and creates a product set information response that includes the created product set inquiry response screen information and is addressed to the terminal device 300a. The information processing device 100a transmits the created product set information response to the terminal device 300a.

The terminal device 300a receives the product set information response transmitted by the information processing device 100a, and processes the product set inquiry response screen information included in the received product set information response to create a screen that responds to the product set inquiry. Display.
The user can see a screen that responds to a product set inquiry and press a display button. When the user presses the display button, the terminal device 300a displays information indicating that the reducer model number, flange model number, input gear model number, product set ID, and image associated with the pressed display button are requested. A product set image request is created that includes the information processing apparatus 100a and is addressed to the information processing apparatus 100a. The terminal device 300a transmits the created product set image request to the information processing device 100a.

The information processing device 100a receives the product set image request sent by the terminal device 300a, and requests the reducer model number, flange model number, input gear model number, product set ID, and image included in the received product set image request. Obtain information indicating that the The information processing device 100a generates an image stored in association with the reducer model number based on the acquired reducer model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested. Information is acquired from the reducer database 126-A, image information stored in association with the flange model number is acquired from the flange database 126-C, and image information stored in association with the input gear model number is stored in the input gear database 126. - The image information obtained from D and stored in association with the product set ID is obtained from the product set database 127.
The information processing device 100a creates an image of the product set by arranging an image of the reducer, an image of the flange, an image of the input gear, and an image of the product set based on the acquired image information. The information processing device 100a creates a product set image response that includes image information of the created product set and is addressed to the terminal device 300a. The information processing device 100a transmits the created product set image response to the terminal device 300a.
The terminal device 300a receives the product set image response transmitted by the information processing device 100a, and displays the product set image by performing image processing on the product set image information included in the received product set image response.

The terminal device 300a and the information processing device 100a that constitute the information processing system 1a will be described below.
FIG. 14 is a block diagram showing a terminal device and an information processing device that constitute an information processing system according to a modified example of an embodiment of the present invention.
(terminal device)
The terminal device 300a is realized as a smartphone, a mobile terminal, a personal computer, a tablet terminal device, or other information processing equipment. The terminal device 300a includes an address bus and a data bus for electrically connecting a communication section 310, a storage section 320a, an information processing section 330a, an operation section 340, a display section 360, and each component as shown in FIG. A bus line 350 such as a bus is provided.

The storage unit 320a is realized by, for example, a RAM, a ROM, a flash memory, or a hybrid storage device that is a combination of two or more of these. The storage unit 320a stores a program 322 and an application 324a that are executed by the information processing unit 330a.
The application 324a includes information indicating that the terminal device 300a is to be inquired about the product set when the user performs an operation on the operation unit 340 to start inquiring about the product set. Create an inquiry start request. The application 324a causes the terminal device 300a to send a product set inquiry start request to the information processing device 100a.
The application 324a causes the information processing device 100a to receive a product set inquiry start response sent by the information processing device 100a in response to the product set inquiry start request sent to the terminal device 300a. The application 324a causes the terminal device 300a to display a screen for inquiring about a product set by performing image processing on the product set inquiry screen information included in the product set inquiry start response received by the terminal device 300a.

The application 324a causes the terminal device 300a to create a product set information request that includes usage condition information, reducer information, and motor information and is addressed to the information processing device 100a based on the user's operation. The application 324a causes the terminal device 300a to send the created product set information request to the information processing device 100a. The application 324a causes the terminal device 300a to receive a product set information response transmitted by the information processing device 100a in response to the product set information request transmitted. The application 324a causes the terminal device 300a to display a screen for responding to the product set inquiry by performing image processing on the product set inquiry response screen information included in the product set information response received by the terminal device 300a.
The application 324a displays the model number of the reducer, the model number of the flange, and the model number of the input gear associated with the display button pressed on the terminal device 300a when the user performs an operation to press the display button on the operation unit 340. A product set image request is created that includes the product set ID and information indicating that an image is requested and is addressed to the information processing apparatus 100a. The application 324a causes the terminal device 300a to receive a product set image response sent by the information processing device 100a in response to the product set image request sent to the terminal device 300a. The application 324a displays an image of the product set by performing image processing on the image information of the product set included in the product set image response received by the terminal device 300a.

