JP7796690B2 - Booth management support device and booth management support method - Google Patents

Description

The present invention relates to a booth management support device and a booth management support method.

With the enforcement of the Health Promotion Act, smoking areas in stores and workplaces have become fewer, and more people are smoking outdoors, such as on the street or in store parking lots. On the other hand, such smoking behavior has also increased the risk of health damage from passive smoking for non-smokers.
One solution to the above situation is to set up smoking booths and have smokers use them. These smoking booths come in various types and sizes, but generally,
It is an enclosed space with adequate ventilation.

Smoking booths are a valuable tool for smokers, allowing them to smoke safely outside of their own homes. They are also important for non-smokers, as they allow them to avoid the risk of unknowingly inhaling secondhand smoke in outdoor spaces such as the streets and parks.

In other words, smoking control methods that are beneficial to both smokers and non-smokers are meaningful, and their importance will only increase with the implementation of the Health Promotion Act.

In addition, prior art related to appropriate management methods for smoking behavior has been proposed, for example, in a technology that grasps the smoking situation in a smoking area and fairly shares the costs required for maintaining the smoking area among smokers (see Patent Document 1).

This technology relates to a smoking area system that is characterized by having a smoker identification means for identifying smokers entering and/or exiting a smoking area, a usage status recognition means for recognizing the usage status of the smoking area by the identified smokers, and a usage fee calculation means for calculating the usage fee for the smoking area by the smokers based on the usage status.

In addition, a technology has been proposed that provides a smoking area system that is mutually beneficial for three parties: smokers, non-smokers, and companies that provide smoking areas (see Patent Document 2).

This technology relates to a smoking area system that includes an entering smoker identification means for identifying smokers who have entered a smoking area where smoking is permitted, a usage status recognition means for recognizing the usage status of the smoking area by the smoker, an adverse health effect information formation means for forming information on the adverse health effects associated with smoking in the smoking area based on the usage status, an information notification means for notifying the adverse health effect information, and a usage fee calculation means for calculating a usage fee for the smoker's use of the smoking area based on the usage status of the smoking area by the smoker recognized by the usage status recognition means.

Japanese Patent Application Laid-Open No. 2007-310757 Japanese Patent Application Laid-Open No. 2007-310756

While the existence of smoking booths is certainly meaningful, the number and range of installations is currently limited. This means that the provision of an environment that is suitable for both smokers and non-smokers is insufficient, and there is still ample room for improvement.
On the other hand, convenience stores, various restaurants, transportation companies, etc. can expect to attract more smokers by installing smoking booths. However, since installing and operating smoking booths requires a considerable amount of cost, it is difficult to easily decide to introduce them if the cost-effectiveness is unclear.

Furthermore, the Ministry of Health, Labor and Welfare, which enforces the Health Promotion Act, and organizations such as insurance companies, whose performance depends on maintaining the health of their policyholders, need to understand the attributes and smoking trends of each smoker. However, the technology and services that can accurately meet these needs have not yet been provided.

Therefore, an object of the present invention is to provide technology that enables efficient introduction of smoking booths, supports management, and provides data on smoking trends, etc.

The booth management support device of the present invention, which solves the above-mentioned problems, is characterized by including a storage device that stores information on the stores in each area where existing smoking booths are installed and their usage history, as well as specification information for smoking booths defined by type; a process that predicts the expected usage trends if a new smoking booth is installed in a target store based on the attributes of the target store and the usage history of existing smoking booths in the vicinity of the target store; a process that compares the predicted usage trends with the specification information for each type to determine the most appropriate type of smoking booth; and a calculation device that executes a process that outputs proposal information for the addition or new construction of the most appropriate type of smoking booth.
Furthermore, the booth management support method of the present invention is characterized in that the information processing device is equipped with a memory device that stores information on the stores in each area where existing smoking booths are installed and their usage history, as well as specification information for smoking booths defined by type, and performs the following processes: predicting the expected usage trends if a new smoking booth is installed in the target store based on the attributes of the target store and the usage history of existing smoking booths in the vicinity of the target store; comparing the predicted usage trends with the specification information for each type to determine the most appropriate type of smoking booth; and outputting proposal information for the addition or new construction of the most appropriate type of smoking booth.

