JP2020177516A - Coolant management system and program - Google Patents

Abstract

To provide a coolant management system that manages the amount of coolant used in a coolant-using apparatus.SOLUTION: A computer of a coolant management system has an acquisition unit and a creation unit. The acquisition unit acquires first information, a charged coolant amount, and the coolant usage, and the creation unit creates second information by using the coolant usage and manufacturer information on the first information. The first information has apparatus specification information specifying a coolant-using apparatus, information on the manufacturer of the coolant-using apparatus, and coolant additional charge amount information including a coolant additional charge amount that is the amount of coolant additionally charged into the coolant-using apparatus. The charged coolant amount is the amount of coolant charged in advance to the coolant-using apparatus; the coolant usage is the amount of coolant used in the coolant-using apparatus; the second information is information in which the coolant usage and the manufacturer are associated with each other. The acquisition unit acquires the first information in installation or maintenance of the coolant-using apparatus, acquires the coolant charged amount based on the apparatus specification information in the first information, and adds up the coolant charged amount and the coolant additional charge amount included in the coolant additional charge amount information in the first information to acquire the coolant usage.SELECTED DRAWING: Figure 8

Description

Systems and methods for managing refrigerants

Conventionally, as disclosed in Patent Document 1 (Japanese Unexamined Patent Publication No. 2015-125672), reuse of a refrigerant, etc., is performed based on information on a fluorocarbon refrigerant that has been or will be delivered to a fluorocarbon recovery company. Systems that manage refrigerants for the purpose are known.

There is a problem that it is difficult to manage the refrigerant before it is handed over to the recovery company.

The refrigerant management system of the first aspect includes one or more computers. The computer has an acquisition unit and a generation unit. The acquisition unit acquires the first information, acquires the amount of the refrigerant already filled, and acquires the amount of the refrigerant used. The generation unit generates the second information. The first information includes device identification information for specifying a refrigerant-using device, vendor information on a business operator related to a refrigerant-using device, and a refrigerant additional filling amount which is the amount of refrigerant additionally filled in the refrigerant-using device. It has information on the amount of additional refrigerant to be included. The amount of refrigerant already filled is the amount of refrigerant that is pre-filled in the equipment using the refrigerant. The amount of refrigerant used is the amount of refrigerant used in equipment using refrigerant. The second information is information relating the amount of refrigerant used and the trader. The acquisition unit acquires the first information at least at the time of installation and maintenance of the equipment using the refrigerant. The acquisition unit acquires the amount of the refrigerant already filled based on the device specific information of the acquired first information. The acquisition unit acquires the amount of refrigerant used by summing the acquired amount of refrigerant already filled and the amount of additional refrigerant charged included in the acquired first information of the amount of additional refrigerant charged. The generation unit generates the second information by using the refrigerant usage amount acquired by the acquisition unit and the vendor information of the first information acquired by the acquisition unit.

The refrigerant management system of the first aspect can manage the refrigerant before it is delivered to the collection company.

The refrigerant management system of the second aspect is the system of the first aspect, and the computer further has a storage unit. The storage unit stores the amount of the refrigerant already filled in association with the device specific information. The acquisition unit acquires the amount of the refrigerant already filled stored in the storage unit based on the device-specific information of the acquired first information.

The refrigerant management system of the second aspect can acquire the amount of the refrigerant used in the equipment using the refrigerant.

The refrigerant management system of the third viewpoint is the system of the first viewpoint, and the acquisition unit acquires the capacity information regarding the capacity of the equipment using the refrigerant based on the equipment specific information of the acquired first information, and the acquired capacity information. The amount of refrigerant already filled is obtained based on.

The refrigerant management system of the third aspect can acquire a predicted value of the amount of the refrigerant pre-filled in the refrigerant-using equipment.

The refrigerant management system of the fourth viewpoint is the system of the first viewpoint, and the acquisition unit acquires the input data including the capacity information regarding the capacity of the equipment using the refrigerant, and the refrigerant has already been prepared based on the capacity information included in the input data. Get the filling amount.

The refrigerant management system of the fourth aspect can acquire a predicted value of the amount of the refrigerant pre-filled in the refrigerant-using equipment.

The refrigerant management system of the fifth viewpoint is the system of the first viewpoint, and when the acquisition unit stores the amount of the refrigerant already filled in association with the device specific information, the device specific information of the acquired first information Based on, the stored refrigerant charge amount is acquired. When the computer does not memorize the amount of the refrigerant already filled in association with the device specific information, the computer acquires the capacity information regarding the capacity of the equipment using the refrigerant based on the equipment specific information of the acquired first information, and the acquired capacity information. The amount of refrigerant already filled is obtained based on.

The refrigerant management system of the fifth aspect can acquire an appropriate value that can be used as the amount of the refrigerant pre-filled in the refrigerant-using equipment.

The refrigerant management system of the sixth viewpoint is any of the systems from the first viewpoint to the fifth viewpoint, and the acquisition unit is based on the plurality of first information of the plurality of refrigerant-using devices targeted by the trader. Obtain the total amount of refrigerant used. As the second information, the generation unit further generates information related to the total amount acquired by the acquisition unit and the trader.

The refrigerant management system of the sixth aspect can manage the amount of the refrigerant filled and used in all the refrigerant-using devices targeted by each trader in association with the trader.

The refrigerant management system of the seventh viewpoint is any of the systems from the first viewpoint to the sixth viewpoint, and the acquisition unit plans to recover the refrigerant from the refrigerant-using equipment within a predetermined period based on the first information. Obtain the planned amount of refrigerant recovery, which is the amount of. As the second information, the generation unit further generates information relating the refrigerant recovery planned amount acquired by the acquisition unit and the supplier.

The refrigerant management system of the seventh aspect can manage the amount of refrigerant that is likely to be recovered from the refrigerant-using equipment.

The refrigerant management system of the eighth aspect is the system of the seventh aspect, and the first information further includes the third information. The acquisition unit acquires the planned amount of refrigerant to be recovered based on the third information. The third information includes a work day or a work month in which at least one of the installation work at the time of installing the refrigerant-using equipment and the maintenance work at the time of maintenance of the refrigerant-using equipment is performed.

In the refrigerant management system of the eighth aspect, the planned refrigerant recovery amount can be used as an appropriate predicted value of the amount of the refrigerant recovered from the refrigerant-using equipment within a predetermined period.

The refrigerant management system of the ninth aspect is the system of the eighth aspect, and the acquisition unit is the amount of the refrigerant used in the refrigerant-using equipment for which a predetermined period has passed from the work day or the work month included in the third information. Obtain the planned amount of refrigerant recovered based on.

In the refrigerant management system of the ninth aspect, the planned refrigerant recovery amount can be used as an appropriate predicted value of the amount of the refrigerant recovered from the refrigerant-using equipment within a predetermined period.

In the refrigerant management method of the tenth aspect, the first information is acquired, the amount of the refrigerant already filled is acquired, the amount of the refrigerant used is acquired, and the second information is generated. The first information includes device identification information for specifying a refrigerant-using device, vendor information on a business operator related to a refrigerant-using device, and a refrigerant additional filling amount which is the amount of refrigerant additionally filled in the refrigerant-using device. It has information on the amount of additional refrigerant to be included. The amount of refrigerant already filled is the amount of refrigerant that is pre-filled in the equipment using the refrigerant. The amount of refrigerant used is the amount of refrigerant used in equipment using refrigerant. The second information is information relating the amount of refrigerant used and the trader. In this method, the first information is acquired at least at the time of installation and maintenance of the equipment using the refrigerant. In this method, the amount of the refrigerant already filled is acquired based on the device-specific information of the acquired first information. In this method, the amount of refrigerant used is acquired by summing the acquired amount of refrigerant already filled and the amount of additional refrigerant charged included in the acquired information on the amount of additional refrigerant charged in the first information. In this method, the second information is generated by using the acquired refrigerant usage amount and the acquired supplier information of the first information.

The refrigerant management method of the tenth aspect can manage the refrigerant before it is delivered to the collection company.

It is a schematic diagram of a refrigerant circulation cycle. It is a figure which shows the network composition of the refrigerant management system 100. It is a schematic diagram which shows the whole structure of the refrigerant management system 100. It is a block diagram of the input terminals 10a, 10b, ..., The administrator terminal 80 and the management server 20. It is a figure for demonstrating the device information database DB1. It is a table showing the business contents of each trader. It is a flowchart of the process of acquiring the amount of refrigerant already filled. It is a figure for demonstrating the 2nd information generated from the 1st information acquired by the management server 20 by the input of the installer C1. It is a figure for demonstrating the 2nd information generated from the 1st information acquired by management server 20 by the input of maintenance company C1. It is a figure for demonstrating the 1st information acquired by the management server 20 by the input of the collection company C1. It is a figure for demonstrating the 1st information acquired by the management server 20 by the input of the remanufacturer C4. It is a figure for demonstrating the 1st information acquired by the management server 20 by the input of a distributor C5. It is a figure for demonstrating an example of the 2nd information that only the administrator S has a viewing authority. It is a figure for demonstrating the 1st information which the management server 20 acquires by the input of the abandoner C9. It is a figure for demonstrating the 2nd information in the modification B. It is a figure for demonstrating the 2nd information in the modification C. It is a figure for demonstrating the 2nd information in the modification C.

(1) Overall configuration The refrigerant management system 100 is a system that manages the refrigerant used in the refrigerant-using equipment. A refrigerant-using device is a device provided with a vapor-compression refrigeration cycle using a refrigerant. Refrigerant-using equipment is, for example, an air conditioner, an air purifier, a heat pump type hot water supply device, a refrigerating device, or a refrigerating device. The refrigerant used in the refrigerant-using equipment is, for example, R32, R452B, R410A, R454B, an HFO-based mixed refrigerant (for example, a mixed refrigerant of HFO-1123 and R32), CO ₂ or CF ₃ I (single or a mixed refrigerant thereof). ).

Refrigerant management performed by the refrigerant management system 100 means that the refrigerants circulating in the refrigerant circulation cycle are centrally grasped, or the grasped refrigerant information is provided to each trader. FIG. 1 is a schematic diagram of a refrigerant circulation cycle. The refrigerant circulation cycle mainly consists of a production stage, a distribution stage, an installation stage, a maintenance stage, a recovery stage, a regeneration stage, and a disposal stage. In FIG. 1, the flow of the refrigerant is indicated by an arrow. The refrigerant is distributed in a state of being filled in a dedicated container such as a cylinder or a device using a refrigerant. FIG. 1 shows the flow of the container R1 filled with the refrigerant and the refrigerant-using device R2 filled with the refrigerant.

At the production stage, a new refrigerant is produced by the refrigerant manufacturer. At the distribution stage, the newly produced refrigerant is filled in a dedicated cylinder or the like and shipped. Refrigerant shipping destinations are, for example, manufacturers of refrigerant-using equipment (hereinafter referred to as “equipment manufacturers”), installers of refrigerant-using equipment, and maintenance companies of refrigerant-using equipment. The equipment manufacturer, the installer, and the maintenance company may be the same company or different companies. The equipment manufacturer fills the refrigerant-using equipment with the refrigerant as necessary at the time of manufacturing or shipping the refrigerant-using equipment.

In the distribution stage, the newly produced refrigerant or the regenerated refrigerant is distributed by the refrigerant distributor. The distributor, for example, purchases a refrigerant produced by a refrigerant manufacturer or a regenerated refrigerant and sells it to at least one of an equipment manufacturer, an installer, and a maintenance company. The distributor may be a distributor of the refrigerant. The distributor may be a distributor that distributes the refrigerant-using equipment filled with the refrigerant.

At the installation stage, the installer installs the refrigerant-using equipment at a predetermined installation location. The predetermined installation location is, for example, a property such as a building used or owned by the owner of the equipment using the refrigerant. At the time of installation of the equipment using the refrigerant, the installer fills the equipment using the refrigerant and the refrigerant piping with the refrigerant by using a cylinder or the like filled with the refrigerant, if necessary.

In the maintenance stage, the maintenance company manages the installed refrigerant-using equipment. Specifically, the maintenance contractor performs inspection work or repair work of the equipment using the refrigerant. If necessary, the maintenance contractor uses a cylinder or the like filled with the refrigerant to replace the refrigerant filled in the refrigerant-using equipment or refill the refrigerant-using equipment to replenish the refrigerant. .. The refrigerant replacement work is performed, for example, when a predetermined period has elapsed after the equipment using the refrigerant is installed. The refrigerant refilling operation is performed, for example, when it is discovered at the time of inspection that the amount of the refrigerant filled in the equipment using the refrigerant is insufficient.

At the recovery stage, the refrigerant recovery company recovers the refrigerant-using equipment, or the refrigerant-using equipment installed in the property and the refrigerant filled in the refrigerant piping. The recovery company recovers the refrigerant when repairing, relocating, or disposing of the equipment using the refrigerant. As a method of recovering the refrigerant, a method of collecting and recovering the refrigerant filled in the refrigerant pipe in the equipment using the refrigerant, and a method of filling the equipment using the refrigerant and the refrigerant in the refrigerant pipe in a dedicated cylinder or the like and recovering the refrigerant. And so on. The recovery company also takes out the refrigerant from the refrigerant-using equipment and recovers it when replacing the refrigerant filled in the refrigerant-using equipment.

In the regeneration stage, the refrigerant regenerator regenerates the refrigerant recovered by the recovery company. The refrigerant regeneration process is, for example, a process of removing impurities from the recovered refrigerant and a process of reproducing the refrigerant using the recovered refrigerant as a raw material. The regenerator takes a cylinder or the like filled with the refrigerant to be regenerated from the recovery company and regenerates the refrigerant. The regenerated refrigerant is filled in a dedicated cylinder or the like.

At the disposal stage, a part of the refrigerant recovered by the collection company is discarded by the disposal company. Disposal of the refrigerant means, for example, the work of chemically destroying the refrigerant to convert it into a substance that does not adversely affect the human body and the environment, and the work of storing the refrigerant so that it is not used. The abandoner takes over the equipment and cylinders that use the refrigerant filled with the refrigerant to be abolished from the collector and disposes of the refrigerant.

In the following, the term "contractor" shall mean an equipment manufacturer, a refrigerant manufacturer, an installation company, a maintenance company, a collection company, a remanufacturing company, and a distributor, unless otherwise specified. At least some of these vendors may be the same vendor. For example, the equipment manufacturer, the installation company, the maintenance company, and the collection company may be the same company, and the remanufacturing company and the distributor may be the same company. In the present embodiment, the installation contractor, the maintenance contractor, and the collection contractor are the same contractor. Each vendor is assigned a login ID required to access the refrigerant management system 100. The same login ID is not assigned to a plurality of different vendors. The trader can access the refrigerant management system 100 by performing a login process using his / her own login ID.

FIG. 2 is a diagram showing a network configuration of the refrigerant management system 100. FIG. 3 is a schematic view showing the overall configuration of the refrigerant management system 100. The arrows shown in FIG. 3 indicate the flow of data handled by the refrigerant management system 100.

The refrigerant management system 100 is mainly composed of a plurality of input terminals 10a, 10b, ..., One management server 20, one administrator terminal 80, and a network 90 connecting them. The network 90 is, for example, the Internet.

The input terminals 10a, 10b, ... Are client computers used and managed by a trader. The input terminals 10a, 10b, ... Are, for example, mobile terminals such as smartphones and tablets. When the trader is an organization such as a corporation, the actual operator of the input terminals 10a, 10b, ... Is an individual belonging to the trader, such as a serviceman of the manufacturer. In the following, the term "trader" also means a person who actually operates the input terminals 10a, 10b, .... The trader operates the input terminals 10a, 10b, ... To input predetermined data to the input terminals 10a, 10b, ... When performing the work related to the refrigerant distributed in the refrigerant circulation cycle. The input terminals 10a, 10b, ... Have a function of transmitting the data input by the vendor to the management server 20 via the network 90. The input terminals 10a, 10b, ... Have a function of receiving predetermined data from the management server 20 as needed. In the refrigerant management system 100, as shown in FIG. 3, the first supplier C1, the remanufacturer C4, the distributor C5, the equipment manufacturer C6, the refrigerant manufacturer C7, and the disposer C9 are input terminals 10a and inputs, respectively. It owns a terminal 10b, an input terminal 10c, an input terminal 10d, an input terminal 10e, and an input terminal 10f. In the present embodiment, the first contractor C1 is a contractor who also serves as an installation contractor, a maintenance contractor, and a collection contractor. The remanufacturer C4, the distributor C5, the equipment manufacturer C6, the refrigerant manufacturer C7, and the abandoner C9 are different companies from each other and are different from the first company C1.

The management server 20 is a server computer managed by the administrator S of the refrigerant management system 100. As the management server 20, a rental server, a virtual server using a cloud service, or the like may be used. The management server 20 performs operations such as accumulating and processing data received from the input terminals 10a, 10b, ..., Relaying the network 90, and managing the network 90. The management server 20 has a function of transmitting and receiving predetermined data to and from the input terminals 10a, 10b, ..., Via the network 90. As shown in FIG. 2, the management server 20 stores the administrator data 20a and the user data 20b. The administrator data 20a is data that only the administrator S of the refrigerant management system 100 has viewing authority. The user data 20b is data for which the trader has viewing authority. The management server 20 stores user data 20b for each vendor. A trader who has logged in to the refrigerant management system 100 can access his / her own user data 20b by using his / her own input terminals 10a, 10b, .... The administrator S has the authority to view the user data 20b of all vendors.