The information processing unit 330a is a software functional unit realized by, for example, a processor such as a CPU executing the program 322 and the application 324a stored in the storage unit 320a. Note that all or part of the information processing section 330a may be realized by hardware such as LSI, ASIC, or FPGA, or may be realized by a combination of a software function section and hardware. The information processing section 330a includes, for example, a reception section 332a and a processing section 334a.
When the reception unit 332a acquires product set inquiry start information from the operation unit 340 by performing an operation to start a product set inquiry on the operation unit 340, the reception unit 332a transmits the acquired product set inquiry start information to the processing unit 334a. Output.
When the reception unit 332a acquires the usage condition information, reduction gear information, and electric motor information from the operation unit 340 by performing an operation to input the usage condition information, reduction gear information, and electric motor information to the operation unit 340, Then, the acquired usage condition information, reducer information, and electric motor information are output to the processing section 334a.

The processing unit 334a acquires the product set inquiry start information output by the reception unit 332a, and based on the acquired product set inquiry start information, the processing unit 334a selects a product that includes information indicating that a product set is to be inquired and whose destination is the information processing device 100a. Create a set inquiry initiation request. The processing unit 334a outputs the created product set inquiry start request to the communication unit 310.
The processing unit 334a obtains the product set inquiry start response output by the communication unit 310, and displays a product set inquiry screen on the display unit 360 by image processing the product set inquiry screen information included in the obtained product set inquiry start response. to be displayed.
When the user refers to the screen for inquiring about the product set displayed on the display section 360 and inputs usage condition information, reduction gear information, and motor information into the operation section 340, the processing section 334a inputs the input usage condition information, reduction gear information, and electric motor information into the operation section 340. The condition information, reducer information, and electric motor information are acquired, and a product set information request containing the acquired usage condition information, reducer information, and electric motor information and addressed to the information processing apparatus 100a is created. The processing unit 334a outputs the created product set information request to the communication unit 310.
The processing unit 334a obtains the product set information response output by the communication unit 310, and displays a screen that responds to the product set inquiry by performing image processing on product set inquiry response screen information included in the obtained product set information response. section 360.
When the reception unit 332a acquires product set image request information from the operation unit 340 by pressing a display button on the operation unit 340, the reception unit 332a outputs the acquired product set image request information to the processing unit 334a. The processing unit 334a acquires the acquired product set image request information, and based on the acquired product set image request information, determines the model number of the reducer, the model number of the flange, and the model number of the input gear associated with the pressed display button. A product set image request is created that includes the product set ID and information indicating that an image is requested, and is addressed to the information processing apparatus 100a. The terminal device 300a outputs the created product set image request to the communication unit 310.
The processing unit 334a obtains the product set image response output by the communication unit 310, and displays the product set image on the display unit 360 by image processing the product set image information included in the obtained product set image response. indicate.

(Information processing device)
The information processing device 100a is realized by a device such as a personal computer or an industrial computer. The information processing device 100a includes a communication unit 110, a storage unit 120a, an information processing unit 130a, and buses such as an address bus and a data bus for electrically connecting each component as shown in FIG. line 150.
The storage unit 120a is realized by, for example, a RAM, a ROM, a flash memory, or a hybrid storage device that is a combination of two or more of these. The storage unit 120a stores a program 122 and an application 124a executed by the information processing unit 130a. Further, the storage unit 120a stores a reduction gear database 126-A, a motor database 126-B, a flange database 126-C, an input gear database 126-D, and a product set database 127.

The application 124a causes the information processing device 100a to receive the product set inquiry start request transmitted by the terminal device 300a. The application 124a causes the information processing device 100a to create a product set inquiry start response containing product set inquiry screen information and addressed to the terminal device 300a based on the product set inquiry start request received by the information processing device 100a, and starts the created product set inquiry. The response is sent to the terminal device 300a.
The application 124a causes the information processing device 100a to receive the product set information request transmitted by the terminal device 300a. The application 124a determines the model number of the reducer, the model number of the motor, and the model number of the flange that can be used in combination based on the usage condition information, reducer information, and motor information included in the product set information request received by the information processing device 100a. and the model number of the input gear. The application 124a causes the information processing device 100a to create a product set inquiry response screen including the model number of the reducer, the model number of the electric motor, the model number of the flange, and the model number of the infoot. The application 124a causes the information processing device 100a to create a product set information response that includes product set inquiry response screen information and is addressed to the terminal device 300a. The application 124a causes the information processing device 100a to transmit the product set information response created to the terminal device 300a.
The application 124a causes the information processing device 100a to receive the product set image request transmitted by the terminal device 300a. The application 124a decelerates the speed based on the reducer model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested, which are included in the product set image request received by the information processing device 100a. Image information stored in association with the machine model number, image information stored in association with the flange model number, image information stored in association with the input gear model number, and image information stored in association with the product set ID. The image information is acquired. The application 124a causes the information processing device 100a to create an image of the product set. The application 124a causes the information processing device 100a to create a product set image response that includes image information of the created product set and is addressed to the terminal device 300a. The application 124a causes the information processing device 100a to send the created product set information response to the terminal device 300a.