According to the present invention, it is possible to efficiently install and support the management of smoking booths, and to provide data on smoking trends, etc.

1 is a diagram illustrating a network configuration including a booth management support device according to an embodiment of the present invention. FIG. 2 is a diagram illustrating an example of a hardware configuration of the booth management support device according to the present embodiment. FIG. 2 is a diagram illustrating an example of the hardware configuration of a smoking booth according to the present embodiment. FIG. 2 is a diagram illustrating an example of the configuration of a user management DB according to the present embodiment. FIG. 2 is a diagram illustrating an example of the configuration of a booth management DB according to the present embodiment. FIG. 4 is a diagram illustrating an example of the configuration of a condition table according to the present embodiment. FIG. 2 is a diagram illustrating an example of a configuration of a usage record in the present embodiment. FIG. 10 is a diagram showing an example of the flow of a booth management support method according to the present embodiment. FIG. 10 is a diagram showing an example of the flow of a booth management support method according to the present embodiment. FIG. 10 is a diagram showing an example of the flow of a booth management support method according to the present embodiment. FIG. 10 is a diagram showing an example of the flow of a booth management support method according to the present embodiment. FIG. 10 is a diagram showing an example of a screen in this embodiment. FIG. 10 is a diagram showing an example of a screen in this embodiment. FIG. 10 is a diagram showing an example of a screen in this embodiment.

<Network configuration>
An embodiment of the present invention will be described in detail below with reference to the drawings. Fig. 1 is a diagram showing the configuration of a network including a booth management support device 100 according to this embodiment. Booth management support device 100 shown in Fig. 1 is a computer that enables efficient installation and management of smoking booths and provides data on smoking trends, etc.

As shown in FIG. 1, the booth management support device 100 of this embodiment is connected to a smoking booth 150, a user terminal 200, a business operator system 300, an insurance company system 400, and the like via a network 1.
00 and the public institution system 500. Therefore, these may be collectively referred to as the booth management support system 10.

The booth management support device 100 of this embodiment can be said to be a device that provides support services for the introduction and management of smoking booths, and also provides additional services such as providing data on the smoking habits of smokers who use such smoking booths and providing insurance information corresponding to such smoking habits.

On the other hand, the user terminal 200 is a terminal operated by a smoker who uses the smoking booth 150. Specifically, it may be a smartphone, a tablet terminal, a personal computer, or the like.

Furthermore, business operator system 300 is a system provided by an operator of a store or the like that will be introducing smoking booth 150. This business operator system 300 exchanges appropriate information with booth management support device 100, and is a system that receives various information such as suggested information on smoking booths 150 to be introduced, as well as support for managing the usage history of smoking booths 150.

In addition, the insurance company system 400 receives data on the smoking habits and health status of smokers using the smoking booths 150 from the booth management support device 100 for a fee, and also distributes information on insurance products such as medical insurance to the smoking booths in an effort to acquire insurance contracts.

The public institution system 500 is a system that acquires information such as the smoking habits described above from the booth management support device 100 and uses this information to promote the Health Promotion Act.
<Hardware configuration>
The hardware configuration of the booth management support device 100 of this embodiment is as shown in FIG.

That is, the booth management support device 100 includes a storage device 101, a memory 103, a computing device 10
4, and a communication device 105.

Of these, the storage device 101 is configured by an appropriate nonvolatile storage element such as an SSD (Solid State Drive) or a hard disk drive.

The memory 103 is composed of a volatile memory element such as a RAM (Random Access Memory).

The arithmetic unit 104 also reads the program 102 stored in the storage unit 101 from the memory 10.
The CPU (Central Processing Unit) reads out and executes the program data from the memory 3 to perform overall control of the device itself, as well as various judgments, calculations and control processes.