The manager terminal 80 is a computer used by the manager S of the refrigerant management system 100. The administrator S accesses the management server 20 by using the administrator terminal 80, and manages the refrigerant distributed in the refrigerant circulation cycle. For example, the administrator S acquires predetermined data from the management server 20 using the administrator terminal 80, and provides the information and services regarding the refrigerant managed by the refrigerant management system 100 to the trader.

The trader can directly input predetermined data to the management server 20 by operating the input terminals 10a, 10b, .... The management server 20 can acquire and store the first information based on the data input to the management server 20 by the trader operating the input terminals 10a, 10b, .... When the trader also serves as the administrator S, the trader has both a login ID for the administrator and a login ID for the trader. The management server 20 can acquire and store the first information based on the data input to the management server 20 by operating the administrator terminal 80 by the trader. The management server 20 can generate and store the second information based on the acquired first information. Details of the first information and the second information will be described later.

(2) Detailed Configuration FIG. 4 is a block diagram of input terminals 10a, 10b, ..., Administrator terminal 80 and management server 20.

(2-1) Input terminal The input terminals 10a, 10b, ... Mainly include an input unit 11, a transmission unit 12, a reception unit 13, a display unit 14, a storage unit 15, and a control unit 16. Be prepared.

The input unit 11 accepts operations of the input terminals 10a, 10b, ... By the trader. The transmission unit 12 transmits data to the management server 20 via the network 90. The receiving unit 13 receives data from the management server 20 via the network 90. The data received by the receiving unit 13 is, for example, the first information and the second information stored in the management server 20. The display unit 14 displays predetermined data on the displays of the input terminals 10a, 10b, .... The data displayed by the display unit 14 is, for example, data input by the trader by operating the input terminal 10 to the management server 20 and data received from the management server 20. The storage unit 15 stores data and the like received from the management server 20. The control unit 16 controls the input unit 11, the transmission unit 12, the reception unit 13, the display unit 14, and the storage unit 15.

(2-2) Administrator terminal The administrator terminal 80 mainly includes an input unit 81, a transmission unit 82, a reception unit 83, a display unit 84, a storage unit 85, and a control unit 86.

The input unit 81 accepts the operation of the administrator terminal 80 by the administrator S. The transmission unit 82 transmits data to the management server 20 via the network 90. The receiving unit 83 receives data from the management server 20 via the network 90. The data received by the receiving unit 83 is, for example, the first information and the second information stored in the management server 20. The display unit 84 causes the display of the administrator terminal 80 to display predetermined data. The data displayed by the display unit 84 is, for example, data input by the administrator S to the management server 20 by operating the administrator terminal 80, and data received from the management server 20. The storage unit 85 stores data and the like received from the management server 20. The control unit 86 controls the input unit 81, the transmission unit 82, the reception unit 83, the display unit 84, and the storage unit 85.

(2-3) Management Server The management server 20 mainly includes a control unit 26, a storage unit 22, a transmission unit 24, and a reception unit 25.

The control unit 26 is a microcontroller, a CPU, or the like that can read and execute a program. The control unit 26 mainly has an acquisition unit 21 and a generation unit 23. The acquisition unit 21 and the generation unit 23 correspond to the functions realized by the program read and executed by the control unit 26.

The acquisition unit 21 acquires the first information based on the data input to the management server 20 by the trader operating the input terminals 10a, 10b, ..., Or the administrator terminal 80. The acquisition unit 21 acquires the first information at at least one time point when the refrigerant-using equipment is installed and when the refrigerant-using equipment is maintained. In other words, the acquisition unit 21 acquires the first information at at least one stage of the installation stage and the maintenance stage of the refrigerant circulation cycle shown in FIG.

The generation unit 23 generates the second information based on the first information acquired by the acquisition unit 21.

The storage unit 22 is an auxiliary storage device such as an HDD and an SSD. The storage unit 22 stores the first information acquired by the acquisition unit 21 and the second information generated from the first information. As shown in FIG. 4, the storage unit 22 is composed of the device information database DB1, the refrigerant information database DB2, the account information database DB3, the account management database DB4, the event information database DB5, and the refrigerant management information database DB6. It is composed.

The transmitting unit 24 and the receiving unit 25 are network devices. The transmission unit 24 transmits the first information or the second information generated by the generation unit 23 to the administrator S or the vendor. Specifically, for example, the transmission unit 24 transmits the first information or the second information to the terminal or the like used by the administrator S or the trader. The receiving unit 25 receives data from the input terminals 10a, 10b, ..., And the administrator terminal 80 via the network 90.

(2-4) Details of Management Server (2-4-1) Database Each database that the management server 20 has in the storage unit 22 will be described.

FIG. 5 is a diagram for explaining the device information database DB1. The device information database DB 1 stores information about the refrigerant-using device 30 registered in the refrigerant management system 100. Each record of the device information database DB1 includes at least a device ID, a model name, a device manufacturer ID, a refrigerant type, a refrigerant charge amount, and capacity information. The device ID may be used as the primary key of the device information database DB1.

The device ID is an ID given to the refrigerant-using device 30 when the refrigerant-using device 30 is registered in the refrigerant management system 100. The device ID may be the serial number of the refrigerant-using device 30 or the like. The model name is a character string representing the model of the refrigerant-using device 30. The device manufacturer ID is a trader ID given to the device manufacturer C6 that manufactured the refrigerant-using device 30. The refrigerant type is a character string representing the type of refrigerant used in the refrigerant-using device 30. The refrigerant pre-filled amount is the amount of the refrigerant pre-filled in the refrigerant-using device 30. The amount of refrigerant is represented by the weight of the refrigerant. The unit of the amount of refrigerant is kilogram. The capacity information is the horsepower of the refrigerant-using device 30.

The device information stored in the device information database DB1 is information registered in the management server 20 by the device manufacturer C6 at the time of device manufacturing or device shipment. The device information that is not registered in the device information database DB1 can be registered by the installation company C1 or the maintenance company C2 by accessing the management server 20.

In the present embodiment, the management server 20 has the device information database DB1 in the storage unit 22, but even if the device information is acquired by accessing the database held by the device manufacturer C6 via the network. Good.

The refrigerant information database DB2 stores information regarding a cylinder used for the distribution of the refrigerant registered in the refrigerant management system 100. Each record of the refrigerant information database DB2 includes at least a cylinder ID, a distributor ID, a refrigerant type, and a refrigerant amount.

The account information database DB3 stores information about each trader and manager registered in the refrigerant management system 100. Each record of the account information database DB3 includes at least a trader ID, a trader name, a business content, and a login ID. The trader ID is an ID given to the trader when registering a trader such as the first trader C1 in the refrigerant management system 100. When the trader is registered, the management server 20 assigns the trader ID to the trader and registers the trader so as not to overlap with the trader ID given to the already registered trader. The business content is a character string representing the business content such as installation work and maintenance work. The login ID is an ID used by the trader to access the management server 20. The login ID and the trader ID are associated and stored in the account information database DB3.

The account management database DB4 stores the additional authority information for each trader registered in the refrigerant management system 100. Specifically, in the account management database DB 4, information on business contents, viewing authority of information stored in the storage unit 22, and authority of work that can be performed by accessing the management server 20 is stored for each trader. There is. FIG. 6 is a table showing the business contents of each trader. FIG. 6 shows the types of work that each trader can perform. In FIG. 6, the distribution work, the installation work, the maintenance work, the collection work, the regeneration work, and the disposal work are the distribution stage, the installation stage, the maintenance stage, the collection stage, the regeneration stage, and the disposal in FIG. 1, respectively. It means the work performed by the contractor at the stage.

For example, in FIG. 6, the first trader C1 whose trader ID is "CA006" can perform installation work, maintenance work, and collection work. In this case, the management server 20 determines that the first trader C1 can access the device information database DB1 or the like registered in the management server 20 based on the type of business that the first trader C1 can perform. Then, the management server 20 reads predetermined data from the device information database DB1 and the like in response to the request from the first trader C1 and transmits the predetermined data to the input terminal 10a of the first trader C1.

Further, for example, in FIG. 6, the remanufacturer C4 whose trader ID is "GA019" can perform only the remanufacturing business. In this case, the management server 20 determines that the remanufacturer C4 cannot access the device information database DB1 or the like registered in the management server 20 based on the type of business that the remanufacturer C4 can perform.

The event information database DB 5 stores the contents of the work performed by each trader registered in the refrigerant management system 100. Each record of the event information database DB 5 includes at least the business content, the property ID, the device owner ID, the device ID, the device installation location, and the amount of additional refrigerant charged. The property ID is an ID given to the property that has performed the target business. The equipment owner ID is an ID given to the owner of the refrigerant-using equipment 30. The device ID is an ID given to the device that is the business target. The equipment installation location is a character string representing the address of the property where the target business was performed. The refrigerant additional charge amount is the amount of the refrigerant additionally filled in the equipment or the refrigerant pipe when the target work is performed.

The refrigerant management information database DB6 stores the first information and the second information.

(2-4-2) Acquisition method of the amount of the refrigerant already filled The acquisition unit 21 of the management server 20 obtains the amount of the refrigerant already filled, which is the amount of the refrigerant filled in the refrigerant-using equipment 30 which is the business target of each company at the time of shipment. get. FIG. 7 shows a flowchart of the process of acquiring the amount of the refrigerant already filled. FIG. 7 shows the processing of steps S11 to S20. The process of acquiring the amount of the refrigerant already filled is performed when each trader accesses the management server 20 and registers the business content, and when the generation unit 23 of the management server 20 generates the second information.

When each trader accesses the management server 20 and starts registering the business contents, the flow of FIG. 7 is started. In step S11, the trader operates the input terminals 10a, 10b, ..., And inputs the device ID of the refrigerant-using device 30, which is the target for acquiring the prefilled amount of the refrigerant, to the management server 20. Steps S12 to S19 are processes performed by the acquisition unit 21 of the management server 20.

In step S12, it is determined whether or not the amount of the refrigerant already filled in the refrigerant-using device 30 corresponding to the device ID input in step S11 is registered in the device information database DB1. If it is determined that the device is registered in step S12, the amount of the refrigerant already filled in the refrigerant-using device 30 is acquired from the device information database DB1 in step S13. If it is determined in step S12 that the data is not registered, whether or not the input data including the capacity information of the refrigerant-using device 30 is input in step S14, or the capacity information of the refrigerant-using device 30 is the device information database DB1. It is determined whether or not it is registered in.

When it is determined in step S14 that the input data including the ability information is input or the ability information is registered in the device information database DB1, the ability information or registration included in the input data is determined in step S15. The prefilled amount of refrigerant is predicted based on the capacity information provided, and the predicted value is acquired as the prefilled amount of refrigerant. For example, when the capacity is 8 horsepower, the refrigerant charged amount is 20 kg, when the capacity is 10 horsepower, the refrigerant charged amount is 21 kg, when the capacity is 12 horsepower, the refrigerant charged amount is 23 kg, and when the capacity is 14 horsepower. Predicts that the pre-filled amount of the refrigerant is 24 kg, and acquires the pre-filled amount of the refrigerant. If it is determined in step S14 that the input data including the capacity information has not been input and the capacity information is not registered in the device information database DB1, the refrigerant filling amount of the refrigerant-using device 30 is input in step S16. It is determined whether or not it has been done. If it is determined that the input is made in step S16, it is determined in step S17 whether or not the input value of the prefilled amount of the refrigerant is appropriate. For example, it is determined whether or not the amount of the refrigerant already filled is within a predetermined range. The predetermined range may be, for example, between 18 kg and 26 kg with a margin in the value predicted based on the above ability information. If it is determined in step S17 that the input value is appropriate, the input value is acquired as the amount of refrigerant already filled in step S18.
If it is determined in step S16 that the input value is not input, or if it is determined in step S17 that the input value is not valid, the default value of the refrigerant charged amount is acquired in step S19. In step S20, the storage unit 22 of the management server 20 stores the pre-filled amount of the refrigerant acquired in steps S13, S15, S18, and S19 as the pre-filled amount of the refrigerant of the refrigerant-using device 30.

(2-5) First Information and Second Information The first information and the second information, which are data handled by the management server 20, will be described.

The trader accesses the management server 20 by operating the input terminals 10a, 10b, ..., And inputs the data required for the predetermined format created by the management server 20. The first information is information acquired by the management server 20 based on the data input by the vendor.

The second information is information in which the amount of refrigerant used, which is the amount of refrigerant used in the refrigerant-using device 30, is associated with the information of the trader acquired as the first information. The "refrigerant used in the refrigerant-using device 30" is a refrigerant filled and used in the refrigerant-using device 30, and a refrigerant filled in a refrigerant pipe connected to the refrigerant-using device 30. The acquisition unit 21 of the management server 20 acquires the amount of refrigerant used by summing the amount of refrigerant already filled and the amount of additional refrigerant charged.

Next, the first trader C1, the remanufacturer C4, and the distributor C5 operate the input terminal 10a, the input terminal 10b, and the input terminal 10c, respectively, and the management server 20 acquires the data based on the data input to the management server 20. The first information to be used and the second information generated from the first information will be described.

In the following, in order to make the explanation easier to understand, the first contractor C1 as an installer is referred to as an installer C1 and the first contractor C1 as a maintenance contractor is referred to as a maintenance contractor C1 as necessary. The first trader C1 is called a recovery trader C1.

(2-5-1) The first information acquired by the management server by the input of the installer, and the second information generated from the first information. FIG. 8 shows the second information acquired by the management server 20 by the input of the installer C1. It is a figure for demonstrating the 2nd information T11, T12 generated from 1 information. The installer C1 inputs the installation information to the management server 20 when the installation work is completed. After logging in to the management server 20, the first supplier C1 selects the installation work as the type of work performed, and as the installation company C1, the management server 20 has the device ID, the device owner ID, and the property ID. , And the equipment installation location information and the amount of additional refrigerant charge. Each of the input data is stored in the event information database DB 5 of the storage unit 22.

The first information acquired by the management server 20 by the input of the installer C1 has at least device identification information, supplier information, and refrigerant additional filling amount information. The device identification information is information for specifying the refrigerant-using device 30, and is a device ID in the present embodiment. The trader information is information about a trader who performs business related to the refrigerant-using device 30, and is a trader ID described in the implementer ID in this embodiment. The refrigerant additional filling amount information is information on the refrigerant additional filling amount, which is the amount of the refrigerant additionally filled in the refrigerant using device 30 or the refrigerant piping connected to the refrigerant using device 30.

When the installer C1 logs in to the management server 20, the management server 20 acquires the vendor ID stored in the account information database DB3 from the login ID of the installer C1 and stores it as the implementer ID.

The management server 20 acquires the model name and the device manufacturer information from the device information database DB1 from the device ID input by the installer C1. Further, the management server 20 acquires the refrigerant already filled amount according to the acquisition flow of the refrigerant already filled amount in FIG. 7.

When the management server 20 decides to register the installation information after the installation company C1 inputs the installation information to the management server 20, the management server 20 acquires the date when the installation information is registered as the implementation date.

When the property ID is registered in the event information database DB 5, the management server 20 can acquire the device installation location information from the property ID, so that the device installation location information may be acquired from the property ID.

The generation unit 23 of the management server 20 acquires information such as the amount of the refrigerant already filled following the first information acquired by the input of the installer C1, and generates the second information T11 and T12 as shown in FIG. And store it in the refrigerant management information database DB6.

In the second information T12 shown in FIG. 8, the amount of refrigerant used and the implementer ID included in the second information T11 are associated with each other. In FIG. 8, as the second information T12, the implementation date, the device ID, the refrigerant type, the refrigerant already filled amount, and the refrigerant additional filling amount included in the second information T11 are further shown.

(2-5-2) The first information acquired by the management server by the input of the maintenance company, and the second information generated from the first information. FIG. 9 shows the second information acquired by the management server 20 by the input of the maintenance company C1. It is a figure for demonstrating the 2nd information T21, T22 generated from 1 information. The maintenance company C1 inputs maintenance information to the management server 20 when the maintenance work is completed. After performing the login process, the first trader C1 selects the maintenance work as the type of work performed, and as the maintenance trader C1, adds the device ID, the device owner ID, the property ID, and the refrigerant to the management server 20. Enter the filling amount. Each of the input data is stored in the event information database DB 5 of the storage unit 22.

The first information acquired by the management server 20 by the input of the maintenance contractor C1 has at least device identification information, contractor information, and refrigerant additional filling amount information.

When the maintenance company C1 determines to register the maintenance information after inputting the maintenance information to the management server 20, the management server 20 acquires the date when the maintenance information is registered as the implementation date.

The generation unit 23 of the management server 20 acquires information such as the amount of refrigerant already filled, which is acquired from the second information T11 and T12 created at the time of installation work and the maintenance information input at the time of maintenance work, and FIG. The second information T21 and T22 are generated and stored in the refrigerant management database DB6 as shown in.