The information processing unit 130a is a software functional unit realized by, for example, a processor such as a CPU executing the program 122 and the application 124a stored in the storage unit 120a. Note that all or part of the information processing section 130 may be realized by hardware such as LSI, ASIC, or FPGA, or may be realized by a combination of a software function section and hardware. The information processing section 130a includes, for example, a reception section 132a and a processing section 134a.
The reception unit 132a acquires the product set inquiry start request output by the communication unit 110, and acquires information indicating that the product set included in the obtained product set inquiry start request is to be inquired. The reception unit 132a outputs information indicating that the acquired product set is to be inquired to the processing unit 134a.
The reception unit 132a acquires the product set information request output by the communication unit 110, and acquires usage condition information, reduction gear information, and electric motor information included in the acquired product set information request. The reception unit 132a outputs the acquired usage condition information, reduction gear information, and electric motor information to the processing unit 134a.
The receiving unit 132a obtains the product set image request output by the communication unit 110, and requests the reducer model number, flange model number, input gear model number, product set ID, and image included in the obtained product set image request. Obtain information indicating that. The reception unit 132a outputs the acquired reduction gear model number, flange model number, input gear model number, product set ID, and information indicating that an image is requested to the processing unit 134a.

The processing unit 134a acquires the information indicating that the product set is to be inquired that has been output by the receiving unit 132a, and sets the terminal device 300a as the destination including the product set inquiry screen information based on the acquired information indicating that the product set is to be inquired. Create a product set inquiry initiation response. The processing unit 134a outputs the created product set inquiry start response to the communication unit 310.
The processing unit 134a acquires the usage condition information, reduction gear information, and motor information output by the reception unit 132a. The processing unit 134a acquires the usage condition information, reduction gear information, and motor information output by the reception unit 132a. Based on the acquired usage condition information, the processing unit 134a acquires one or more model numbers of the reducer that satisfy the usage conditions from the reduction gear database 126-A, and obtains model numbers of the motors that meet the usage conditions from the motor database 126-B. Get one or more. The processing unit 134a acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor from the product set database 127 based on the obtained reducer model number and electric motor model number. The processing unit 134a obtains one or more model numbers of the reduction gear from the reduction gear database 126-A based on the obtained reduction gear information. The processing unit 134a obtains one or more model numbers of the motor from the motor database 126-B based on the obtained motor information. The processing unit 134a further narrows down the flange model number and input gear model number that can be used in combination with the reduction gear and motor obtained from the product set database 127 based on the obtained reduction gear model number and electric motor model number. The information processing device 100a acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor by narrowing down the search results. The processing unit 134a sets a combination of the reducer model number, the electric motor model number, the flange model number, and the input gear model number as a product set. The processing unit 134a acquires one or more product sets.
The processing unit 134a creates a product set inquiry response screen including the model number of the reducer, the model number of the electric motor, the model number of the flange, and the model number of the input gear. The processing unit 134a creates a product set information response that includes the created product set inquiry response screen information and is addressed to the terminal device 300a.

I will explain in detail. The processing unit 134a extracts one or more model numbers of reducers that satisfy the usage conditions from the reduction gear database 126-A based on the acquired usage conditions. For example, if the usage condition is a reduction ratio, the processing unit 134a extracts one or more model numbers of reduction gears that satisfy the reduction ratio from the reduction gear database 126-A. With this configuration, it is possible to narrow down the reduction gears included in the reduction gear database 126-A to reduction gears that satisfy the usage conditions.
The processing unit 134a extracts one or more model numbers of electric motors that satisfy the usage conditions from the motor database 126-B based on the acquired usage conditions. For example, if the usage condition is rated torque, the processing unit 134a extracts one or more model numbers of electric motors that satisfy the rated torque from the electric motor database 126-B. With this configuration, the motors included in the motor database 126-B can be narrowed down to motors that satisfy the usage conditions.
The processing unit 134a selects one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor from the product set database 127 based on the model numbers of the reducer and motor that have been obtained through the narrowing down. get. Specifically, the processing unit 134a selects a reducer and an electric motor from the product set database 127 based on the model number of the reducer obtained based on the reduction ratio and the model number of the motor obtained based on the rated torque. One or more flange model numbers and input gear model numbers that can be used in combination are extracted.
The processing unit 134a obtains one or more model numbers of the reduction gear from the reduction gear database 126-A based on the obtained reduction gear information. The processing unit 134a obtains one or more model numbers of the motor from the motor database 126-B based on the obtained motor information.

