JP7637469B2 - Appropriate disposal support device, computer program, appropriate disposal support system, and appropriate disposal support method - Google Patents

Description

The present invention relates to a proper disposal support device, a computer program, a proper disposal support system, and a proper disposal support method.

Automotive storage batteries and industrial storage batteries as emergency or important power sources are widely used. There is also an increasing need to recycle used storage batteries to create raw materials for new storage batteries.

Patent Document 1 discloses a method of reusing secondary batteries in which, when a user brings a secondary battery to a first location, such as a convenience store or a kiosk at a train station, a simple inspection is performed at the first location to determine whether the battery should be handed over to the user as is or transported to a second location, at which point the secondary battery is subjected to a recycling process to determine whether it can be reused or not, and the non-reusable secondary batteries are transported to a third location, where they are recycled.

International Publication No. WO03/069715

However, the method in Patent Document 1 targets small storage batteries such as nickel-metal hydride batteries, and does not take into consideration relatively large storage batteries such as automotive batteries. Furthermore, in order to protect the global environment, the disposal of used storage batteries has become even more important, and the Lead Acid Storage Battery Recycle Association (SBRA) has created a safety net system for the collection and recycling of used batteries. However, when disposal is left to the users, proper disposal may not be carried out.

The present invention has been made in consideration of the above circumstances, and aims to provide a proper disposal support device, a computer program, a proper disposal support system, and a proper disposal support method that enable proper disposal of storage batteries.

The proper disposal support device includes a first acquisition unit that acquires user identification information that identifies a user and first identification information that identifies a storage battery before disposal, a storage unit that associates and stores the user identification information and the first identification information acquired by the first acquisition unit, a second acquisition unit that acquires second identification information that identifies a storage battery that has been properly disposed of from a recycler device, a determination unit that determines whether the second identification information acquired by the second acquisition unit matches the first identification information stored in the storage unit, and an output unit that outputs compensation information indicating a compensation to a user terminal device of a user identified by the user identification information associated with the first identification information when the determination unit determines that they match.

The computer program causes the computer to execute the following processes: acquiring user identification information that identifies a user and first identification information that identifies a storage battery before disposal; storing the acquired user identification information and the first identification information in association with each other; acquiring second identification information that identifies a storage battery that has been properly disposed of from the recycler device; determining whether the acquired second identification information matches the stored first identification information; and, if it is determined that they match, outputting compensation information indicating the compensation to a user terminal device of a user identified by the user identification information associated with the first identification information.

The computer program causes the computer to execute a process of acquiring first identification information for identifying the storage battery obtained by optically reading the storage battery before disposal, a process of transmitting user identification information for identifying the user and the acquired first identification information to an external server, a process of receiving compensation information from the server indicating compensation for proper disposal of the storage battery when the storage battery is transported to a recycler, and a process of displaying the received compensation information.

The proper disposal support system includes a server and a recycler device, and the server includes a first acquisition unit that acquires from the user terminal device first identification information obtained by optically reading the storage battery before disposal by the user terminal device and identification information identifying the user, a storage unit that stores the user identification information acquired by the first acquisition unit in association with the first identification information, a second acquisition unit that acquires from the recycler device second identification information obtained by optically reading the storage battery properly disposed of by the recycler device, a determination unit that determines whether the second identification information acquired by the second acquisition unit matches the first identification information stored in the storage unit, and an output unit that outputs compensation information indicating a compensation to the user terminal device of the user identified by the user identification information associated with the first identification information when the determination unit determines that they match.

The method for supporting proper disposal acquires user identification information for identifying a user and first identification information for identifying a storage battery before disposal, associates the acquired user identification information with the first identification information and stores them in a memory unit, acquires second identification information for identifying a storage battery that has been properly disposed of from a recycler device, determines whether the acquired second identification information matches the first identification information stored in the memory unit, and if it is determined that they match, outputs compensation information indicating a compensation to a user terminal device of a user identified by the user identification information associated with the first identification information.

