JP7435536B2 - Electronic parts production equipment - Google Patents

Description

The present invention relates to an electronic component production apparatus.

2. Description of the Related Art Conventionally, electronic component production equipment is known. For example, Patent Document 1 discloses an inspection device as an electronic component production device. Further, Patent Document 1 discloses a turntable, a take-out part, and the like as parts attached to the main body of the apparatus.

Japanese Patent Application Publication No. 2002-29627

According to the electronic component inspection device disclosed in Patent Document 1, electronic components can be inspected. However, the electronic component inspection device disclosed in Patent Document 1 does not take into account replacement of components depending on the type of electronic component. That is, the electronic component inspection device of Patent Document 1 does not take into account the possibility of inspecting multiple types of electronic components with one inspection device.

An object of the present invention is to provide an electronic component production apparatus that is capable of processing multiple types of electronic components.

The electronic component production device according to the present invention includes a device main body, a plurality of types of setup components corresponding to the types of the electronic components, which are removably attachable to predetermined positions of the device main body, and a plurality of setup components for the electronic components. a storage unit that stores first correspondence information indicating a correspondence between product type information and model information of the setup component corresponding to the product type information of the electronic component; a first identification information acquisition unit that acquires first identification information associated with product type information; the first identification information acquired by the first identification information acquisition unit; and the first correspondence relationship information. a first determination unit that determines whether or not a replacement work of the setup part is necessary based on the above; A display unit that displays a work guide image that guides the replacement work to a setup part of a type corresponding to the type information of the electronic part.

According to the present invention, it is possible to provide an electronic component production apparatus capable of processing multiple types of electronic components.

1 is a diagram illustrating an outline of an electronic component inspection device as an electronic component production device according to an embodiment of the present disclosure. FIG. 2 is an external perspective view of an electronic component to be inspected. FIG. 3 is an external perspective view of a container for storing electronic components. FIG. 2 is a diagram schematically showing an electronic component inspection device and setup components attached to the inspection device. FIG. 3 is a diagram for explaining types and models of setup parts. FIG. 3 is a diagram showing a state in which an electronic component is held in a cavity of a setup component. It is a figure which shows the example of arrangement|positioning of the RFID tag with respect to a setup component. It is a figure showing an example of identification information reading work by a reader. FIG. 3 is a block diagram of a control unit according to the present embodiment. This is an example of a work guide image that guides the replacement work of setup parts. This is an example of a work guide image that guides the replacement work of setup parts. This is an example of a work guide image that guides the replacement work of setup parts. FIG. 7 is a diagram illustrating another example of a work guide image that guides a setup component replacement work. This is an example of a determination result image including error information. FIG. 7 is a diagram showing another aspect of the instruction image. FIG. 7 is a diagram showing another aspect of the instruction image. It is a figure which shows the skip target confirmation image. This is a work screen when writing the second identification information. FIG. 7 is a diagram illustrating an example of an adjustment value instruction image indicating an adjustment value of an adjustment member. It is a flowchart which shows a 1st process. It is a flowchart which shows a 2nd process. It is a flowchart which shows a 3rd process. It is a flowchart which shows a 4th process. It is a flowchart which shows a 5th process.

Hereinafter, an electronic component inspection apparatus 1 will be described as an example of an electronic component production apparatus according to an embodiment of the present disclosure. FIG. 1 is a diagram showing an outline of an electronic component inspection apparatus 1 according to the present embodiment. FIG. 2A is an external perspective view of the electronic component 2 to be inspected. FIG. 2B is an external perspective view of the storage container 3 used when carrying the electronic component 2 into the inspection apparatus 1. FIG. 3 is a diagram schematically showing the electronic component inspection apparatus 1 of this embodiment and the setup component 90 attached to the inspection apparatus 1. FIG. 4 is a diagram for explaining the type and model of the setup component 90.

Inspection device 1 inspects electronic component 2 . The electronic component 2 may be a chip type electronic component. For example, it may be a chip-type electronic component having a substantially rectangular parallelepiped shape or a substantially cubic shape as shown in FIG. 2A. The inspection apparatus 1 of this embodiment inspects, for example, a laminated ceramic electronic component as the electronic component 2.

The inspection device 1 includes a device main body 10, a setup component 90, a control section 200, and a display section 300.

The apparatus main body 10 includes a component supply section 20, a component transport section 30, a measuring device 40, and a base plate 80.

The component supply unit 20 includes a hopper 21, a hopper plate 22, a linear feeder 23, and a vibrator 24.

The hopper 21 is an input port into which the electronic components 2 are input. A large number of electronic components 2 are randomly placed into a hopper 21. Specifically, as shown by the arrow in FIG. 1, a large number of electronic components 2 housed in a storage container 3, which will be described later, are introduced into the apparatus from an opening at the top of the hopper 21.

The electronic components 2 placed in the hopper 21 are supplied to the linear feeder 23. A hopper plate 22 is arranged between the hopper 21 and the linear feeder 23. Hopper plate 22 is a part for adjusting the distance between hopper 21 and linear feeder 23.

The linear feeder 23 supplies the electronic components 2 placed in the hopper 21 to the component transport section 30 . The linear feeder 23 has a supply path for supplying the electronic components 2 to the component transport section 30.

The vibrator 24 applies vibration to the component supply section 20 . Due to the vibration of the vibrator 24, the electronic components 2 placed in the hopper 21 are efficiently supplied to the linear feeder 23. Furthermore, due to the vibration of the vibrator 24, the electronic component 2 fed by the linear feeder 23 enters a cavity (cavity 92, which will be described later), which is provided in the component transport section 30 and serves as a holding section for holding the electronic component. go.

The component transport section 30 includes a motor (not shown) and a rotating shaft arranged on the base plate 80. Further, a rotor as a setup component 90A, which will be described later, is also a component that constitutes the component transport section 30. The rotor 90A is attached to a rotating shaft. The rotor 90A is rotatable relative to the base plate 80. In this embodiment, the rotor 90A rotates clockwise. The rotor 90A has a cavity 92 as a holding portion that holds the electronic component 2. The electronic component 2 is transported while being held in the cavity 92 as the rotor 90A rotates. That is, the rotor 90A has a function as a turntable that holds and transports the electronic component 2. Note that, in order to securely hold the electronic component 2, it is preferable to suck the inside of the cavity 92 using an air passage (not shown) to attract the electronic component 2 into the cavity 92.

The measuring device 40 includes a first measuring device 41 and a second measuring device 42. The first measuring device 41 and the second measuring device 42 are attached to the base plate 80. The first measuring device 41 measures the first characteristic of the electronic component 2 . The second measuring device 42 measures a second characteristic of the electronic component 2 that is different from the first characteristic. The measuring device 40 measures the characteristics of the electronic component 2 that is transported as the rotor 90A rotates.

The first characteristic may be, for example, an appearance characteristic. In this case, the first measuring device 41 has an imaging means for imaging the electronic component 2 . The first measuring device 41 images the external appearance of the electronic component 2 . The inspection device 1 includes a quality determining means that determines whether the dimensions and surface condition of the electronic component 2 satisfy predetermined standards based on image information captured by the first measuring device 41. Note that the first characteristic may be insulation resistance. In this case, the first measuring device 41 has a pair of voltage application probes (not shown). The first measuring device 41 measures the insulation resistance of the electronic component 2 by applying a voltage to the electronic component 2 using a voltage application probe. The inspection device 1 includes a quality determining means that determines whether the insulation resistance of the electronic component 2 satisfies a predetermined standard based on the measurement value measured by the first measuring device 41.

The second property may be, for example, capacitance or dielectric loss. That is, the second measuring device 42 may measure, for example, capacitance or dielectric loss as the electrical property. In this case, the second measuring device 42 has a pair of measuring probes (not shown). The second measuring device 42 measures the capacitance or dielectric loss of the electronic component 2 by bringing an inspection probe into contact with a pair of electrodes of the electronic component 2 . The inspection device 1 includes a quality determination means for determining whether the capacitance or dielectric loss of the electronic component 2 satisfies a predetermined standard based on the measurement value measured by the second measuring device 42. .

Note that when measuring capacitance or dielectric loss, it is necessary to ensure contact between the electronic component 2 to be measured and the measurement probe to perform sensitive measurements. Therefore, it is preferable that the height position of the inspection probe be adjusted according to the chip size of the electronic component 2 using a holding block as a setup component, which will be described later. As described above, in this embodiment, the first measuring instrument 41 is a measuring instrument for performing measurements that do not require severe height adjustment of the sensing section, while the second measuring instrument 42 is This is a measuring instrument for performing measurements that require severe height adjustment of the sensing section.

The inspection device 1 further includes a take-out plate as a setup component 90F, which will be described later. The take-out plate 90F is attached to the base plate 80. The take-out plate 90F has a plurality of air ejection holes (not shown). By blowing out compressed air from this air blowing hole, the inspected electronic component 2 conveyed by the rotor 90A is taken out from the cavity 92.

Note that the control unit 200 of the inspection device 1 performs control so that compressed air is ejected from a predetermined ejection hole among the plurality of air ejection holes based on the determination result of the above-mentioned quality determination means. Thereby, the electronic components 2 are taken out from the cavity 92 in a state where they are classified into non-defective products and defective products.

The inspection device 1 of this embodiment further includes a first identification information acquisition means 50. The first identification information acquisition means 50 acquires first identification information that includes electronic component type information or is associated with electronic component type information.

As shown in FIG. 2B, in this embodiment, the electronic component 2 is transported to the inspection apparatus 1 while being housed in a storage container 3.

The electronic component 2 inspected by the inspection apparatus 1 of this embodiment is a multilayer ceramic electronic component such as a multilayer ceramic capacitor as shown in FIG. 2A. For example, a multilayer ceramic electronic component to be inspected includes a plurality of stacked ceramic layers and a plurality of stacked internal conductor layers, and includes a first main surface TS1 and a second main surface facing each other in the height direction. TS2, a first side surface WS1 and a second side surface WS2 facing each other in the width direction orthogonal to the height direction, and a first end surface LS1 and a second end surface facing each other in the length direction orthogonal to the height direction and the width direction. a laminate 2A having an end surface LS2, a first external electrode 2B arranged on the first end surface LS1 side of the laminate 2A and connected to the internal conductor layer, and a second end surface LS2 side of the laminate 2A. and a second external electrode 2C connected to the internal conductor layer.

If the dimension in the length direction of the multilayer ceramic electronic component including the laminate 2A, the first external electrode 2B, and the second external electrode 2C is the L dimension, the L dimension may be 0.1 mm or more and 15 mm or less. good. Further, when the dimension in the height direction of the multilayer ceramic electronic component is defined as the T dimension, the T dimension may be 0.05 mm or more and 15 mm or less. Further, when the dimension in the width direction of the multilayer ceramic electronic component is defined as the W dimension, the W dimension may be 0.1 mm or more and 15 mm or less. That is, the maximum dimension of the electronic component 2 may be 15 mm or less. However, it is not limited to this.

The large number of electronic components 2 housed in the storage container 3 are all of the same type and are of the same lot. The number of small electronic components 2 accommodated in the container 3 may be, for example, 100 or more, or 1000 or more. In this embodiment, a large number of electronic components 2 are housed in the housing container 3 in a random manner. A large number of electronic components 2 are supplied from the storage container 3 to the hopper 21 in a random state. A first identification information holding medium 4 holding first identification information is provided on the surface of the container 3 containing the electronic component 2 .

The first identification information may directly include type information of the electronic component. Alternatively, the first identification information may be identification information associated with type information of the electronic component. For example, the first identification information may be identification information, such as a lot number, with which type information of the electronic component is associated. In this case, for example, during the housing step of housing the electronic component 2 in the housing container 3, the control unit 200 may associate the lot number of the electronic component with the type information of the electronic component. In this case, in the subsequent process, the control unit 200 can specify the type information of the electronic component contained in the storage container 3 based on the lot number of the electronic component. A database that associates electronic component lot numbers with electronic component type information may be stored in the storage unit 220, which will be described later.

The first identification information acquisition means 50 reads the first identification information from the first identification information holding medium 4 . The first identification information holding medium 4 may be, for example, a barcode. In this case, a barcode reader is used as the first identification information acquisition means 50. The barcode reader reads first identification information from the barcode affixed to the container 3.