The second information T22 is data automatically generated by the generation unit 23 of the management server 20 based on the second information T21. The maintenance company C1 can acquire the second information T22 from the management server 20 by using the input terminal 10a. The second information T22 has at least information relating the amount of refrigerant used and the trader. The amount of refrigerant used is the amount of refrigerant used in the refrigerant-using equipment 30 during maintenance. In the case of the second information T22, the refrigerant usage amount is the total amount of the refrigerant filled in the refrigerant-using device 30 after the maintenance company C1 additionally fills the refrigerant-using device 30 with the refrigerant. Therefore, the amount of refrigerant used is the same as the amount of refrigerant used when the installation work is completed. The fact that the additional filling of the refrigerant occurs during the maintenance work means that the refrigerant in the equipment using the refrigerant leaks between the time of the installation work and the time of the maintenance work. Therefore, even if the refrigerant is additionally filled during the maintenance work, the amount of the refrigerant used after the additional filling is the same as when the installation work is completed.

In the second information T22 shown in FIG. 9, the amount of refrigerant used and the implementer ID included in the second information T21 are associated with each other. In FIG. 9, as the second information T22, the implementation date, the device ID, the refrigerant type, and the amount of the refrigerant already filled, which are included in the second information T21, are shown. In FIG. 9, the total refrigerant additional charge amount is shown as the second information T22. The total amount of the refrigerant additionally charged is the total amount of the amount of the refrigerant additionally charged during the installation work and the amount of the refrigerant additionally charged during the maintenance work. The total refrigerant additional charge amount is calculated based on the amount of refrigerant additionally charged during the past work by acquiring the work history performed in the past for the device ID input as maintenance information from the event information DB5.

When the installation company and the maintenance company are the same company as in this embodiment, the maintenance company recognizes that the management server 20 is the same company when logging in to the management server 20, and the maintenance company performs the maintenance work as the type of work performed. When selected, the management server 20 may allow the maintenance company to select the equipment or property to be maintained. In that case, since the management server 20 can acquire the device ID and the property ID by itself from the event information DB 5, the maintenance company may only need to input the amount of additional refrigerant charge. The maintenance company C1 may register the maintenance contents in the management server. The maintenance content is a specific content of the maintenance management work of the refrigerant-using device 30 carried out by the maintenance company C1. The maintenance contents include, for example, the work of repairing the leaked part when it is discovered that the refrigerant has leaked from the refrigerant-using device 30, and the amount of the refrigerant filled in the refrigerant-using device 30 is insufficient. This is an operation of replenishing the refrigerant when it is discovered, and an operation of replacing at least a part of the refrigerant filled in the refrigerant-using device 30.

(2-5-3) First Information Acquired by the Management Server by Input of the Collection Agent FIG. 10 is a diagram for explaining the first information T31 acquired by the management server 20 by the input of the collection agent C1. The recovery company C1 inputs the refrigerant recovery information to the management server 20 when the recovery work is completed. After performing the login process, the first trader C1 selects the collection work as the type of work to be performed, and as the recovery trader C1, the management server 20 has the device ID, the device owner ID, the property ID, and the refrigerant recovery. Enter the amount and. Each of the input data is stored in the event information database DB 5 of the storage unit 22. The collection company C1 receives the collection cylinder 50 from the cylinder manufacturer C8. The recovery cylinder 50 is a container for filling the refrigerant recovered from the refrigerant-using device 30 by the recovery company C1. When the recovery company C1 receives the recovery cylinder 50 from the cylinder manufacturer C8, the recovery cylinder 50 is not filled with the refrigerant.

The first information T31 acquired by the management server 20 by the input of the recovery company C1 has at least device identification information, company information, and refrigerant recovery amount information. The refrigerant recovery amount information includes information including the amount of refrigerant recovered, which is the total amount of the amount of refrigerant filled in the refrigerant-using device 30 to be recovered and the amount of refrigerant recovered from the refrigerant pipe to which the refrigerant-using device 30 is connected. Is. The recovered refrigerant is filled in the recovery cylinder 50, and the recovery cylinder 50 filled with the refrigerant and the refrigerant-using device 30 are delivered to the regenerator C4 or the refrigerant disposal contractor C9.

When the management server 20 decides to register the refrigerant recovery information after the recovery company C1 inputs the information to the recovery information management server 20, the management server 20 acquires the date when the refrigerant recovery information is registered as the implementation date.

The management server 20 acquires information such as the amount of refrigerant recovered from the second information T11, T12, T21, T22 created at the time of installation work or maintenance work and the recovery information input by the recovery company C1 at the time of recovery work, and FIG. As shown in, the first information T31 is generated and stored in the refrigerant management database DB6.

When the installation company, the maintenance company, and the collection company are the same company as in the present embodiment, the management server 20 is recognized as the same company when logging in to the management server 20, and the collection operation is performed as the type of operation. When the collection company selects the item, the management server 20 may let the collection company select the device or property to be collected. In that case, since the management server 20 can acquire the device ID and the property ID by itself from the event information DB 5, the recovery company may only need to input the refrigerant recovery amount.

(2-5-4) First Information Acquired by the Management Server by Input of the Remanufacturer FIG. 11 is a diagram for explaining the first information T41 acquired by the management server 20 by the input of the remanufacturer C4. When the reproduction work is completed, the reproduction company C4 inputs the reproduction information to the management server 20. The remanufacturer C4 receives the refrigerant-using device 30 or the recovery cylinder 50 from the recovery company C1. The regenerator C4 takes out all the refrigerant recovered by the recovery company C1 from the refrigerant-using device 30 or the recovery cylinder 50, regenerates the taken-out refrigerant, and then regenerates the refrigerant in the refrigerant container 60. Fill. The refrigerant container 60 is a dedicated container filled with the regenerated refrigerant. The refrigerant container 60 is, for example, a large cylinder or a tank lorry. The regenerator C4 delivers the refrigerant container 60 filled with the regenerated refrigerant to the distributor C5.

As shown in FIG. 11, the first information T41 acquired by the management server 20 by the input of the regenerator C4 has at least the refrigerant recovery information and the refrigerant regeneration information. The refrigerant recovery information is information about the refrigerant before it is regenerated by the regenerator C4. The refrigerant regeneration information is information regarding the refrigerant after being regenerated by the regenerator C4.

The refrigerant recovery information includes at least an implementer ID, which is a trader ID of the recovery trader C1, a refrigerant type, and a pre-regeneration refrigerant amount. The refrigerant type is the type of the refrigerant filled in the recovery cylinder 50 or the refrigerant-using device 30. The refrigerant recovery amount is the amount of the refrigerant recovered by the recovery company C1. The refrigerant recovery information has data for each recovery company C1 and for each refrigerant type. Since the amount of refrigerant filled in the recovered refrigerant-using equipment 30 may not be accurate, the amount of refrigerant actually recovered from the refrigerant-using equipment 30 by the regenerator C4 is defined as the amount of refrigerant before regeneration.

The refrigerant regeneration information has at least an implementer ID, which is a trader ID of the regenerator C4, a refrigerant type, a refrigerant regeneration amount, and an implementation date. The refrigerant type is the type of the refrigerant regenerated by the regenerator C4. The refrigerant regeneration amount is the amount of the refrigerant regenerated by the regenerator C4. Refrigerant regeneration information has data for each refrigerant type. The amount of refrigerant recycled is less than the amount of refrigerant before regeneration. For example, the amount of refrigerant recycled is about 90% of the amount of refrigerant before regeneration.

When the regenerator C4 decides to register the refrigerant regeneration information after inputting the refrigerant regeneration information to the management server 20, the management server 20 acquires the date when the refrigerant regeneration information is registered as the implementation date.

When the collection company and the remanufacturing company are different as in the present embodiment, after the remanufacturing company C4 logs in to the management server 20, the management server 20 transfers the device ID, the cylinder ID, the property ID, etc. to the remanufacturing company C4. It may be provided as information. The management server 20 acquires the second information provided to the remanufacturer C4 and the information such as the amount of reclaimed refrigerant input during the remanufacturing work, and generates the first information T41 to manage the refrigerant as shown in FIG. Save in database DB6.

(2-5-5) First Information Acquired by the Management Server by Input of the Distributor FIG. 12 is a diagram for explaining the first information T51 acquired by the management server 20 by the input of the distributor C5. The distributor C5 inputs the distribution information to the management server 20 when the distribution work is completed. Distributor C5 receives the refrigerant container 60 from the refrigerant manufacturer C7 or the regenerator C4. The refrigerant container 60 received by the distributor C5 is filled with the refrigerant produced by the refrigerant manufacturer C7 or the refrigerant regenerated by the regenerator C4. Distributor C5 fills the refrigerant cylinder 40 or the recycling cylinder 70 with the refrigerant filled in the refrigerant container 60. The distributor C5 distributes the refrigerant cylinder 40 or the recycling cylinder 70 filled with the refrigerant to the first supplier C1 (installer C1 or maintenance supplier C1) as needed.

As shown in FIG. 12, the first information T51 acquired by the management server 20 by the input of the distributor C5 has at least the refrigerant shipment information and the refrigerant distribution information. The refrigerant shipping information is information on the refrigerant that the distributor C5 has filled and shipped into the refrigerant cylinder 40 or the recycling cylinder 70. The refrigerant distribution information is information regarding the refrigerant distributed by the distributor C5 to the first supplier C1.

The refrigerant shipment information includes at least an implementer ID, which is a supplier ID of the distributor C5, a refrigerant type, and a refrigerant shipment amount. The refrigerant type is the type of the refrigerant shipped by the distributor C5. The refrigerant shipment amount is the amount of the refrigerant shipped by the distributor C5. Refrigerant shipping information has data for each refrigerant type.

The refrigerant distribution information has at least an implementer ID, which is a trader ID of the distributor C5, a distribution destination ID, a refrigerant type, a refrigerant distribution amount, and an implementation date. The distribution destination ID is the trader ID of the first trader C1 to which the refrigerant is distributed. The refrigerant type is the type of the refrigerant distributed by the distributor C5. The refrigerant distribution amount is the amount of the refrigerant distributed by the distributor C5. The refrigerant distribution information has data for each distribution destination ID and for each refrigerant type. When the management server 20 decides to register the refrigerant distribution information after the distributor C5 inputs the refrigerant distribution information to the management server 20, the management server 20 acquires the date when the refrigerant distribution information is registered as the implementation date.

The management server 20 acquires the information input by the distributor C5 and the information such as the implementation date registered by the management server 20, generates the first information T51 as shown in FIG. 12, and generates the refrigerant management database. Save in DB6.

(2-6) The second information management server 20, which only the administrator has viewing authority, has a second information regarding the amount of refrigerant handled by each trader based on the first information and the second information stored in the refrigerant management information database DB6. Information T92 is generated. The management server 20 registers the generated second information T92 in the refrigerant management information database DB 6 of the storage unit 22. The trader can confirm the second information T92 stored in the management server 20 by using the input terminals 10a, 10b, .... The second information that can be confirmed by the trader is the second information that the trader has the viewing authority, and is generated from, for example, the first information acquired by the management server 20 based on the data input by the trader to the management server 20. The second information is T11, T12, T21, T22, .... The administrator S can confirm all the second information stored in the management server 20 by using the administrator terminal 80. In addition to the second information shown in FIGS. 8 and 9, the management server 20 generates the second information T92, which only the administrator S has the viewing authority, based on the acquired first information.

FIG. 13 is a diagram for explaining an example of the second information T92 regarding the amount of refrigerant handled by each trader whose viewing authority is only the administrator S. The second information T92 shown in FIG. 13 is information that associates information about a trader with information about a refrigerant used in a refrigerant-using device 30 that is a business target of the trader in the entire refrigerant management system 100.

The "information about the trader" included in the second information T92 corresponds to the "trader ID" shown in FIG. This is the ID of a trader such as the first trader C1. Specifically, the “contractor ID” is the implementer ID shown in FIGS. 8 to 12. In FIG. 13, “CA006” and “CA015” are trader IDs of the first trader C1 that performs installation work, maintenance work, and collection work. "GA019" is a trader ID of the remanufacturer C4. "HA019" is a trader ID of the distributor C5.

In the second information T92, as "information on the refrigerant used in the refrigerant-using device 30," as shown in FIG. 13, the refrigerant type, the amount of the refrigerant possessed, the amount of the refrigerant used, the amount of the planned refrigerant recovered, the amount of the refrigerant recovered, The amount of refrigerant regeneration, the amount of waste refrigerant, the amount of planned refrigerant distribution and the amount of refrigerant distribution are included. The refrigerant type is a name representing the type of refrigerant distributed in the refrigerant circulation cycle. Information other than the refrigerant type relates to the amount of refrigerant circulating in the refrigerant circulation cycle.

The amount of refrigerant possessed is the total amount of refrigerant possessed by the trader.

The amount of refrigerant used is the total amount of refrigerant used by the trader in the refrigerant-using equipment 30 among the amount of refrigerant possessed. The refrigerant used by the trader in the refrigerant-using device 30 is a refrigerant filled in the refrigerant-using device 30 and the refrigerant piping connected to the refrigerant-using device 30. When the contractor is an installation contractor C1 or a maintenance contractor C1, the amount of refrigerant used is the total amount of refrigerant filled in all the refrigerant-using equipment 30 to be business and the refrigerant piping connected to the refrigerant-using equipment 30. is there. The amount of refrigerant used is a value obtained by subtracting the amount of refrigerant held in the refrigerant cylinder 40 and the recycling cylinder 70 by the contractor from the amount of refrigerant held. The amount of refrigerant used is calculated based on, for example, the "amount of refrigerant used" included in the second information T11, T12, T21, T22, ... Shown in FIGS. 8 and 9.

The planned amount of refrigerant to be recovered is the total amount of refrigerant that is expected to be recovered from the refrigerant-using device 30 by the recovery company C1 within a predetermined period of the amount of refrigerant used by the installation company C1 or the maintenance company C1. The acquisition unit 21 acquires the planned refrigerant recovery amount based on the first information. The planned amount of refrigerant recovered is, for example, the total amount of refrigerant filled in the refrigerant-using equipment 30 for which a predetermined period has passed from the time of installation or the start of use. The predetermined period is set based on the type of the refrigerant used, the model of the refrigerant-using device 30, and the like. For example, the refrigerant-using device 30 15 years after the installation work is performed and the refrigerant filled in the refrigerant piping connected to the refrigerant-using device 30 are treated as the refrigerant to be recovered.

Specifically, the acquisition unit 21 acquires the planned refrigerant recovery amount based on the third information included in the first information. The third information is information on the implementation date. Here, the implementation date is a work day or a work month. The working day is the day when at least one of the installation information and the maintenance information is registered. The work month is the month in which at least one of the installation information and the maintenance information is registered.

The refrigerant recovery amount is the total amount of the refrigerant recovered from the refrigerant-using device 30 by the recovery company C1. The refrigerant recovery amount is calculated based on, for example, the “pre-regeneration refrigerant amount” included in the first information T41 shown in FIG. 11 and the refrigerant recovery amount contained in the first information T31 shown in FIG.

In the present embodiment, the installation contractor C1, the maintenance contractor C1, and the collection contractor C1 are the same first contractor C1. Therefore, when the trader is the first trader C1, the second information T92 includes the refrigerant recovery amount in addition to the refrigerant usage amount and the refrigerant recovery planned amount as the information regarding the amount of the refrigerant.

The refrigerant regeneration amount is the total amount of the refrigerant regenerated by the regenerator C4. The refrigerant regeneration amount is calculated based on, for example, the "refrigerant regeneration amount" included in the first information T41 shown in FIG.

The amount of waste refrigerant is the total amount of refrigerant that has not been recycled by the remanufacturer C4.

The planned refrigerant distribution amount is the total amount of the refrigerant to be distributed from the distributor C5. The planned amount of refrigerant to be distributed is calculated based on the content of the application, for example, when the installer C1 and the maintenance company C1 make an application to the distributor C5 regarding the distribution of the refrigerant. The content of the application is, for example, the amount of the refrigerant distributed in the past, the latest distribution date of the refrigerant, and the reason for applying for the distribution of the refrigerant.

The refrigerant distribution amount is the total amount of the refrigerant distributed from the distributor C5 to the installation company C1 or the maintenance company C1. The refrigerant distribution amount is calculated based on, for example, the "refrigerant distribution amount" included in the first information T51 shown in FIG.

The amount of the refrigerant contained in the second information T92 may be the amount for each refrigerant-using device 30. In this case, the second information T92 may be information associating the device ID of the refrigerant-using device 30 with the amount of refrigerant used in the refrigerant-using device 30.

As described above, the second information T92 is information relating the information on the business operator related to the refrigerant-using equipment 30 and the amount of the refrigerant used in the refrigerant-using equipment 30 which is the business target of the business operator, and This is information relating the information on the refrigerant-using device 30 and the amount of the refrigerant used in the refrigerant-using device 30.

(3) Effect In the refrigerant management system 100, the management server 20 can centrally grasp the refrigerant circulating in the refrigerant circulation cycle and provide information on the refrigerant to each supplier. Specifically, the management server 20 generates second information associating the amount of the refrigerant used in the refrigerant-using device 30 with the information of the trader based on the first information acquired from the information input by the trader. Can be provided to each vendor. Therefore, the refrigerant management system 100 including the management server 20 can manage the amount of the refrigerant distributed on the market at each stage of the refrigerant circulation cycle.