The first acquisition unit acquires user identification information that identifies a user and first identification information that identifies a storage battery before disposal. The first identification information may be acquired from a user terminal device, or from a terminal device owned by a waste disposal business such as a dealer or mass retailer that handles storage batteries before disposal. The storage battery may be for automobile use or for industrial use. The user identification information only needs to be able to identify the destination when transmitting information, and personal information of the user is not essential. The storage unit stores the acquired user identification information and the first identification information in association with each other. This makes it possible to associate the user with the storage battery.

The second acquisition unit acquires second identification information that identifies a properly disposed storage battery from the recycler device. A recycler is, for example, a disposal processor of storage batteries, and includes a collection business that collects storage batteries from waste disposal businesses such as retailers and mass retailers, and a dismantling business that dismantles collected storage batteries. A properly disposed storage battery can be, for example, a storage battery that a user brings to a waste disposal business before disposal, and that is then transferred from the waste disposal business to a recycler. In other words, a properly disposed storage battery can be a used storage battery that is recycled without being disposed of illegally or fraudulently.

The determination unit determines whether the acquired second identification information matches the first identification information stored in the storage unit. When the determination unit determines that there is a match, the output unit outputs compensation information indicating a compensation to a user terminal device of a user identified by the user identification information associated with the first identification information. The compensation information can be, for example, coupon information such as a discount coupon, a complimentary coupon, or a cashback.

The above-mentioned configuration provides an incentive for users to dispose of storage batteries through the proper route (for example, by bringing them to a waste disposal business) so that the storage batteries before disposal (used) are transported to a recycler, making it possible to dispose of the storage batteries properly. Furthermore, by disposing of storage batteries properly, lead, plastic, etc. can be recycled to produce new raw materials without adversely affecting the environment, thereby reducing the environmental burden and reducing costs.

The proper disposal support device may include a payment information acquisition unit that acquires, from a terminal device of a recycler, payment information regarding a payment to be paid by the recycler according to the amount of the recycler collected or dismantled when the properly disposed storage battery is collected or dismantled, and an allocation unit that allocates the payment as a source of the compensation.

The payment information acquisition unit may acquire, from the terminal device of the recycler, payment information relating to the payment to be paid by the recycler according to the amount of storage batteries collected or dismantled when the recycler collects or dismantles properly disposed storage batteries. If the number or amount of properly disposed storage batteries increases, the amount of storage batteries collected or dismantled also increases, and the recycler can increase its profits by selling the newly regenerated raw materials. Therefore, a portion of the profits can be paid to the recycler as payment.

The allocation unit may allocate the payment as a source of compensation. This allows a portion of the profits the recycler has gained from proper disposal to be used as a source of compensation, and the profits from proper disposal can be returned to the user. This ensures the operation of the storage battery recycling system. The compensation may be returned to the user after passing through a recycling system support organization, a retailer, etc.

In the proper disposal support device, the first acquisition unit may acquire the first identification information obtained by optically reading the storage battery before disposal using a user terminal device. The first identification information may also be acquired from inventory management information held by a retailer or the like on behalf of the user.

The first acquisition unit may acquire the first identification information obtained by optically reading the storage battery before disposal using a user terminal device. For example, a two-dimensional barcode on which the first identification information is recorded may be attached to the storage battery, and the first identification information may be acquired by reading the two-dimensional barcode using a scanner function or a camera provided in the user terminal device. This allows for a simple method of acquiring storage battery information.

In the proper disposal support device, the second acquisition unit may acquire second identification information obtained by optically reading the properly disposed storage battery by the recycler device.

The second acquisition unit may acquire the second identification information obtained by optically reading the storage battery properly disposed of by the recycler's device. The second identification information may be acquired by reading a two-dimensional barcode using a scanner function or a camera provided in the recycler's device. This allows the storage battery information to be acquired in a simple manner.

