TW201828204A - Information processing device, information processing method and information processing program - Google Patents

Abstract

In the present invention, a loan request receiving unit receives a loan request requesting the loan of a farm tool and indicating a lending destination region, which is the region to which the farm tool is to be loaned. A match generation unit counts, for each combination of the lending destination region and each of a plurality of lending source regions, which are regions in which a plurality of lending candidate farm tools are located, the number of lending candidate farm tools that can be loaned to the lending destination region from each lending source region, and selects, on the basis of the counting results, a lending source region, from among the plurality of lending source regions, for lending the lending candidate farm tool to the lending destination region.

Description

 Information processing device, information processing method and information processing program product  

The invention relates to the rental of agricultural machines.

Patent Document 1 discloses a technique for realizing rental and rental of agricultural equipment. More specifically, in Patent Document 1, it is disclosed that the farmer registers the rental condition of the agricultural machine on the server device, and when the farmer in another area agrees to the rental condition, the farmer in another area can rent the agriculture via the server device. machine.

Further, in the present specification, the agricultural machine is a machine or an appliance used in agriculture, for example, a tiller, a rice transplanter, a lawn mower, a pump, a fertilizer mixer, or the like.

[Prior patent documents]

[Patent Literature]

Patent Document 1: Japanese Patent Laid-Open Publication No. 2003-168057

In the technique of Patent Document 1, the agricultural equipment that is rented is individually transported from the rental source area to the rental target area because the agricultural equipment rental and rental pairing are individually performed. Therefore, the technique of Patent Document 1 has a problem that the transportation cost of the agricultural machine is expensive.

The main object of the present invention is to solve such a problem. More specifically, the main object of the present invention is to reduce the transportation cost when transporting agricultural machinery from a rental source area to a rental area.

The information processing device of the present invention includes: a rental entrusting receiving unit that receives a rental entrustment of an entrusted agricultural facility indicated by a rental area in an area where the agricultural equipment is rented; and a selection unit that is a plurality of rental agricultural candidates Each combination of each of the plurality of rental source areas in the area where the machine is located and the rental target area counts rental agricultural products that can be rented from the respective rental source areas to the rental target area, and then rents from the plurality according to the counting result In the source area, the rental candidate agricultural machine is selected to be rented to the rental source area of the rental area.

According to the present invention, it is possible to selectively rent a plurality of agricultural machines to a rental source area of the rental area. Therefore, according to the present invention, transportation costs can be alleviated by collectively transporting a plurality of agricultural machines.

101‧‧‧Network

102‧‧‧Server device

103‧‧‧Transporter terminal equipment

104‧‧‧Maintenance operator terminal device

105‧‧‧To renter terminal device

106‧‧‧To renter terminal device

107‧‧‧Leasing operator terminal installation

201‧‧‧Network Communication Control Department

202‧‧‧Ten Rental Entrustment Department

203‧‧‧rental entrusted storage department

204‧‧‧Ten Rental Entrustment Department

205‧‧‧ Rental entrusted storage department

206‧‧‧ Pairing Generation Department

207‧‧‧ Pairing Information Storage Department

208‧‧‧Maintenance Contracting Auction Management Department

209‧‧‧Maintenance Contracting Results Storage Department

210‧‧‧Transportation Contract Management Department

211‧‧‧Transportation Contract Results Storage Department

212‧‧‧ Pairing Executive Department

213‧‧‧Market Information Disclosure Department

214‧‧‧Market Price Information DB

513‧‧‧Leasing contracted results storage

514‧‧‧Lease Contracting Auction Management Department

Fig. 1 is a view showing an example of the configuration of an agricultural machine rental system according to the first embodiment.

Fig. 2 is a view showing an example of the functional configuration of the server device of the first embodiment.

Fig. 3 is a view showing an example of a data flow of the agricultural machine rental system of the first embodiment.

Fig. 4 is a view showing an example of a data flow of the agricultural machine rental system of the first embodiment.

Fig. 5 is a view showing an example of the configuration of an agricultural machine rental system according to the second embodiment.

Fig. 6 is a view showing an example of the functional configuration of the server device of the second embodiment.

Fig. 7 is a view showing an example of a data flow of the agricultural machine rental system of the second embodiment.