In particular, in the refrigerant management system 100, the management server 20 can acquire the first information even in the installation stage by the installer C1 and the maintenance stage by the maintenance contractor C1. The installation stage and the maintenance stage are stages prior to the recovery stage in which the refrigerant is recovered by the recovery company C1. In other words, the management server 20 can acquire not only the information on the recovered refrigerant but also the information on the refrigerant before it is recovered. Therefore, the refrigerant management system 100 can manage the amount of the refrigerant before being recovered by the recovery company C1, for example, the amount of the refrigerant filled and used in the refrigerant-using device 30. This makes it easier for the manager S of the refrigerant management system 100 to predict the amount of refrigerant recovered in the future and make a long-term plan for refrigerant management related to the production and distribution of the refrigerant. Further, the manager S determines the amount of refrigerant supplied to the installer C1 and the maintenance supplier C1 based on a long-term plan of refrigerant management, for example, within the range of the amount of refrigerant that can be produced by the refrigerant manufacturer C7. Management can be performed smoothly.

(4) Features (4-1)
Conventionally, with respect to the refrigerant used in the refrigerant-using equipment, there is known a system capable of grasping or managing the amount of the refrigerant based on the information on the refrigerant delivered or scheduled to be delivered to the recovery company. However, in such a system, it is difficult to grasp or manage the amount of the refrigerant on the market at each stage of the refrigerant circulation cycle shown in FIG. 1, and in particular, the amount of the refrigerant before it is delivered to the recovery company. Difficult to grasp or manage the amount.

In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 of the management server 20 acquires the first information at at least one time point when the refrigerant-using device 30 is installed and when the refrigerant-using device 30 is maintained. The first information includes at least device specific information, vendor information, and refrigerant additional filling amount information. The acquisition unit 21 acquires the refrigerant prefilled amount based on the device specific information of the first information, and totals the refrigerant prefilled amount and the refrigerant additional refilled amount included in the refrigerant additional filling amount information of the first information. To obtain the amount of refrigerant used. The generation unit 23 of the management server 20 uses the refrigerant usage amount and the vendor information of the first information to generate the second information in which the refrigerant usage amount and the vendor are associated with each other.

As described above, the acquisition unit 21 receives the second information at a time before the recovery of the refrigerant used in the refrigerant-using device 30, in other words, at the installation stage or the maintenance stage of the refrigerant circulation cycle shown in FIG. The first information necessary for generating the above can be obtained. Therefore, the refrigerant management system 100 can acquire information about the refrigerant before it is recovered by the recovery company, and can manage the amount of the refrigerant filled and used in each refrigerant-using device 30 in association with the company.

In addition, the acquisition unit 21 can collect the first information regarding the refrigerant circulating in the refrigerant circulation cycle at each stage of the refrigerant circulation cycle. As shown in FIG. 1, each stage of the refrigerant circulation cycle is a production stage, a distribution stage, an installation stage, a maintenance stage, a recovery stage, a regeneration stage, and a disposal stage. The generation unit 23 can generate the second information based on the first information collected at each stage of the refrigerant circulation cycle.

Therefore, the refrigerant management system 100 manages the amount of the refrigerant distributed in the market by generating the second information based on the first information collected from the supplier handling the refrigerant used in the refrigerant-using device 30. be able to. As a result, for example, the administrator S of the refrigerant management system 100 can refer to the second information stored in the management server by using the administrator terminal 80 to obtain information on the amount of the refrigerant distributed in the market. It is possible to obtain an appropriate production amount of the refrigerant.

(4-2)
In the refrigerant management system 100 of the present embodiment, the storage unit 22 of the management server 20 stores the amount of the refrigerant already filled in association with the device identification information, so that the acquisition unit 21 stores the device identification information of the acquired first information. Based on, the stored refrigerant charge amount can be obtained. Therefore, the refrigerant management system 100 can acquire the amount of refrigerant used based only on the first information.

(4-3)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires capacity information regarding the capacity of the refrigerant-using equipment 30 based on the acquired equipment identification information of the first information, and is already filled with the refrigerant based on the acquired capacity information. You can get the quantity. Therefore, the refrigerant management system 100 predicts the pre-filled amount of the refrigerant based on the capacity information registered in advance in the management server 20, even if the pre-filled amount of the refrigerant of the refrigerant-using device 30 is not registered in the management server 20. Can be obtained.

(4-4)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires input data including capacity information regarding the capacity of the refrigerant-using device 30, and acquires the amount of the refrigerant already filled based on the capacity information included in the input data. Can be done. Therefore, even if the refrigerant filling amount of the refrigerant-using device 30 is not registered in the management server 20, the refrigerant management system 100 predicts the refrigerant filling amount based on the capacity information input to the management server 20 by the vendor. Can be obtained.

(4-5)
In the refrigerant management system 100 of the present embodiment, as shown in steps S12 to S15 of FIG. 7, the acquisition unit 21 can acquire the amount of the refrigerant already filled based on the device specific information or the capacity information. Specifically, when the acquisition unit 21 stores the refrigerant charge amount in association with the device identification information, the acquisition unit 21 acquires the refrigerant charge amount based on the device identification information of the acquired first information, and the device. When the refrigerant charge amount is not stored in association with the specific information, the predicted value of the refrigerant charge amount is acquired based on the capacity information acquired based on the device specific information of the acquired first information. Therefore, the refrigerant management system 100 can acquire an appropriate value that can be used as the pre-filled amount of the refrigerant according to the information registered in the management server 20.

(4-6)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires the total amount of the refrigerant used by the plurality of refrigerant-using devices 30 targeted by the trader, and the generation unit 23 obtains the total amount of the refrigerant used and the trader. The information associated with and can be further generated as the second information. Therefore, the refrigerant management system 100 can manage the amount of the refrigerant filled and used in all the refrigerant-using devices 30 targeted by each trader in association with the trader.

(4-7)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires the planned refrigerant recovery amount, which is the amount of the refrigerant scheduled to be recovered from the refrigerant-using device 30 within a predetermined period, and the generation unit 23 plans to recover the refrigerant. Information relating the quantity and the trader can be further generated as the second information. Therefore, the refrigerant management system 100 can manage the amount of the refrigerant that is expected to be recovered from the refrigerant-using equipment 30 that the installation company and the maintenance company are targeting.

(4-8)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires the planned refrigerant recovery amount based on the third information including the work day or work month in which at least one of the installation information and the maintenance information is registered. For example, the acquisition unit 21 acquires the planned refrigerant recovery amount based on the amount of the refrigerant used in the refrigerant-using device 30 for which a predetermined period has elapsed from the work day or work month included in the third information. Therefore, the refrigerant management system 100 can use the planned refrigerant recovery amount as an appropriate predicted value of the amount of the refrigerant recovered from the refrigerant-using device 30 within a predetermined period.

(4-9)
In the refrigerant management system 100, the acquisition unit 21 acquires the first information based on the data input by the trader who performs the business related to the refrigerant-using device 30. Specifically, as shown in FIG. 1, the traders are a first trader C1, a remanufacturer C4, and a distributor C5. These vendors own input terminals 10a, 10b, ... For inputting predetermined data to the management server 20. Therefore, the contractor uses the input terminals 10a, 10b, ... To obtain predetermined data during the execution of the work or immediately after the work is completed at the site where the work related to the refrigerant used in the refrigerant-using device 30 is performed. It can be input to the management server 20.

(4-10)
In the refrigerant management system 100, in order for the acquisition unit 21 to acquire the first information, the trader does not need to input all the information related to the business to the management server 20, so that the input terminals 10a, 10b, ... The required time can be shortened and input errors can be suppressed.

(5) Modification example (5-1) Modification example A
In the regeneration stage shown in FIG. 1, the refrigerant regenerator regenerates the refrigerant recovered by the recovery company. However, if the recovered refrigerant cannot be regenerated, at least a part of the recovered refrigerant may be discarded by the recovery company or the recycling company. At least a part of the recovered refrigerant may be discarded by a specialist other than the recovery company or the recycling company. When the recovered refrigerant cannot be regenerated, for example, when the refrigerant cannot be physically or chemically regenerated due to pollution or alteration, or when the cost of the refrigerant regeneration process is high and the refrigerant is regenerated for the purpose of reuse. That is not the case.

In this case, the disposer C9, which is engaged in the business of disposing of the refrigerant, may input predetermined information into the management server 20. The predetermined information is a device ID or the like of the refrigerant-using device 30 which is a business target. FIG. 14 is a diagram for explaining the first information T61 acquired by the acquisition unit 21 by the input of the abandoner C9. It is assumed that the abandoner C9 is a different company from the collector C1 and the remanufacturer C4.

The disposer C9 receives, for example, a collection cylinder 50 from the collection company C1. The recovery cylinder 50 received from the recovery company C1 is filled with a refrigerant that is to be discarded because it cannot be regenerated. In this case, the recovery company C1 has a recovery cylinder 50 for delivering the recovery cylinder 50 filled with the refrigerant recovered from the refrigerant-using device 30 to the recycling company C4 and a recovery cylinder 50 for delivering to the disposal company C9. It is classified into 50 in advance.

As shown in FIG. 14, the first information T61 acquired by the acquisition unit 21 by the input of the waste supplier C9 has at least the refrigerant recovery information and the refrigerant waste information. The refrigerant recovery information is information about the refrigerant before it is discarded by the abandoner C9. The refrigerant waste information is information about the refrigerant after being discarded by the waste supplier C9.

The refrigerant recovery information includes at least an implementer ID, which is a trader ID of the recovery trader C1, a refrigerant type, and a refrigerant recovery amount. The refrigerant type is the type of the refrigerant recovered by the recovery company C1. The refrigerant recovery amount is the amount of the refrigerant recovered by the recovery company C1. The refrigerant recovery information has data for each recovery company C1 and for each refrigerant type.

The refrigerant waste information includes at least an implementer ID, which is a trader ID of the waste trader C9, a refrigerant type, a refrigerant waste amount, and an implementation date.

(5-2) Modification B
In the embodiment, the installer, the maintenance contractor, and the collection contractor are the same first contractor C1. However, the installer, maintenance contractor and collection contractor may be different from each other. In that case, each vendor may be required to input all the information related to the business, and the information already registered in the database of the management server 20 may be provided to each vendor in the same manner as in the above embodiment. May be simplified.

FIG. 15 is a diagram for explaining the second information in which only the administrator S has the viewing authority in this modified example. In FIG. 15, "CA006" is a contractor ID of an installer, "DA009" is a contractor ID of a maintenance contractor, "FA012" is a contractor ID of a collection contractor, and "GA019" is a remanufacturer. The trader ID of the above, and "HA019" is the trader ID of the distributor.

In this modification, the installer and the maintenance company do not perform the work of recovering the refrigerant from the refrigerant-using device 30. Therefore, as shown in FIG. 15, the information about the installer or the maintenance company includes the amount of the refrigerant used and the amount of the planned refrigerant recovery, and does not include the amount of the refrigerant recovered. Information about the collector includes only the amount of refrigerant recovered.

In addition, any of the equipment manufacturer, the refrigerant manufacturer, the distributor, the installation company, the maintenance company, the collection company, the remanufacturing company, and the disposal company may be the same company, or they may be different companies. It may be. For example, the equipment manufacturer, the refrigerant manufacturer, the distributor, and the installer may be the same manufacturer, or the installer, the collector, the remanufacturer, and the abandoner may be the same supplier. In other words, which of the above vendors is the same vendor is not particularly limited.

(5-3) Modification C
In the refrigerant management system 100, the second information generated by the generation unit 23 and having the viewing authority only by the manager S includes information on a trader who performs business related to the refrigerant-using device 30 and the trader's information, as shown in FIG. This is information associated with the refrigerant used in the refrigerant-using device 30 to be used for business.

However, the second information that only the administrator S has the viewing authority may be information relating to the refrigerant-using device 30 and the refrigerant used in the refrigerant-using device 30. In this case, the second information that only the administrator S has the viewing authority is, as shown in FIG. 16, the property ID of the property in which the refrigerant-using device 30 is installed as an example of the information regarding the refrigerant-using device 30, and the property ID thereof. It may be information associated with information on the amount of refrigerant in the refrigerant-using device 30 installed in the property. In FIG. 16, a refrigerant type and a refrigerant amount are shown as information regarding the amount of the refrigerant in the refrigerant-using device 30. Here, the amount of refrigerant is, for example, the amount of refrigerant filled in the refrigerant-using device 30 installed in the corresponding property and the refrigerant piping connected to the refrigerant-using device 30.

Further, as shown in FIG. 17, the second information to which only the administrator S has the viewing authority includes the device owner ID of the owner of the refrigerant-using device 30 and its owner as an example of the information regarding the refrigerant-using device 30. The information may be associated with the information regarding the amount of the refrigerant of the refrigerant-using device 30 held by the company. In FIG. 17, a refrigerant type and a refrigerant amount are shown as information regarding the amount of the refrigerant in the refrigerant-using device 30.

The information regarding the refrigerant-using device 30 is not limited to the above, and may be, for example, at least one of device ID, device manufacturer ID, device owner ID, and device installation location information.

The second information, which only the administrator S has the viewing authority, includes information on a trader who performs business related to the refrigerant-using equipment 30, information relating to the refrigerant used in the refrigerant-using equipment 30 which is the business target of the trader, and information. , Information on the refrigerant-using equipment 30 and information relating to the refrigerant used in the refrigerant-using equipment 30 may be included.

(5-4) Modification D
In the refrigerant management system 100, the management server 20 is managed by the manager S of the refrigerant management system 100. Here, the administrator S may be the same as a trader who uses the input terminals 10a, 10b, .... For example, in the embodiment, the manager S may belong to the first trader C1.

(5-5) Modification E
In the embodiment, the acquisition unit 21 of the management server 20 can acquire the amount of the refrigerant already filled in the refrigerant-using device 30 by accessing the device information database DB1 using the device ID of the refrigerant-using device 30. When the pre-filled amount of the refrigerant is not registered in the device information database DB1, the pre-filled amount of the refrigerant of the refrigerant-using device 30 is obtained by predicting from the capacity information.

In this modification, when the refrigerant filling amount of the refrigerant-using device 30 is input in step S16, the supplier operates the input terminals 10a, 10b, ... And directly inputs the refrigerant filling amount to the management server 20. You may. Further, the trader may operate the input terminals 10a, 10b, ... To select an appropriate refrigerant prefilled amount from a plurality of options regarding the refrigerant prefilled amount.

Further, the acquisition unit 21 may estimate the capacity of the refrigerant-using equipment 30 from the model name or equipment ID of the refrigerant-using equipment 30, and acquire the amount of the refrigerant already filled from the estimated capacity. Further, the acquisition unit 21 may prompt the trader to input the capacity information of the refrigerant-using device 30, and may acquire the prefilled amount of the refrigerant from the input capacity information.

(5-6) Modification F
In the embodiment, after the trader logs in to the management server 20, the trader directly inputs information about the business into the management server 20. However, the information input to the management server 20 may be input by transmitting the information input by the trader to its own terminal or the like to the management server 20.

(5-7) Modification G
In the embodiment, after the installation company inputs the installation information, the maintenance company and the collection company input the maintenance information and the collection information, respectively, but the maintenance company manages the maintenance information of the refrigerant-using equipment or the property for which the installation information does not exist. You may register in 20.

(5-8) Modification H
In the embodiment, the implementation date is a work day or a work month. In the embodiment, the working day or working month is the day or month in which at least one of the installation information and the maintenance information is registered. However, the work day may be at least one of the day when the installer C1 actually performs the installation work and the day when the maintenance contractor C1 performs the actual maintenance work, and the work month is the day when the installer C1 performs the actual maintenance work. It may be at least one of the month when the actual installation work is performed and the month when the maintenance contractor C1 performs the actual maintenance work. In this case, the management server 20 may have the installation contractor C1 and the maintenance contractor C1 input the work date or the work month.

(6) Conclusion Although the embodiments of the present disclosure have been described above, it is understood that various modifications of the forms and details are possible without departing from the purpose and scope of the present disclosure described in the claims. Will be.

Refrigerant management systems can be used to control the amount of refrigerant used in refrigerant-using equipment.

20 Management server (computer)
21 Acquisition unit 22 Storage unit 23 Generation unit 30 Refrigerant-using equipment 100 Refrigerant management system

Japanese Unexamined Patent Publication No. 2015-125672

Relevant to systems and programs for managing refrigerants .

Conventionally, as disclosed in Patent Document 1 (Japanese Unexamined Patent Publication No. 2015-125672), reuse of a refrigerant, etc., is performed based on information on a fluorocarbon refrigerant that has been or will be delivered to a fluorocarbon recovery company. Systems that manage refrigerants for the purpose are known.

There is a problem that it is difficult to manage the refrigerant before it is handed over to the recovery company.

The refrigerant management system of the first aspect includes one or more computers. The computer has an acquisition unit, a storage unit, and a generation unit. The acquisition unit acquires the first information, acquires the amount of the refrigerant already filled, and acquires the amount of the refrigerant used. The generation unit generates the second information. The first information includes device identification information for specifying a refrigerant-using device, vendor information on a business operator related to a refrigerant-using device, and a refrigerant additional filling amount which is the amount of refrigerant additionally filled in the refrigerant-using device. It has information on the amount of additional refrigerant to be included. The amount of refrigerant already filled is the amount of refrigerant that is pre-filled in the equipment using the refrigerant. The amount of refrigerant used is the amount of refrigerant used in equipment using refrigerant. The second information is information relating the amount of refrigerant used and the trader. The acquisition unit acquires the first information at least at the time of installation and maintenance of the equipment using the refrigerant. The acquisition unit acquires the amount of the refrigerant already filled based on the device specific information of the acquired first information. The acquisition unit acquires the amount of refrigerant used by summing the acquired amount of refrigerant already filled and the amount of additional refrigerant charged included in the acquired first information of the amount of additional refrigerant charged. The storage unit stores the amount of the refrigerant already filled in association with the device specific information. The generation unit generates the second information by using the refrigerant usage amount acquired by the acquisition unit and the vendor information of the first information acquired by the acquisition unit. The acquisition unit acquires the amount of the refrigerant already filled stored in the storage unit based on the device-specific information of the acquired first information.