This invention makes it possible to properly dispose of storage batteries.

1 is a diagram showing the concept of a proper disposal support system for a storage battery according to an embodiment of the present invention; FIG. 2 is a diagram illustrating a configuration of a user terminal device. FIG. 2 is a diagram showing the configuration of a recycler device. FIG. 2 is a diagram illustrating a configuration of a server. FIG. 2 is a diagram showing an overview of a storage battery DB. FIG. 1 is a diagram showing an overview of the process of a system for supporting proper disposal of storage batteries. FIG. 2 is a diagram showing an outline of a display screen displayed on a user terminal device. 13 is a flowchart showing a processing procedure of a server. 10 is a flowchart showing a processing procedure of a user terminal device in which a disposal support application is installed.

The following describes an embodiment of the present invention with reference to the drawings. FIG. 1 is a diagram showing the concept of a proper disposal support system for storage batteries according to this embodiment. The proper disposal support system includes a server 50 as a proper disposal support device, and recycler devices 20A and 20B of a recycler. The server 50 and the recycler devices 20A and 20B are connected via a communication network 1. The server 50 can also be connected to a user terminal device 10 via the communication network 1. The recycler devices 20A and 20B have the same configuration, and are therefore collectively referred to as the recycler device 20.

The storage battery 2 may be, for example, a lead-acid battery for use in an automobile, or may be a stationary battery for use in a home or small business. In the figure, the arrows indicate the appropriate route for disposal of a used storage battery 2. For example, a storage battery 2 owned by a user before disposal is brought to a waste disposal business, which is a mass retailer of car accessories, etc. The waste disposal business may not only be a mass retailer, but also a battery dealer, a car dealer, a gas station, etc. The storage battery 2 brought to the waste disposal business is collected by the waste disposal business and transported to a recycler.

The recycler is, for example, a disposal processor of the storage battery 2, and includes a recovery business that recovers the storage battery 2 from the waste disposal business, and a dismantling business that dismantles the recovered storage battery 2. A properly disposed storage battery can be, for example, a storage battery that a user brings to a waste disposal business before disposal and that is transferred from the waste disposal business to a recycling business. In other words, a properly disposed storage battery can be, for example, a used storage battery 2 that is recycled without being brought to a waste disposal business and deviating from the proper route, or without being transferred to a recycling business and deviating from the proper route, and without being disposed of illegally or improperly.

A two-dimensional barcode 2a, such as a QR code (registered trademark), on which storage battery information is recorded is affixed to the storage battery 2. The user terminal device 10 has a scanner function or a camera, and can optically read the two-dimensional barcode 2a to obtain storage battery information (first identification information). This allows the storage battery information to be obtained in a simple manner. The recycler device 20A also has a reading unit 26a, such as a scanner function or a camera, and can optically read the two-dimensional barcode 2a to obtain storage battery information (second identification information). This allows the storage battery information to be obtained in a simple manner.

Figure 2 is a diagram showing the configuration of the user terminal device 10. The user terminal device 10 can be configured, for example, as a smartphone, a tablet, a notebook computer, or the like. The user terminal device 10 includes a control unit 11 that controls the entire device, a communication unit 12, a reading unit 13, a memory unit 14, a display panel 15, and an operation unit 16. The control unit 11 can be configured with a CPU, ROM, RAM, etc.

The reading unit 13 has a scanner function or a camera function, and can obtain storage battery information (first identification information) by optically reading the two-dimensional barcode attached to the storage battery 2. The details of the storage battery information will be described later.

The storage unit 14 can be configured with a flash memory or the like, and stores user information (user identification information). The user information only needs to identify the destination of the coupon information sent by the server 50, and does not necessarily need to include personal information about the user. Details of the user information will be described later.