Note that the first identification information holding medium 4 is not limited to a barcode. For example, it may be a two-dimensional code or an RFID tag. In these cases, a corresponding reader is used as the first identification information acquisition means. By using the first identification information acquisition means as a reader, the first identification information can be read quickly and accurately. Note that the first identification information acquisition means 50 may be an input unit into which the first identification information can be input.

The setup component 90 is configured to be detachably attached to a predetermined position of the device main body 10. Here, the setup component 90 refers to a component that is detachable from the device main body 10 and is replaced at the setup stage of the device before the start of testing, depending on the type of electronic component to be inspected. The setup component 90 includes a plurality of types of setup components corresponding to the types of electronic components.

In this embodiment, the setup component 90 includes a plurality of types of setup components that are respectively attached to a plurality of different positions on the apparatus main body 10. Each of the plurality of types of setup components has a plurality of types of setup components corresponding to the types of electronic components.

FIG. 3 shows a plurality of types of setup parts 90A to 90F and attachment positions of the plurality of types of setup parts 90A to 90F with respect to the apparatus main body 10.

FIG. 4 shows a plurality of types of setup parts prepared for each of a plurality of types of setup parts 90A to 90F.

In this embodiment, the setup component 90 includes six types of setup components 90A to 90F that are respectively attached to a plurality of different positions on the apparatus main body 10. Each of the six types of setup parts 90A to 90F has three types of setup parts, Model 01 to Model 03, which are selected depending on the type of electronic component to be inspected. In this case, there are 729 combinations of setup components that can be attached to the device main body 10. However, the number of types of setup parts and the number of models of setup parts are not limited to these. For example, the number of types of setup parts 90 may be one.

The rotor as the setup component 90A is detachably attached to the base plate 80 of the device main body 10. The rotor 90A has a plurality of concentric cavity rows with respect to the rotation axis. Each cavity 92 constituting this cavity row has a function as a holding section that holds the electronic component 2.

FIG. 5A is an enlarged view of the rotor 90A, showing a state in which the electronic component 2 is held in the cavity 92 of the rotor 90A. The electronic component 2 is housed in the cavity 92 and held by the rotor 90A. The electronic component 2 housed in the cavity 92 is conveyed as the rotor 90A rotates, and its characteristics such as electrical characteristics are measured by the measuring instrument 40.

The size of the cavity 92 is preferably set to match the size of the electronic component 2 depending on the type of the electronic component 2 to be inspected. If the size of the cavity 92 does not match the chip size of the electronic component 2, it will be difficult to properly hold the electronic component 2 within the cavity 92. For example, if the size of the cavity 92 is relatively small compared to the chip size of the electronic component 2, the electronic component 2 cannot be accommodated within the cavity. Furthermore, if the size of the cavity 92 is too large relative to the chip size of the electronic component 2, the electronic component 2 will move significantly within the cavity.

For example, when the electronic component 2 is a chip-type electronic component such as a multilayer ceramic capacitor, the dimensions of the electronic component 2 are specified in detail. In this case, the size of the cavity 92 needs to be a size that conforms to the dimensional standards of the electronic component 2. A plurality of types of rotors 90A are prepared with different sizes of cavities 92 to match the chip size depending on the type of electronic component. For example, as shown in FIG. 4, three types of rotor 90A, type A01, type A02, and type A03, having different sizes of cavities 92 are prepared. The rotor 90A is selected from among a plurality of types depending on the chip size of the electronic component 2 to be inspected.

The first holding block as the setup component 90B is detachably attached to the second measuring device 42 provided in the device main body 10. The distance between the measuring device that measures the electrical characteristics and the rotor 90A that holds the electronic component 2 is adjusted according to the chip size of the electronic component 2 in order to properly bring the probe into contact with the external electrode of the electronic component 2. It is preferable. Therefore, in this embodiment, a plurality of types of first holding blocks 90B with different thicknesses are prepared to match the chip size depending on the type of electronic component. For example, three types of first holding blocks 90B having different thicknesses, type B01, type B02, and type B03, are prepared. The first holding block 90B is selected from among a plurality of types and used depending on the chip size of the electronic component 2 to be inspected. In this way, the first holding block 90B as a setup component has a function of adjusting the distance between the second measuring device 42 and the rotor 90A.

A spacer as a setup component 90C is detachably attached to the hopper plate 22 of the apparatus main body 10. As described above, the electronic components 2 placed in the hopper 21 are supplied to the linear feeder 23. Here, in order to prevent the electronic component 2 from being caught between the hopper 21 and the linear feeder 23, the distance between the hopper 21 and the linear feeder 23 is adjusted appropriately according to the chip size of the electronic component 2. It is preferable that Therefore, in this embodiment, a plurality of types of spacers 90C having different thicknesses are prepared to match the chip size depending on the type of electronic component. For example, three spacers 90C of types C01, C02, and C03 having different thicknesses are prepared. The spacer 90C is selected from a plurality of types depending on the chip size of the electronic component 2 to be inspected. In this way, the spacer 90C as a setup component has a function of adjusting the distance between the hopper 21 and the linear feeder 23.

The guide as the setup component 90D is detachably attached to the linear feeder 23. The guide 90D has a supply path (not shown) for supplying the electronic component 2 to the component transport section 30. The width and other sizes of the supply path are preferably set to match the size of the electronic component 2 depending on the type of electronic component 2 to be inspected. Therefore, in this embodiment, a plurality of types of guides 90D having different sizes such as the width of the supply path are prepared so as to be compatible with the chip size depending on the type of electronic component. For example, three types of guides 90D are prepared: type D01, type D02, and type D03, which differ in size such as the width of the supply path. The guide 90D is selected from among a plurality of types and used depending on the chip size of the electronic component 2 to be inspected.

The second holding block as the setup component 90E is detachably attached to the second measuring device 42 provided in the device main body 10. The distance between the measuring device that measures the electrical characteristics and the rotor 90A that holds the electronic component 2 is adjusted according to the chip size of the electronic component 2 in order to properly bring the probe into contact with the external electrode of the electronic component 2. It is preferable. Therefore, in this embodiment, a plurality of types of second holding blocks 90E with different thicknesses are prepared to match the chip size depending on the type of electronic component. For example, three types of second holding blocks 90E are prepared: type E01, type E02, and type E03, which have different thicknesses. The second holding block 90E is selected from among a plurality of types and used depending on the chip size of the electronic component 2 to be inspected. In this way, the second holding block 90E as a setup component has a function of adjusting the distance between the second measuring device 42 and the rotor 90A.

The take-out plate as the setup component 90F is detachably attached to the base plate 80 of the apparatus main body 10. The take-out plate 90F has a plurality of air ejection holes (not shown). By blowing out compressed air from this air blowing hole, the measured electronic component 2 conveyed by the rotor 90A is taken out from the cavity 92. It is preferable that the ejection holes of the take-out plate 90F are formed in a size that matches the size of the electronic component 2 depending on the type of the electronic component 2 to be inspected. Therefore, in this embodiment, a plurality of types of ejection plates 90F with different sizes of ejection holes are prepared to match the chip size depending on the type of electronic component. For example, three types of take-out plates 90F are prepared: model F01, model F02, and model F03, which have different sizes of ejection holes. The take-out plate 90F is selected from among a plurality of types depending on the chip size of the electronic component 2 to be inspected.

Note that the first measuring device 41 and the second measuring device 42 may also be configured as a setup component 90 that is detachable from the device main body 10 and has a plurality of types. The measurement contents of the electronic component 2 such as a multilayer ceramic capacitor may vary depending on its type. Therefore, a configuration may be adopted in which different measuring instruments are attached to the apparatus main body 10 as the setup parts 90 depending on the type of electronic component to be inspected.

In this way, the setup component 90 used is one in which the shape of the portion where the electronic component 2 is placed differs depending on the type of electronic component. That is, as the setup component 90, an appropriate type of setup component is used from among a plurality of types of setup components, depending on the type of electronic component to be processed by the production device.

Each setup component is provided with a second identification information holding medium that holds second identification information that includes model information of the setup component or is associated with model information of the setup component. In this embodiment, an RFID tag 91 is used as the second identification information holding medium.

The RFID tag 91 of this embodiment holds, as second identification information, information indicating the type of the setup component and a serial number in addition to the model information of the setup component.

For example, the second identification information holding medium of the type 01 setup component 90A holds identification information such as "A01001" and "A01002" as the second identification information. Here, among the six digit numbers, the first digit "A" indicates the type of setup component, and in this example, indicates the setup component 90A. The second and third digits "01" indicate the model of the setup component, and in this example, indicate model 01. The 4th to 6th digits indicate the serial number of the setup part of that model. In this way, the second identification information of the setup component 90 of this embodiment has model information including type information of the setup component in the first to third digits. Note that the serial number in the fourth to sixth digits is a serial number, and numbers are assigned to setup parts of the same type and model in ascending order starting from 1, for example, in the order of manufacture.

Note that if the second identification information does not directly include the model information of the setup component, the second identification information may be any identification information that is associated with the model information of the setup component. For example, the second identification information may be identification information such as a serial number of the setup component, which is associated with model information of the setup component. In this case, for example, when a new setup component is manufactured or when the setup component is attached to the device main body for the first time, the control unit 200 may associate the serial number of the setup component with the model information of the setup component. good. In this case, thereafter, the control unit 200 can specify model information of the setup component based on the serial number of the setup component. A database that associates the serial number of the setup component with the model information of the setup component may be stored in the storage unit 220, which will be described later.

FIG. 5B is a diagram showing an example of the arrangement of the RFID tag 91 with respect to the setup component 90. Here, an example of the arrangement of the RFID tag 91 in a spacer as the setup component 90C will be shown. As shown in FIG. 5B, the RFID tag 91 may be embedded in a recess 93 provided in the setup component 90. The spacer 90C may be made of metal, for example, in consideration of workability, shape stability, dimensional tolerance, etc.

In this way, the setup component 90 may be a metal setup component. The RFID tag 91 may be directly attached to the metal setup component 90. For example, an RFID tag may be directly attached to the recess 93 of a metal member constituting the setup component 90 via a bonding means such as an adhesive. The reading distance of the RFID tag 91 provided on the metal setup component 90 tends to be short, but in this embodiment, the reading distance may be, for example, 100 mm or less. Moreover, even if it is 50 mm or less, it is permissible.

Note that the second identification information holding medium is not limited to the RFID tag 91. For example, it may be an optically readable barcode, a two-dimensional code, or the like.

The inspection device 1 of this embodiment includes a reader that reads identification information of the setup component 90. When the second identification information holding medium provided in the setup component 90 is an RFID tag 91, an RFID reader is used as the reader. For example, an RFID reader/writer 60 may be used as a read/write device.

The RFID reader/writer 60 as a reader reads the second identification information held by the RFID tag 91 as the second identification information holding medium provided on the setup component 90.

The RFID reader/writer 60 as a reader is movably provided and is provided so as to be able to approach each of a plurality of types of setup components that are attached to a plurality of different positions on the apparatus main body 10.

FIG. 6 is a diagram showing an example of an identification information reading operation performed by the RFID reader/writer 60. As shown in FIG. 6, the RFID reader/writer 60 can be brought close to the RFID tag 91 of the rotor 90A, for example.

In this way, when the second identification information holding medium is the RFID tag 91 and the reader is the RFID reader, even if the setup part 90 is assembled to the device main body 10, the RFID reader cannot be attached to the setup part. By bringing it close to the RFID tag 91 provided on the setup component 90, the information on the setup component 90 can be easily read. Thereby, information reading work can be carried out quickly and accurately.

Note that when the setup component 90 is a metal setup component 90 and the RFID tag 91 is directly attached to the metal setup component 90, the RFID tag 91 provided on the metal setup component 90 cannot be read. The distance tends to be shorter. Even in this case, since the RFID reader/writer 60 is provided movably, the RFID reader/writer 60 can approach the setup component 90 attached to the device main body 10, and the setup component 90 The information held in the RFID tag 91 provided in the RFID tag 91 can be appropriately read.