The refrigerant management system of the first aspect can manage the refrigerant before it is delivered to the collection company.

The refrigerant management system of the first aspect can acquire the amount of the refrigerant used in the equipment using the refrigerant.

The refrigerant management system of the second viewpoint is the system of the first viewpoint, and the storage unit further stores the capacity information regarding the capacity of the refrigerant-using equipment in association with the equipment specific information. The acquisition unit acquires the capacity information based on the device specific information of the acquired first information, and acquires the refrigerant charge amount based on the acquired capacity information.

The refrigerant management system of the second aspect can acquire a predicted value of the amount of the refrigerant pre-filled in the refrigerant-using equipment.

The refrigerant management system of the third aspect is the system of the first aspect, and the storage unit further stores the amount of the refrigerant already filled in association with the ability information regarding the ability of the equipment using the refrigerant. Acquisition unit acquires input data include the capability information, to acquire the refrigerant prefilled amount based on the capability information included in the input data.

The refrigerant management system of the third aspect can acquire a predicted value of the amount of the refrigerant pre-filled in the refrigerant-using equipment.

The refrigerant management system of the fourth viewpoint is the system of the first viewpoint, and the storage unit further stores the capacity information regarding the capacity of the refrigerant-using equipment in association with the equipment specific information. When the acquisition unit stores the refrigerant charge amount in association with the device identification information, the acquisition unit acquires the stored refrigerant charge amount based on the device identification information of the acquired first information. Computer equipment when certain information in association with not stored refrigerant prefilled amount acquired acquires capability information based on the device identification information of the first information, refrigerant prefilled based on the acquired capability information Get the quantity.

The refrigerant management system of the fourth aspect can acquire an appropriate value that can be used as the amount of the refrigerant pre-filled in the refrigerant-using equipment.

The refrigerant management system of the fifth viewpoint is any of the systems from the first viewpoint to the fourth viewpoint , and the acquisition unit is based on a plurality of first information of a plurality of refrigerant-using devices targeted by the trader. Obtain the total amount of refrigerant used. As the second information, the generation unit further generates information related to the total amount acquired by the acquisition unit and the trader.

The refrigerant management system of the fifth aspect can manage the amount of the refrigerant filled and used in all the refrigerant-using devices targeted by each trader in association with the trader.

The refrigerant management system of the sixth aspect is any system from the first aspect to the fifth aspect , and the first information further includes the third information. The third information includes a work day or a work month in which at least one of the installation work at the time of installing the refrigerant-using equipment and the maintenance work at the time of maintenance of the refrigerant-using equipment is performed. Based on the amount of refrigerant used in the refrigerant-using equipment for which a predetermined period has passed from the working day or working month included in the third information , the acquisition unit plans to recover the refrigerant from the refrigerant-using equipment within the predetermined period. Obtain the amount of refrigerant to be recovered, which is the amount of As the second information, the generation unit further generates information relating the refrigerant recovery planned amount acquired by the acquisition unit and the supplier.

The refrigerant management system of the sixth aspect can manage the amount of refrigerant that is likely to be recovered from the refrigerant-using equipment.

In the refrigerant management system of the sixth aspect, the planned refrigerant recovery amount can be used as an appropriate predicted value of the amount of the refrigerant recovered from the refrigerant-using equipment within a predetermined period.

In the refrigerant management system of the sixth aspect, the planned refrigerant recovery amount can be used as an appropriate predicted value of the amount of the refrigerant recovered from the refrigerant-using equipment within a predetermined period.

The program of the seventh aspect is a program for causing one or more computers to execute the following steps (1) to (5).
(1) A step of storing a prefilled amount of refrigerant, which is the amount of refrigerant pre-filled in the device using refrigerant, in association with the device identification information for specifying the device using refrigerant.
(2) A step of acquiring the first information at least at the time of installation and maintenance of the equipment using the refrigerant. The first information includes device specific information, supplier information on a business operator related to a refrigerant-using device, and refrigerant additional filling amount information including a refrigerant additional filling amount which is the amount of refrigerant additionally filled in the refrigerant-using device. Have.
(3) A step of acquiring the amount of the refrigerant already filled based on the device specific information of the acquired first information.
(4) Refrigerant use, which is the amount of refrigerant used in the equipment using the refrigerant by summing the acquired refrigerant additional charge amount and the refrigerant additional charge amount included in the acquired first information refrigerant additional charge amount information. Steps to get the quantity.
(5) A step of generating a second information relating the refrigerant usage amount and the trader by using the acquired refrigerant usage amount and the acquired trader information of the first information.

The program of the seventh aspect can manage the refrigerant before it is handed over to the collector.

It is a schematic diagram of a refrigerant circulation cycle. It is a figure which shows the network composition of the refrigerant management system 100. It is a schematic diagram which shows the whole structure of the refrigerant management system 100. It is a block diagram of the input terminals 10a, 10b, ..., The administrator terminal 80 and the management server 20. It is a figure for demonstrating the device information database DB1. It is a table showing the business contents of each trader. It is a flowchart of the process of acquiring the amount of refrigerant already filled. It is a figure for demonstrating the 2nd information generated from the 1st information acquired by the management server 20 by the input of the installer C1. It is a figure for demonstrating the 2nd information generated from the 1st information acquired by management server 20 by the input of maintenance company C1. It is a figure for demonstrating the 1st information acquired by the management server 20 by the input of the collection company C1. It is a figure for demonstrating the 1st information acquired by the management server 20 by the input of the remanufacturer C4. It is a figure for demonstrating the 1st information acquired by the management server 20 by the input of a distributor C5. It is a figure for demonstrating an example of the 2nd information that only the administrator S has a viewing authority. It is a figure for demonstrating the 1st information which the management server 20 acquires by the input of the abandoner C9. It is a figure for demonstrating the 2nd information in the modification B. It is a figure for demonstrating the 2nd information in the modification C. It is a figure for demonstrating the 2nd information in the modification C.

(1) Overall configuration The refrigerant management system 100 is a system that manages the refrigerant used in the refrigerant-using equipment. A refrigerant-using device is a device provided with a vapor-compression refrigeration cycle using a refrigerant. Refrigerant-using equipment is, for example, an air conditioner, an air purifier, a heat pump type hot water supply device, a refrigerating device, or a refrigerating device. The refrigerant used in the refrigerant-using equipment is, for example, R32, R452B, R410A, R454B, an HFO-based mixed refrigerant (for example, a mixed refrigerant of HFO-1123 and R32), CO ₂ or CF ₃ I (single or a mixed refrigerant thereof). ).

Refrigerant management performed by the refrigerant management system 100 means that the refrigerants circulating in the refrigerant circulation cycle are centrally grasped, or the grasped refrigerant information is provided to each trader. FIG. 1 is a schematic diagram of a refrigerant circulation cycle. The refrigerant circulation cycle mainly consists of a production stage, a distribution stage, an installation stage, a maintenance stage, a recovery stage, a regeneration stage, and a disposal stage. In FIG. 1, the flow of the refrigerant is indicated by an arrow. The refrigerant is distributed in a state of being filled in a dedicated container such as a cylinder or a device using a refrigerant. FIG. 1 shows the flow of the container R1 filled with the refrigerant and the refrigerant-using device R2 filled with the refrigerant.

At the production stage, a new refrigerant is produced by the refrigerant manufacturer. At the distribution stage, the newly produced refrigerant is filled in a dedicated cylinder or the like and shipped. Refrigerant shipping destinations are, for example, manufacturers of refrigerant-using equipment (hereinafter referred to as “equipment manufacturers”), installers of refrigerant-using equipment, and maintenance companies of refrigerant-using equipment. The equipment manufacturer, the installer, and the maintenance company may be the same company or different companies. The equipment manufacturer fills the refrigerant-using equipment with the refrigerant as necessary at the time of manufacturing or shipping the refrigerant-using equipment.

In the distribution stage, the newly produced refrigerant or the regenerated refrigerant is distributed by the refrigerant distributor. The distributor, for example, purchases a refrigerant produced by a refrigerant manufacturer or a regenerated refrigerant and sells it to at least one of an equipment manufacturer, an installer, and a maintenance company. The distributor may be a distributor of the refrigerant. The distributor may be a distributor that distributes the refrigerant-using equipment filled with the refrigerant.

At the installation stage, the installer installs the refrigerant-using equipment at a predetermined installation location. The predetermined installation location is, for example, a property such as a building used or owned by the owner of the equipment using the refrigerant. At the time of installation of the equipment using the refrigerant, the installer fills the equipment using the refrigerant and the refrigerant piping with the refrigerant by using a cylinder or the like filled with the refrigerant, if necessary.

In the maintenance stage, the maintenance company manages the installed refrigerant-using equipment. Specifically, the maintenance contractor performs inspection work or repair work of the equipment using the refrigerant. If necessary, the maintenance contractor uses a cylinder or the like filled with the refrigerant to replace the refrigerant filled in the refrigerant-using equipment or refill the refrigerant-using equipment to replenish the refrigerant. .. The refrigerant replacement work is performed, for example, when a predetermined period has elapsed after the equipment using the refrigerant is installed. The refrigerant refilling operation is performed, for example, when it is discovered at the time of inspection that the amount of the refrigerant filled in the equipment using the refrigerant is insufficient.

At the recovery stage, the refrigerant recovery company recovers the refrigerant-using equipment, or the refrigerant-using equipment installed in the property and the refrigerant filled in the refrigerant piping. The recovery company recovers the refrigerant when repairing, relocating, or disposing of the equipment using the refrigerant. As a method of recovering the refrigerant, a method of collecting and recovering the refrigerant filled in the refrigerant pipe in the equipment using the refrigerant, and a method of filling the equipment using the refrigerant and the refrigerant in the refrigerant pipe in a dedicated cylinder or the like and recovering the refrigerant. And so on. The recovery company also takes out the refrigerant from the refrigerant-using equipment and recovers it when replacing the refrigerant filled in the refrigerant-using equipment.

In the regeneration stage, the refrigerant regenerator regenerates the refrigerant recovered by the recovery company. The refrigerant regeneration process is, for example, a process of removing impurities from the recovered refrigerant and a process of reproducing the refrigerant using the recovered refrigerant as a raw material. The regenerator takes a cylinder or the like filled with the refrigerant to be regenerated from the recovery company and regenerates the refrigerant. The regenerated refrigerant is filled in a dedicated cylinder or the like.

At the disposal stage, a part of the refrigerant recovered by the collection company is discarded by the disposal company. Disposal of the refrigerant means, for example, the work of chemically destroying the refrigerant to convert it into a substance that does not adversely affect the human body and the environment, and the work of storing the refrigerant so that it is not used. The abandoner takes over the equipment and cylinders that use the refrigerant filled with the refrigerant to be abolished from the collector and disposes of the refrigerant.

In the following, the term "contractor" shall mean an equipment manufacturer, a refrigerant manufacturer, an installation company, a maintenance company, a collection company, a remanufacturing company, and a distributor, unless otherwise specified. At least some of these vendors may be the same vendor. For example, the equipment manufacturer, the installation company, the maintenance company, and the collection company may be the same company, and the remanufacturing company and the distributor may be the same company. In the present embodiment, the installation contractor, the maintenance contractor, and the collection contractor are the same contractor. Each vendor is assigned a login ID required to access the refrigerant management system 100. The same login ID is not assigned to a plurality of different vendors. The trader can access the refrigerant management system 100 by performing a login process using his / her own login ID.

FIG. 2 is a diagram showing a network configuration of the refrigerant management system 100. FIG. 3 is a schematic view showing the overall configuration of the refrigerant management system 100. The arrows shown in FIG. 3 indicate the flow of data handled by the refrigerant management system 100.

The refrigerant management system 100 is mainly composed of a plurality of input terminals 10a, 10b, ..., One management server 20, one administrator terminal 80, and a network 90 connecting them. The network 90 is, for example, the Internet.

The input terminals 10a, 10b, ... Are client computers used and managed by a trader. The input terminals 10a, 10b, ... Are, for example, mobile terminals such as smartphones and tablets. When the trader is an organization such as a corporation, the actual operator of the input terminals 10a, 10b, ... Is an individual belonging to the trader, such as a serviceman of the manufacturer. In the following, the term "trader" also means a person who actually operates the input terminals 10a, 10b, .... The trader operates the input terminals 10a, 10b, ... To input predetermined data to the input terminals 10a, 10b, ... When performing the work related to the refrigerant distributed in the refrigerant circulation cycle. The input terminals 10a, 10b, ... Have a function of transmitting the data input by the vendor to the management server 20 via the network 90. The input terminals 10a, 10b, ... Have a function of receiving predetermined data from the management server 20 as needed. In the refrigerant management system 100, as shown in FIG. 3, the first supplier C1, the remanufacturer C4, the distributor C5, the equipment manufacturer C6, the refrigerant manufacturer C7, and the disposer C9 are input terminals 10a and inputs, respectively. It owns a terminal 10b, an input terminal 10c, an input terminal 10d, an input terminal 10e, and an input terminal 10f. In the present embodiment, the first contractor C1 is a contractor who also serves as an installation contractor, a maintenance contractor, and a collection contractor. The remanufacturer C4, the distributor C5, the equipment manufacturer C6, the refrigerant manufacturer C7, and the abandoner C9 are different companies from each other and are different from the first company C1.

The management server 20 is a server computer managed by the administrator S of the refrigerant management system 100. As the management server 20, a rental server, a virtual server using a cloud service, or the like may be used. The management server 20 performs operations such as accumulating and processing data received from the input terminals 10a, 10b, ..., Relaying the network 90, and managing the network 90. The management server 20 has a function of transmitting and receiving predetermined data to and from the input terminals 10a, 10b, ..., Via the network 90. As shown in FIG. 2, the management server 20 stores the administrator data 20a and the user data 20b. The administrator data 20a is data that only the administrator S of the refrigerant management system 100 has viewing authority. The user data 20b is data for which the trader has viewing authority. The management server 20 stores user data 20b for each vendor. A trader who has logged in to the refrigerant management system 100 can access his / her own user data 20b by using his / her own input terminals 10a, 10b, .... The administrator S has the authority to view the user data 20b of all vendors.

The manager terminal 80 is a computer used by the manager S of the refrigerant management system 100. The administrator S accesses the management server 20 by using the administrator terminal 80, and manages the refrigerant distributed in the refrigerant circulation cycle. For example, the administrator S acquires predetermined data from the management server 20 using the administrator terminal 80, and provides the information and services regarding the refrigerant managed by the refrigerant management system 100 to the trader.

The trader can directly input predetermined data to the management server 20 by operating the input terminals 10a, 10b, .... The management server 20 can acquire and store the first information based on the data input to the management server 20 by the trader operating the input terminals 10a, 10b, .... When the trader also serves as the administrator S, the trader has both a login ID for the administrator and a login ID for the trader. The management server 20 can acquire and store the first information based on the data input to the management server 20 by operating the administrator terminal 80 by the trader. The management server 20 can generate and store the second information based on the acquired first information. Details of the first information and the second information will be described later.

(2) Detailed Configuration FIG. 4 is a block diagram of input terminals 10a, 10b, ..., Administrator terminal 80 and management server 20.

(2-1) Input terminal The input terminals 10a, 10b, ... Mainly include an input unit 11, a transmission unit 12, a reception unit 13, a display unit 14, a storage unit 15, and a control unit 16. Be prepared.

The input unit 11 accepts operations of the input terminals 10a, 10b, ... By the trader. The transmission unit 12 transmits data to the management server 20 via the network 90. The receiving unit 13 receives data from the management server 20 via the network 90. The data received by the receiving unit 13 is, for example, the first information and the second information stored in the management server 20. The display unit 14 displays predetermined data on the displays of the input terminals 10a, 10b, .... The data displayed by the display unit 14 is, for example, data input by the trader by operating the input terminal 10 to the management server 20 and data received from the management server 20. The storage unit 15 stores data and the like received from the management server 20. The control unit 16 controls the input unit 11, the transmission unit 12, the reception unit 13, the display unit 14, and the storage unit 15.

(2-2) Administrator terminal The administrator terminal 80 mainly includes an input unit 81, a transmission unit 82, a reception unit 83, a display unit 84, a storage unit 85, and a control unit 86.

The input unit 81 accepts the operation of the administrator terminal 80 by the administrator S. The transmission unit 82 transmits data to the management server 20 via the network 90. The receiving unit 83 receives data from the management server 20 via the network 90. The data received by the receiving unit 83 is, for example, the first information and the second information stored in the management server 20. The display unit 84 causes the display of the administrator terminal 80 to display predetermined data. The data displayed by the display unit 84 is, for example, data input by the administrator S to the management server 20 by operating the administrator terminal 80, and data received from the management server 20. The storage unit 85 stores data and the like received from the management server 20. The control unit 86 controls the input unit 81, the transmission unit 82, the reception unit 83, the display unit 84, and the storage unit 85.

(2-3) Management Server The management server 20 mainly includes a control unit 26, a storage unit 22, a transmission unit 24, and a reception unit 25.