The communication device 105 is connected to the network 1 to communicate with a smoking booth 150, a user terminal 200, a business operator system 300, an insurance company system 400, and a public institution system 500.
It is assumed that the network interface card will be responsible for communication processing with the device.

It is preferable to further include an input device (e.g., keyboard, mouse, microphone) that accepts key input or voice input from the person in charge of operating the booth management support device 100, and an output device (e.g., display, speaker, etc.) that displays processed data.

The storage device 101 also stores a program 102 for implementing the functions required for the booth management support device of this embodiment, as well as a user management DB 125, a booth management DB 126,
and a condition table 127. However, these will be described in detail later.

2 shows the hardware configuration of the smoking booth 150 of this embodiment. The smoking booth 150 includes a storage device 151, a memory 153, a computing device 154, a communication device 155, an entrance/exit control mechanism 156, and a ventilation function 157.

Of these, the storage device 151 is configured with an appropriate non-volatile storage element such as an SSD (Solid State Drive) or a hard disk drive.

The memory 153 is composed of a volatile memory element such as a RAM (Random Access Memory).

The arithmetic unit 154 also reads the program 152 stored in the storage unit 151 from the memory 15
The CPU (Central Processing Unit) reads out and executes the program data from the memory 3 to perform overall control of the device itself, as well as various judgments, calculations and control processes.

The communication device 155 is assumed to be a network interface card or the like that is connected to the network 1 and that handles communication processing with the booth management support device 100 .

In addition, the entry/exit control mechanism 156 is a mechanism that controls the opening and closing of the gates and doors installed in the smoking booth, and when controlling the opening and closing, it reads identification information (e.g., a user ID issued to smokers who have registered as members in advance) from the smartphone or ID card presented by the smoker using a reader unit or the like, and performs authentication processing based on this information in cooperation with the booth management support device 100.

For example, a specific implementation example could be a gate in an office building that controls entry and exit based on the results of reading an employee card.

It is preferable that the entrance/exit control mechanism 156 also includes a camera unit and an infrared sensor for observing visitor trends.
The area around the entrance and exit of the smoking booth 150 is observed, and the number of smokers waiting to enter is counted.

In addition, the camera unit and infrared sensor recognize the time when the smoker waiting to enter was observed near the entrance and the time when he or she was subsequently able to enter, and by calculating the difference between these times, the waiting time for entry can be determined.

The ventilation function 157 is configured from a general ventilation mechanism that includes a ventilation path that connects the indoor space of the smoking booth with the outdoors, and a fan that draws in and exhausts air at a point along the ventilation path.

It is preferable to further include an input device (e.g., keyboard, mouse, microphone) that accepts key input or voice input from the operator of the smoking booth 150, and an output device (e.g., display, speaker, etc.) that displays processed data.

Furthermore, in addition to a program 152 for implementing the functions required for the smoking booth 150 of this embodiment, at least a usage history 160 relating to smokers is stored in the storage device 151. However, details of this usage history 160 will be described later.
<Data structure example>
Next, various types of information used by the booth management support device 100 of this embodiment will be described.
FIG. 4 shows an example of the user management DB 125 in this embodiment.

The user management DB 125 in this embodiment is a database that stores information about each smoker.

The user management DB 125 uses, for example, a user ID that uniquely identifies a smoker as a key, and stores the smoker's name, age, address, affiliation, authentication information, smoking booth 150 usage history,
It is a collection of records that link data such as contract courses and advertising response history.

The advertisement response history is information when a smoker using a smoking booth 150 clicks on an advertisement for medical insurance or the like (e.g., delivered by the booth management support device 100) displayed on the user terminal 200 of the smoker using the smoking booth 150 or on the screen of the display or the like of the smoking booth 150, and accesses a specified website.

Such information can be obtained, for example, through advertising objects such as banners set on the website by the insurance company or the like that is the advertiser, or through the web server of the website. Of course, the information may also be provided by the system of the insurance company or the like that is the advertiser.