Note that the reading distance of the RFID tag 91 is preferably a predetermined distance or more, for example, 1 mm or more. Note that the reading distance of the RFID tag 91 may be 100 mm or less. This can reduce the possibility of erroneously reading information on the RFID tag 91 of a setup component that is not to be assembled or the RFID tag 91 of a setup component of an adjacent device. In addition, in a state where all the plurality of setup parts are assembled to the device main body 10, when the shortest distance among the distances between the RFID tags 91 provided on each setup part is taken as the shortest distance between the tags, the RFID tag The reading distance of 91 may be shorter than this shortest distance between tags. This can reduce the possibility of erroneously reading information on the RFID tag 91 of another type of setup component that is not intended to be read. However, the reading distance of the RFID tag 91 is not limited to these.

Further, even when there are a plurality of types of setup parts as in the present embodiment, the RFID reader/writer 60 can be used for each of the plurality of setup parts attached to a plurality of different positions on the device main body 10. The information stored in the RFID tag 91 provided on each setup component can be read appropriately.

Note that, as described above, the second identification information holding medium is not limited to the RFID tag 91, and may be, for example, a bar code or a two-dimensional code. In this case, a reader suitable for the type of identification information holding medium, such as a barcode reader or a two-dimensional code reader, is used as the reader. Even in this case, since the reader is provided movably, the reader can approach each of a plurality of types of setup parts that are attached to a plurality of different positions on the device main body 10, and can perform each setup. It is possible to appropriately read the information held in the second identification information holding medium provided on the component.

The inspection device 1 of this embodiment may further include a writing machine capable of writing second identification information including model information of the setup component into a second identification information holding medium provided in the setup component 90. . When the second identification information holding medium provided in the setup component 90 is the RFID tag 91, an RFID writer is used as the writing device. This writer may be integrated with the reader described above. For example, the writing machine may be an RFID reader/writer 60.

Preferably, the writing machine is configured to be able to write identification information including model information of the setup component onto the RFID tag 91 attached to the setup component 90. Furthermore, the RFID reader/writer 60 as a writing device is provided movably and is provided so as to be able to approach each of a plurality of types of setup components attached to a plurality of different positions on the device main body 10. It is preferable. As a result, even when the setup component 90 is attached to the device main body 10, the writing machine writes identification information including the model information of the setup component into the second identification information holding medium provided in the setup component 90. be able to.

The inspection device 1 may further include an adjustment member 70. The adjustment member 70 is installed in the device main body 10.

In FIG. 1, a regulator 71 as the adjusting member 70 is shown. The electronic component production apparatus may suck air in order to hold the electronic component 2 in the holding section. Moreover, the production apparatus for the electronic component 2 may blow out air in order to discharge the electronic component 2 from the holding part. The operator can adjust the set value of the regulator 71 according to the size and weight of the electronic component 2. Thereby, the suction pressure or the injection pressure of the air is adjusted, and the electronic component 2 can be appropriately held or ejected.

Note that the adjustment member 70 is not limited to the air regulator 71. For example, it may be a variety of valves that control the pressure and flow rate of fluid used in production equipment.

Further, the adjustment member 70 may be a member provided in the device main body 10, and may be a member whose height, position, etc. can be adjusted depending on the type of electronic component. For example, the first holding block 90B and the second holding block 90E may be configured as adjustment members. In this case, the first holding block and the second holding block are configured as members whose heights can be adjusted while being attached to the apparatus main body 10.

FIG. 7 is a block diagram of the control unit 200 of this embodiment. 8A to 14 are diagrams showing display examples of the display unit 300.

The control unit 200 includes a first identification information acquisition unit 210, a storage unit 220, a first determination unit 230, and a guide image generation unit 240.

The first identification information acquisition unit 210 acquires first identification information. Specifically, the first identification information acquisition unit 210 acquires the first identification information read from the first identification information holding medium 4 by the first identification information acquisition means 50. This process is mainly carried out when electronic components 2 such as a new lot are carried into the inspection apparatus 1 while being accommodated in the container 3 . Note that, as described above, the first identification information may directly include type information of the electronic component, or may be associated with type information of the electronic component.

The storage unit 220 stores first correspondence information indicating the correspondence between the type information of the electronic component and the model information of the setup component corresponding to the type information of the electronic component. As described above, the setup component 90 used has a different shape of the portion where the electronic component 2 is placed depending on the type of the electronic component. The storage unit 220 stores, as first correspondence information, information on the combination of the type of electronic component and the type of the setup component 90 to be attached when inspecting the electronic component 2 of the type.

Here, an example of the first correspondence relationship stored in the storage unit 220 will be described. Table 1 is an example of a table showing the first correspondence stored in the storage unit 220. In this table, the correspondence between the type information of the electronic component and the model information of the setup component is defined for each type of setup component.

Table 1 shows an example where the type of electronic component to be inspected is one of types a to e, and six types of setup parts 90A to 90F each have three types 01 to 03. explain. This table lists the types of electronic components to be inspected (a, b, c, d, e) and the types of setup parts (A01, A02, A03) that should be used when electronic components of that type are inspected. , B01, etc.) is defined.

Focusing on the setup part 90A, the setup part with model information A01 corresponds to electronic component 2 with type information a. The electronic components 2 with type information b, c, and d correspond to the setup parts with model information A02. The electronic component 2 with type information e corresponds to the setup component with model information A03.

Focusing on the setup parts 90B, the setup parts with model information B01 correspond to the electronic components 2 with type information a and b. The electronic component 2 with type information c corresponds to the setup component with model information B02. The electronic components 2 with type information d and e correspond to the setup components with model information B03.

Focusing on the setup parts 90C, the setup parts with model information C01 correspond to electronic component 2 with type information a. The setup parts with model information C02 correspond to the electronic components 2 with type information b and c. The electronic components 2 with type information d and e correspond to the setup components with type information C03.

Focusing on the setup parts 90D, the setup parts with model information D01 correspond to the electronic components 2 with type information a and b. The electronic components 2 with type information c and d correspond to the setup parts with model information D02. The electronic component 2 with type information e corresponds to the setup component with model information D03.

Focusing on the setup parts 90E, the setup parts with model information E01 correspond to the electronic components 2 with type information a, b, and c. The electronic component 2 with type information d corresponds to the setup component with model information E02. The electronic component 2 with type information e corresponds to the setup component with model information E03.

Focusing on the setup parts 90F, the setup parts with model information F01 correspond to the electronic components 2 with type information a, b, and c. The electronic component 2 with type information d corresponds to the setup component with type information F02. The electronic component 2 with type information e corresponds to the setup component with model information F03.

That is, for the electronic component 2 with type information a, a setup component 90A with model information A01, a setup component 90B with model information B01, a setup component 90C with model information C01, a setup component 90D with model information D01, The setup part 90E of model information E01 corresponds to the setup part 90F of model information F01. For the electronic component 2 with type information b, the setup part 90A with model information A02, the setup part 90B with model information B01, the setup part 90C with model information C02, the setup part 90D with model information D01, and the model information The setup part 90E of E01 corresponds to the setup part 90F of model information F01. For the electronic component 2 with type information c, the setup part 90A with model information A02, the setup part 90B with model information B02, the setup part 90C with model information C02, the setup part 90D with model information D02, and the model information The setup part 90E of E01 corresponds to the setup part 90F of model information F01. For the electronic component 2 with type information d, a setup part 90A with model information A02, a setup part 90B with model information B03, a setup part 90C with model information C03, a setup part 90D with model information D02, and the model information The setup component 90E of E02 corresponds to the setup component 90F of model information F02. For electronic component 2 with type information e, setup part 90A with model information A03, setup part 90B with model information B03, setup part 90C with model information C03, setup part 90D with model information D03, and model information The setup part 90E of E03 corresponds to the setup part 90F of model information F03.

In this embodiment, the first digit of the three-digit number indicating the type information of each setup component indicates information on the type of setup component 90. The second and third digits indicate information on the type of setup component 90 of that type. Therefore, the type information of the setup component made up of these three digits also includes information on the type of setup component 90. Note that in a case where there is only one type of setup component 90, the type information of the setup component does not need to include information on the type of setup component 90.

The first determination unit 230 determines whether or not it is necessary to replace the setup part 90 based on the first identification information and the first correspondence information acquired by the first identification information acquisition unit 210. .

Specifically, the first determination unit 230 refers to the first correspondence information and determines whether the model of the setup component currently attached to the device main body 10 is an electronic device that is grasped based on the first identification information. If the model is not compatible with the part type, it is determined that the setup part 90 needs to be replaced. On the other hand, the first determination unit 230 refers to the first correspondence information and determines that the model of the setup component currently attached to the device main body 10 is the type of electronic component that is grasped based on the first identification information. If the model is compatible with the above, it is determined that there is no need to replace the setup part 90.

For example, referring to Table 1, if the model of the setup component 90A currently attached to the device main body 10 is A01, and the type information of the electronic component grasped based on the first identification information is type b, the type Since the model of the setup component 90A that is compatible with the electronic component b is A02, the first determination unit 230 determines that the setup component 90A needs to be replaced. Furthermore, if the model of the setup component 90C currently attached to the device main body 10 is C01, and the electronic component type information grasped based on the first identification information is type b, it is compatible with the electronic component of type b. Since the model of the setup component 90C is C02, the first determination unit 230 determines that the setup component 90C needs to be replaced.

For example, referring to Table 1, if the model of the setup component 90B currently attached to the device main body 10 is B01, and the type information of the electronic component grasped based on the first identification information is type b, the type Since the model of the setup component 90B that is compatible with the electronic component b is B01, the first determination unit 230 determines that there is no need to replace the setup component 90B. Furthermore, if the model of the setup component 90D currently attached to the device main body 10 is D01, and the electronic component type information grasped based on the first identification information is type b, it is compatible with the electronic component of type b. Since the model of the setup component 90D is D01, the first determination unit 230 determines that there is no need to replace the setup component 90D. Note that the same determination is made for the setup component 90E and the setup component 90F.

Note that when the first identification information directly includes the type information of the electronic component, the first determination unit 230 determines the first correspondence between the first identification information including the type information of the electronic component and the first correspondence relationship. Based on the information, it is determined whether or not it is necessary to replace the setup part 90.

Note that when the first identification information is, for example, a lot number with which electronic component type information is associated, the storage unit 220 stores additional information indicating the correspondence between the electronic component lot number and the electronic component type information. The correspondence relationship information may be stored. In this case, the first determination unit 230 of the control unit 200 may identify the type information of the electronic component based on the lot number of the electronic component and additional correspondence information. That is, the first determination unit 230 determines the additional correspondence that indicates the correspondence between the lot number as the first identification information acquired by the first identification information acquisition unit 210, and the lot number and type information of the electronic component. Based on the information and the first correspondence relationship information, it can be determined whether or not the setup component 90 needs to be replaced. Note that the correspondence information among the lot number of the electronic component, the product type information of the electronic component, and the model number of the setup component may be managed collectively in one table data.

Here, in the case where there are multiple types of setup parts that are respectively attached to a plurality of different positions on the apparatus main body 10 as in the present embodiment, the first determination unit 230 selects one of the multiple types of setup parts. A type of setup part that requires replacement work is determined as a setup part to be replaced. If there is at least one setup component to be replaced, the first determination unit 230 determines that the setup component 90 needs to be replaced.

The guide image generation unit 240 generates work guide image data based on the determination results of the first determination unit 230, a second determination unit 260 (described later), etc., and outputs the work guidance image data to the display unit 300. For example, when the first determination unit 230 determines that the setup component 90 needs to be replaced, the guide image generation unit 240 provides guidance on replacing the setup component with a model of the setup component that corresponds to the type information of the electronic component. Work guide image data to be performed is generated and output to the display unit 300.

8A to FIG. 14 are diagrams showing examples of work guide images 400 displayed by the display unit 300.

When the first judgment unit 230 determines that the setup component 90 needs to be replaced, the display unit 300 displays a work guide image that guides the replacement work to a setup component of the type corresponding to the type information of the electronic component. Display 400.

Note that, among the plurality of types of setup parts, the display unit 300 displays a setup part that requires replacement work on the work guide image 400 as a setup part to be replaced.