The control unit 26 is a microcontroller, a CPU, or the like that can read and execute a program. The control unit 26 mainly has an acquisition unit 21 and a generation unit 23. The acquisition unit 21 and the generation unit 23 correspond to the functions realized by the program read and executed by the control unit 26.

The acquisition unit 21 acquires the first information based on the data input to the management server 20 by the trader operating the input terminals 10a, 10b, ..., Or the administrator terminal 80. The acquisition unit 21 acquires the first information at at least one time point when the refrigerant-using equipment is installed and when the refrigerant-using equipment is maintained. In other words, the acquisition unit 21 acquires the first information at at least one stage of the installation stage and the maintenance stage of the refrigerant circulation cycle shown in FIG.

The generation unit 23 generates the second information based on the first information acquired by the acquisition unit 21.

The storage unit 22 is an auxiliary storage device such as an HDD and an SSD. The storage unit 22 stores the first information acquired by the acquisition unit 21 and the second information generated from the first information. As shown in FIG. 4, the storage unit 22 is composed of the device information database DB1, the refrigerant information database DB2, the account information database DB3, the account management database DB4, the event information database DB5, and the refrigerant management information database DB6. It is composed.

The transmitting unit 24 and the receiving unit 25 are network devices. The transmission unit 24 transmits the first information or the second information generated by the generation unit 23 to the administrator S or the vendor. Specifically, for example, the transmission unit 24 transmits the first information or the second information to the terminal or the like used by the administrator S or the trader. The receiving unit 25 receives data from the input terminals 10a, 10b, ..., And the administrator terminal 80 via the network 90.

(2-4) Details of Management Server (2-4-1) Database Each database that the management server 20 has in the storage unit 22 will be described.

FIG. 5 is a diagram for explaining the device information database DB1. The device information database DB 1 stores information about the refrigerant-using device 30 registered in the refrigerant management system 100. Each record of the device information database DB1 includes at least a device ID, a model name, a device manufacturer ID, a refrigerant type, a refrigerant charge amount, and capacity information. The device ID may be used as the primary key of the device information database DB1.

The device ID is an ID given to the refrigerant-using device 30 when the refrigerant-using device 30 is registered in the refrigerant management system 100. The device ID may be the serial number of the refrigerant-using device 30 or the like. The model name is a character string representing the model of the refrigerant-using device 30. The device manufacturer ID is a trader ID given to the device manufacturer C6 that manufactured the refrigerant-using device 30. The refrigerant type is a character string representing the type of refrigerant used in the refrigerant-using device 30. The refrigerant pre-filled amount is the amount of the refrigerant pre-filled in the refrigerant-using device 30. The amount of refrigerant is represented by the weight of the refrigerant. The unit of the amount of refrigerant is kilogram. The capacity information is the horsepower of the refrigerant-using device 30.

The device information stored in the device information database DB1 is information registered in the management server 20 by the device manufacturer C6 at the time of device manufacturing or device shipment. The device information that is not registered in the device information database DB1 can be registered by the installation company C1 or the maintenance company C2 by accessing the management server 20.

In the present embodiment, the management server 20 has the device information database DB1 in the storage unit 22, but even if the device information is acquired by accessing the database held by the device manufacturer C6 via the network. Good.

The refrigerant information database DB2 stores information regarding a cylinder used for the distribution of the refrigerant registered in the refrigerant management system 100. Each record of the refrigerant information database DB2 includes at least a cylinder ID, a distributor ID, a refrigerant type, and a refrigerant amount.

The account information database DB3 stores information about each trader and manager registered in the refrigerant management system 100. Each record of the account information database DB3 includes at least a trader ID, a trader name, a business content, and a login ID. The trader ID is an ID given to the trader when registering a trader such as the first trader C1 in the refrigerant management system 100. When the trader is registered, the management server 20 assigns the trader ID to the trader and registers the trader so as not to overlap with the trader ID given to the already registered trader. The business content is a character string representing the business content such as installation work and maintenance work. The login ID is an ID used by the trader to access the management server 20. The login ID and the trader ID are associated and stored in the account information database DB3.

The account management database DB4 stores the additional authority information for each trader registered in the refrigerant management system 100. Specifically, in the account management database DB 4, information on business contents, viewing authority of information stored in the storage unit 22, and authority of work that can be performed by accessing the management server 20 is stored for each trader. There is. FIG. 6 is a table showing the business contents of each trader. FIG. 6 shows the types of work that each trader can perform. In FIG. 6, the distribution work, the installation work, the maintenance work, the collection work, the regeneration work, and the disposal work are the distribution stage, the installation stage, the maintenance stage, the collection stage, the regeneration stage, and the disposal in FIG. 1, respectively. It means the work performed by the contractor at the stage.

For example, in FIG. 6, the first trader C1 whose trader ID is "CA006" can perform installation work, maintenance work, and collection work. In this case, the management server 20 determines that the first trader C1 can access the device information database DB1 or the like registered in the management server 20 based on the type of business that the first trader C1 can perform. Then, the management server 20 reads predetermined data from the device information database DB1 and the like in response to the request from the first trader C1 and transmits the predetermined data to the input terminal 10a of the first trader C1.

Further, for example, in FIG. 6, the remanufacturer C4 whose trader ID is "GA019" can perform only the remanufacturing business. In this case, the management server 20 determines that the remanufacturer C4 cannot access the device information database DB1 or the like registered in the management server 20 based on the type of business that the remanufacturer C4 can perform.

The event information database DB 5 stores the contents of the work performed by each trader registered in the refrigerant management system 100. Each record of the event information database DB 5 includes at least the business content, the property ID, the device owner ID, the device ID, the device installation location, and the amount of additional refrigerant charged. The property ID is an ID given to the property that has performed the target business. The equipment owner ID is an ID given to the owner of the refrigerant-using equipment 30. The device ID is an ID given to the device that is the business target. The equipment installation location is a character string representing the address of the property where the target business was performed. The refrigerant additional charge amount is the amount of the refrigerant additionally filled in the equipment or the refrigerant pipe when the target work is performed.

The refrigerant management information database DB6 stores the first information and the second information.

(2-4-2) Acquisition method of the amount of the refrigerant already filled The acquisition unit 21 of the management server 20 obtains the amount of the refrigerant already filled, which is the amount of the refrigerant filled in the refrigerant-using equipment 30 which is the business target of each company at the time of shipment. get. FIG. 7 shows a flowchart of the process of acquiring the amount of the refrigerant already filled. FIG. 7 shows the processing of steps S11 to S20. The process of acquiring the amount of the refrigerant already filled is performed when each trader accesses the management server 20 and registers the business content, and when the generation unit 23 of the management server 20 generates the second information.

When each trader accesses the management server 20 and starts registering the business contents, the flow of FIG. 7 is started. In step S11, the trader operates the input terminals 10a, 10b, ..., And inputs the device ID of the refrigerant-using device 30, which is the target for acquiring the prefilled amount of the refrigerant, to the management server 20. Steps S12 to S19 are processes performed by the acquisition unit 21 of the management server 20.

In step S12, it is determined whether or not the amount of the refrigerant already filled in the refrigerant-using device 30 corresponding to the device ID input in step S11 is registered in the device information database DB1. If it is determined that the device is registered in step S12, the amount of the refrigerant already filled in the refrigerant-using device 30 is acquired from the device information database DB1 in step S13. If it is determined in step S12 that the data is not registered, whether or not the input data including the capacity information of the refrigerant-using device 30 is input in step S14, or the capacity information of the refrigerant-using device 30 is the device information database DB1. It is determined whether or not it is registered in.

When it is determined in step S14 that the input data including the ability information is input or the ability information is registered in the device information database DB1, the ability information or registration included in the input data is determined in step S15. The prefilled amount of refrigerant is predicted based on the capacity information provided, and the predicted value is acquired as the prefilled amount of refrigerant. For example, when the capacity is 8 horsepower, the refrigerant charged amount is 20 kg, when the capacity is 10 horsepower, the refrigerant charged amount is 21 kg, when the capacity is 12 horsepower, the refrigerant charged amount is 23 kg, and when the capacity is 14 horsepower. Predicts that the pre-filled amount of the refrigerant is 24 kg, and acquires the pre-filled amount of the refrigerant. If it is determined in step S14 that the input data including the capacity information has not been input and the capacity information is not registered in the device information database DB1, the refrigerant filling amount of the refrigerant-using device 30 is input in step S16. It is determined whether or not it has been done. If it is determined that the input is made in step S16, it is determined in step S17 whether or not the input value of the prefilled amount of the refrigerant is appropriate. For example, it is determined whether or not the amount of the refrigerant already filled is within a predetermined range. The predetermined range may be, for example, between 18 kg and 26 kg with a margin in the value predicted based on the above ability information. If it is determined in step S17 that the input value is appropriate, the input value is acquired as the amount of refrigerant already filled in step S18. If it is determined in step S16 that the input value is not input, or if it is determined in step S17 that the input value is not valid, the default value of the refrigerant charged amount is acquired in step S19. In step S20, the storage unit 22 of the management server 20 stores the pre-filled amount of the refrigerant acquired in steps S13, S15, S18, and S19 as the pre-filled amount of the refrigerant of the refrigerant-using device 30.

(2-5) First Information and Second Information The first information and the second information, which are data handled by the management server 20, will be described.

The trader accesses the management server 20 by operating the input terminals 10a, 10b, ..., And inputs the data required for the predetermined format created by the management server 20. The first information is information acquired by the management server 20 based on the data input by the vendor.

The second information is information in which the amount of refrigerant used, which is the amount of refrigerant used in the refrigerant-using device 30, is associated with the information of the trader acquired as the first information. The "refrigerant used in the refrigerant-using device 30" is a refrigerant filled and used in the refrigerant-using device 30, and a refrigerant filled in a refrigerant pipe connected to the refrigerant-using device 30. The acquisition unit 21 of the management server 20 acquires the amount of refrigerant used by summing the amount of refrigerant already filled and the amount of additional refrigerant charged.

Next, the first trader C1, the remanufacturer C4, and the distributor C5 operate the input terminal 10a, the input terminal 10b, and the input terminal 10c, respectively, and the management server 20 acquires the data based on the data input to the management server 20. The first information to be used and the second information generated from the first information will be described.

In the following, in order to make the explanation easier to understand, the first contractor C1 as an installer is referred to as an installer C1 and the first contractor C1 as a maintenance contractor is referred to as a maintenance contractor C1 as necessary. The first trader C1 is called a recovery trader C1.

(2-5-1) The first information acquired by the management server by the input of the installer, and the second information generated from the first information. FIG. 8 shows the second information acquired by the management server 20 by the input of the installer C1. It is a figure for demonstrating the 2nd information T11, T12 generated from 1 information. The installer C1 inputs the installation information to the management server 20 when the installation work is completed. After logging in to the management server 20, the first supplier C1 selects the installation work as the type of work performed, and as the installation company C1, the management server 20 has the device ID, the device owner ID, and the property ID. , And the equipment installation location information and the amount of additional refrigerant charge. Each of the input data is stored in the event information database DB 5 of the storage unit 22.

The first information acquired by the management server 20 by the input of the installer C1 has at least device identification information, supplier information, and refrigerant additional filling amount information. The device identification information is information for specifying the refrigerant-using device 30, and is a device ID in the present embodiment. The trader information is information about a trader who performs business related to the refrigerant-using device 30, and is a trader ID described in the implementer ID in this embodiment. The refrigerant additional filling amount information is information on the refrigerant additional filling amount, which is the amount of the refrigerant additionally filled in the refrigerant using device 30 or the refrigerant piping connected to the refrigerant using device 30.

When the installer C1 logs in to the management server 20, the management server 20 acquires the vendor ID stored in the account information database DB3 from the login ID of the installer C1 and stores it as the implementer ID.

The management server 20 acquires the model name and the device manufacturer information from the device information database DB1 from the device ID input by the installer C1. Further, the management server 20 acquires the refrigerant already filled amount according to the acquisition flow of the refrigerant already filled amount in FIG. 7.

When the management server 20 decides to register the installation information after the installation company C1 inputs the installation information to the management server 20, the management server 20 acquires the date when the installation information is registered as the implementation date.

When the property ID is registered in the event information database DB 5, the management server 20 can acquire the device installation location information from the property ID, so that the device installation location information may be acquired from the property ID.

The generation unit 23 of the management server 20 acquires information such as the amount of the refrigerant already filled following the first information acquired by the input of the installer C1, and generates the second information T11 and T12 as shown in FIG. And store it in the refrigerant management information database DB6.

In the second information T12 shown in FIG. 8, the amount of refrigerant used and the implementer ID included in the second information T11 are associated with each other. In FIG. 8, as the second information T12, the implementation date, the device ID, the refrigerant type, the refrigerant already filled amount, and the refrigerant additional filling amount included in the second information T11 are further shown.

(2-5-2) The first information acquired by the management server by the input of the maintenance company, and the second information generated from the first information. FIG. 9 shows the second information acquired by the management server 20 by the input of the maintenance company C1. It is a figure for demonstrating the 2nd information T21, T22 generated from 1 information. The maintenance company C1 inputs maintenance information to the management server 20 when the maintenance work is completed. After performing the login process, the first trader C1 selects the maintenance work as the type of work performed, and as the maintenance trader C1, adds the device ID, the device owner ID, the property ID, and the refrigerant to the management server 20. Enter the filling amount. Each of the input data is stored in the event information database DB 5 of the storage unit 22.

The first information acquired by the management server 20 by the input of the maintenance contractor C1 has at least device identification information, contractor information, and refrigerant additional filling amount information.

When the maintenance company C1 determines to register the maintenance information after inputting the maintenance information to the management server 20, the management server 20 acquires the date when the maintenance information is registered as the implementation date.

The generation unit 23 of the management server 20 acquires information such as the amount of refrigerant already filled, which is acquired from the second information T11 and T12 created at the time of installation work and the maintenance information input at the time of maintenance work, and FIG. The second information T21 and T22 are generated and stored in the refrigerant management database DB6 as shown in.

The second information T22 is data automatically generated by the generation unit 23 of the management server 20 based on the second information T21. The maintenance company C1 can acquire the second information T22 from the management server 20 by using the input terminal 10a. The second information T22 has at least information relating the amount of refrigerant used and the trader. The amount of refrigerant used is the amount of refrigerant used in the refrigerant-using equipment 30 during maintenance. In the case of the second information T22, the refrigerant usage amount is the total amount of the refrigerant filled in the refrigerant-using device 30 after the maintenance company C1 additionally fills the refrigerant-using device 30 with the refrigerant. Therefore, the amount of refrigerant used is the same as the amount of refrigerant used when the installation work is completed. The fact that the additional filling of the refrigerant occurs during the maintenance work means that the refrigerant in the equipment using the refrigerant leaks between the time of the installation work and the time of the maintenance work. Therefore, even if the refrigerant is additionally filled during the maintenance work, the amount of the refrigerant used after the additional filling is the same as when the installation work is completed.

In the second information T22 shown in FIG. 9, the amount of refrigerant used and the implementer ID included in the second information T21 are associated with each other. In FIG. 9, as the second information T22, the implementation date, the device ID, the refrigerant type, and the amount of the refrigerant already filled, which are included in the second information T21, are shown. In FIG. 9, the total refrigerant additional charge amount is shown as the second information T22. The total amount of the refrigerant additionally charged is the total amount of the amount of the refrigerant additionally charged during the installation work and the amount of the refrigerant additionally charged during the maintenance work. The total refrigerant additional charge amount is calculated based on the amount of refrigerant additionally charged during the past work by acquiring the work history performed in the past for the device ID input as maintenance information from the event information DB5.

When the installation company and the maintenance company are the same company as in this embodiment, the maintenance company recognizes that the management server 20 is the same company when logging in to the management server 20, and the maintenance company performs the maintenance work as the type of work performed. When selected, the management server 20 may allow the maintenance company to select the equipment or property to be maintained. In that case, since the management server 20 can acquire the device ID and the property ID by itself from the event information DB 5, the maintenance company may only need to input the amount of additional refrigerant charge. The maintenance company C1 may register the maintenance contents in the management server. The maintenance content is a specific content of the maintenance management work of the refrigerant-using device 30 carried out by the maintenance company C1. The maintenance contents include, for example, the work of repairing the leaked part when it is discovered that the refrigerant has leaked from the refrigerant-using device 30, and the amount of the refrigerant filled in the refrigerant-using device 30 is insufficient. This is an operation of replenishing the refrigerant when it is discovered, and an operation of replacing at least a part of the refrigerant filled in the refrigerant-using device 30.

(2-5-3) First Information Acquired by the Management Server by Input of the Collection Agent FIG. 10 is a diagram for explaining the first information T31 acquired by the management server 20 by the input of the collection agent C1. The recovery company C1 inputs the refrigerant recovery information to the management server 20 when the recovery work is completed. After performing the login process, the first trader C1 selects the collection work as the type of work to be performed, and as the recovery trader C1, the management server 20 has the device ID, the device owner ID, the property ID, and the refrigerant recovery. Enter the amount and. Each of the input data is stored in the event information database DB 5 of the storage unit 22. The collection company C1 receives the collection cylinder 50 from the cylinder manufacturer C8. The recovery cylinder 50 is a container for filling the refrigerant recovered from the refrigerant-using device 30 by the recovery company C1. When the recovery company C1 receives the recovery cylinder 50 from the cylinder manufacturer C8, the recovery cylinder 50 is not filled with the refrigerant.