The communication unit 12 has a communication function with the server 50 via the communication network 1. The communication unit 12 can transmit the storage battery information read by the reading unit 13 and the user information stored in the memory unit 14 to the server 50. The communication unit 12 can download a disposal support app from the server 50 or another server (not shown), and can store the downloaded disposal support app in the memory unit 14.

The display panel 15 can be composed of a liquid crystal panel or an organic EL (Electro Luminescence) display, etc.

The operation unit 16 can be configured, for example, as a touch panel, and can perform operations on icons, buttons, menu bars, windows, cursors, etc. displayed on the display panel 15, input of characters, etc. The operation unit 16 may also be provided with a voice input function so as to receive voice.

Figure 3 is a diagram showing the configuration of the recycler device 20. The recycler device 20 can be configured, for example, as a tablet, notebook computer, or desktop computer. The recycler device 20 includes a control unit 21 that controls the entire device, a communication unit 22, an input unit 23, a memory unit 24, a display panel 25, and a reading unit 26. The control unit 21 can be configured with a CPU, ROM, RAM, etc.

The reading unit 26 has a scanner function and can obtain storage battery information (second identification information) by optically reading the two-dimensional barcode attached to the storage battery 2. For example, when a user brings the storage battery 2 before disposal to a waste disposal business operator, the reading unit 26 can obtain storage battery information (second identification information) of the properly disposed storage battery 2 that has been transferred from the waste disposal business operator to a recycler.

The memory unit 24 can be configured with a flash memory or the like, and can store the storage battery information read by the reading unit 26.

The communication unit 22 has a communication function with the server 50 via the communication network 1. The communication unit 22 can transmit the storage battery information read by the reading unit 26 to the server 50.

The display panel 25 can be composed of a liquid crystal panel or an organic EL (Electro Luminescence) display, etc.

The input unit 23 can be configured with a hardware keyboard, mouse, etc., and can input required information.

Figure 4 is a diagram showing the configuration of server 50. Server 50 includes a control unit 51 that controls the entire server, a communication unit 52, a determination unit 53, a memory unit 54, an allocation unit 55, a compensation information generation unit 56, and a storage battery DB 57. Storage battery DB 57 may be provided outside server 50 and may be accessible from server 50. Control unit 51 may be composed of a CPU, ROM, RAM, etc.

The communication unit 52 has a communication function between the user terminal device 10 and the recycler device 20 via the communication network 1. The communication unit 52 has a function as a first acquisition unit, and can acquire user information (user identification information that identifies the user) and storage battery information of the storage battery 2 before disposal (first identification information that identifies the storage battery 2) from the user terminal device 10. The acquired user information and storage battery information can be associated and stored in the storage battery DB 57. This makes it possible to associate the user with the storage battery.

The communication unit 52 has a function as a second acquisition unit, and can acquire storage battery information (second identification information) of the properly disposed storage battery 2 from the recycler device 20. In this case, the recycler device 20 may be the recycler device 20A shown in FIG. 1.

The determination unit 53 determines whether the storage battery information (second identification information) obtained from the recycler device 20 matches the storage battery information (first identification information) stored in the storage battery DB 57.

When the determination unit 53 determines that the storage battery information matches, the compensation information generation unit 56 recognizes that the user's used storage battery 2 has been properly disposed of, and generates compensation information indicating the compensation. The compensation information can be, for example, coupon information such as a discount coupon, a complimentary coupon, or a cashback. The amount of compensation may also be changed depending on the type, model number, price, etc. of the properly disposed storage battery 2. For example, the more expensive the storage battery or the more recyclable raw materials there are, the higher the compensation amount may be.

The communication unit 52 has a function as an output unit, and when the determination unit 53 determines that the storage battery information matches, it can transmit (output) the compensation information generated by the compensation information generation unit 56 to the user terminal device 10 of the user identified by the user information associated with the matching storage battery information.