FIGS. 8A to 8C are examples of work guide images 400 when the first determination unit 230 determines that it is necessary to replace the setup component 90A and the setup component 90C. That is, FIG. 8A is an example of a work guide image 400 that guides the replacement work of the setup component 90A and the setup component 90C.

As shown in FIG. 8A, the display unit 300 includes, as a work guide image 400, a position information image 401 indicating the installation position of the setup component to be replaced, and a model number indicating the model of the setup component to be replaced corresponding to the type information of the electronic component. An information image 402 is displayed. Note that, in addition to the model information image 402, the display unit 300 may display additional information regarding the type of the setup part, for example, the part name of the setup part. In this embodiment, an image including a black circle as a mark placed on the apparatus main body image is the position information image 401 indicating the position at which the replacement target setup part is attached. In this embodiment, the position information image 401 is composed of black circles and lines drawn from the black circles.

As shown in FIG. 8A, the display unit 300 further includes, as a work guide image 400, a position information image 401 and a model information image 402, as well as a device body image 403 showing the device body 10, which is different from the device body image 403. An external shape image 404 showing the external shape of the setup component to be replaced, which is displayed at the position, may also be displayed.

This allows the operator to accurately grasp information on the parts to be replaced and perform appropriate replacement work.

Note that the position information image 401 is not limited to the above-mentioned image including the black circle. The position information image 401 may be any image that indicates the position where the replacement target setup part should be attached. For example, if the setup part to be replaced is a part that is visible from the exterior of the device, such as the setup component 90A, the setup part to be replaced on the device main body image 403 is highlighted in a color different from the others. It's okay. Note that even if the part cannot be visually recognized from the exterior of the device, the setup part to be replaced that is displayed superimposed on the device main body image 403 may be highlighted in a different color or the like from the others. In this case, the highlighted display becomes the position information image 401.

The control unit 200 of this embodiment further includes a second identification information acquisition unit 250 and a second determination unit 260.

The second identification information acquisition unit 250 acquires second identification information of the setup component 90 attached to the apparatus main body 10. Specifically, the second identification information acquisition unit 250 acquires the second identification information read from the RFID tags 91 provided on each of the setup components by an RFID reader serving as a reader. This process is mainly executed by the operator reading the second identification information held in the RFID tag 91 after replacing the setup part to be replaced. However, it is also possible to perform this at any timing.

The second determination unit 260 determines whether the setup component 90 is a It is determined whether the set-up part is of the correct type corresponding to the type information of the electronic part.

Specifically, the second determination unit 260 refers to the first correspondence information and determines whether the model of the setup component currently attached to the apparatus main body 10, which is grasped based on the second identification information, is If it matches the type of electronic component that is grasped based on the identification information No. 1, it is determined that the setup part of the correct type corresponding to the type information of the electronic component is assembled. The second determination unit 260 refers to the first correspondence information, and determines whether the model of the setup component currently attached to the device main body 10, which is grasped based on the second identification information, matches the first identification information. If the type of electronic component is not compatible with the type of electronic component that is grasped based on the information, it is determined that the setup part of the correct model corresponding to the type information of the electronic component is not assembled. Note that the information on the model of the setup component currently attached to the apparatus main body 10, which is determined based on the second identification information, is then held in the storage unit 220.

For example, referring to Table 1, the model of the setup part currently attached to the device main body 10, which is determined based on the acquired second identification information, is A02, and the model of the setup component, which is determined based on the first identification information, is A02. When the part type is type b, the model of the setup component 90A that is compatible with the electronic component of type b is A02. It is determined that part 90A is assembled.

For example, referring to Table 1, the model of the setup component 90C currently attached to the device main body 10, which is determined based on the acquired second identification information, is C01, which is determined based on the first identification information. When the type of electronic component is type b, the model of the setup component 90C that is compatible with the electronic component of type b is C02, so the second judgment unit 260 determines the correct model corresponding to the type information of the electronic component. It is determined that the setup part 90A is not assembled.

The display unit 300 displays a determination image including the determination result of the second determination unit 260 as the work guide image 400.

The display unit 300 of the present embodiment displays a confirmation image 400A showing information on the setup part to be replaced as a judgment image, and then displays a judgment result image 400B showing the judgment result of the second judgment unit 260.

For example, after displaying an image including an external shape image 404 showing the external shape of the setup part to be replaced as the confirmation image 400A, the display unit 300 displays the confirmation image 400A, and then displays the confirmation image 400A to confirm that the setup part read by the reader is correct and corresponds to the type information of the electronic component. If the second determination unit 260 determines that the part is a model setup part, an image in which the appearance shape image 404 is hidden may be displayed as the determination result image 400B.

The above-mentioned FIG. 8A is a diagram showing an example of the confirmation image 400A showing information on the setup part to be replaced among the determination images. FIG. 8B is a diagram illustrating an example of a determination result image 400B showing the determination result of the second determination unit 260 among the determination images.

Specifically, FIG. 8A is an example of a confirmation image 400A that includes an external shape image 404 showing the external shape of the setup component 90A and the setup component 90C determined as the setup component to be replaced. FIG. 8B shows a determination result image displayed when the second determination unit 260 determines that the setup component 90A read by the reader is the correct model setup component 90A corresponding to the type information of the electronic component. This is an example of 400B. In the example of the determination result image 400B in FIG. 8B, the external shape image 404 of the setup component 90A is hidden.

Note that FIG. 8B can also be said to be an example of the confirmation image 400A including an external shape image 404 showing the external shape of the setup component 90C determined as the setup component to be replaced. FIG. 8C shows a determination result image displayed when the second determination unit 260 determines that the setup component 90C read by the reader is the correct model setup component 90C corresponding to the type information of the electronic component. This is an example of 400B. In the example of the determination result image 400B in FIG. 8C, in addition to the setup component 90A, the appearance shape image 404 of the setup component 90C is hidden.

The second determination unit 260 stops the operation of the device when it is determined that the setup part read by the reader is the correct model of the setup part corresponding to the type information of the electronic component for all the setup parts to be replaced. It is also possible to set the device operation permissible state. Here, the device operation permission state refers to a state in which the production device executes the main process, or a state in which the production device can execute the main process based on a predetermined instruction signal. For example, if the production device is an inspection device, the main process is inspection of electronic components.

For example, before switching to the device operation permissible state, prohibition control may be performed to prohibit execution of the inspection process. For example, before switching to the device operation permissible state, suction of air for holding the electronic component 2 in the cavity 92 may be stopped to forcibly create a state in which inspection processing cannot be performed. In this case, air suction may be automatically switched on when the device enters the operating permission state.

Note that in this embodiment, when it is determined that the setup part read by the reader is the correct model of setup part corresponding to the type information of the electronic component for all the setup parts to be replaced, the display unit 300 displays the following information: , a determination result image 400B is displayed in which the appearance shape images 404 of all setup parts are hidden. Note that the display unit 300 may display a display that directly indicates that the device is in an operation-permitted state. In FIG. 8C, a text message 405 is displayed as a display indicating that the device is in an operation-permitted state. For example, a text message such as "All parts have been replaced" or "Device operation allowed" may be displayed. Note that the display indicating that the device is in an operating permissible state is not limited to a text message. For example, it may be a predetermined mark indicating a state in which the device is allowed to operate.

Note that when there are multiple types of replacement target setup parts, the display unit 300 may sequentially display different work guide images 400 generated for each type of replacement target setup part.

FIG. 9 is a diagram for explaining an example of sequentially displaying different work guide images 400 generated for each type of replacement target setup part, and the work guide image 400 displayed instead of FIG. 8A. FIG. In this case, even if there are a plurality of replacement target setup parts, only one replacement target setup part is initially displayed as the confirmation image 400A. For example, even if the setup component 90A and the setup component 90C are determined as setup components to be replaced, only the rotor as the setup component 90A is displayed first, as shown in FIG. 9.

Thereafter, the operator performs the replacement work of the setup part 90A according to the confirmation image 400A of the work guide image 400. After the replacement work, the operator uses the reader to read the second identification information according to the confirmation image 400A of the work guide image 400. Then, when the second determination unit 260 determines that the setup component 90A read by the reader is the correct model setup component 90A corresponding to the type information of the electronic component, the determination result image 400B of FIG. 8B is displayed. Ru. In FIG. 8B, the external shape image 404 of the setup component 90A is hidden, while the exterior shape image 404 of the setup component 90C, which is the setup component to be replaced next, is displayed. The work guide image 400 in FIG. 8B can also be said to be a confirmation image 400A of the setup component 90C. The order of the replacement target setup parts that are sequentially displayed on the work guide image 400 may be programmed in advance in consideration of replacement workability and the like. This increases the efficiency of replacement work. In addition, as shown in FIG. 8A, all the setup parts to be replaced are displayed from the beginning on the confirmation image 400A, and the operator can perform the replacement work of the setup parts 90A in the order preferred by the operator, and confirm that the second identification information is read by the reader. You may work. This also increases workability.

When the second determination unit 260 determines that the setup part read by the reader is not the correct model of the setup part corresponding to the type information of the electronic component, the display unit 300 displays an image containing error information as a result of the determination. It can be displayed as an image 400B.

FIG. 10 shows a determination result image 400B displayed when the second determination unit 260 determines that the setup component 90C read by the reader is not the correct model setup component 90C corresponding to the type information of the electronic component. This is an example of how error information is displayed. This determination result image 400B is displayed, for example, after the confirmation image 400A shown in FIG. 8B.

In the example of the determination result image 400B in FIG. 10, an error message 406 is displayed as error information. For example, an error message 406 such as "The correct part is not installed" may be displayed. Note that the error information is not limited to error messages. For example, it may be a predetermined mark indicating an error state. Note that, as error information, it is preferable to also display information on the type of setup component that is the target of the error. In this embodiment, information on the setup component 90C is highlighted and displayed using a red frame or the like, as information on the type of setup component that is the target of the error.

The display unit 300 of this embodiment further displays, as a work guide image, an instruction image 407 that instructs the position where the reader should be placed.

For example, as shown in FIG. 8A, in this embodiment, an image including a black circle as a mark placed on the image of the main body of the apparatus is an instruction image 407 that indicates the position where the reader is to be placed. In this manner, in this embodiment, the image including the black circle serves as the position information image 401 indicating the position where the setup part to be replaced is to be attached, and the instruction image 407 indicating the position where the reader should be placed.

An RFID tag 91 as an identification information holding medium is placed at a position corresponding to this instruction image 407 in each actual setup component. Therefore, according to the instruction image 407, the operator brings the tip of the RFID reader as a reading device closer to the position corresponding to the instruction image 407 on the actual setup part. This makes it possible to easily read information from the RFID tag 91. Note that it is preferable that a visible mark is also provided at the position corresponding to the instruction image 407 in the actual setup part, that is, the position where the RFID tag 91 is placed. This improves reading workability.

Note that the instruction image 407 is not limited to this. 11A and 11B are diagrams showing other display modes of the instruction image 407. For example, as shown in FIG. 11A, the instruction image 407 may be an image that uses an arrow to indicate the position where the reader should be placed. Further, as shown in FIG. 11B, the instruction image 407 may be an image showing the position where the reader should be placed using a diagram simulating the reader. Alternatively, the instruction image 407 may be a display that visibly displays the position where the identification information holding medium is placed to clarify the position where the reader should be placed.

Note that when there are multiple types of setup parts to be replaced, the instruction images 407 such as arrows may be sequentially displayed for each type of setup part to be replaced. In this case, if the second determination unit 260 determines that the setup part read by the reader is the correct model setup part corresponding to the type information of the electronic component, the instruction image 407 for the setup part to be read next Display. The display order of the instruction images 407 that are sequentially displayed on the work guide image 400 may be programmed in advance in consideration of workability and the like. This increases workability.

Note that, as shown in FIGS. 8A, 11A, and 11B, the instruction image 407 is preferably an image that allows the position of the identification information medium in the setup component attached to the apparatus main body 10 to be recognized. That is, it is possible to display an image including at least a portion of the device main body 10 and at least a portion of the setup parts attached to the device main body 10 along with an image showing the position where the reader should be placed as an instruction image. preferable.