The first information T31 acquired by the management server 20 by the input of the recovery company C1 has at least device identification information, company information, and refrigerant recovery amount information. The refrigerant recovery amount information includes information including the amount of refrigerant recovered, which is the total amount of the amount of refrigerant filled in the refrigerant-using device 30 to be recovered and the amount of refrigerant recovered from the refrigerant pipe to which the refrigerant-using device 30 is connected. Is. The recovered refrigerant is filled in the recovery cylinder 50, and the recovery cylinder 50 filled with the refrigerant and the refrigerant-using device 30 are delivered to the regenerator C4 or the refrigerant disposal contractor C9.

When the management server 20 decides to register the refrigerant recovery information after the recovery company C1 inputs the information to the recovery information management server 20, the management server 20 acquires the date when the refrigerant recovery information is registered as the implementation date.

The management server 20 acquires information such as the amount of refrigerant recovered from the second information T11, T12, T21, T22 created at the time of installation work or maintenance work and the recovery information input by the recovery company C1 at the time of recovery work, and FIG. As shown in, the first information T31 is generated and stored in the refrigerant management database DB6.

When the installation company, the maintenance company, and the collection company are the same company as in the present embodiment, the management server 20 is recognized as the same company when logging in to the management server 20, and the collection operation is performed as the type of operation. When the collection company selects the item, the management server 20 may let the collection company select the device or property to be collected. In that case, since the management server 20 can acquire the device ID and the property ID by itself from the event information DB 5, the recovery company may only need to input the refrigerant recovery amount.

(2-5-4) First Information Acquired by the Management Server by Input of the Remanufacturer FIG. 11 is a diagram for explaining the first information T41 acquired by the management server 20 by the input of the remanufacturer C4. When the reproduction work is completed, the reproduction company C4 inputs the reproduction information to the management server 20. The remanufacturer C4 receives the refrigerant-using device 30 or the recovery cylinder 50 from the recovery company C1. The regenerator C4 takes out all the refrigerant recovered by the recovery company C1 from the refrigerant-using device 30 or the recovery cylinder 50, regenerates the taken-out refrigerant, and then regenerates the refrigerant in the refrigerant container 60. Fill. The refrigerant container 60 is a dedicated container filled with the regenerated refrigerant. The refrigerant container 60 is, for example, a large cylinder or a tank lorry. The regenerator C4 delivers the refrigerant container 60 filled with the regenerated refrigerant to the distributor C5.

As shown in FIG. 11, the first information T41 acquired by the management server 20 by the input of the regenerator C4 has at least the refrigerant recovery information and the refrigerant regeneration information. The refrigerant recovery information is information about the refrigerant before it is regenerated by the regenerator C4. The refrigerant regeneration information is information regarding the refrigerant after being regenerated by the regenerator C4.

The refrigerant recovery information includes at least an implementer ID, which is a trader ID of the recovery trader C1, a refrigerant type, and a pre-regeneration refrigerant amount. The refrigerant type is the type of the refrigerant filled in the recovery cylinder 50 or the refrigerant-using device 30. The refrigerant recovery amount is the amount of the refrigerant recovered by the recovery company C1. The refrigerant recovery information has data for each recovery company C1 and for each refrigerant type. Since the amount of refrigerant filled in the recovered refrigerant-using equipment 30 may not be accurate, the amount of refrigerant actually recovered from the refrigerant-using equipment 30 by the regenerator C4 is defined as the amount of refrigerant before regeneration.

The refrigerant regeneration information has at least an implementer ID, which is a trader ID of the regenerator C4, a refrigerant type, a refrigerant regeneration amount, and an implementation date. The refrigerant type is the type of the refrigerant regenerated by the regenerator C4. The refrigerant regeneration amount is the amount of the refrigerant regenerated by the regenerator C4. Refrigerant regeneration information has data for each refrigerant type. The amount of refrigerant recycled is less than the amount of refrigerant before regeneration. For example, the amount of refrigerant recycled is about 90% of the amount of refrigerant before regeneration.

When the regenerator C4 decides to register the refrigerant regeneration information after inputting the refrigerant regeneration information to the management server 20, the management server 20 acquires the date when the refrigerant regeneration information is registered as the implementation date.

When the collection company and the remanufacturing company are different as in the present embodiment, after the remanufacturing company C4 logs in to the management server 20, the management server 20 transfers the device ID, the cylinder ID, the property ID, etc. to the remanufacturing company C4. It may be provided as information. The management server 20 acquires the second information provided to the remanufacturer C4 and the information such as the amount of reclaimed refrigerant input during the remanufacturing work, and generates the first information T41 to manage the refrigerant as shown in FIG. Save in database DB6.

(2-5-5) First Information Acquired by the Management Server by Input of the Distributor FIG. 12 is a diagram for explaining the first information T51 acquired by the management server 20 by the input of the distributor C5. The distributor C5 inputs the distribution information to the management server 20 when the distribution work is completed. Distributor C5 receives the refrigerant container 60 from the refrigerant manufacturer C7 or the regenerator C4. The refrigerant container 60 received by the distributor C5 is filled with the refrigerant produced by the refrigerant manufacturer C7 or the refrigerant regenerated by the regenerator C4. Distributor C5 fills the refrigerant cylinder 40 or the recycling cylinder 70 with the refrigerant filled in the refrigerant container 60. The distributor C5 distributes the refrigerant cylinder 40 or the recycling cylinder 70 filled with the refrigerant to the first supplier C1 (installer C1 or maintenance supplier C1) as needed.

As shown in FIG. 12, the first information T51 acquired by the management server 20 by the input of the distributor C5 has at least the refrigerant shipment information and the refrigerant distribution information. The refrigerant shipping information is information on the refrigerant that the distributor C5 has filled and shipped into the refrigerant cylinder 40 or the recycling cylinder 70. The refrigerant distribution information is information regarding the refrigerant distributed by the distributor C5 to the first supplier C1.

The refrigerant shipment information includes at least an implementer ID, which is a supplier ID of the distributor C5, a refrigerant type, and a refrigerant shipment amount. The refrigerant type is the type of the refrigerant shipped by the distributor C5. The refrigerant shipment amount is the amount of the refrigerant shipped by the distributor C5. Refrigerant shipping information has data for each refrigerant type.

The refrigerant distribution information has at least an implementer ID, which is a trader ID of the distributor C5, a distribution destination ID, a refrigerant type, a refrigerant distribution amount, and an implementation date. The distribution destination ID is the trader ID of the first trader C1 to which the refrigerant is distributed. The refrigerant type is the type of the refrigerant distributed by the distributor C5. The refrigerant distribution amount is the amount of the refrigerant distributed by the distributor C5. The refrigerant distribution information has data for each distribution destination ID and for each refrigerant type. When the management server 20 decides to register the refrigerant distribution information after the distributor C5 inputs the refrigerant distribution information to the management server 20, the management server 20 acquires the date when the refrigerant distribution information is registered as the implementation date.

The management server 20 acquires the information input by the distributor C5 and the information such as the implementation date registered by the management server 20, generates the first information T51 as shown in FIG. 12, and generates the refrigerant management database. Save in DB6.

(2-6) The second information management server 20, which only the administrator has viewing authority, has a second information regarding the amount of refrigerant handled by each trader based on the first information and the second information stored in the refrigerant management information database DB6. Information T92 is generated. The management server 20 registers the generated second information T92 in the refrigerant management information database DB 6 of the storage unit 22. The trader can confirm the second information T92 stored in the management server 20 by using the input terminals 10a, 10b, .... The second information that can be confirmed by the trader is the second information that the trader has the viewing authority, and is generated from, for example, the first information acquired by the management server 20 based on the data input by the trader to the management server 20. The second information is T11, T12, T21, T22, .... The administrator S can confirm all the second information stored in the management server 20 by using the administrator terminal 80. In addition to the second information shown in FIGS. 8 and 9, the management server 20 generates the second information T92, which only the administrator S has the viewing authority, based on the acquired first information.

FIG. 13 is a diagram for explaining an example of the second information T92 regarding the amount of refrigerant handled by each trader whose viewing authority is only the administrator S. The second information T92 shown in FIG. 13 is information that associates information about a trader with information about a refrigerant used in a refrigerant-using device 30 that is a business target of the trader in the entire refrigerant management system 100.

The "information about the trader" included in the second information T92 corresponds to the "trader ID" shown in FIG. This is the ID of a trader such as the first trader C1. Specifically, the “contractor ID” is the implementer ID shown in FIGS. 8 to 12. In FIG. 13, “CA006” and “CA015” are trader IDs of the first trader C1 that performs installation work, maintenance work, and collection work. "GA019" is a trader ID of the remanufacturer C4. "HA019" is a trader ID of the distributor C5.

In the second information T92, as "information on the refrigerant used in the refrigerant-using device 30," as shown in FIG. 13, the refrigerant type, the amount of the refrigerant possessed, the amount of the refrigerant used, the amount of the planned refrigerant recovered, the amount of the refrigerant recovered, The amount of refrigerant regeneration, the amount of waste refrigerant, the amount of planned refrigerant distribution and the amount of refrigerant distribution are included. The refrigerant type is a name representing the type of refrigerant distributed in the refrigerant circulation cycle. Information other than the refrigerant type relates to the amount of refrigerant circulating in the refrigerant circulation cycle.

The amount of refrigerant possessed is the total amount of refrigerant possessed by the trader.

The amount of refrigerant used is the total amount of refrigerant used by the trader in the refrigerant-using equipment 30 among the amount of refrigerant possessed. The refrigerant used by the trader in the refrigerant-using device 30 is a refrigerant filled in the refrigerant-using device 30 and the refrigerant piping connected to the refrigerant-using device 30. When the contractor is an installation contractor C1 or a maintenance contractor C1, the amount of refrigerant used is the total amount of refrigerant filled in all the refrigerant-using equipment 30 to be business and the refrigerant piping connected to the refrigerant-using equipment 30. is there. The amount of refrigerant used is a value obtained by subtracting the amount of refrigerant held in the refrigerant cylinder 40 and the recycling cylinder 70 by the contractor from the amount of refrigerant held. The amount of refrigerant used is calculated based on, for example, the "amount of refrigerant used" included in the second information T11, T12, T21, T22, ... Shown in FIGS. 8 and 9.

The planned amount of refrigerant to be recovered is the total amount of refrigerant that is expected to be recovered from the refrigerant-using device 30 by the recovery company C1 within a predetermined period of the amount of refrigerant used by the installation company C1 or the maintenance company C1. The acquisition unit 21 acquires the planned refrigerant recovery amount based on the first information. The planned amount of refrigerant recovered is, for example, the total amount of refrigerant filled in the refrigerant-using equipment 30 for which a predetermined period has passed from the time of installation or the start of use. The predetermined period is set based on the type of the refrigerant used, the model of the refrigerant-using device 30, and the like. For example, the refrigerant-using device 30 15 years after the installation work is performed and the refrigerant filled in the refrigerant piping connected to the refrigerant-using device 30 are treated as the refrigerant to be recovered.

Specifically, the acquisition unit 21 acquires the planned refrigerant recovery amount based on the third information included in the first information. The third information is information on the implementation date. Here, the implementation date is a work day or a work month. The working day is the day when at least one of the installation information and the maintenance information is registered. The work month is the month in which at least one of the installation information and the maintenance information is registered.

The refrigerant recovery amount is the total amount of the refrigerant recovered from the refrigerant-using device 30 by the recovery company C1. The refrigerant recovery amount is calculated based on, for example, the “pre-regeneration refrigerant amount” included in the first information T41 shown in FIG. 11 and the refrigerant recovery amount contained in the first information T31 shown in FIG.

In the present embodiment, the installation contractor C1, the maintenance contractor C1, and the collection contractor C1 are the same first contractor C1. Therefore, when the trader is the first trader C1, the second information T92 includes the refrigerant recovery amount in addition to the refrigerant usage amount and the refrigerant recovery planned amount as the information regarding the amount of the refrigerant.

The refrigerant regeneration amount is the total amount of the refrigerant regenerated by the regenerator C4. The refrigerant regeneration amount is calculated based on, for example, the "refrigerant regeneration amount" included in the first information T41 shown in FIG.

The amount of waste refrigerant is the total amount of refrigerant that has not been recycled by the remanufacturer C4.

The planned refrigerant distribution amount is the total amount of the refrigerant to be distributed from the distributor C5. The planned amount of refrigerant to be distributed is calculated based on the content of the application, for example, when the installer C1 and the maintenance company C1 make an application to the distributor C5 regarding the distribution of the refrigerant. The content of the application is, for example, the amount of the refrigerant distributed in the past, the latest distribution date of the refrigerant, and the reason for applying for the distribution of the refrigerant.

The refrigerant distribution amount is the total amount of the refrigerant distributed from the distributor C5 to the installation company C1 or the maintenance company C1. The refrigerant distribution amount is calculated based on, for example, the "refrigerant distribution amount" included in the first information T51 shown in FIG.

The amount of the refrigerant contained in the second information T92 may be the amount for each refrigerant-using device 30. In this case, the second information T92 may be information associating the device ID of the refrigerant-using device 30 with the amount of refrigerant used in the refrigerant-using device 30.

As described above, the second information T92 is information relating the information on the business operator related to the refrigerant-using equipment 30 and the amount of the refrigerant used in the refrigerant-using equipment 30 which is the business target of the business operator, and This is information relating the information on the refrigerant-using device 30 and the amount of the refrigerant used in the refrigerant-using device 30.

(3) Effect In the refrigerant management system 100, the management server 20 can centrally grasp the refrigerant circulating in the refrigerant circulation cycle and provide information on the refrigerant to each supplier. Specifically, the management server 20 generates second information associating the amount of the refrigerant used in the refrigerant-using device 30 with the information of the trader based on the first information acquired from the information input by the trader. Can be provided to each vendor. Therefore, the refrigerant management system 100 including the management server 20 can manage the amount of the refrigerant distributed on the market at each stage of the refrigerant circulation cycle.

In particular, in the refrigerant management system 100, the management server 20 can acquire the first information even in the installation stage by the installer C1 and the maintenance stage by the maintenance contractor C1. The installation stage and the maintenance stage are stages prior to the recovery stage in which the refrigerant is recovered by the recovery company C1. In other words, the management server 20 can acquire not only the information on the recovered refrigerant but also the information on the refrigerant before it is recovered. Therefore, the refrigerant management system 100 can manage the amount of the refrigerant before being recovered by the recovery company C1, for example, the amount of the refrigerant filled and used in the refrigerant-using device 30. This makes it easier for the manager S of the refrigerant management system 100 to predict the amount of refrigerant recovered in the future and make a long-term plan for refrigerant management related to the production and distribution of the refrigerant. Further, the manager S determines the amount of refrigerant supplied to the installer C1 and the maintenance supplier C1 based on a long-term plan of refrigerant management, for example, within the range of the amount of refrigerant that can be produced by the refrigerant manufacturer C7. Management can be performed smoothly.

(4) Features (4-1)
Conventionally, with respect to the refrigerant used in the refrigerant-using equipment, there is known a system capable of grasping or managing the amount of the refrigerant based on the information on the refrigerant delivered or scheduled to be delivered to the recovery company. However, in such a system, it is difficult to grasp or manage the amount of the refrigerant on the market at each stage of the refrigerant circulation cycle shown in FIG. 1, and in particular, the amount of the refrigerant before it is delivered to the recovery company. Difficult to grasp or manage the amount.

In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 of the management server 20 acquires the first information at at least one time point when the refrigerant-using device 30 is installed and when the refrigerant-using device 30 is maintained. The first information includes at least device specific information, vendor information, and refrigerant additional filling amount information. The acquisition unit 21 acquires the refrigerant prefilled amount based on the device specific information of the first information, and totals the refrigerant prefilled amount and the refrigerant additional refilled amount included in the refrigerant additional filling amount information of the first information. To obtain the amount of refrigerant used. The generation unit 23 of the management server 20 uses the refrigerant usage amount and the vendor information of the first information to generate the second information in which the refrigerant usage amount and the vendor are associated with each other.

As described above, the acquisition unit 21 receives the second information at a time before the recovery of the refrigerant used in the refrigerant-using device 30, in other words, at the installation stage or the maintenance stage of the refrigerant circulation cycle shown in FIG. The first information necessary for generating the above can be obtained. Therefore, the refrigerant management system 100 can acquire information about the refrigerant before it is recovered by the recovery company, and can manage the amount of the refrigerant filled and used in each refrigerant-using device 30 in association with the company.

In addition, the acquisition unit 21 can collect the first information regarding the refrigerant circulating in the refrigerant circulation cycle at each stage of the refrigerant circulation cycle. As shown in FIG. 1, each stage of the refrigerant circulation cycle is a production stage, a distribution stage, an installation stage, a maintenance stage, a recovery stage, a regeneration stage, and a disposal stage. The generation unit 23 can generate the second information based on the first information collected at each stage of the refrigerant circulation cycle.

Therefore, the refrigerant management system 100 manages the amount of the refrigerant distributed in the market by generating the second information based on the first information collected from the supplier handling the refrigerant used in the refrigerant-using device 30. be able to. As a result, for example, the administrator S of the refrigerant management system 100 can refer to the second information stored in the management server by using the administrator terminal 80 to obtain information on the amount of the refrigerant distributed in the market. It is possible to obtain an appropriate production amount of the refrigerant.