The above-mentioned configuration provides an incentive for users to dispose of the storage battery 2 in an appropriate route (for example, by bringing it to a waste disposal business operator) so that the storage battery 2 before disposal (used) is transported to a recycler, making it possible to dispose of the storage battery 2 appropriately. Furthermore, by disposing of the storage battery 2 appropriately, lead, plastic, etc. can be recycled to produce new raw materials without adversely affecting the environment, thereby reducing environmental burden and reducing costs.

Figure 5 is a diagram showing an overview of the storage battery DB 57. The storage battery DB 57 has the following fields: user information, storage battery information, reception date and time, disposal information, and coupon information. The user information and storage battery information are information acquired from the user terminal device 10. The user information may include, for example, a user ID, a user's email address (or telephone number), etc. The storage battery information may include, for example, the storage battery's manufacturer name, model number, and manufacturing date (which may include an additional number for the storage battery's traceability), etc. The reception date and time may be the date and time when the server 50 receives the user information and storage battery information from the user terminal device 10.

The disposal information has fields for disposal completion and disposal date and time. When storage battery information is obtained from the recycler device 20, "Completed" is recorded in the disposal completion field, and the disposal date and time are recorded. For storage batteries where disposal completion is "Not yet" and the disposal date and time field is blank, this indicates that storage battery information has not yet been obtained from the recycler device 20, and that the storage battery is somewhere along the disposal route. The coupon information field records compensation information (coupon information) generated by the compensation information generation unit 56.

The communication unit 52 has a function as a payment information acquisition unit, and may acquire, from the recycler device 20, payment information regarding the payment to be paid by the recycler according to the amount of the properly disposed storage battery 2 collected or dismantled by the recycler. In this case, the recycler device 20 may be the recycler device 20B shown in FIG. 1.

If the number and amount of properly disposed storage batteries 2 increases, the amount of collected and dismantled batteries also increases, and the recycler can increase its profits by selling the newly regenerated raw materials. Therefore, a portion of the profits can be paid to the recycler as payment.

The allocation unit 55 may allocate the payment as a source of compensation. This allows a portion of the profits the recycler has gained from proper disposal to be used as a source of compensation, and the profits from proper disposal can be returned to the user. This ensures that the recycling system for the storage battery 2 can be operated properly. The compensation may be returned to the user after passing through a recycling system support organization, a retailer, etc.

Figure 6 shows an overview of the processes in the system for supporting proper disposal of storage battery 2. Processes P1 to P7 are explained below.

In process P1, the user terminal device 10 reads the QR code of the storage battery 2. The storage battery 2 is collected by a waste disposal business such as a mass merchandiser or retailer, and is transported to a recycler.

In process P2, the user terminal device 10 transmits the user information and the storage battery information obtained by reading the QR code to the server 50. In addition to utilizing the user terminal device 10, information on the target user and battery may be transmitted to the server 50 on behalf of the user from storage battery information and customer information held by a dealer or the like.

In process P3, the server 50 receives the user information and the storage battery information, and stores the received user information and storage battery information in association with each other in the storage battery DB 57.

In process P4, the recycler device 20 reads the QR code of the storage battery 2 transferred from the waste disposal company.

In process P5, the recycler device 20 reads the QR code and transmits the storage battery information obtained to the server 50.

In process P6, the server 50 receives the storage battery information sent from the recycler device 20 and compares the received storage battery information with the storage battery information stored in the storage battery DB 57.

In process P7, if the comparison shows that the battery information matches, the server 50 transmits coupon information to the user terminal device 10.

Next, we will explain an example of the display on the display panel 15 when the disposal support app is installed on the user terminal device 10.

Figure 7 is a diagram showing an overview of a display screen displayed on the user terminal device 10. Figure 7A shows a disposal support app start-up screen 101. A "disposal support app start-up" icon 102 is displayed on the disposal support app start-up screen 101. When the user operates (e.g., touches or clicks) the "disposal support app start-up" icon 102, the disposal support app can be started.