5 shows an example of the booth management DB 126 in this embodiment. The booth management DB 126 in this embodiment is a database that stores information on each smoking booth 150 installed in a store or the like.

The booth management DB 126 stores, for example, a booth ID that uniquely identifies the smoking booth 150.
It is a collection of records that link together data such as the business where the smoking booth is installed (e.g., a store, etc.), the installation location, the type of smoking booth 150 (e.g., classified according to size, capacity, function, etc.), usage history, and the fee paid, using the key.

The usage history includes information such as the date the smoker used the smoking booth 150, the time of entry/exit (derived from usage record 160), as well as information such as the time spent in the smoking booth 150, the average waiting time, and the average number of people waiting.

The information such as the duration of stay in the smoking booth 150, the average waiting time, and the average number of people waiting is acquired from the smoking booth 150.

The time spent in the booth can be calculated from the difference between the entry and exit times. The average waiting time is calculated by, for example, calculating the difference between the time each smoker waiting to enter a smoking booth 150 is observed near the entrance and the time each smoker subsequently enters, and then averaging the results. The average number of people waiting is calculated by calculating the average number of smokers waiting to enter a smoking booth 150 per fixed period of time.

The fee is calculated by applying a predetermined formula to data indicating the usage history, such as the number of users and usage time of the smoking booth 150. This fee is paid to the store or other location where the smoking booth is installed by the operator of booth management support device 100, which collects the usage fee from each smoker.

6 shows an example of condition table 127 in this embodiment. Condition table 127 in this embodiment is a table that stores information on fees determined for each type of smoking booth 150, based on its frequency of use and the area in which it is used. The fees here are paid by the operator of booth management support device 100 to the store or other location where the smoking booth is installed.

This condition table 127 uses a condition ID that uniquely identifies a condition as a key, and stores, for example, the booth type of the smoking booth 150 that is the subject of the condition, the range of the total number of times of use (per month),
It is a collection of records that link together data such as area and fee (monthly).

As shown in the example of Figure 6, the fee is determined based on the installation fee for the smoking booth 150, the type of smoking booth (various specifications such as size and functions), the number of times smokers use the booth, and the area (where it is installed).

In other words, the fee will be determined based on the specifications of the smoking booth 150 to be installed, the area (e.g., whether it is a densely populated area with high land prices that can be distinguished by administrative district, whether it is an office district or a residential area, etc.), and how frequently it will be used there. Of course, these are just examples, and the installation fee may be calculated based on other considerations.

7 shows an example of the configuration of the usage history 160 in this embodiment. The usage history 160 in this embodiment is information indicating how each smoker used the smoking booth 150.

This usage history 160 is a collection of records that link data such as the date the smoker used the smoking booth 150, the time of entry, and the time of exit, using a user ID that uniquely identifies the smoker as a key, for example.
<Flow example: Booth proposal>
The actual procedure of the booth management support method according to this embodiment will be described below with reference to the drawings. The various operations corresponding to the booth management support method described below are performed by the booth management support device 100.
This is realized by a program that is read into a memory or the like and executed. This program is made up of codes for performing various operations that will be explained below.

FIG. 8 is a diagram showing an example of the flow of the booth management support method according to this embodiment, specifically, a flowchart showing a booth proposal procedure.

As already mentioned, smoking booth 150 reads the identification information from the smartphone, ID card, or the like presented by each smoker, transmits an authentication request including the identification information to booth management support device 100, and acquires the authentication result.
Depending on the authentication result, the opening and closing of gates and doors is controlled, and the entry and exit times are observed and managed as usage records 160 .

Therefore, the booth management support device 100 stores the information of each smoker (who has registered as a member in advance and is stored in the user management DB).
Every time a person (whose information is registered in the user management database 125) visits a smoking booth and enters and leaves, the smoking booth usage record 160 is acquired from the smoking booth 150 and stored in a file in the usage history column of the user management database 125 (s10).