The processing unit 134a associates the model number of the reducer with the combination of the model number of the reducer, the model number of the electric motor, the model number of the flange, and the model number of the input gear extracted from the product set database 127 based on the model number of the obtained reducer. One or more of the model number of the electric motor, the model number of the flange, and the model number of the input gear are extracted. With this configuration, from the combination of the reducer model number, electric motor model number, flange model number, and input gear model number extracted from the product set database 127, the reducer corresponding to the obtained reducer model number is determined. You can narrow down the model numbers of electric motors, flange models, and input gears that can be used in combination.
The processing unit 134a determines the speed reducer associated with the motor model number based on the motor model number obtained from the extracted information associating the reducer model number, motor model number, flange model number, and input gear model number. One or more of the model number, flange model number, and input gear model number are extracted. The processing unit 134a sets a combination of the reducer model number, the electric motor model number, the flange model number, and the input gear model number as a product set. The processing unit 134a acquires one or more product sets. With this configuration, the flange model number that can be used in combination with the motor corresponding to the motor model number obtained from the information that associates the extracted reducer model number, motor model number, flange model number, and input gear model number can be determined. You can narrow down the search by input gear model number.
The processing unit 134a creates a product set inquiry response screen that includes the reducer model number, the motor model number, the flange model number, and the input gear model number extracted by narrowing down based on the motor model number. The processing unit 134a creates a product set information response that includes the created product set inquiry response screen information and is addressed to the terminal device 300a. The processing unit 134a outputs the created product set information response to the communication unit 110.

(Operation of information processing system)
FIG. 15 is a flowchart illustrating an example of the operation of an information processing system according to a modification of an embodiment of the present invention.
Steps S1 to S15 described with reference to FIG. 13 can be applied to steps S21 to S25.
(Step S26)
In the terminal device 300a, the receiving unit 332a receives the usage condition information, the reducer information, and the motor information output from the operating unit 340 by inputting the usage condition information, the reducer information, and the electric motor information to the operating unit 340. and outputs the acquired usage condition information, reducer information, and electric motor information to the processing unit 334a.
(Step S27)
In the terminal device 300a, the processing unit 334a acquires the usage condition information, reducer information, and electric motor information outputted by the receiving unit 332a, and includes the acquired usage condition information, reducer information, and electric motor information, and generates the information processing device 100a. Create a product set information request directed to . The processing unit 334a outputs the created product set information request to the communication unit 310.
(Step S28)
In the terminal device 300a, the communication unit 310 acquires the product set information request output by the processing unit 334a, and transmits the acquired product set information request to the information processing device 100a.
(Step S29)
In the information processing device 100a, the communication unit 110 receives the product set information request transmitted by the terminal device 300a, and outputs the received product set information request to the information processing unit 130a. The receiving unit 132a of the information processing unit 130a acquires the product set information request output by the communication unit 110, and acquires the usage condition information, reducer information, and motor information included in the acquired product set information request. The reception unit 132a outputs the acquired usage condition information, reduction gear information, and electric motor information to the processing unit 134a.

(Step S30)
In the information processing device 100a, the processing unit 134a acquires the usage condition information, reduction gear information, and electric motor information output by the reception unit 132a. Based on the acquired usage condition information, the processing unit 134a acquires one or more model numbers of the reducer that satisfy the usage conditions from the reduction gear database 126-A, and obtains model numbers of the motors that meet the usage conditions from the motor database 126-B. Get one or more. The processing unit 134a acquires one or more flange model numbers and input gear model numbers that can be used in combination with the reducer and the electric motor from the product set database 127 based on the obtained reducer model number and electric motor model number. The processing unit 134a obtains one or more model numbers of the reduction gear from the reduction gear database 126-A based on the obtained reduction gear information. The processing unit 134a obtains one or more model numbers of the motor from the motor database 126-B based on the obtained motor information. The processing unit 134a further narrows down the flange model number and input gear model number that can be used in combination with the reduction gear and motor obtained from the product set database 127 based on the obtained reduction gear model number and electric motor model number. The information processing device 100a acquires the model number of the flange and the model number of the input gear that can be used in combination with the reducer and the electric motor by narrowing down the search results. The processing unit 134a creates a product set inquiry response screen including the model number of the reducer, the model number of the electric motor, the model number of the flange, and the model number of the input gear. The processing unit 134a creates a product set information response that includes the created product set inquiry response screen information and is addressed to the terminal device 300a. The processing unit 134a outputs the created product set information response to the communication unit 110.
Steps S11 to S17 described with reference to FIG. 13 can be applied to steps S31 to S37.