The control unit 200 of this embodiment further includes a mode switching unit 270 and a determining unit 280.

The mode switching unit 270 switches the state of the device between a normal mode and a determination skip mode. For example, when a mode selection signal for switching to the determination skip mode is input by an operator's input operation, the mode switching unit 270 switches the state of the apparatus from the normal mode to the determination skip mode.

When the mode switching unit 270 switches to the determination skip mode, the determining unit 280 determines the replacement target setup part whose determination by the second determining unit 260 is to be skipped. For example, the determining unit 280 may determine the setup part to be skipped based on an input operation by an operator. Alternatively, the determining unit 280 may automatically determine all of the replacement target setup parts as skip target setup parts.

FIG. 12 is a confirmation screen when determining a setup part to be skipped after switching to the determination skip mode. As shown in FIG. 12, the skip target confirmation image 408 can be displayed to determine the skip target setup parts. Here, a screen is shown when a rotor as a setup component 90A and a spacer as a setup component 90C are determined as setup components to be skipped. Note that the configuration may be such that the operator can select a setup part to be skipped from among a plurality of setup parts.

Note that the mode switching unit 270 switches the state of the device from the judgment skip mode to the normal mode when a mode selection signal for switching to the normal mode is input in the judgment skip mode.

By providing such a mode switching unit, even under special circumstances such as when the RFID tag 91 is broken or no RFID is attached, the judgment by the second judgment unit 260 can be skipped, and the device operation is permitted. state. Therefore, even under special circumstances, processing can be carried out using the production equipment. Note that when inputting this mode selection signal, it is preferable to also set a password input so that only a specific operator can execute mode switching.

The control unit 200 of this embodiment further includes a registration unit 290.

The registration unit 290 registers the first correspondence related information in the storage unit 220. Specifically, the registration unit 290 stores the relationship between the type information of the electronic component and the identification information including the model information of the setup component corresponding to the type information of the electronic component in the storage unit 220 as first correspondence information. Make me remember. This registration work is performed, for example, by an operator's input operation or by control of a host system or the like. Note that the registration unit 290 can also register second correspondence-related information, which will be described later, in the storage unit 220.

Note that the operator can write second identification information that includes model information of the setup component or that is associated with model information of the setup component into the second identification information holding medium of the setup component using a writing device. .

FIG. 13 is a work screen when writing the second identification information to the second identification information holding medium of the setup component 90. After confirming the message in the written content confirmation image 409, the operator places the writing machine according to the instruction image 410, and writes the second identification information into the second identification information holding medium of the setup component.

FIG. 14 is a diagram illustrating a display example of an adjustment value instruction image 411 indicating an adjustment value of the adjustment member 70.

As shown in this embodiment, when the adjustment member 70 is installed in the device main body 10, the storage unit 220 stores electronic component type information and electronic component type information in addition to the first correspondence information described above. It is preferable that second correspondence information indicating a correspondence between the adjustment value of the adjustment member 70 and the product type information is stored.

In this case, the first determination unit 230 determines whether or not the adjustment work of the adjustment member 70 is necessary based on the type information of the electronic component and the second correspondence relationship information acquired by the first identification information acquisition unit 210. to judge.

When the first determination unit 230 determines that the adjustment work of the adjustment member 70 is necessary, the guide image generation unit 240 generates an adjustment value instruction image indicating the adjustment value of the adjustment member 70 corresponding to the type information of the electronic component. 411 is generated and output to the display unit 300.

The display unit 300 displays an adjustment value instruction image 411 that indicates the adjustment value of the adjustment member corresponding to the type information of the electronic component when the first determination unit 230 determines that adjustment work of the adjustment member 70 is necessary. do. FIG. 14 shows an adjustment value instruction image 411 for instructing the adjustment value of the setting value of the regulator 71 as the adjustment member 70.

At this time, the display unit 300 may display information regarding the working time of the adjustment work. Specifically, the display unit 300 may display, together with the adjustment value instruction image 411, a time elapsed information image 412 showing the relationship between the target time required for the adjustment work of the adjustment member 70 and the elapsed time of the adjustment work. . In the example of FIG. 14, the time elapsed information image 412 displays the target work time and the elapsed work time. Note that the display of the time elapsed information image 412 may be a countdown timer display based on the difference between the target time required for the adjustment work of the adjustment member 70 and the elapsed time of the adjustment work. In this case, the target time required for the adjustment work of the adjustment member 70 is preferably stored in the storage unit 220.

The flow of processing in this embodiment will be described below.

<First process>
As the first process, a process of displaying the work guide image 400 based on the acquisition of the first identification information will be described. FIG. 15A shows a flowchart showing the first process.

In step S11, the first identification information acquisition unit 210 acquires first identification information.

Next, in step S12, the first determination unit 230 determines whether the setup components to be assembled into the device main body 10 are correct based on the type information of the electronic component based on the acquired first identification information and the first correspondence relationship information. It is determined whether the model information matches the model information corresponding to the type information of the electronic component based on the acquired first identification information.

In this step S12, if it is determined that the model information of the setup component assembled in the device main body 10 does not match the model information corresponding to the type information of the electronic component based on the acquired first identification information, The first determination unit 230 determines that the setup component 90 needs to be replaced, and proceeds to step S13.

In step S13, the guide image generation unit 240 generates work guide image data that guides the replacement work to the setup component 90 of the type corresponding to the type information of the electronic component, and outputs it to the display unit 300. The display unit 300 displays a work guide image 400 based on the data output from the guide image generator 240.

On the other hand, if it is determined in step S12 that the model information of the setup component assembled in the device main body 10 matches the model information corresponding to the type information of the electronic component based on the acquired first identification information , the first determination unit 230 determines that the replacement work of the setup component 90 is unnecessary, and proceeds to step S14.

In step S14, the guide image generation unit 240 performs a replacement operation unnecessary process. For example, the guide image generation section 240 may generate image data indicating that the replacement work of the setup component 90 is unnecessary, and output it to the display section. The display unit 300 may display an image indicating that the replacement work of the setup component 90 is unnecessary based on the data output from the guide image generation unit 240.

Next, a specific example of the first process will be described. Here, a case will be described in which the inspection apparatus inspects a lot of electronic components having type information a and then inspecting a lot of electronic components having type information b.

First, since the electronic component 2 with type information a was being inspected until just before, the setup components 90 include a setup component 90A with identification information including model information A01, a setup component 90B with identification information including model information B01, and a setup component 90B with identification information including model information B01. The identification information setup component 90C including the information C01, the identification information setup component 90D including the model information D01, the identification information setup component 90E including the model information E01, and the identification information setup component 90F including the model information F01 are At this point, it is assembled into the device main body 10. For example, the second identification information of the setup parts 90A to 90D assembled in the device main body 10 at that time is "A01001", "B01001", "C01001", "D01002", "E01002", and "F01001", respectively. Suppose there was. Note that these second identification information may be information that has been read by a reader in the past and then held in the storage unit 220.

In step S11, the first identification information acquisition unit 210 acquires first identification information. This process is carried out, for example, when a new lot of electronic components 2 is carried into the inspection apparatus 1 while being accommodated in the container 3 . More specifically, the barcode reader as the first identification information acquisition means 50 reads the first identification information from the barcode as the first identification information holding medium 4 affixed to the storage container 3. . The first identification information acquisition unit 210 acquires the first identification information read from the barcode by the barcode reader. Note that, as described above, the first identification information may directly include type information of the electronic component, or may be associated with type information of the electronic component.

Here, if the type information of the electronic component based on the first identification information is type information b, in step S12, the type information of the setup component assembled in the device main body 10 is determined based on the acquired first identification information. It is determined that the type information of the electronic component based on the information does not match the corresponding model information. Therefore, the first determination unit 230 determines that the setup component 90 needs to be replaced.

Specifically, according to the first correspondence information shown in Table 1, the models of the setup components 90A to 90D corresponding to the electronic component of type information b are "A02", "B01", "C02", and "C02", respectively. They are "D01", "E01", and "F01". On the other hand, the models of the setup parts 90A to 90D assembled in the apparatus main body 10 at that time are "A01", "B01", "C01", "D01", "E01", and "F01", respectively.

In this case, one or more of the plurality of types of setup components is a setup component of a type that does not correspond to electronic component 2 of type b. Specifically, regarding the setup component 90B, setup component 90D, setup component 90E, and setup component 90F, although the setup component of the type corresponding to electronic component 2 of type b is already attached, the setup component 90A and setup component Regarding 90C, a setup component of the type corresponding to electronic component 2 of type b is not attached.

In this case, the first determination unit 230 determines that the setup component 90 needs to be replaced. More specifically, the first determination unit 230 determines, among these six types of setup components, setup components 90A and 90C, which are setup components that require replacement work, as setup components to be replaced, It is determined that these setup parts need to be replaced.

In this way, when the device body 10 has a plurality of types of setup parts that are respectively attached to a plurality of different positions, the first determination unit 230 determines which types of setup parts require replacement work among the plurality of types of setup parts. The set-up part is determined as the set-up part to be replaced.

In step S13, the guide image generation unit 240 generates work guide image data that guides the replacement work for the setup parts 90A and 90C, which are the setup parts to be replaced, to the setup parts of the model corresponding to the electronic component type information. It is generated and output to the display unit 300. The display section 300 displays a work guide image 400 for guiding the replacement work of the setup component 90A and the setup component 90C based on the data output from the guide image generation section 240.

In this way, the first determination unit 230 refers to the first correspondence information and determines whether the model of the setup component currently attached to the device main body 10 is an electronic component that is grasped based on the first identification information. If the model is not compatible with the product type, it is determined that the setup part 90 needs to be replaced. On the other hand, the first determination unit 230 refers to the first correspondence information and determines that the model of the setup component currently attached to the device main body 10 is the type of electronic component that is grasped based on the first identification information. If the model is compatible with the above, it is determined that there is no need to replace the setup part 90.

<Second processing>
As a second process, a process of displaying the adjustment value instruction image 411 of the adjustment member 70 based on the acquisition of the first identification information will be described. FIG. 15B shows a flowchart showing the second process.

In step S21, the first identification information acquisition unit 210 acquires first identification information.

Next, in step S22, the first determination unit 230 determines whether the current adjustment value of the adjustment member 70 is the acquired It is determined whether the adjusted value matches the adjustment value corresponding to the type information of the electronic component based on the first identification information. Alternatively, it is determined whether the difference between the current adjustment value of the adjustment member 70 and the adjustment value corresponding to the type information of the electronic component based on the acquired first identification information is within a predetermined range. Note that the current adjustment value of the adjustment member 70 may be acquired from information set in the past, a sensor provided on the adjustment member 70, or the like.

In step S22, it is determined that the current adjustment value of the adjustment member 70 does not match the adjustment value corresponding to the type information of the electronic component based on the acquired first identification information, or does not fall within a predetermined range. If so, the first determination unit 230 determines that adjustment work of the adjustment member 70 is necessary, and proceeds to step S23.

In step S23, the guide image generation unit 240 generates adjustment value instruction image data that instructs the adjustment work of the adjustment member 70 so that the adjustment value of the adjustment member 70 corresponds to the type information of the electronic component, and displays the adjustment value instruction image data on the display unit 300. Output to. The display section 300 displays an adjustment value instruction image 411 based on the data output from the guide image generation section 240.

For example, the adjustment member 70 is the regulator 71, and the adjustment value corresponding to the type information of the electronic component based on the acquired first identification information is within ±10% of the current setting value of the regulator 71. If not, the first determination unit 230 determines that adjustment work for the regulator 71 is necessary. The display unit 300 then displays an adjustment value instruction image 411 for instructing adjustment work. The adjustment value instruction image 411 includes information on a new target setting value of the regulator 71, for example.

At this time, the display unit 300 may display, together with the adjustment value instruction image 411, a time elapsed information image 412 indicating the relationship between the target time required for the adjustment work of the adjustment member 70 and the elapsed time of the adjustment work.

On the other hand, if it is determined in step S22 that the current adjustment value of the adjustment member 70 matches the adjustment value corresponding to the type information of the electronic component based on the acquired first identification information, or If it is determined that the value falls within the range, the first determination unit 230 determines that the adjustment work of the adjustment member 70 is unnecessary, and proceeds to step S24.