Although there are no particular limitations on the collection of this usage record 160, it is assumed that the collection is carried out for each area where a smoking booth 150 is installed, for example.

Next, the booth management support device 100 acquires information from the business operator system 300, for example, the type, location, and number of visitors (e.g., tobacco sales record) of a specific store (e.g., a store that has been designated in advance by the business operator system 300 as the target for this booth proposal) located in the specific area for which usage record 160 was acquired in s10 (s11).

In addition, the booth management support device 100 identifies existing stores in the booth management DB 126 that are located in the vicinity of the above-mentioned specific store in the above-mentioned specific area (e.g., within a certain distance from the specific store) and have the same type and number of customers as the specific store (s12).

Next, the booth management support device 100 predicts trends such as the expected average number of usages based on the usage history of the smoking booths of existing nearby stores identified in s12 (obtained in s10, including the time spent in the booth, waiting time, and number of people) (s13).

Prior to this prediction, the booth management support device 100, for example, uses a machine learning engine to
A judgment model is generated and trained using the store type, location area, and usage history as explanatory variables and the average number of times of use as the objective variable. The judgment model is trained using the store type and location area of a specific store and the usage history of smoking booths 150 of existing stores in the vicinity (considered to be the usage history of the specific store).
It is possible to adopt a method such as applying the above to predict the average number of uses.

In addition, the booth management support device 100 compares the area where the specific store is located and the predicted results of usage trends such as the average number of uses predicted in s13 with the condition table 127, and determines the type of smoking booth that is best suited to the store in that area that is expected to have the average number of uses (treated as the total number of uses) predicted in s13 (s14).

For example, if the total number of uses in the area "A-ku, X-cho" is "8000", the booth type can be determined to be "XL".

The booth management support device 100 also outputs the proposal information (see FIG. 12) for the addition or new construction of the optimal type of smoking booth 150 to the business operator system 300 (s15), and ends the process.
<Flow example: Installation fee calculation>
Next, we will explain the procedure for calculating the booth installation fee that occurs when installing the smoking booth 150. Figure 9 is a diagram showing an example of the flow of the booth management support method in this embodiment, and specifically, a flowchart showing the installation fee calculation procedure.

In this case, the booth management support device 100 acquires from the user terminal 200 information on the user's (smoker's) smoking booth usage requests (e.g., usage area) and expected usage frequency (s20).

The booth management support device 100 also applies the information obtained in s20 to a predetermined fee plan determination rule to determine an appropriate fee plan, and concludes a predetermined usage contract with the smoker (
s21) The above-mentioned fee plan determination rule may be, for example, a fee table in which fees are determined according to the area where the smoking booth 150 is located and the frequency with which the smoking booth 150 is used.

Next, the booth management support device 100 cooperates with the smoking booth 150 to perform the personal authentication process and entrance/exit control associated with the visit of the smoker to the smoking booth (s22).

The booth management support device 100 also acquires information on the smoking booth usage by the above-mentioned smoker from the smoking booth 150, and stores this information in the usage history column of the user management DB 125 in the storage device 101 (s23).

Next, the booth management support device 100 extracts and tallyes the usage records for each smoker who is a user of each smoking booth 150 for a certain period, such as one month (s24).

Furthermore, the booth management support device 100 determines, as a result of the counting in s24, for example, the number of people in the smoking booth 1
The total number of times each smoker has used the smoking booth 150 and the information on the area where the smoking booth 150 is located are compared with the condition table 127, and the installation fee for the smoking booth 150 is calculated (s2
5).

Next, the booth management support device 100 notifies the business system 300 used by the operator of the smoking booth 150 of the installation fee calculated in s25, and executes the installation fee payment process using a predetermined payment method agreed upon with the operator (e.g., transfer to a bank account notified in advance) (s26), and then terminates the process.
<Flow example: Providing smoking analysis information>
Next, a flow of providing smoking analysis information will be described. Fig. 10 is a diagram showing an example of a flow of the booth management support method according to this embodiment, specifically, a flow diagram showing a procedure for providing smoking analysis information.