In the modification of the embodiment described above, the information processing device 100a acquires one or more model numbers of the reducer that satisfy the usage conditions from the reduction gear database 126-A based on the usage condition information, and acquires the model numbers of the reducers that meet the usage conditions from the motor database 126-B. One or more model numbers of electric motors that meet the usage conditions are acquired, and based on the acquired reducer model numbers and electric motor model numbers, flange model numbers and input gears that can be used in combination with the reducer and electric motor are obtained from the product set database 127. Get one or more model numbers. Thereafter, the information processing device 100a determines the motor model number, flange model number, and input gear associated with the reducer model number from the combination of the acquired reducer model number, electric motor model number, flange model number, and input gear model number. From the information that associates the extracted reducer model number, motor model number, flange model number, and input gear model number, the reducer model number, flange model number, and flange model number associated with the motor model number are extracted. Although the case where the model number of the input gear is extracted has been described, the present invention is not limited to this example.
For example, the information processing device 100a calculates the motor model number, flange model number, and input gear associated with the motor model number from the combination of the acquired reduction gear model number, electric motor model number, flange model number, and input gear model number. From the information that associates the extracted reducer model number, motor model number, flange model number, and input gear model number, the motor model number and flange model number associated with the reducer model number are extracted. The input gear model number may also be extracted.
For example, the information processing device 100a determines, from the combination of the acquired reducer model number, motor model number, flange model number, and input gear model number, the reducer model number, flange model number, and input gear associated with the motor model number. From the information that associates the extracted reducer model number, motor model number, flange model number, and input gear model number, the motor model number and flange model number associated with the reducer model number are extracted. The input gear model number may also be extracted.
In the embodiment described above, the information processing device 100a determines the model number of the reducer, the model number of the motor, the model number of the flange, and the model number of the input gear included in the product set based on the usage condition information, the reducer information, and the motor information. Although the case of acquisition has been described, it is not limited to this example. For example, the information processing device 100 determines the model number of a reducer, the model number of a motor, the model number of a flange, and the model number of an input gear included in a product set based on at least one of usage condition information, reducer information, and electric motor information. You may obtain it.