Figure 7B shows the QR code display screen 103. The QR code display screen 103 displays a QR code 104. The user can read the QR code 104 by operating the read icon 105.

Figure 7C shows the transmission screen 106. The transmission screen 106 displays a message 107 asking "Do you want to send battery information?" When the user operates the transmission icon 108, the battery information and user information are sent to the server 50.

Figure 7D shows an example of a coupon screen 109. A message 110 saying "The storage battery has been properly disposed of" and a coupon 111 are displayed on the coupon screen 109. The user can obtain the coupon by operating a receipt icon 112. The obtained coupon can be displayed, for example, when the coupon is to be used.

Figure 8 is a flowchart showing the processing procedure of the server 50. For convenience, the following description will be given with the control unit 51 as the subject of the processing. The control unit 51 receives user information and storage battery information from the user terminal device 10 (S11), and stores the received user information and storage battery information in association with each other (S12). The control unit 51 receives storage battery information from the recycler device 20 (S13), and compares the received storage battery information with the stored storage battery information (S14).

The control unit 51 determines whether there is matching battery information (S15), and if there is matching battery information (YES in S15), it transmits coupon information to the user terminal device that transmitted the matching battery information (S16) and performs the processing of step S17 described below. If there is no matching battery information (NO in S15), the control unit 51 determines whether or not to end the processing (S17). If the processing is not to end (NO in S17), the control unit 51 continues the processing from step S11 onwards, and if the processing is to end (YES in S17), it ends the processing.

The server 50 can also be realized by using a computer equipped with a CPU (processor), ROM, RAM, etc. The server 50 can be realized on a computer by loading a computer program (which can be recorded on a recording medium) that defines the processing procedure as shown in FIG. 8 into the RAM equipped in the computer and executing the computer program with the CPU (processor).

Figure 9 is a flowchart showing the processing procedure of the user terminal device 10 in which the disposal support app is installed. For convenience, the following description will be given assuming that the processing is performed by the control unit 11. The control unit 11 reads the QR code of the used storage battery 2 (S31), and transmits user information and storage battery information to the server 50 (S32).

When the storage battery 2 is properly disposed of, the control unit 11 determines whether or not coupon information sent by the server 50 has been received (S33), and if coupon information has not been received (NO in S33), continues processing in step S33. Note that if the user terminates the disposal support app after sending the user information and storage battery information to the server 50 in step S32, the processing in step S33 may be performed the next time the user launches the disposal support app, and if the disposal support app runs in the background all the time, the processing in step S33 may be continued.

If coupon information is received (YES in S33), the control unit 11 displays the coupon information (S34) and ends the process.

As described above, according to this embodiment, proper disposal of storage batteries is possible. Furthermore, by disposing of storage batteries properly, lead, plastic, etc. can be recycled to create new raw materials without adversely affecting the environment, which reduces environmental impact and costs, making it possible to build a strict recycling ecosystem.

In the above embodiment, the user reads the QR code and sends it to the server, but instead of this configuration, for example, the retailer may ask the user whether or not to participate in the recycling program of the proper disposal support system, and if the user agrees to participate, a staff member at the retailer may read the QR code on behalf of the user. Specifically, for example, the waste disposal business operator may use a terminal device to read the QR code at a mass retailer of car accessories, a battery dealer, an automobile dealer, a gas station, or the like, where the user brings in the battery before disposal. In this case, the waste disposal business operator can register the purchaser information and product information registered at the store.