In this case, booth management support device 100 stores information about each smoking booth 150, such as the store where it is installed, the type of business, the number of times it is used, and the installation area, in booth management DB 126 or the smoking booth ID.
The information is acquired from the business operator system 300 that operates the information system 50 (s30).

Next, the booth management support device 100 acquires the attributes of each smoker (e.g., age, place of residence, place of employment,
Inquiries about the smoker's health, family situation, etc. and intentions (interest in and demand for insurance) are sent to the user terminal 200 of each smoker, and responses to the inquiries are obtained (s3
1).

Furthermore, the booth management support device 100 sorts the smoking booths 150 by region or store where the smoking booths are installed, based on the attribute information of each smoking booth and each smoker inquired in s31.
Execute an analysis of smoking booth usage trends or insurance interest trends among smokers who are users of the service (s
32).

For example, one possible analysis of this kind would be to calculate average values for the number of times of use, length of stay, and waiting time, etc., as the smoking booth usage tendency of smokers who are users of the smoking booth 150, by area or store where the smoking booth is installed.
One can imagine a system that performs a ranking analysis of the types of insurance that users 0, who are smokers, are interested in.

Next, the booth management support device 100 transmits the ranking information of the number of times of use or the tendency to be interested in insurance by region or by store, obtained in the analysis of the above-mentioned step s32 (see FIG. 13), to the business operator system 30.
0, the insurance company system 400, and/or the public institution system 500 (s33), and the process ends.
<Flow example: Advertisement control>
Next, the advertisement control flow will be described. Fig. 11 is a diagram showing an example of the flow of the booth management support method according to this embodiment, and more specifically, a flowchart showing the advertisement control procedure.

Here, it is assumed that the booth management support device 100 has acquired insurance product information from the insurance company system 400 in advance and stored this information in the storage device 101. This information includes information on each insurance product and attribute information of smokers who fit the insurance product in a corresponding manner.

The booth management support device 100 acquires attribute information of the user (smoker) and his/her intention regarding insurance products from the user terminal 200 (s40).

In addition, the booth management support device 100 identifies an insurance product for the smoker based on the information stored in the memory device 101, based on the smoker's attribute information and the smoker's intentions, and delivers this to the smoker's user terminal 200 (s41).

Next, the booth management support device 100 transmits, to the user terminal 200, information on a click operation on an object or the like (see FIG. 14) in the display of the insurance product information distributed in s41,
The information is acquired from the user terminal 200 (s42).

The booth management support device 100 also compiles information on clicks made by each smoker regarding the insurance product, and calculates the advertising fee by multiplying the number of clicks by the advertising fee unit price (s43).
.

The booth management support device 100 also performs billing processing for the advertising fee calculated in s43 to the insurance company system 400 of the company that provides the insurance product (s44).

The best mode for carrying out the present invention has been specifically described above, but the present invention is not limited to this and can be modified in various ways without departing from the spirit of the present invention.

According to this embodiment, it is possible to efficiently introduce smoking booths, support management, and provide data on smoking trends, etc.

The description in this specification makes clear at least the following: That is, in the booth management support device of this embodiment, the arithmetic unit performs the following processes: a process of acquiring information on a user's request for smoking booth use or expected frequency of use from the user terminal; a process of determining an appropriate pricing plan by applying the information to predetermined pricing plan determination rules and concluding a predetermined usage contract with the user; a process of performing personal authentication and entrance/exit control when the user visits a smoking booth; and a process of storing information on the user's use of the smoking booth in the storage device.
It may also further perform a process of extracting and aggregating usage history for users of each smoking booth, a process of comparing the results of the aggregation with a predetermined condition table to calculate an installation fee for the smoking booth, and a process of making payment of the installation fee to the operator of the smoking booth.