According to the information processing system of the modified example of the present embodiment, the steps of receiving usage condition information, which is information regarding usage conditions, receiving reduction gear information, which is information regarding a reduction gear, and receiving motor information, which is information regarding an electric motor, are performed. outputting at least one of information indicating a flange, information indicating an input gear, information indicating a reducer, and information indicating an electric motor, based on the accepting step, the usage condition information, the reducer information, and the electric motor information; and a step. With this configuration, it is possible to obtain information indicating the products that constitute the product set from the usage condition information, reduction gear information, and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
Further, the information processing method executed by the computer of the information processing device includes a step of receiving usage condition information that is information regarding usage conditions, a step of receiving reducer information that is information regarding the reduction gear, and a step of receiving usage condition information and reduction gear information. and outputting at least one of information indicating a flange, information indicating an input gear, information indicating a reduction gear, and information indicating an electric motor based on the information. With this configuration, it is possible to obtain information indicating the products that constitute the product set from the usage condition information and the reducer information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
Further, the information processing method executed by the computer of the information processing device includes a step of receiving usage condition information that is information related to usage conditions, a step receiving motor information that is information regarding the electric motor, and a step based on the usage condition information and the electric motor information. and outputting at least one of information indicating the flange, information indicating the input gear, information indicating the reducer, and information indicating the electric motor. With this configuration, it is possible to obtain information indicating the products that constitute the product set from the usage condition information and the electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
Further, the information processing method executed by the computer of the information processing device includes the steps of receiving usage condition information that is information regarding usage conditions, and based on the usage condition information, information indicating a flange, information indicating an input gear, and a reducer. outputting at least one of information indicating the electric motor and information indicating the electric motor. With this configuration, information indicating the products that constitute the product set can be acquired from the usage condition information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
The information processing device also includes a reception unit that receives usage condition information that is information about usage conditions, reduction gear information that is information about the reduction gear, and electric motor information that is information about the electric motor, and a reception unit that receives usage condition information that is information about the usage conditions. a processing unit that outputs at least one of information specifying the flange, information specifying the input gear, information specifying the reducer, and information specifying the electric motor, based on the reducer information and the electric motor information; , is provided. With this configuration, it is possible to obtain information indicating the products that constitute the product set from the usage condition information, reduction gear information, and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
The processing unit further includes a storage unit that stores a product set database that stores information that specifies reduction gears that can be used in combination, information that specifies electric motors, information that specifies flanges, and information that specifies input gears in association with each other. Based on the usage condition information, reducer information, and electric motor information received by the reception department, the information identifying the flange that can be used in combination with the reducer and electric motor and the information identifying the input gear are extracted from the product set database. Extract at least one. With this configuration, it is possible to acquire information indicating the products that constitute the product set from the product set database stored in the storage unit based on the usage condition information, reducer information, and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.
The information processing device also includes a step of receiving at least one of reducer information that is information about the reducer, motor information that is information about the electric motor, and usage condition information that is information about usage conditions; and, based on at least one of the motor information and usage condition information, at least one of the following: information specifying the flange, information specifying the input gear, information specifying the reducer, and information specifying the electric motor. and outputting information. With this configuration, it is possible to obtain information indicating the products that constitute the product set from at least one of the usage condition information, reduction gear information, and electric motor information. Therefore, selection of at least one of the reduction gear, the electric motor, the flange, and the input gear can be supported.

A program for realizing the functions of the apparatuses according to the embodiments described above (for example, the information processing apparatus 100, the information processing apparatus 100a, the terminal device 300, the terminal device 300a) is recorded on a computer-readable recording medium, Processing may be performed by causing a computer system to read and execute a program recorded on this recording medium.
Note that the "computer system" herein may include an operating system (OS) or hardware such as peripheral equipment.
Furthermore, "computer-readable recording media" refers to flexible disks, magneto-optical disks, ROM (Read Only Memory), writable non-volatile memories such as flash memory, portable media such as DVD (Digital Versatile Disc), A storage device such as a hard disk built into a computer system.

Furthermore, a "computer-readable recording medium" refers to a volatile memory (e.g. It also includes a memory that retains a program for a certain period of time, such as a dynamic random access memory (DRAM).
Further, the above program may be transmitted from a computer system storing the program in a storage device or the like to another computer system via a transmission medium or by a transmission wave in a transmission medium. Here, the "transmission medium" that transmits the program refers to a medium that has a function of transmitting information, such as a network (communication network) such as the Internet or a communication line (communication line) such as a telephone line.
Moreover, the above-mentioned program may be for realizing a part of the above-mentioned functions. Furthermore, the above-mentioned program may be a so-called difference file (difference program) that can realize the above-described functions in combination with a program already recorded in the computer system.
Although the embodiments of the present invention have been described above in detail with reference to the drawings, the specific configuration is not limited to these embodiments, and may include design changes within the scope of the gist of the present invention.

DESCRIPTION OF SYMBOLS 1, 1a... Information processing system, 50... Network, 100, 100a... Information processing device, 110... Communication department, 120, 120a... Storage part, 122... Program, 124, 124a... Application, 126-A... Reduction gear database, 126-B...Electric motor database, 126-C...Flange database, 126-D...Input gear database, 127...Product set database, 130, 130a...Information processing section, 132, 132a...Reception section, 134, 134a...Processing section, 150...bus line,
300, 300a... terminal device, 310... communication unit, 320, 320a... storage unit, 322... program, 324, 324a... application, 330, 330a... information processing unit, 332, 332a... reception unit, 334, 334a... processing unit , 350... bus line