Fig. 8 is a view showing an example of a data flow of the agricultural machine rental system of the second embodiment.

Fig. 9 is a view showing an example of the hardware configuration of the server device of the first and second embodiments.

Hereinafter, embodiments of the present invention will be described using the drawings. In the following description of the embodiments and the drawings, the same reference numerals are used to refer to the same or equivalent parts.

First embodiment

*** Composition description ***

Fig. 1 is a view showing an example of the configuration of an agricultural machine rental system according to the first embodiment.

The agricultural machine rental system of the present embodiment is composed of a network 101, a server device 102, a carrier terminal device 103, a maintenance provider terminal device 104, a renter terminal device 105, and a renter terminal device 106. The server device 102, the carrier terminal device 103, the operator terminal device 104, the renter terminal device 105, and the intended renter terminal device 106 are connected via the network 101. The network 101 is, for example, an internet network.

The renter terminal device 106 is a terminal device used by a person who wants to rent an agricultural machine (hereinafter referred to as a renter). The renter terminal device 106 is, for example, a PC (Personal Computer). Further, the number of the tenant terminal devices 106 is plural. The person who wants to rent is, for example, an agricultural practitioner.

The renter terminal device 105 is a terminal device used by a person who wants to rent an agricultural machine (hereinafter referred to as a renter). The renter terminal device 105 is, for example, a PC. Further, there are a plurality of renter terminal devices 105 as well. The renter is for example an agricultural practitioner.

The server device 102 is a rental of an intermediary agricultural machine between a renter and a renter. The server device 102 corresponds to an information processing device. Further, the operation performed by the server device 102 corresponds to an information processing method and an information processing program product.

The carrier terminal device 103 is a terminal device used by a transporter of an agricultural machine. The carrier terminal device 103 is, for example, a PC. Further, the carrier terminal device 103 has a plurality of stations.

The operator terminal device 104 is a terminal device used by a maintenance company of an agricultural machine. The operator terminal device 104 is, for example, a PC. Further, there are also a plurality of service provider terminal devices 104.

Fig. 2 is a diagram showing an example of the functional configuration of the server device 102, and Fig. 9 is a diagram showing an example of the hardware configuration of the server device 102.

First, an example of the hardware configuration of the server device 102 will be described with reference to FIG.

The server device 102 is a computer.

The server device 102 is a hardware, and includes a processor 701, a memory device 702, and a communication device 703.

In the memory device 702, the network communication control unit 201, the rental request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, and the transport contract auction management unit 210 shown in Fig. 2 are realized. The program of the function of the pairing execution unit 212 and the market price information disclosure unit 213.

Further, the processor 701 executes these programs, and performs a network communication control unit 201, a rental request receiving unit 202, a rental request receiving unit 204, a pairing generating unit 206, a maintenance contract auction management unit 208, a transport contract auction management unit 210, and the like, which will be described later. The operations of the pairing execution unit 212 and the market price information disclosure unit 213.

In the third diagram, the processor 701 executes the network communication control unit 201, the rental request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, and the transportation contract auction management. The state of the program of the function of the unit 210, the pairing execution unit 212, and the market price information disclosure unit 213.

Further, the memory device 702 constitutes a rental request storage unit 203, a rental request storage unit 205, a pairing information storage unit 207, a maintenance contract result storage unit 209, a transport contract result storage unit 211, and a market price information DB (Database) shown in Fig. 2 . ) 214.

The communication device 703 communicates with the carrier terminal device 103, the operator terminal device 104, the intended tenant terminal device 105, and the intended tenant terminal device 106 via the network 101.

Next, the functional configuration of the server device 102 will be described with reference to Fig. 2 .

The network communication control unit 201 controls communication with the network 101.

The rental request receiving unit 202 receives the rental request transmitted from the renter terminal device 105 via the network communication control unit 201. The lease entrustment is a message of entrusting the lease of agricultural machinery. In the rental entrustment, the rental conditions and the rental area are indicated. In the rental conditions, the types, specifications, and quantity of the agricultural equipment to be rented, the rental period, and the rent to be rented are described. The area to be rented is the area where agricultural machinery is leased.

The rental request receiving unit 202 stores the received rental request in the rental request storage unit 203.

Further, the operation performed by the rental request receiving unit 202 corresponds to the rental request receiving process.