According to this system, for stores and other establishments that have installed smoking booths, incentives (fees) based on the usage records of smokers who are users are accurately calculated and provided (paid) to the stores and other establishments.
It becomes possible.

In addition, in the booth management support device of this embodiment, the calculation device may further store attribute information of each smoking booth and each user of the smoking booth in the storage device, and based on the attribute information of each smoking booth and each user, perform a process of analyzing the smoking booth usage trends or insurance interest trends of users of the smoking booth by region or company where the smoking booth is installed, and output information obtained from the analysis on the ranking of the number of usages or insurance interest trends by region or company.

According to this, health promotion advice and information management based on smoking habits of smokers,
It will also be possible to estimate the needs for insurance products aimed at smokers. By making such efforts possible, it is expected that companies, insurance companies, etc. will be able to recover data provision fees paid to each stakeholder involved in smoking booths, such as stores where smoking booths are installed, smokers themselves, and smoking booth providers.

In addition, in the booth management support device of this embodiment, the calculation device may further perform the following processes: storing information about insurance products in a storage device, acquiring the user's attribute information and intentions regarding insurance products from the user terminal; identifying an insurance product for the user based on the user's attribute information and intentions using information in the storage device; delivering information about the insurance product for the user to the user terminal of the user; acquiring information about click actions on the insurance product information at the user terminal; aggregating the information about the click actions regarding the insurance product and calculating an advertising fee according to the number of click actions; and billing the calculated advertising fee to the system of the company providing the insurance product.

This allows appropriate medical insurance, etc. to be proposed in accordance with the smoking habits of smokers, etc., and advertising fees associated with the response (click action) can be obtained from the insurance company, etc. These advertising fees can be used as a source of funds for the service operation of smoking booth operators, and can also be returned to smokers and stores with smoking booths, etc., and can serve as an economic incentive for each stakeholder.

Furthermore, in the booth management support method of this embodiment, the information processing device may further perform the following processes: acquiring information on the user's requests or expected frequency of use regarding smoking booth use from the user terminal; applying the information to predetermined fee plan determination rules to determine an appropriate fee plan and concluding a predetermined usage contract with the user; performing personal authentication and entry/exit control when the user visits a smoking booth; storing information on the user's use of the smoking booth in the storage device and extracting and compiling usage records for users of each smoking booth; comparing the results of the compilation with a predetermined condition table to calculate an installation fee for the smoking booth; and making payment of the installation fee to the operator of the smoking booth.

In addition, in the booth management support method of this embodiment, the information processing device may further store attribute information of each smoking booth and each user of the smoking booth in the storage device, and further perform a process of analyzing the smoking booth usage trends or insurance interest trends of users of the smoking booths by region or company where the smoking booths are installed based on the attribute information of each smoking booth and each user, and a process of outputting information obtained from the analysis on rankings of the number of usages or insurance interest trends by region or company.

In addition, in the booth management support method of this embodiment, the information processing device stores information about insurance products in a storage device, and acquires attribute information of the user and intentions regarding insurance products from the user terminal, and specifies an insurance product for the user based on the attribute information and intentions of the user using information in the storage device, and
The system may further perform the following processes: a process of delivering information about the insurance product to the user; a process of acquiring information about clicks on the insurance product information at the user terminal; a process of aggregating the information about clicks on the insurance product and calculating an advertising fee according to the number of clicks; and a process of billing the calculated advertising fee to the system of the company that provides the insurance product.