Claims (14)

a step of receiving reducer information that is information regarding the reducer;
a step of receiving motor information that is information about the motor;
A product set that includes information relating a reducer, an electric motor, a flange, and an input gear that can be used in combination for each of a plurality of reducers, each of a plurality of electric motors, each of a plurality of flanges, and each of a plurality of input gears. From the database, based on the reduction gear information and the electric motor information, information specifying a flange that can be used in combination with the reduction gear and the electric motor, information specifying an input gear, information specifying the reducer, and the electric motor are specified. obtaining at least one information of;
outputting at least one of the information identifying the flange, the information identifying the input gear , the information identifying the reducer, and the information identifying the electric motor acquired in the acquiring step ;
An information processing method executed by a computer having. a step of receiving reducer information that is information regarding the reducer;
a step of receiving motor information that is information about the motor;
A product set that includes information relating a reducer, an electric motor, a flange, and an input gear that can be used in combination for each of a plurality of reducers, each of a plurality of electric motors, each of a plurality of flanges, and each of a plurality of input gears. From the database, based on the reduction gear information and the electric motor information, information specifying a flange that can be used in combination with the reduction gear and the electric motor, information specifying an input gear, information specifying the reducer, and the electric motor are specified. obtaining at least one information of;
At least one of the information identifying the flange, the information identifying the input gear, the information identifying the reducer, and the information identifying the electric motor obtained in the acquiring step is used to combine the reducer information and the motor. a step of outputting information different from the electric motor information;
An information processing method executed by a computer having. a step of receiving reducer information that is information regarding the reducer;
A product set that includes information relating a reducer, an electric motor, a flange, and an input gear that can be used in combination for each of a plurality of reducers, each of a plurality of electric motors, each of a plurality of flanges, and each of a plurality of input gears. From the database, based on the reduction gear information, at least one of information specifying a flange that can be used in combination with the reduction gear, information specifying an input gear, information specifying the reduction gear, and information specifying the electric motor. a step of obtaining information;
outputting at least one of the information identifying the flange, the information identifying the input gear , the information identifying the reducer, and the information identifying the electric motor acquired in the acquiring step ;
An information processing method executed by a computer having. a step of receiving motor information that is information about the motor;
A product set that includes information relating a reducer, an electric motor, a flange, and an input gear that can be used in combination for each of a plurality of reducers, each of a plurality of electric motors, each of a plurality of flanges, and each of a plurality of input gears. From the database, based on the electric motor information, at least one of information identifying a flange that can be used in combination with the electric motor, information identifying an input gear, information identifying a reduction gear, and information identifying the electric motor is obtained. Steps to obtain
outputting at least one of the information identifying the flange, the information identifying the input gear , the information identifying the reducer, and the information identifying the electric motor acquired in the acquiring step ;
An information processing method executed by a computer having. a step of accepting terms of use information that is information regarding terms of use;
a step of receiving reducer information that is information regarding the reducer;
a step of receiving motor information that is information about the motor;
The usage condition information and the reduction gear information are obtained from a product set database that stores information that specifies reduction gears that can be used in combination, information that specifies electric motors, information that specifies flanges, and information that specifies input gears in association with each other. Based on the electric motor information, at least one of information specifying a flange that can be used in combination with the reducer and the electric motor, information specifying an input gear, information specifying the reducer, and information specifying the electric motor. a step of extracting
outputting at least one of the information identifying the flange, the information identifying the input gear, the information identifying the reducer, and the information identifying the electric motor extracted in the extracting step ;
An information processing method executed by a computer having. a step of accepting terms of use information that is information regarding terms of use;
a step of receiving reducer information that is information regarding the reducer;
The usage condition information and the reduction gear information are obtained from a product set database that stores information that specifies reduction gears that can be used in combination, information that specifies electric motors, information that specifies flanges, and information that specifies input gears in association with each other. extracting at least one of information specifying a flange that can be used in combination with the reducer, information specifying an input gear, information specifying a reducer, and information specifying an electric motor, based on
outputting at least one of the information identifying the flange, the information identifying the input gear, the information identifying the reducer, and the information identifying the electric motor extracted in the extracting step ;
An information processing method executed by a computer having. a step of accepting terms of use information that is information regarding terms of use;
a step of receiving motor information that is information about the motor;
The usage condition information and the electric motor information are stored in a product set database in which information specifying reducers that can be used in combination, information specifying the electric motor, information specifying the flange, and information specifying the input gear are stored in association with each other. extracting at least one of information specifying a flange that can be used in combination with the electric motor, information specifying an input gear, information specifying a reduction gear, and information specifying the electric motor based on the information,
outputting at least one of the information identifying the flange, the information identifying the input gear, the information identifying the reducer, and the information identifying the electric motor extracted in the extracting step ;
An information processing method executed by a computer having. a step of accepting terms of use information that is information regarding terms of use;