The rent entrustment storage unit 203 stores the rental entrustment.

The rental request receiving unit 204 receives the rental request transmitted from the intended tenant terminal device 106 via the network communication control unit 201. The rental entrustment is a message entrusting the rental of agricultural machinery. In the rental entrustment, it indicates the rental conditions and the source area of the rental. In the rental conditions, the type, specification, and quantity of the agricultural machine to be rented, the rental period, and the rent to be rented are described. The source area of the rental is the area where the agricultural machine is located. In addition, in the following, an agricultural machine to which a rental request is issued, that is, an agricultural machine that is a candidate for rental, is referred to as a rental candidate agricultural machine.

The rental request receiving unit 204 stores the received rental request in the rental request storage unit 205.

The rental commission storage unit 205 is a memory rental commission.

The pairing generation unit 206 performs pairing between the renter and the intended renter.

In other words, the pairing generation unit 206 selects the rental source area to which the rental candidate agricultural machine is rented to the rental area.

More specifically, the pairing generation unit 206 reads the rental request from the rental request storage unit 203, and reads the rental request from the rental request storage unit 205. Then, the pairing generation unit 206 counts the rental candidate agricultural machines that can be rented from the respective reason words to the rental target area for each combination of each of the plurality of rental source areas and the rental target area. In other words, the pairing generation unit 206 counts the rental candidate agricultural equipment of the intended lessor who presents the rental condition in accordance with the borrowing condition in the unit of the rental source area. Then, the pairing generation unit 206 selects the rental source area to which the rental candidate agricultural machine is rented to the rental target area based on the counting result. In addition, the pairing generation unit 206 selects two or more renting candidate agricultural machines to be rented to the rental destination area in accordance with the counting result, and each of the two or more rental source areas and each of the rental area Combine and calculate the distance from each rental source area to the rental area. Then, the pairing generation unit 206 selects the rental candidate agricultural machine from the two or more rental source areas to the rental source area of the rental area based on the calculated distance. Then, the pairing generating unit 206 generates pairing information for the renter, the renter who lives in the selected rental source area, and the rental candidate agricultural machine of the renter, and the paired information generated. It is stored in the pairing information storage unit 207.

In this way, the pairing generation unit 206 sets a plurality of rental candidate agricultural machines located in the same area to be rented to the rental target area, sets the first condition, and selects the rental candidate agricultural equipment rented to the renter. In addition, when the two or more rental source areas are selected according to the first condition, the pairing generation unit 206 sets the moving distance to the rental area to the shortest condition, and selects the rental candidate to be rented to the renter. Agricultural machinery.

Further, as long as the first condition and the second condition are applied, the method of pairing the renter and the renter by the pairing generating unit 206 may be any method.

By the action of the pairing generating unit 206 as described above, the agricultural machine can be rented centrally from the area of the fallow period (the rental source area) to the area of the busy period (the rental area), and the transportation cost of the agricultural machine can be reduced.

Further, the pairing generation unit 206 corresponds to a selection unit. Further, the operation performed by the pairing generation unit 206 corresponds to the selection process.

The pairing information storage unit 207 stores the pairing information.

The transport contract auction management unit 210 manages an auction of contracting for the transportation of the rental candidate agricultural equipment from the rental source area selected by the borrowing pair generating unit 206 to the rental target area.

That is, the transportation contract auction management unit 210 transmits the transportation auction information to the carrier terminal device 103 based on the pairing information, and urges the transportation company to contract the transportation of the agricultural machine from the rental source area to the rental area. In the transportation of the auction information, for example, a list of agricultural machines transported from the rental source area to the rental area, and the transportation period. Further, the transport contract auction management unit 210 selects a transporter who performs transportation of the agricultural equipment based on the bid result from the transport operator terminal device 103 for the auction.

Further, the transport contract auction management unit 210 generates transport contract result information indicating the result of the selection of the transporter, and stores the generated transport contract result information in the transport contract result storage unit 211.

The transport contract result storage unit 211 memorizes the transport contract result information.

The maintenance contract auction management unit 208 manages the auction of the contract for the maintenance of the agricultural equipment that is rented from the rental source area selected by the borrowing pair generation unit 206 to the rental area.