In step S24, the guide image generation unit 240 performs adjustment work unnecessary processing. For example, the guide image generation unit 240 may generate image data indicating that adjustment work of the adjustment member 70 is unnecessary, and output it to the display unit. The display unit 300 may display an image indicating that the adjustment work of the adjustment member 70 is unnecessary based on the data output from the guide image generation unit 240.

<Third processing>
As the third process, a process of determining whether the correct type of setup component 90 is assembled based on the acquisition of the second identification information will be described. FIG. 15C shows a flowchart showing the third process.

In step S31, the first identification information acquisition unit 210 acquires first identification information.

Next, in step S32, the first determination unit 230 determines whether the setup components to be assembled into the device main body 10 are correct based on the type information of the electronic component based on the acquired first identification information and the first correspondence relationship information. It is determined whether the model information matches the model information corresponding to the type information of the electronic component based on the acquired first identification information. In this step S32, if it is determined that the model information of the setup component assembled in the device main body 10 does not match the model information corresponding to the type information of the electronic component based on the acquired first identification information, The first determination unit 230 determines that the setup component 90 needs to be replaced, and proceeds to step S33.

In step S<b>33 , the guide image generation unit 240 generates work guide image data that guides the replacement work to the setup component 90 of the type corresponding to the type information of the electronic component, and outputs it to the display unit 300 . The display unit 300 displays a work guide image 400 based on the data output from the guide image generator 240.

In step S34, the operator grasps the setup part to be replaced according to the display of the work guide image 400, and performs the work of replacing the setup part 90. The work guide image 400 at this time may be the same image as the confirmation image 400A showing information on the setup part to be replaced.

In step S35, after the replacement work, the operator moves the reader close to the position where the RFID tag 91 of the setup component 90 after replacement is placed, according to the display of the confirmation image 400A. The reader reads the second identification information held in the RFID tag 91. The second identification information acquisition unit acquires the second identification information read by the reader.

In step S36, the second determination unit 260 determines, based on the acquired second identification information and first correspondence information, that the model information of the setup component after replacement corresponds to the acquired type information of the electronic component. Determine whether it matches the information.

In step S36, if it is determined that the model information of the replaced setup component matches the model information corresponding to the type information of the electronic component based on the acquired first identification information, the second determination unit 260 , it is determined that the replaced setup part is the correct setup part corresponding to the type information of the electronic component, and the process proceeds to step S37.

In step S37, the guide image generation section 240 generates the determination result image 400B and outputs it to the display section 300. The display unit 300 displays the determination result image 400B based on the data output from the guide image generation unit 240.

On the other hand, if it is determined in step S36 that the model information of the replaced setup component does not match the model information corresponding to the type information of the electronic component based on the acquired first identification information, the second determination unit 260 determines that the replaced setup part is not the correct setup part corresponding to the type information of the electronic component, and proceeds to step S38.

In step S38, the guide image generation unit 240 generates image data including error information as the determination result image 400B, and outputs it to the display unit 300. The display unit 300 displays an image including error information as a determination result image 400B based on the data output from the guide image generation unit 240. In this case, the process returns to step S34 again and the replacement work is performed.

Note that if it is determined in step S32 that the model information of the setup component assembled in the device main body 10 matches the model information corresponding to the type information of the electronic component based on the acquired first identification information; , the first determination unit 230 determines that the replacement work of the setup component 90 is unnecessary, and proceeds to step S39.

In step S39, the guide image generation unit 240 performs a replacement operation unnecessary process. For example, the guide image generation section 240 may generate image data indicating that the replacement work of the setup component 90 is unnecessary, and output it to the display section. The display unit 300 may display an image indicating that the replacement work of the setup component 90 is unnecessary based on the data output from the guide image generation unit 240.

<Fourth process>
As the fourth process, determination skip processing will be described. FIG. 15D shows a flowchart showing the fourth process.

Here, a case will be described in which the vehicle is operated in normal mode.

In step S41, when the mode selection signal is input, the control unit 200 acquires the mode selection signal. The mode selection signal is input by an operator via an input section (not shown) connected to the control section 200, for example.

In step S42, it is determined whether the acquired mode selection signal is a determination skip mode selection signal or a normal mode selection signal. If the acquired mode selection signal is a selection signal for the determination skip mode, the process advances to step S43.

In step S43, the mode switching unit 270 switches from the normal mode to the determination skip mode.

In step S44, the determining unit 280 determines the replacement target setup component whose determination by the second determining unit 260 is to be skipped as the skip target setup component. For example, the determining unit 280 may determine the setup parts to be skipped based on input from the operator. Alternatively, the determining unit 280 may automatically determine all of the replacement target setup parts as skip target setup parts.

In step S45, the first determination unit 230 determines whether there is a replacement target setup part other than the skip target setup part.

If it is determined in step S45 that there is no setup component to be replaced other than the skip target setup component, the first determination unit 230 determines that the replacement work for the setup component is unnecessary, and proceeds to step S46.

In step S46, the guide image generation unit 240 performs a replacement operation unnecessary process. For example, the guide image generation unit 240 may generate notification image data to notify that the apparatus is exceptionally allowed to operate in the determination skip mode, and output it to the display unit. The display section 300 may display a notification image based on the data output from the guide image generation section 240.

Note that if it is determined in step S45 that there are still setup parts to be replaced other than the skip target setup parts, the first determination unit 230 determines that the setup parts need to be replaced, and proceeds to step S47. move on.

In step S<b>47 , the guide image generation unit 240 generates work guide image data that guides the replacement work of the remaining setup parts to be replaced, and outputs it to the display unit 300 . The display unit 300 displays a work guide image 400 based on the data output from the guide image generator 240.

Note that, in step S42, if the acquired mode selection signal is a selection signal for the normal mode, the process proceeds to step S48, and the normal mode is maintained.

<Fifth process>
As the fifth process, registration process will be explained. FIG. 15E shows a flowchart showing the fifth process.

In step S51, the registration unit 290 registers the first correspondence related information in the storage unit 220. Specifically, the registration unit 290 causes the storage unit 220 to store the correspondence between the type information of the electronic component and the model information of the setup component corresponding to the type information of the electronic component as first correspondence information.

In step S52, the operator uses a writing device to write second identification information that includes model information of the setup component or that is associated with the model information of the setup component into the second identification information holding medium of the setup component.

Note that step S51 and step S52 may be performed in the opposite order.

As described above, the electronic component production device of the present embodiment includes the device main body 10 and a plurality of types of setup components 90 that can be detachably attached to predetermined positions of the device main body 10 and that correspond to the types of electronic components. a storage unit 220 that stores first correspondence information indicating a correspondence between electronic component type information and setup component type information corresponding to the electronic component type information; Alternatively, the first identification information acquisition unit 210 that acquires the first identification information associated with the type information of the electronic component, the first identification information acquired by the first identification information acquisition unit 210, and the first correspondence relationship. If the first determination unit 230 determines whether or not the setup component 90 needs to be replaced based on the information, and the first determination unit 230 determines that the setup component 90 needs to be replaced. and a display section 300 that displays a work guide image 400 that guides the replacement work to a setup component 90 of a type corresponding to the type information of the electronic component. Thereby, it is possible to provide an electronic component production apparatus that can process multiple types of electronic components 2. Furthermore, it is possible to improve the workability of replacing the setup parts 90 that need to be replaced depending on the type of electronic component.

Further, the electronic component production device of the present embodiment includes a device main body 10, a plurality of types of setup components corresponding to the types of electronic components, which can be detachably attached to predetermined positions of the device main body 10, and electronic components. a storage unit 220 that stores first correspondence information indicating the correspondence between the type information of the electronic component and the type information of the setup component corresponding to the type information of the electronic component; A first identification information acquisition unit 210 that acquires first identification information associated with product type information; and a first identification information acquisition unit 210 that acquires first identification information associated with product type information; a second identification information holding medium holding second identification information associated with the second identification information holding medium, a reader capable of reading the second identification information held by the second identification information holding medium, and a first identification information acquisition unit. 210, the second identification information of the setup component read by the reader, and the first correspondence relationship information, the setup component corresponds to the type information of the electronic component. It includes a second determination section 260 that determines whether the set-up component is of the correct type, and a display section 300 that displays a determination image including the determination result of the second determination section 260. Thereby, when processing a plurality of types of electronic components 2, it can be confirmed that appropriate setup parts corresponding to the types of electronic components 2 are attached.

Note that chip-type electronic components such as multilayer ceramic capacitors have a wide range of chip sizes depending on their types. For example, in the case of multilayer ceramic capacitors, the chip size may be several mm or less than 1 mm. Therefore, in order to properly hold or suction such an electronic component within a production device, it is necessary to set the dimensions of the holding portion and the supply path strictly according to the chip size. Therefore, when the production apparatus includes a setup component having a holding section or a supply path for electronic components, it is preferable to replace the setup component according to the chip size of the electronic component. In addition, if an incorrect setup component is assembled into the apparatus main body, it will be difficult to properly hold or suction the electronic component, and there is a possibility that a process defect or a quality defect will occur.

Moreover, the processing performed in the production process of electronic components such as multilayer ceramic capacitors may differ depending on the product type. For example, when the electronic component production device is an electronic component inspection device, it is preferable that different measuring instruments can be attached to the device body as setup components depending on the type of electronic component.

In this way, in the electronic component production apparatus, it is preferable to prepare multiple types of setup components in order to process multiple types of electronic components 2. Furthermore, it is preferable to prepare a plurality of types of setup parts adapted to the types of electronic components for each of the plurality of types of setup parts. Therefore, the number of combinations of setup components to be installed on the device body may be 10 or more, or 100 or more, in some cases, 1000 or more, or even 10,000 or more, corresponding to multiple types of electronic components. For example, if there are three types of setup parts and three types of setup parts for each type, there are 27 types. If there are five types of setup parts and three types of setup parts for each type, there are 243 types. If there are eight types of setup parts and three types of setup parts for each type, there are 6561 types. For example, if there are 10 types of setup parts and 3 to 4 types of setup parts for each type, there are approximately tens of thousands of types.

As described above, since there are many combinations of setup parts to be attached to the apparatus main body, it takes time to replace the setup parts. Furthermore, since mistakes in assembling setup parts are more likely to occur, confirmation work and the like to prevent mistakes in installation become complicated. In particular, when there are more than 100 combinations of setup components to be installed on the device body, the replacement work becomes extremely complicated and installation errors are likely to occur.

The electronic component inspection device disclosed in Patent Document 1 does not take into consideration the replacement of setup components depending on the type of electronic component. That is, the electronic component inspection device of Patent Document 1 does not take into account the possibility of inspecting multiple types of electronic components with one inspection device. Therefore, of course, no consideration is given to suppressing assembly errors of setup parts.

With the configuration of this embodiment, it is possible to provide an electronic component production device that is capable of processing multiple types of electronic components, and furthermore, it is possible to improve the workability of changing setup parts. It is possible to provide production equipment for electronic components.

Note that although the control unit 200 is composed of a plurality of functional blocks as described above, each functional block does not necessarily have to be physically separated, and one CPU realizes the functions of the plurality of functional blocks. You may. Furthermore, the control unit 200 may be arranged in two or more separate locations, taking into consideration the arrangement of the controlled units and the like. Further, all or part of the control unit 200 may be provided in a server (not shown). Note that the storage unit 220 is configured with a recording medium such as a ROM (Read Only Memory), an HDD (Hard Disk Drive), an SSD (Solid State Drive), or a removable memory card. The recording medium includes non-transitory tangible media. Note that the control unit 200 includes, for example, an arithmetic processor such as a CPU (Central Processing Unit), a DSP (Digital Signal Processor), and an FPGA (Field-Programmable Gate Array). Various functions of the control unit 200 are realized, for example, by executing programs (applications) stored in the storage unit 220. The program (application) may be provided via a network or recorded on a computer readable storage medium such as a CD-ROM (Compact Disc Read only memory) or a DVD (Digital Versatile Disc). may be provided. Note that each function of the control unit 200 may be realized by cooperation between hardware and software, or may be realized only by hardware (electronic circuit).