Based on the usage condition information, from a product set database that stores information that specifies reducers that can be used in combination, information that specifies electric motors, information that specifies flanges, and information that specifies input gear in association with each other, extracting at least one of information specifying a usable flange, information specifying an input gear, information specifying a reducer, and information specifying an electric motor;
outputting at least one of the information identifying the flange, the information identifying the input gear, the information identifying the reducer, and the information identifying the electric motor extracted in the extracting step ;
An information processing method executed by a computer having. a reception unit that receives reducer information that is information about the reducer and motor information that is information about the electric motor;
a storage unit that stores a product set database that associates and stores information specifying a reducer that can be used in combination, information specifying the electric motor, information specifying the flange, and information specifying the input gear;
Based on the reduction gear information and the electric motor information received by the reception unit, information identifying a flange that can be used in combination with the reduction gear and the electric motor from the product set database and information identifying an input gear. a processing unit that extracts at least one of the information specifying the flange, the information specifying the input gear, the information specifying the reducer, and the information specifying the electric motor; an information processing device. a reception unit that receives usage condition information that is information about usage conditions, reducer information that is information about the reducer, and motor information that is information about the electric motor;
a storage unit that stores a product set database that associates and stores information specifying a reducer that can be used in combination, information specifying the electric motor, information specifying the flange, and information specifying the input gear;
Based on the usage condition information, the reducer information, and the electric motor information received by the reception unit, information specifying a flange that can be used in combination with the reducer and the electric motor and an input gear are specified from the product set database. extracting at least one of the information specifying the flange, information specifying the input gear, information specifying the reduction gear, and information specifying the electric motor; An information processing device comprising: a processing unit that outputs data; In the computer of the information processing device,
a reception unit that receives reducer information that is information about the reducer and motor information that is information about the electric motor;
A product set that includes information relating a reducer, an electric motor, a flange, and an input gear that can be used in combination for each of a plurality of reducers, each of a plurality of electric motors, each of a plurality of flanges, and each of a plurality of input gears. From the database, based on the reduction gear information and the electric motor information, information specifying a flange that can be used in combination with the reduction gear and the electric motor, information specifying an input gear, information specifying the reducer, and the electric motor are specified. and at least one of the acquired information specifying the flange, information specifying the input gear , information specifying the reduction gear, and information specifying the electric motor. a processing unit that outputs one;
program to make it work. In the computer of the information processing device,
a reception unit that receives usage condition information that is information about usage conditions, reducer information that is information about the reducer, and motor information that is information about the electric motor;
The usage condition information received by the reception unit from a product set database that stores information that specifies a reducer that can be used in combination, information that specifies an electric motor, information that specifies a flange, and information that specifies an input gear in association with each other. Based on the reduction gear information and the electric motor information, information identifying a flange that can be used in combination with the reduction gear and the electric motor, information identifying an input gear, information identifying the reducer, and information identifying the electric motor. an extraction unit that extracts at least one of the following;
a processing unit that outputs at least one of the information that specifies the flange, the information that specifies the input gear, the information that specifies the reduction gear, and the information that specifies the electric motor extracted by the extraction unit;
program to make it work. receiving at least one of reducer information that is information about the reducer, motor information that is information about the electric motor, and usage condition information that is information about usage conditions;
The usage condition information and the reduction gear information are obtained from a product set database that stores information that specifies reduction gears that can be used in combination, information that specifies electric motors, information that specifies flanges, and information that specifies input gears in association with each other. Based on at least one of the electric motor information, extract at least one of information specifying a flange that can be used in combination, information specifying an input gear, information specifying a reduction gear, and information specifying an electric motor. the step of
outputting at least one of the information identifying the flange, the information identifying the input gear, the information identifying the reducer, and the information identifying the electric motor extracted in the extracting step ;
An information processing method executed by a computer having. a reception unit that receives at least one of reducer information that is information about the reducer, motor information that is information about the electric motor, and usage condition information that is information about usage conditions;
a storage unit that stores a product set database that associates and stores information specifying a reducer that can be used in combination, information specifying the electric motor, information specifying the flange, and information specifying the input gear;
Identifying a flange that can be used in combination with the reduction gear and the electric motor from the product set database based on at least one of the reduction gear information, the electric motor information, and the usage condition information received by the reception unit. extracting at least one of information specifying the flange, information specifying the input gear, information specifying the reducer, information specifying the electric motor, information specifying the input gear, information specifying the reducer, and information specifying the input gear ; a processing unit that outputs at least one of information specifying the motor and information specifying the electric motor;
An information processing device comprising :

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