(4-2)
In the refrigerant management system 100 of the present embodiment, the storage unit 22 of the management server 20 stores the amount of the refrigerant already filled in association with the device identification information, so that the acquisition unit 21 stores the device identification information of the acquired first information. Based on, the stored refrigerant charge amount can be obtained. Therefore, the refrigerant management system 100 can acquire the amount of refrigerant used based only on the first information.

(4-3)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires capacity information regarding the capacity of the refrigerant-using equipment 30 based on the acquired equipment identification information of the first information, and is already filled with the refrigerant based on the acquired capacity information. You can get the quantity. Therefore, the refrigerant management system 100 predicts the pre-filled amount of the refrigerant based on the capacity information registered in advance in the management server 20, even if the pre-filled amount of the refrigerant of the refrigerant-using device 30 is not registered in the management server 20. Can be obtained.

(4-4)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires input data including capacity information regarding the capacity of the refrigerant-using device 30, and acquires the amount of the refrigerant already filled based on the capacity information included in the input data. Can be done. Therefore, even if the refrigerant filling amount of the refrigerant-using device 30 is not registered in the management server 20, the refrigerant management system 100 predicts the refrigerant filling amount based on the capacity information input to the management server 20 by the vendor. Can be obtained.

(4-5)
In the refrigerant management system 100 of the present embodiment, as shown in steps S12 to S15 of FIG. 7, the acquisition unit 21 can acquire the amount of the refrigerant already filled based on the device specific information or the capacity information. Specifically, when the acquisition unit 21 stores the refrigerant charge amount in association with the device identification information, the acquisition unit 21 acquires the refrigerant charge amount based on the device identification information of the acquired first information, and the device. When the refrigerant charge amount is not stored in association with the specific information, the predicted value of the refrigerant charge amount is acquired based on the capacity information acquired based on the device specific information of the acquired first information. Therefore, the refrigerant management system 100 can acquire an appropriate value that can be used as the pre-filled amount of the refrigerant according to the information registered in the management server 20.

(4-6)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires the total amount of the refrigerant used by the plurality of refrigerant-using devices 30 targeted by the trader, and the generation unit 23 obtains the total amount of the refrigerant used and the trader. The information associated with and can be further generated as the second information. Therefore, the refrigerant management system 100 can manage the amount of the refrigerant filled and used in all the refrigerant-using devices 30 targeted by each trader in association with the trader.

(4-7)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires the planned refrigerant recovery amount, which is the amount of the refrigerant scheduled to be recovered from the refrigerant-using device 30 within a predetermined period, and the generation unit 23 plans to recover the refrigerant. Information relating the quantity and the trader can be further generated as the second information. Therefore, the refrigerant management system 100 can manage the amount of the refrigerant that is expected to be recovered from the refrigerant-using equipment 30 that the installation company and the maintenance company are targeting.

(4-8)
In the refrigerant management system 100 of the present embodiment, the acquisition unit 21 acquires the planned refrigerant recovery amount based on the third information including the work day or work month in which at least one of the installation information and the maintenance information is registered. For example, the acquisition unit 21 acquires the planned refrigerant recovery amount based on the amount of the refrigerant used in the refrigerant-using device 30 for which a predetermined period has elapsed from the work day or work month included in the third information. Therefore, the refrigerant management system 100 can use the planned refrigerant recovery amount as an appropriate predicted value of the amount of the refrigerant recovered from the refrigerant-using device 30 within a predetermined period.

(4-9)
In the refrigerant management system 100, the acquisition unit 21 acquires the first information based on the data input by the trader who performs the business related to the refrigerant-using device 30. Specifically, as shown in FIG. 1, the traders are a first trader C1, a remanufacturer C4, and a distributor C5. These vendors own input terminals 10a, 10b, ... For inputting predetermined data to the management server 20. Therefore, the contractor uses the input terminals 10a, 10b, ... To obtain predetermined data during the execution of the work or immediately after the work is completed at the site where the work related to the refrigerant used in the refrigerant-using device 30 is performed. It can be input to the management server 20.

(4-10)
In the refrigerant management system 100, in order for the acquisition unit 21 to acquire the first information, the trader does not need to input all the information related to the business to the management server 20, so that the input terminals 10a, 10b, ... The required time can be shortened and input errors can be suppressed.

(5) Modification example (5-1) Modification example A
In the regeneration stage shown in FIG. 1, the refrigerant regenerator regenerates the refrigerant recovered by the recovery company. However, if the recovered refrigerant cannot be regenerated, at least a part of the recovered refrigerant may be discarded by the recovery company or the recycling company. At least a part of the recovered refrigerant may be discarded by a specialist other than the recovery company or the recycling company. When the recovered refrigerant cannot be regenerated, for example, when the refrigerant cannot be physically or chemically regenerated due to pollution or alteration, or when the cost of the refrigerant regeneration process is high and the refrigerant is regenerated for the purpose of reuse. That is not the case.

In this case, the disposer C9, which is engaged in the business of disposing of the refrigerant, may input predetermined information into the management server 20. The predetermined information is a device ID or the like of the refrigerant-using device 30 which is a business target. FIG. 14 is a diagram for explaining the first information T61 acquired by the acquisition unit 21 by the input of the abandoner C9. It is assumed that the abandoner C9 is a different company from the collector C1 and the remanufacturer C4.

The disposer C9 receives, for example, a collection cylinder 50 from the collection company C1. The recovery cylinder 50 received from the recovery company C1 is filled with a refrigerant that is to be discarded because it cannot be regenerated. In this case, the recovery company C1 has a recovery cylinder 50 for delivering the recovery cylinder 50 filled with the refrigerant recovered from the refrigerant-using device 30 to the recycling company C4 and a recovery cylinder 50 for delivering to the disposal company C9. It is classified into 50 in advance.

As shown in FIG. 14, the first information T61 acquired by the acquisition unit 21 by the input of the waste supplier C9 has at least the refrigerant recovery information and the refrigerant waste information. The refrigerant recovery information is information about the refrigerant before it is discarded by the abandoner C9. The refrigerant waste information is information about the refrigerant after being discarded by the waste supplier C9.

The refrigerant recovery information includes at least an implementer ID, which is a trader ID of the recovery trader C1, a refrigerant type, and a refrigerant recovery amount. The refrigerant type is the type of the refrigerant recovered by the recovery company C1. The refrigerant recovery amount is the amount of the refrigerant recovered by the recovery company C1. The refrigerant recovery information has data for each recovery company C1 and for each refrigerant type.

The refrigerant waste information includes at least an implementer ID, which is a trader ID of the waste trader C9, a refrigerant type, a refrigerant waste amount, and an implementation date.

(5-2) Modification B
In the embodiment, the installer, the maintenance contractor, and the collection contractor are the same first contractor C1. However, the installer, maintenance contractor and collection contractor may be different from each other. In that case, each vendor may be required to input all the information related to the business, and the information already registered in the database of the management server 20 may be provided to each vendor in the same manner as in the above embodiment. May be simplified.

FIG. 15 is a diagram for explaining the second information in which only the administrator S has the viewing authority in this modified example. In FIG. 15, "CA006" is a contractor ID of an installer, "DA009" is a contractor ID of a maintenance contractor, "FA012" is a contractor ID of a collection contractor, and "GA019" is a remanufacturer. The trader ID of the above, and "HA019" is the trader ID of the distributor.

In this modification, the installer and the maintenance company do not perform the work of recovering the refrigerant from the refrigerant-using device 30. Therefore, as shown in FIG. 15, the information about the installer or the maintenance company includes the amount of the refrigerant used and the amount of the planned refrigerant recovery, and does not include the amount of the refrigerant recovered. Information about the collector includes only the amount of refrigerant recovered.

In addition, any of the equipment manufacturer, the refrigerant manufacturer, the distributor, the installation company, the maintenance company, the collection company, the remanufacturing company, and the disposal company may be the same company, or they may be different companies. It may be. For example, the equipment manufacturer, the refrigerant manufacturer, the distributor, and the installer may be the same manufacturer, or the installer, the collector, the remanufacturer, and the abandoner may be the same supplier. In other words, which of the above vendors is the same vendor is not particularly limited.

(5-3) Modification C
In the refrigerant management system 100, the second information generated by the generation unit 23 and having the viewing authority only by the manager S includes information on a trader who performs business related to the refrigerant-using device 30 and the trader's information, as shown in FIG. This is information associated with the refrigerant used in the refrigerant-using device 30 to be used for business.

However, the second information that only the administrator S has the viewing authority may be information relating to the refrigerant-using device 30 and the refrigerant used in the refrigerant-using device 30. In this case, the second information that only the administrator S has the viewing authority is, as shown in FIG. 16, the property ID of the property in which the refrigerant-using device 30 is installed as an example of the information regarding the refrigerant-using device 30, and the property ID thereof. It may be information associated with information on the amount of refrigerant in the refrigerant-using device 30 installed in the property. In FIG. 16, a refrigerant type and a refrigerant amount are shown as information regarding the amount of the refrigerant in the refrigerant-using device 30. Here, the amount of refrigerant is, for example, the amount of refrigerant filled in the refrigerant-using device 30 installed in the corresponding property and the refrigerant piping connected to the refrigerant-using device 30.

Further, as shown in FIG. 17, the second information to which only the administrator S has the viewing authority includes the device owner ID of the owner of the refrigerant-using device 30 and its owner as an example of the information regarding the refrigerant-using device 30. The information may be associated with the information regarding the amount of the refrigerant of the refrigerant-using device 30 held by the company. In FIG. 17, a refrigerant type and a refrigerant amount are shown as information regarding the amount of the refrigerant in the refrigerant-using device 30.

The information regarding the refrigerant-using device 30 is not limited to the above, and may be, for example, at least one of device ID, device manufacturer ID, device owner ID, and device installation location information.

The second information, which only the administrator S has the viewing authority, includes information on a trader who performs business related to the refrigerant-using equipment 30, information relating to the refrigerant used in the refrigerant-using equipment 30 which is the business target of the trader, and information. , Information on the refrigerant-using equipment 30 and information relating to the refrigerant used in the refrigerant-using equipment 30 may be included.

(5-4) Modification D
In the refrigerant management system 100, the management server 20 is managed by the manager S of the refrigerant management system 100. Here, the administrator S may be the same as a trader who uses the input terminals 10a, 10b, .... For example, in the embodiment, the manager S may belong to the first trader C1.

(5-5) Modification E
In the embodiment, the acquisition unit 21 of the management server 20 can acquire the amount of the refrigerant already filled in the refrigerant-using device 30 by accessing the device information database DB1 using the device ID of the refrigerant-using device 30. When the pre-filled amount of the refrigerant is not registered in the device information database DB1, the pre-filled amount of the refrigerant of the refrigerant-using device 30 is obtained by predicting from the capacity information.

In this modification, when the refrigerant filling amount of the refrigerant-using device 30 is input in step S16, the supplier operates the input terminals 10a, 10b, ... And directly inputs the refrigerant filling amount to the management server 20. You may. Further, the trader may operate the input terminals 10a, 10b, ... To select an appropriate refrigerant prefilled amount from a plurality of options regarding the refrigerant prefilled amount.

Further, the acquisition unit 21 may estimate the capacity of the refrigerant-using equipment 30 from the model name or equipment ID of the refrigerant-using equipment 30, and acquire the amount of the refrigerant already filled from the estimated capacity. Further, the acquisition unit 21 may prompt the trader to input the capacity information of the refrigerant-using device 30, and may acquire the prefilled amount of the refrigerant from the input capacity information.

(5-6) Modification F
In the embodiment, after the trader logs in to the management server 20, the trader directly inputs information about the business into the management server 20. However, the information input to the management server 20 may be input by transmitting the information input by the trader to its own terminal or the like to the management server 20.

(5-7) Modification G
In the embodiment, after the installation company inputs the installation information, the maintenance company and the collection company input the maintenance information and the collection information, respectively, but the maintenance company manages the maintenance information of the refrigerant-using equipment or the property for which the installation information does not exist. You may register in 20.

(5-8) Modification H
In the embodiment, the implementation date is a work day or a work month. In the embodiment, the working day or working month is the day or month in which at least one of the installation information and the maintenance information is registered. However, the work day may be at least one of the day when the installer C1 actually performs the installation work and the day when the maintenance contractor C1 performs the actual maintenance work, and the work month is the day when the installer C1 performs the actual maintenance work. It may be at least one of the month when the actual installation work is performed and the month when the maintenance contractor C1 performs the actual maintenance work. In this case, the management server 20 may have the installation contractor C1 and the maintenance contractor C1 input the work date or the work month.

(6) Conclusion Although the embodiments of the present disclosure have been described above, it is understood that various modifications of the forms and details are possible without departing from the purpose and scope of the present disclosure described in the claims. Will be.

Refrigerant management systems can be used to control the amount of refrigerant used in refrigerant-using equipment.

20 Management server (computer)
21 Acquisition unit 22 Storage unit 23 Generation unit 30 Refrigerant-using equipment 100 Refrigerant management system

Japanese Unexamined Patent Publication No. 2015-125672

Claims (10)

It comprises one or more computers (20), the one or more computers having an acquisition unit (21) and a generation unit (23).
The acquisition unit
At least one of the installation and maintenance of the refrigerant-using device (30), the device identification information for specifying the refrigerant-using device, the supplier information on the trader who performs the business related to the refrigerant-using device, and the refrigerant-using device. Acquire the first information having the refrigerant additional charge amount information including the refrigerant additional charge amount which is the amount of the additionally charged refrigerant, and acquire the first information.
Based on the device identification information of the first information acquired, the refrigerant pre-filled amount, which is the amount of the refrigerant pre-filled in the refrigerant-using device, is acquired.
It is the amount of the refrigerant used in the refrigerant-using equipment by summing the acquired amount of the refrigerant already filled and the amount of the acquired refrigerant additional filling included in the acquired information of the first information. Obtain the amount of refrigerant used,
The generation unit uses the refrigerant usage amount acquired by the acquisition unit and the vendor information of the first information acquired by the acquisition unit to associate the refrigerant usage amount with the vendor. To generate,
Refrigerant management system (100). The one or more computers further include a storage unit (22).
The storage unit stores the amount of the refrigerant already filled in association with the device specific information.
The acquisition unit acquires the amount of the refrigerant already filled stored in the storage unit based on the device identification information of the first information acquired.
The refrigerant management system according to claim 1. The acquisition unit
Based on the acquired device specific information of the first information, the capability information regarding the capability of the refrigerant-using device is acquired, and the capability information is acquired.
Acquire the amount of the refrigerant already filled based on the acquired capacity information.
The refrigerant management system according to claim 1. The acquisition unit
Acquire input data including capacity information regarding the capacity of the refrigerant-using equipment, and obtain
The prefilled amount of the refrigerant is acquired based on the capacity information included in the input data.
The refrigerant management system according to claim 1. The acquisition unit
When the refrigerant pre-filled amount is stored in association with the device specific information, the stored refrigerant pre-filled amount is acquired based on the device specific information of the acquired first information.
When the prefilled amount of the refrigerant is not stored in association with the device specific information,
Based on the acquired device specific information of the first information, the capability information regarding the capability of the refrigerant-using device is acquired, and the capability information is acquired.
Acquire the amount of the refrigerant already filled based on the acquired capacity information.
The refrigerant management system according to claim 1. Based on the plurality of the first information, the acquisition unit acquires the total amount of the refrigerant used by the plurality of the refrigerant-using devices targeted by the trader.
As the second information, the generation unit further generates information in which the total amount acquired by the acquisition unit is associated with the trader.
The refrigerant management system according to any one of claims 1 to 5. Based on the first information, the acquisition unit acquires the planned refrigerant recovery amount, which is the amount of the refrigerant scheduled to be recovered from the refrigerant-using device within a predetermined period.
As the second information, the generation unit further generates information relating the refrigerant recovery planned amount acquired by the acquisition unit and the supplier.
The refrigerant management system according to any one of claims 1 to 6. The first information further includes a third information including a work day or a work month in which at least one of the installation work at the time of installing the refrigerant-using equipment and the maintenance work at the time of maintenance of the refrigerant-using equipment is performed.
The acquisition unit acquires the planned refrigerant recovery amount based on the third information.
The refrigerant management system according to claim 7. The acquisition unit acquires the planned refrigerant recovery amount based on the amount of the refrigerant used in the refrigerant-using device for which a predetermined period has passed from the work day or the work month included in the third information.
The refrigerant management system according to claim 8. At least one of the installation and maintenance of the refrigerant-using device (30), the device identification information for specifying the refrigerant-using device, the supplier information on the trader who performs the business related to the refrigerant-using device, and the refrigerant-using device. Acquire the first information having the refrigerant additional charge amount information including the refrigerant additional charge amount which is the amount of the additionally charged refrigerant, and acquire the first information.
Based on the device identification information of the first information acquired, the refrigerant pre-filled amount, which is the amount of the refrigerant pre-filled in the refrigerant-using device, is acquired.
It is the amount of the refrigerant used in the refrigerant-using equipment by summing the acquired amount of the refrigerant already filled and the amount of the acquired refrigerant additional filling included in the acquired information of the first information. Obtain the amount of refrigerant used,
Using the acquired refrigerant usage amount and the acquired vendor information of the first information, the second information relating the refrigerant usage amount and the vendor is generated.
Refrigerant management method.

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