Note that the present disclosure particularly relates to the production of electronic components, which includes an arrangement section that arranges a plurality of electronic components 2 at predetermined positions, and a processing section that performs predetermined processing on the electronic components 2 arranged at predetermined positions. It is particularly effective in devices. In the case of such production equipment, it is likely to be necessary to replace setup parts depending on the type of electronic parts. However, the present invention is not limited to such production equipment.

Further, the present disclosure is particularly effective in a production apparatus including a setup component 90, and in a case where the setup component 90 includes an electronic component placement section. Such a setup component 90 is likely to need to be replaced depending on the type of electronic component. However, the present invention is not limited to such production equipment.

Further, the present disclosure is particularly effective for production equipment that processes a large number of electronic components 2. Specifically, it is particularly effective for production equipment in which 100 or more or 1000 or more electronic components 2 of the same type are transported in a container 3 and the individual electronic components 2 that are transported are processed. be. According to the present disclosure, by acquiring the first identification information from the first identification information holding medium 4 provided in the storage container 3, it is possible to accurately replace the setup component 90, and then, It becomes possible to accurately process a large number of electronic components 2 of the same type, 100 or more, or 1000 or more, with the same setup components 90 assembled.

In the present embodiment, the inspection apparatus 1 that inspects the electronic component 2 is used as the production apparatus for the electronic component 2 that performs predetermined processing on the electronic component 2. However, the present disclosure is applicable to various It is applicable to production equipment for electronic components 2. For example, it may be an appearance inspection device or a packaging device. Further, the electronic component 2 to be processed is not limited to a multilayer ceramic capacitor, but may be a chip-shaped electronic component such as a piezoelectric component, a thermistor, an inductor, or a resistor, or other electronic components.

According to the electronic component production apparatus of this embodiment, the following effects are achieved.

(1) The electronic component production device of the present embodiment includes a device main body 10, a plurality of types of setup components 90 that can be detachably attached to predetermined positions of the device main body 10, and that correspond to the types of electronic components. A storage unit 220 that stores first correspondence information indicating a correspondence between electronic component type information and setup component model information corresponding to the electronic component type information; A first identification information acquisition unit 210 that acquires first identification information associated with part type information, the first identification information acquired by the first identification information acquisition unit 210, and first correspondence relationship information. The first determination section 230 determines whether or not the setup component 90 needs to be replaced based on the following: It includes a display section 300 that displays a work guide image 400 that guides the replacement work to a setup component 90 of a type corresponding to the type information of the electronic component. Thereby, it is possible to provide an electronic component production apparatus that can process multiple types of electronic components 2. Furthermore, it is possible to improve the workability of replacing setup components that need to be replaced depending on the type of electronic component.

(2) The setup component 90 of the electronic component production apparatus of this embodiment has a plurality of types of setup components that are respectively attached to a plurality of different positions on the device body 10, and each of the plurality of types of setup components is an electronic component. The first determining unit 230 has a plurality of types of setup parts corresponding to the types of parts, and the first determination unit 230 determines, among the plurality of types of setup parts, a type of setup part that requires replacement work as a setup part to be replaced. . Thereby, even when there are multiple types of setup components, it is possible to improve the efficiency of replacing setup components.

(3) The display unit 300 of the electronic component production apparatus according to the present embodiment displays, as a work guide image 400, a position information image 401 indicating the position where the replacement target setup component is attached, and a replacement target setup corresponding to the type information of the electronic component. A model information image 402 indicating the model of the part is displayed. Thereby, it is possible to improve the efficiency of replacing the setup parts that need to be replaced.

(4) The display unit 300 of the electronic component production apparatus according to the present embodiment displays, as a work guide image 400, a position information image 401 and a model information image 402, as well as an apparatus body image 403 showing the apparatus body 10 and an apparatus body image 403. An external shape image 404 showing the external shape of the setup component to be replaced, which is displayed at a different position from the image 403, is displayed. This makes it easy to understand which parts are to be replaced. Moreover, it becomes easy to grasp the relative position of the setup part to be replaced with respect to the apparatus main body 10. Therefore, it is possible to improve the efficiency of replacing the setup parts that need to be replaced.

(5) The display unit 300 of the electronic component production apparatus of the present embodiment displays a different work guide image 400 that is generated for each type of replacement target setup part when there are multiple types of replacement target setup parts. are displayed sequentially. Thereby, even when there are multiple types of setup components, it is possible to improve the efficiency of replacing setup components.

(6) The electronic component production device of the present embodiment further includes an adjustment member 70 installed in the device main body 10, and the storage unit 220 stores electronic component type information and an adjustment member corresponding to the electronic component type information. The first determination unit 230 further stores the second correspondence information indicating the correspondence relationship with the adjustment value of the first identification information acquired by the first identification information acquisition unit 210 and the second correspondence relationship Based on the related information, the display unit 300 determines whether or not the adjustment work of the adjustment member 70 is necessary, and the display unit 300 displays the information when the first determination unit 230 determines that the adjustment work of the adjustment member 70 is necessary. , an adjustment value instruction image 411 indicating the adjustment value of the adjustment member corresponding to the type information of the electronic component is displayed. Thereby, it is possible to provide an electronic component production apparatus that can process multiple types of electronic components 2. Further, it is possible to improve the workability of adjusting the adjusting member, which needs to be adjusted depending on the type of electronic component.

(7) The storage unit 220 of the electronic component production apparatus of this embodiment stores the target time required for the adjustment work of the adjustment member 70, and the display unit 300 displays the target time and the adjustment work together with the adjustment value instruction image 411. A time elapsed information image 412 showing the relationship between elapsed times is displayed. Thereby, it is possible to improve the adjustment workability.

(8) The electronic component production apparatus of the present embodiment includes second identification information provided in each of a plurality of types of setup components, which includes model information of the setup component or is associated with model information of the setup component. An RFID tag 91 as a second identification information holding medium, a reader capable of reading the second identification information held by the second identification information holding medium, and a second RFID tag 91 of the setup part read by the reader. The display unit further includes a second determination unit 260 that determines whether the setup component is a correct model setup component corresponding to the type information of the electronic component, based on the identification information and the first correspondence relationship information. 300 displays a determination image including the determination result of the second determination unit 260 as the work guide image 400. Thereby, it is possible to improve the workability of confirming the replacement of setup components that need to be replaced depending on the type of electronic component. Furthermore, the production equipment can more reliably process multiple types of electronic components 2 with appropriate setup components attached.

(9) The setup component 90 of the electronic component production apparatus of this embodiment has a plurality of types of setup components that are respectively attached to a plurality of different positions on the device main body 10, and each of the plurality of types of setup components is an electronic component. It has multiple types of setup parts corresponding to the types of parts. Thereby, even when there are a plurality of types of setup components, it is possible to improve the workability of confirming the replacement of setup components.

(10) The reader of the electronic component production device of this embodiment is provided movably and can approach each of a plurality of types of setup components attached to a plurality of different positions on the device body 10. It is provided. Thereby, even when there are a plurality of types of setup components, it is possible to improve the workability of confirming the replacement of setup components.

(11) The display unit 300 of the electronic component production apparatus of this embodiment further displays an instruction image 407 that indicates the position where the reader should be placed as the work guide image 400. Thereby, it is possible to improve the workability of confirming the replacement of setup components that need to be replaced depending on the type of electronic component.

(12) The first determination unit 230 of the electronic component production apparatus according to the present embodiment determines a type of setup component that requires replacement work as a setup component to be replaced among a plurality of types of setup components, and displays it on the display screen. 300 displays, as a determination image, a confirmation image 400A indicating information on the setup part to be replaced, and then displays a determination result image 400B indicating the determination result of the second determination unit 260. Thereby, even when there are multiple types of setup components, it is possible to improve the ease of confirming replacement of setup components.

(13) The display unit 300 of the electronic component production apparatus of this embodiment displays an image including an external shape image 404 showing the external shape of the setup component to be replaced as a confirmation image 400A, and then displays the setup read by the reader. When the second determination unit 260 determines that the component is a setup component of the correct type corresponding to the type information of the electronic component, an image in which the external shape image 404 is hidden is displayed as a determination result image 400B. Thereby, it is possible to improve the workability of confirming the replacement of setup components that need to be replaced depending on the type of electronic component.

(14) The first determination unit 230 of the electronic component production apparatus according to the present embodiment determines a type of setup component that requires replacement work as a setup component to be replaced among the plurality of types of setup components, and displays it on the display screen. 300 sequentially displays different confirmation images 400A generated for each type of replacement target setup component when there are multiple types of replacement target setup components. Thereby, even when there are multiple types of setup components, it is possible to improve the efficiency of replacement work including confirmation of replacement of setup components.

(15) In the display unit 300 of the electronic component production apparatus of the present embodiment, the second determination unit 260 determines that the setup component read by the reader is not the correct model setup component corresponding to the type information of the electronic component. When a determination is made, an image including error information is displayed as a determination result image 400B. This allows the production equipment to more reliably process multiple types of electronic components 2 with appropriate setup components attached.

(16) The identification information holding medium of the electronic component production apparatus of this embodiment is the RFID tag 91. This facilitates the work of reading the second identification information.

(17) The setup parts of the electronic component production apparatus of this embodiment include metal setup parts, and the RFID tag 91 provided on the metal setup parts has a reading distance of 100 mm or less. Even with such a configuration, it is possible to improve the workability of confirming the replacement of setup components that need to be replaced depending on the type of electronic component.

(18) The first determination unit 230 of the electronic component production apparatus according to the present embodiment determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced, and The determination unit 260 allows the device to operate if it is determined that the setup component read by the reader is the correct model of setup component corresponding to the type information of the electronic component for all setup components to be replaced. The device is allowed to operate. Thereby, the production device can be appropriately shifted to the device operation permission state.

(19) The first determination unit 230 of the electronic component production apparatus according to the present embodiment determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced, and The production equipment includes a mode switching unit 270 that switches between the normal mode and the judgment skip mode, and a replacement target setup part that skips the judgment by the second judgment unit 260 when the mode switching unit 270 switches to the judgment skip mode. The computer further includes a determining unit 280 that determines. This allows the production equipment to perform processing even under special circumstances.

(20) The electronic component production apparatus of this embodiment stores the correspondence relationship between the type information of the electronic component and the model information of the setup component corresponding to the type information of the electronic component as the first correspondence information in the storage unit 220. a registration unit 290 for storing second identification information on a second identification information storage medium of the setup component; a writing device capable of writing second identification information that includes model information of the setup component or that is associated with the model information of the setup component; Furthermore, it is equipped with. As a result, even when a new setup component is manufactured, it can be registered as a setup component applicable to the process of the present disclosure.

(21) The electronic component production device of this embodiment is an electronic component inspection device that inspects electronic components. The present disclosure can also be suitably applied to an electronic component inspection device.

(22) The first identification information acquisition unit 210 of the electronic component production apparatus of this embodiment stores the first identification information held in the first identification information holding medium 4 provided in the electronic component storage container 3 as the first identification information. The control unit 200 of the production apparatus specifies the type information of the electronic component contained in the storage container 3 based on the first identification information. Thereby, the type information of the electronic component can be specified.

The present invention is not limited to the configuration of the embodiments described above, and can be modified and applied as appropriate without changing the gist of the present invention. Note that the present invention also includes a combination of two or more of the individual desirable configurations described in the above embodiments.