In other words, the maintenance contract auction management unit 208 transmits the maintenance auction information to the maintenance provider terminal device 104 based on the pairing information, and urges the maintenance company to contract the maintenance of the agricultural machine rented from the rental source area to the rental area. In the transportation of the auction information, for example, a list of agricultural machines transported from the rental source area to the rental area, and the transportation period. Further, the maintenance contract auction management unit 208 selects a maintenance company who performs maintenance of the agricultural machine based on the bid result from the maintenance provider terminal device 104 for the auction.

Further, the maintenance contract auction management unit 208 generates maintenance contract result information indicating the result of the selection by the maintenance provider, and stores the generated transportation contract result information in the maintenance contract result storage unit 209.

The maintenance contract result storage unit 209 stores the maintenance contract result information.

The pairing execution unit 212 notifies the intended renter, for example, the type of the agricultural machine rented to the renter, the rental period, and the rent to be rented. Further, the pairing execution unit 212 notifies the renter of the evaluation result of the transportation fee and the evaluation result of the maintenance fee. Further, the pairing execution unit 212 performs a transportation request to the transportation company and a maintenance request to the maintenance company. Further, the pairing execution unit 212 performs acceptance processing for payment of rental rent, transportation fee, and maintenance fee from the renter. Further, the pairing execution unit 212 performs a payment process for the rental rent of the renter, a payment process for the transportation fee of the carrier, and a payment process for the maintenance cost.

The market price information disclosure unit 213 transmits market price information to the renter terminal device 105 and the renter terminal device 106. The market price information indicates at least one of the past market price of the rent of the agricultural machine, the current rental status of the agricultural machine, the rent of the agricultural machine, and the rent of the agricultural machine.

Market information DB214 is the memory market price information.

*** Description of action***

Next, an operation example of the agricultural machine rental system according to the present embodiment will be described with reference to Figs. 3 and 4 .

Fig. 3 and Fig. 4 show the data flow of the agricultural machine rental system of the present embodiment.

The intended renter of the agricultural machine transmits the rental request to the server device 102 using the intended renter terminal device 106 (step S306). The rental entrustment includes, for example, the name, address, contact address (telephone number, E-mail address, etc.) of the person to be rented, the type, specification and quantity of the agricultural machine to be rented, the rental period, and the rent to be rented. The person who wants to rent can change the rent to rent according to the period. Also, the renter can also set the minimum rental price. Moreover, the renter is required to view the market price information provided by the market price information disclosure unit 213, and set the rent to be rented.

Further, the renter of the agricultural machine uses the renter terminal device 105 to transmit the rent request (step S307). The rental entrustment includes, for example, the name, address, contact address (telephone number, E-mail address, etc.) of the renter, the type, specification and quantity of the agricultural machine to be rented, the rental period, and the rent price. The renter can view the market price information provided by the market price information disclosure department 213 and set the rent to be rented.

In the server device 102, the rental request receiving unit 202 receives the rental request via the network communication control unit 201, and stores the rental request in the rental request storage unit 203. Further, the rental request receiving unit 204 receives the rental request via the network communication control unit 201, and stores the rental request in the rental request storage unit 205.

Further, the pairing generation unit 206 selects an agricultural machine to be rented to the renter based on the rental request and the rental request. As described above, the pairing generation unit 206 selects a plurality of agricultural machines located in the same area to be rented to the rental area and sets the first condition, and selects the agricultural equipment to be rented to the renter. In addition, when the two or more rental source areas are selected according to the first condition, the pairing generation unit 206 sets the moving distance to the rental area to the second condition, and selects the agricultural machine rented to the renter. .

After selecting the agricultural machine to be rented to the renter, the transport contract auction management unit 210 transmits the transport auction information to the transporter terminal device 103 (step S308). Further, the maintenance contract auction management unit 208 transmits the maintenance auction information to the maintenance provider terminal device 104 (step S309).

The transporter uses the transporter terminal device 103 to view the transport auction information, and uses the transporter terminal device 103 to collectively transport the server device 102 (step S310). The carrier can use the carrier terminal device 103 to check the current bid status provided by the server device 102 while bidding. The auction of transportation contracting is carried out in each of the departure and return journeys.

Further, the maintenance company uses the maintenance provider terminal device 104 to view the maintenance auction information, and uses the maintenance provider terminal device 104 to perform the collective maintenance of the server device 102 (step S311). The maintenance company can use the maintenance provider terminal device 104 to perform bidding while confirming the current bid status provided by the server device 102.