REFERENCE SIGNS LIST 1 Communication network 2 Storage battery 2a Two-dimensional barcode 10 User terminal device 11 Control unit 12 Communication unit 13 Reading unit 14 Memory unit 15 Display panel 16 Operation unit 20, 20A, 20B Recycler device 21 Control unit 22 Communication unit 23 Input unit 24 Memory unit 25 Display panel 26, 26a Reading unit 50 Server 51 Control unit 52 Communication unit 53 Determination unit 54 Memory unit 55 Allocation unit 56 Value information generation unit 57 Storage battery DB

Claims (8)

A first acquisition unit that acquires user identification information that identifies a user and first identification information that identifies a storage battery before disposal;
a storage unit that stores the user identification information and the first identification information acquired by the first acquisition unit in association with each other;
a second acquisition unit that acquires, from the recycler device, second identification information that identifies a storage battery that has not been illegally or improperly disposed of and has been properly disposed of;
a determination unit that determines whether the second identification information acquired by the second acquisition unit matches the first identification information stored in the storage unit;
and an output unit that outputs compensation information indicating a compensation to a user terminal device of a user identified by user identification information associated with the first identification information when the determination unit determines that there is a match. a payment information acquisition unit that acquires, when a recycler collects or dismantles the properly disposed storage batteries, an amount of payment to be paid by the recycler according to an amount of the collected or dismantled storage batteries from a terminal device of the recycler;
The battery proper disposal support device according to claim 1 , further comprising: an allocating unit that allocates the payment as a source of the consideration. The first acquisition unit is
3. The storage battery proper disposal support device according to claim 1, wherein the first identification information is obtained by optically reading a two-dimensional code attached to the storage battery before disposal using a user terminal device. The second acquisition unit is
A battery proper disposal support device as described in any one of claims 1 to 3, which obtains second identification information obtained by optically reading a two-dimensional code affixed to the properly disposed battery by the recycler device. On the computer,
A process of acquiring user identification information for identifying a user and first identification information for identifying a storage battery before disposal;
a process of storing the acquired user identification information and the first identification information in association with each other;
A process of acquiring second identification information from the recycler device, the second identification information identifying the storage battery that has not been illegally or improperly disposed of and has been properly disposed of;
A process of determining whether the acquired second identification information matches the stored first identification information;
if it is determined that there is a match, outputting compensation information indicating a compensation to a user terminal device of a user identified by user identification information associated with the first identification information. On the computer,
A process of acquiring first identification information for identifying the storage battery, the first identification information being obtained by optically reading a two-dimensional code attached to the storage battery before disposal;
A process of transmitting user identification information for identifying the user and the acquired first identification information to an external server;
When the storage battery is transported to a recycler, a process of receiving, from the server, compensation information indicating a compensation for proper disposal of the storage battery without illegal or unauthorized disposal;
and a computer program for executing a process of displaying the received compensation information. a server and a recycler device;
The server,
a first acquisition unit that acquires, from a user terminal device, first identification information obtained by optically reading a two-dimensional code attached to a storage battery before disposal and identification information that identifies a user;
a storage unit that stores the user identification information and the first identification information acquired by the first acquisition unit in association with each other;
a second acquisition unit that acquires from the recycler device second identification information obtained by optically reading a storage battery that has not been illegally or improperly disposed of and has been properly disposed of by the recycler device;
a determination unit that determines whether the second identification information acquired by the second acquisition unit matches the first identification information stored in the storage unit;
and an output unit that outputs compensation information indicating a compensation to a user terminal device of a user identified by user identification information associated with the first identification information when the determination unit determines that there is a match. A first acquisition unit of the proper disposal support device acquires user identification information that identifies a user and first identification information that identifies the storage battery before disposal,
The acquired user identification information and the first identification information are stored in a storage unit of the appropriate disposal support device in association with each other ;
A second acquisition unit of the proper disposal support device acquires second identification information from the recycler device, the second identification information identifying a storage battery that has not been illegally or improperly disposed of and has been properly disposed of;
a determination unit of the proper disposal support device determines whether the acquired second identification information matches the first identification information stored in the storage unit;
If it is determined that there is a match, an output unit of the proper disposal support device outputs compensation information indicating a compensation to a user terminal device of a user identified by user identification information corresponding to the first identification information.

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