1 Electronic component inspection equipment (electronic component production equipment)
2 Electronic components 3 Container 4 First identification information holding medium 10 Apparatus body 20 Component supply section 21 Hopper 22 Hopper plate 23 Linear feeder 24 Vibrator 30 Component transport section 40 Measuring instrument 41 First measuring instrument 42 Second Measuring instrument 50 First identification information acquisition means 60 RFID reader/writer (reader/writer)
70 Adjustment member 71 Regulator 80 Base plate 90 Setup parts 90A Setup parts (rotor)
90B Setup parts (first holding block)
90C setup parts (spacer)
90D setup parts (guide)
90E Setup parts (second holding block)
90F setup parts (take-out plate)
91 RFID tag (second identification information holding medium)
92 Cavity 93 Recess 200 Control section 210 First identification information acquisition section 220 Storage section 230 First judgment section 240 Guide image generation section 250 Second identification information acquisition section 260 Second judgment section 270 Mode switching section 280 Determination section 290 Registration section 300 Display section 400 Work guide image 400A Confirmation image 400B Judgment result image 401 Location information image 402 Model information image 403 Device main body image 404 External shape image 405 Text message 406 Error message 407 Instruction image 408 Skip target confirmation image 409 Written content Confirmation image 410 Instruction image 411 Adjustment value instruction image 412 Time elapsed information image

Claims (35)

An electronic component production device,
The device body,
a plurality of types of setup components corresponding to the types of the electronic components, which can be detachably attached to predetermined positions of the device body;
a storage unit that stores first correspondence relationship information indicating a correspondence relationship between type information of the electronic component and model information of the setup component corresponding to the type information of the electronic component;
a first identification information acquisition unit that acquires first identification information that includes type information of the electronic component or is associated with type information of the electronic component;
a first determination of whether or not a replacement work of the setup part is necessary based on the first identification information acquired by the first identification information acquisition unit and the first correspondence relationship information; Department and
A display that displays a work guide image that guides the replacement work to a setup part of a model corresponding to the type information of the electronic component when the first judgment unit determines that replacement work of the setup part is necessary. Department and
a second identification information holding medium that is provided on each of the plurality of types of setup components and holds second identification information that includes model information of the setup component or is associated with model information of the setup component;
a reader capable of reading the second identification information held by the second identification information holding medium;
Based on the second identification information of the setup component and the first correspondence information read by the reader, whether the setup component is a correct model setup component corresponding to the type information of the electronic component. a second determination unit that determines whether
The setup parts include a plurality of types of setup parts each attached to a plurality of different positions of the device main body,
Each of the plurality of types of setup parts has a plurality of types of setup parts corresponding to the types of the electronic components,
The reader is movably provided and is provided so as to be able to approach each of the plurality of types of setup components that are attached to a plurality of different positions of the device main body,
The display unit displays, as the work guide image, a determination image including a determination result of the second determination unit and an instruction image indicating a position where the reader is to be placed. . The setup parts are
It has a plurality of types of setup parts that are respectively attached to a plurality of different positions of the device main body,
Each of the plurality of types of setup parts has a plurality of types of setup parts corresponding to the types of the electronic components,
2. The electronic component production apparatus according to claim 1, wherein the first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced. The display unit displays, as the work guide image, a position information image showing a position where the replacement target setup part is attached, and a model information image showing a model of the replacement target setup part corresponding to type information of the electronic component. , The electronic component production apparatus according to claim 2. The display unit includes, as the work guide image, in addition to the position information image and the model information image, a device main body image showing the device main body, and a setup part to be replaced that is displayed at a different position from the device main body image. 4. The electronic component production apparatus according to claim 3, wherein an external shape image showing an external shape of the electronic component is displayed. Any one of claims 2 to 4, wherein the display unit sequentially displays different work guide images generated for each type of replacement target setup part when there are a plurality of types of replacement target setup parts. Production equipment for electronic components as described in Section 1. further comprising an adjustment member attached to the device main body,
The storage unit stores second correspondence information indicating a correspondence between the type information of the electronic component and the adjustment value of the adjustment member corresponding to the type information of the electronic component,
The first determination unit further determines whether adjustment work of the adjustment member is necessary based on the first identification information acquired by the first identification information acquisition unit and the second correspondence relationship information. Decide whether or not
The display unit displays an adjustment value instruction image indicating an adjustment value of the adjustment member corresponding to type information of the electronic component when the first determination unit determines that adjustment work of the adjustment member is necessary. The electronic component production apparatus according to any one of claims 1 to 5, which displays the electronic component. The storage unit stores a target time required for adjustment work of the adjustment member,
7. The electronic component production apparatus according to claim 6, wherein the display unit displays a time elapsed information image indicating a relationship between the target time and the elapsed time of the adjustment work together with the adjustment value instruction image. The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
The display unit displays, as the determination image, a confirmation image indicating information on the replacement target setup part, and then displays a determination result image indicating the determination result of the second determination unit. Electronic component production equipment. The display unit displays, as the confirmation image, an image including an external shape image showing the external shape of the set-up part to be replaced, and then the set-up part read by the reader corresponds to the type information of the electronic component. 9. The electronic component production apparatus according to claim 8 , wherein when the second determining unit determines that the setup part is a correct model, an image in which the external shape image is hidden is displayed as the determination result image. . The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
The display unit sequentially displays the different confirmation images generated for each type of replacement target setup part when there are multiple types of replacement target setup parts. production equipment for electronic components. The display section displays an image containing error information when the second determination section determines that the setup component read by the reader is not a correct model setup component corresponding to the type information of the electronic component. The electronic component production apparatus according to any one of claims 8 to 10 , wherein the determination image is displayed as the determination image. The electronic component production apparatus according to any one of claims 8 to 11 , wherein the second identification information holding medium is an RFID tag. 13. The electronic component production apparatus according to claim 12 , wherein the setup part includes a metal setup part, and the RFID tag provided on the metal setup part has a reading distance of 100 mm or less. The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
When the second determination unit determines that the setup component read by the reader is the correct model setup component corresponding to the type information of the electronic component for all the setup components to be replaced, 11. The electronic component production apparatus according to claim 1 and any one of claims 8 to 10, wherein the apparatus is brought into a state in which operation of the apparatus is permitted. The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
The electronic component production equipment includes:
a mode switching section that switches between normal mode and judgment skip mode;
Claims 1 and 2, further comprising a determining unit that determines the replacement target setup part whose determination by the second determining unit is to be skipped when the mode switching unit switches to the determination skip mode . The electronic component production apparatus according to any one of items 8 to 10 . a registration unit that stores, in the storage unit, a correspondence relationship between the type information of the electronic component and model information of the setup component corresponding to the type information of the electronic component, as the first correspondence relationship information;
Further comprising a writing machine capable of writing second identification information including model information of the setup component or associated with model information of the setup component into the second identification information holding medium of the setup component. The electronic component production apparatus according to claim 1 and any one of claims 8 to 15 . The electronic component production device according to claim 1 , wherein the electronic component production device is an electronic component inspection device that inspects the electronic component. An electronic component production device,
The device body,
a plurality of types of setup components corresponding to the types of the electronic components, which can be detachably attached to predetermined positions of the device body;
a storage unit that stores first correspondence relationship information indicating a correspondence relationship between type information of the electronic component and model information of the setup component corresponding to the type information of the electronic component;
a first identification information acquisition unit that acquires first identification information that includes type information of the electronic component or is associated with type information of the electronic component;
a first determination of whether or not a replacement work of the setup part is necessary based on the first identification information acquired by the first identification information acquisition unit and the first correspondence relationship information; Department and
A display that displays a work guide image that guides the replacement work to a setup part of a model corresponding to the type information of the electronic component when the first judgment unit determines that replacement work of the setup part is necessary. Department and
a second identification information holding medium that is provided on each of the plurality of types of setup components and holds second identification information that includes model information of the setup component or is associated with model information of the setup component;
a reader capable of reading the second identification information held by the second identification information holding medium;
Based on the second identification information of the setup component and the first correspondence information read by the reader, whether the setup component is a correct model setup component corresponding to the type information of the electronic component. a second determination unit that determines whether
The display unit displays a determination image including a determination result of the second determination unit as the work guide image,
The second identification information holding medium is an RFID tag,
In the electronic component production apparatus, the setup parts include metal setup parts, and the RFID tag provided on the metal setup parts has a reading distance of 100 mm or less. The setup parts are
It has a plurality of types of setup parts that are respectively attached to a plurality of different positions of the device main body,
Each of the plurality of types of setup parts has a plurality of types of setup parts corresponding to the types of the electronic components,
19. The electronic component production apparatus according to claim 18, wherein the first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced. The display unit displays, as the work guide image, a position information image showing a position where the replacement target setup part is attached, and a model information image showing a model of the replacement target setup part corresponding to type information of the electronic component. 20. The electronic component production apparatus according to claim 19. The display unit includes, as the work guide image, in addition to the position information image and the model information image, a device main body image showing the device main body, and a setup part to be replaced that is displayed at a different position from the device main body image. 21. The electronic component production apparatus according to claim 20, wherein an external shape image showing an external shape of the electronic component is displayed. Any one of claims 19 to 21, wherein the display unit sequentially displays different work guide images generated for each type of replacement target setup part when a plurality of types of replacement target setup parts exist. Production equipment for electronic components as described in Section 1. further comprising an adjustment member attached to the device main body,
The storage unit stores second correspondence information indicating a correspondence between the type information of the electronic component and the adjustment value of the adjustment member corresponding to the type information of the electronic component,
The first determination unit further determines whether adjustment work of the adjustment member is necessary based on the first identification information acquired by the first identification information acquisition unit and the second correspondence relationship information. Decide whether or not
The display unit displays an adjustment value instruction image indicating an adjustment value of the adjustment member corresponding to type information of the electronic component when the first determination unit determines that adjustment work of the adjustment member is necessary. The electronic component production device according to any one of claims 18 to 22, which displays the electronic component. The storage unit stores a target time required for adjustment work of the adjustment member,
24. The electronic component production apparatus according to claim 23, wherein the display unit displays, together with the adjustment value instruction image, a time elapsed information image indicating a relationship between the target time and the elapsed time of the adjustment work. The setup parts are
It has a plurality of types of setup parts that are respectively attached to a plurality of different positions of the device main body,
19. The electronic component production apparatus according to claim 18, wherein each of the plurality of types of setup components has a plurality of types of setup components corresponding to the types of the electronic components. 26. The reading device according to claim 25, wherein the reader is movably provided and is provided so as to be able to approach each of the plurality of types of setup parts attached to a plurality of different positions of the apparatus main body. Electronic component production equipment. 27. The electronic component production apparatus according to claim 26, wherein the display unit further displays, as the work guide image, an instruction image for instructing a position where the reader is to be placed. The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
28. The display unit according to claim 25, wherein the display unit displays, as the determination image, a confirmation image indicating information on the replacement target setup part, and then displays a determination result image indicating the determination result of the second determination unit. The electronic component production device according to any one of the items. The display unit displays, as the confirmation image, an image including an external shape image showing the external shape of the set-up part to be replaced, and then the set-up part read by the reader corresponds to the type information of the electronic component. 29. The electronic component production apparatus according to claim 28, wherein when the second determination unit determines that the setup part is a correct model, an image in which the external shape image is hidden is displayed as the determination result image. . The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
30. The display unit sequentially displays the different confirmation images generated for each type of replacement target setup part when there are multiple types of replacement target setup parts. production equipment for electronic components. The display section displays an image containing error information when the second determination section determines that the setup component read by the reader is not a correct model setup component corresponding to the type information of the electronic component. The electronic component production apparatus according to any one of claims 18 and 25 to 30, wherein the determination image is displayed as the determination image. The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
When the second determination unit determines that the setup component read by the reader is the correct model setup component corresponding to the type information of the electronic component for all the setup components to be replaced, The electronic component production apparatus according to any one of claims 25 to 30, wherein the apparatus is brought into a state in which operation of the apparatus is permitted. The first determination unit determines, among the plurality of types of setup components, a setup component of a type that requires replacement work as a setup component to be replaced;
The electronic component production equipment includes:
a mode switching section that switches between normal mode and judgment skip mode;
Any one of claims 25 to 30, further comprising: a determining unit that determines the replacement target setup part whose determination by the second determining unit is to be skipped when the mode switching unit switches to the determination skip mode. 2. The electronic component production device according to item 1. a registration unit that stores, in the storage unit, a correspondence relationship between the type information of the electronic component and model information of the setup component corresponding to the type information of the electronic component, as the first correspondence relationship information;
Further comprising a writing machine capable of writing second identification information including model information of the setup component or associated with model information of the setup component into the second identification information holding medium of the setup component. The electronic component production apparatus according to claim 18 and any one of claims 25 to 33. The electronic component production device according to claim 18, wherein the electronic component production device is an electronic component inspection device that inspects the electronic component.

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