After the end of the bidding period, the pairing execution unit 212 of the server device 102 transmits a valuation notification to the renter terminal device 105 (step S312). In the valuation notice, for example, the type, specification, and quantity of the agricultural machine to be rented, the rental period, the rental rent, the valuation result of the transportation cost, and the valuation result of the maintenance cost.

The renter wants to use the renter terminal device 105 to transmit the valuation approval to the server device 102, and pays the rent to the server device 102 (step S313).

In the server device 102, the pairing execution unit 212 transmits the outbound transportation result notification and the transportation request to the carrier terminal device 103 of the transportation carrier of the transportation contracted by the network communication control unit 201 (step S314). Further, the pairing execution unit 212 transmits the return transportation result result notification and the transportation request to the carrier terminal device 103 of the transportation carrier who has marked the return transportation via the network communication control unit 201 (step S315). Further, the pairing execution unit 212 transmits the result notification notification and the maintenance request to the maintenance provider terminal device 104 of the maintenance manufacturer who has designated the maintenance contract via the network communication control unit 201 (step S316).

When the transportation company of the departure vehicle transports the agricultural machine from the intended seller to the renter, the transportation operator terminal device 103 of the transportation company who has traveled to the vehicle transmits the outward transportation completion report to the server device 102 (step S317).

In the server device 102, the pairing execution unit 212 receives the outbound transportation completion report via the network communication control unit 201, and performs payment processing for the traveling carrier (step S318).

When the maintenance company performs maintenance work on the agricultural machine, the maintenance provider terminal device 104 transmits the maintenance completion report to the server device 102 (step S319).

In the server device 102, the pairing execution unit 212 receives the maintenance completion report via the network communication control unit 201, and performs payment processing for the maintenance provider (step S320).

Further, the pairing execution unit 212 notifies the renter terminal device 106 of the renter who has rented the agricultural machine to the rental result and the maintenance condition, and performs the payment process for the renter (step S321). The renter terminal device 106 is notified of the rental period and the rental rent compromised between the renter and the renter as a result of the rental. Further, the pairing execution unit 212 may notify the intended tenant terminal device 106 of the return date of the agricultural machine.

When the returning transporter transports the agricultural machine from the intended renter to the intended renter, the return transport completion report is transmitted from the transport operator terminal device 103 of the return transporter to the server device 102 (step S322).

In the server device 102, the pairing execution unit 212 receives the return transportation completion report via the network communication control unit 201, and performs payment processing for the return carrier (step S323).

Further, in the present embodiment, an example is described in which the agricultural machine is returned to the renter at the same time as the end of the rental period, and the agricultural machine is rented continuously between the plurality of renters, and the renter of the rental address is rented. Steps S314 to S321 are repeatedly performed. Then, after all the rental ends, the agricultural machine is returned (steps S322, S323).

*** Description of the effect of the implementation form***

As described above, the server device 102 of the present embodiment can select a rental source area in which a plurality of agricultural machines can be rented intensively. Therefore, according to the present embodiment, transportation costs can be reduced by collectively transporting a plurality of agricultural machines.

Further, in the present embodiment, since the transportation company and the maintenance company are selected in the form of an auction, the transportation cost and maintenance cost of the agricultural machine can be reduced.

Second embodiment

In the first embodiment, the renter intends to be an agricultural worker. However, the renter of the present embodiment includes an agricultural machine rental company in addition to the agricultural worker.

In other words, in the present embodiment, the system configuration of the first embodiment is incorporated in an agricultural equipment rental company. Therefore, according to the present embodiment, even when the demand and supply of the agricultural equipment are unbalanced, it is possible to secure an agricultural machine that satisfies the demand.

In addition, the difference from the first embodiment will be mainly described below. The items that are not described below are the same as in the first embodiment.

*** Composition description ***

Fig. 5 is a view showing an example of the configuration of the agricultural machine rental system of the present embodiment.

In the fifth diagram, the renter terminal device 107 is added to the configuration shown in Fig. 1. The components other than the renter terminal device 107 are the same as those shown in Fig. 1. Therefore, the description of the components other than the renter terminal device 107 will be omitted.