1 Network 10 Booth management support system 100 Booth management support device 101 Storage device 102 Program 103 Memory 104 Arithmetic device 105 Communication device 125 User management DB
126 Booth Management DB
127 Condition table 150 Smoking booth 200 User terminal 300 Business operator system 400 Insurance company system 500 Public institution system

Claims (8)

a storage device that stores information on the stores where existing smoking booths are installed and their usage records in each area, as well as information on the specifications of smoking booths defined by type;
A process for predicting the expected usage trends when a new smoking booth is installed in the target store, based on the attributes of the target store and the usage history of existing smoking booths in the vicinity of the target store;
a computing device that executes a process of determining the most suitable type of smoking booth by comparing the predicted results of the usage tendency with the specification information for each type, and a process of outputting proposal information for the addition or new construction of the most suitable type of smoking booth;
A booth management support device comprising: The computing device
The system further performs the following processes: acquiring information on the user's request or expected frequency of use regarding smoking booth usage from the user terminal; applying the information to predetermined fee plan determination rules to determine an appropriate fee plan and concluding a predetermined usage contract with the user; authenticating the user when the user visits a smoking booth and controlling entry and exit; storing information on the user's use of the smoking booth in the storage device, extracting and aggregating usage records for each smoking booth user; comparing the results of the aggregation with a predetermined condition table, calculating an installation fee for the smoking booth; and making payment of the installation fee to the operator of the smoking booth.
2. The booth management support device according to claim 1. The computing device
the storage device further stores attribute information of each smoking booth and each user of the smoking booth;
The system further executes a process of analyzing the smoking booth usage trends or insurance interest trends of users of the smoking booths by region or company where the smoking booths are installed based on the attribute information of each smoking booth and each user, and a process of outputting information obtained from the analysis on the ranking of the number of usages or insurance interest trends by region or company.
3. The booth management support device according to claim 2. The computing device
Store information about insurance products in a storage device,
The system further executes the following processes: acquiring attribute information of the user and intentions regarding insurance products from the user terminal; identifying insurance products for the user based on the attribute information and intentions of the user using information in the storage device; delivering information about the insurance products for the user to the user terminal of the user; acquiring information about clicks on the insurance product information at the user terminal; aggregating information about the clicks on the insurance products and calculating advertising fees according to the number of clicks; and billing the calculated advertising fees to the system of the company that provides the insurance products.
4. The booth management support device according to claim 3. The information processing device
The system is equipped with a storage device that stores information on the stores where existing smoking booths are installed in each area and their usage records, as well as information on the specifications of smoking booths defined by type.
A process for predicting the expected usage trends when a new smoking booth is installed in the target store, based on the attributes of the target store and the usage history of existing smoking booths in the vicinity of the target store;
executes a process of comparing the predicted results of the usage trends with the specification information for each type to determine the most suitable type of smoking booth, and a process of outputting proposal information for the addition or new construction of the most suitable type of smoking booth;
A booth management support method comprising: The information processing device,
The system further performs the following processes: acquiring information on the user's request for or expected frequency of use of the smoking booth from the user terminal; applying the information to predetermined fee plan determination rules to determine an appropriate fee plan and concluding a predetermined usage contract with the user; authenticating the user when the user visits the smoking booth and controlling entry and exit; storing information on the user's use of the smoking booth in the storage device, extracting and aggregating usage records for each user of the smoking booth; comparing the results of the aggregation with a predetermined condition table, calculating an installation fee for the smoking booth; and making payment of the installation fee to the operator of the smoking booth.
6. The booth management support method according to claim 5. The information processing device,
the storage device further stores attribute information of each smoking booth and each user of the smoking booth;
Based on the attribute information of each smoking booth and each user, the method further executes a process of analyzing the smoking booth usage trends or insurance interest trends of users of the smoking booths by region or company where the smoking booths are installed, and a process of outputting information obtained from the analysis on the ranking of the number of usages or insurance interest trends by region or company.
7. The booth management support method according to claim 6. The information processing device,
Store information about insurance products in a storage device,
The system further executes the following processes: acquiring attribute information of the user and intentions regarding insurance products from the user terminal; identifying an insurance product for the user based on the attribute information of the user and the intentions of the user using information in the storage device; delivering information about the insurance product for the user to the user terminal of the user; acquiring information about clicks on the insurance product information at the user terminal; aggregating information about the clicks on the insurance product and calculating an advertising fee according to the number of clicks; and billing the calculated advertising fee to the system of a company that provides the insurance product.
8. The booth management support method according to claim 7.