The renter terminal device 107 is a terminal device used by an agricultural equipment rental company. The renter terminal device 107 is, for example, a PC. Moreover, the agricultural machine rental company is, for example, a person who operates a rental business of a farmer's association or a folk agricultural machine.

Fig. 6 is a view showing an example of the functional configuration of the server device 102 of the present embodiment.

In Fig. 6, the function of Fig. 2 constitutes an additional rental contract result storage unit 513 and a rental contract auction management unit 514. The components other than the rental contract result storage unit 513 and the rental contract auction management unit 514 are the same as those shown in Fig. 2 . Therefore, the description of the components other than the rental contract result storage unit 513 and the rental contract auction management unit 514 will be omitted.

The rental contract auction management unit 514 manages an auction of rentals of agricultural machines that cannot be rented from the rental source area selected by the borrowing pair generating unit 206 to the rental area.

In other words, the rental contract auction management unit 514 transmits the agricultural machine information to be rented to the renter terminal device 107 based on the pairing information, and urges the agricultural machine rental company to rent the agricultural machine that is insufficient. In the case of renting agricultural machinery information, for example, the type, specification and quantity of agricultural machinery indicating insufficient, rental period, and rental area. Further, the rental contract auction management unit 514 selects the agricultural equipment renter based on the bid result from the renter terminal device 107 for the auction.

Further, the rental contract auction management unit 514 generates rental contract result information indicating the result of the selection of the agricultural equipment renter, and stores the generated rental contract result information in the rental contract result storage unit 513.

The rental contract result storage unit 513 is a memory rental contract result.

Further, the hardware configuration of the server device 102 is the same as that shown in Fig. 9, for example. Further, the rental contract auction management unit 514 is connected to the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, the transport contract auction management unit 210, and the pairing execution. The part 212 and the market information disclosure unit 213 are implemented in the same manner as the program. The program for realizing the rental contract auction management unit 514 is executed by the processor 701. Further, the rental contract result storage unit 513 borrows the same memory from the borrowing request storage unit 203, the rental request storage unit 205, the pairing information storage unit 207, the maintenance contract result storage unit 209, the transport contract result storage unit 211, and the market information DB 214. 702 is achieved.

*** Description of action***

Next, an operation example of the agricultural machine rental system according to the present embodiment will be described with reference to Figs. 7 and 8.

Fig. 7 and Fig. 8 show the data flow of the agricultural machine rental system of the present embodiment.

Since steps S606 and S607 are the same as steps S306 and S307 of FIG. 3, description thereof will be omitted.

In the server device 102, the rental request receiving unit 202 receives the rental request via the network communication control unit 201, and stores the rental request in the rental request storage unit 203. Further, the rental request receiving unit 204 receives the rental request via the network communication control unit 201, and stores the rental request in the rental request storage unit 205.

Further, the pairing generation unit 206 selects an agricultural machine to be rented to the renter based on the rental request and the rental request. In other words, the pairing generation unit 206 applies the first condition and the second condition in the same manner as in the first embodiment, and selects the agricultural equipment to be rented to the renter.

Here, it is impossible to rent a specific agricultural machine (hereinafter referred to as an agricultural machine X) from a renter to a renter.

In this case, the rental contract auction management unit 514 transmits the agricultural machine information to be rented to the renter terminal device 107 (step S608). In the case of the information on the agricultural machinery, for example, the type, specification, and quantity of the agricultural machine X, the rental period, and the rental area.

The agricultural machine rental company uses the renter terminal device 107 to view the agricultural equipment information to be rented, and uses the renter terminal device 107 to make a bid for the rental of the agricultural machine X to the server device 102 (step S310). The agricultural machine rental company can use the rental provider terminal device 107 to perform bidding while confirming the current bid status provided by the server device 102.

If the area where the agricultural machine leasing company is located is the agricultural idle period, the agricultural machine leasing industry is highly likely to maintain a large number of idle agricultural machines. In this case, the bid price with the agricultural machine X becomes a possibility of being cheap.

In the case where the agricultural machine X is allocated from the agricultural machine rental company, the transportation contract auction management unit 210 transmits the transportation auction information about the agricultural machine including the rental target of the agricultural machine X to the carrier terminal device 103 as in the first embodiment ( Step S610). Further, the maintenance contract auction management unit 208 transmits the maintenance auction information about the agricultural machine including the rental target of the agricultural machine X to the maintenance provider terminal device 104 (step S610). Further, the maintenance contract auction management unit 208 transmits maintenance auction information on the agricultural machine including the rental target of the agricultural machine X to the maintenance provider terminal device 104 (step S611).

Since steps S612 to S618 are the same as steps S310 to S316, the description thereof is omitted.

In the present embodiment, the pairing execution unit 212 transmits the result notification and the rental request to the renter terminal device 107 of the agricultural machine rental company of the rental agricultural machine X, and pays the rental rent (step S619).

Since steps S620 to S626 are the same as steps S317 to S323, the description thereof is omitted.

Further, in the present embodiment, an example is described in which the agricultural machine is returned to the renter at the same time as the end of the rental period, and the agricultural machine is rented continuously between the plurality of renters, and the renter of the rental address is rented. Steps S616 to S624 are repeatedly performed. Then, after all the rental ends, the agricultural machine is returned (steps S625, S626).

*** Description of the effect of the implementation form***

As described above, the server device 102 of the present embodiment can inexpensively allocate an agricultural machine that cannot be rented from a renter to an agricultural machine rental company in an area such as a fallow period. Therefore, according to the present embodiment, even when the demand and supply of the agricultural equipment are unbalanced, it is possible to secure an agricultural machine that satisfies the demand.

*** Description of the hardware composition***

Finally, a supplementary description of the hardware configuration of the server device 102 is performed.

The processor 701 shown in Fig. 9 is an IC (Integrated Circuit) that performs processing.

The processor 701 is a CPU (Central Processing Unit), a DSP (Digital Signal Processor), or the like.

The memory device 702 shown in FIG. 9 is a RAM (Random Access Memory), a ROM (Read Only Memory), a flash memory, an HDD (Hard Disk Drive), or the like.

The communication device 703 shown in Fig. 9 includes a receiver that receives data and a transmitter that transmits data.

The communication device 703 is, for example, a communication chip or a NIC (Network Interface Card).

Further, in the memory device 702, an OS (Operating System) is also stored.

Moreover, the processor 701 executes at least a portion of the OS.

The processor 701 executes the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, and the transportation contract auction management unit while executing at least a part of the OS. 210. A program of the functions of the pairing execution unit 212 and the market information disclosure unit 213.

The OS is executed by the processor 701, and task management, memory management, file management, and communication control are performed.

Further, the server device 102 may be provided with a plurality of processors instead of the processor 701. The plurality of processors share the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, the transport contract auction management unit 210, and the pairing executing unit 212. And the execution of the program of the function of the market information disclosure unit 213. Each processor is an IC that performs processing like the processor 701.

Further, the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, the transport contract auction management unit 210, the pairing executing unit 212, and the market information are disclosed. At least one of the information, the data, the signal value, and the variable value of the processing result of the unit 213 is stored in at least one of the memory device 702, the register in the processor 701, and the cache memory.

Further, the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, the transport contract auction management unit 210, the pairing executing unit 212, and the market information can be realized. The program of the function of the public part 213 is memorized in a portable storage medium such as a magnetic disk, a floppy disk, a compact disk, a compact disc, a mini disc, a Blu-ray (registered trademark) disc, or a DVD.

Further, the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, the transport contract auction management unit 210, the pairing executing unit 212, and the market information may be used. The "Department" of the Public Part 213 is rewritten as "Circuit" or "Step" or "Program" or "Process".

Further, the server device 102 may be implemented by an electronic circuit such as a logic circuit (Integrated Circuit), a GA (Gate Array), an ASIC (Application Specific Integrated Circuit), or an FPGA (Field Programmable Gate Array).

In this case, the network communication control unit 201, the borrowing request receiving unit 202, the rental request receiving unit 204, the pairing generating unit 206, the maintenance contract auction management unit 208, the transport contract auction management unit 210, the pairing executing unit 212, and the market information disclosure unit. The 213 system is implemented as part of an electronic circuit, respectively.

In addition, the processor and the electronic circuits described above are also collectively referred to as processing circuits.

Claims (8)

 An information processing device includes: a rental entrusting receiving unit that receives a rental entrustment of an entrusted agricultural machine indicated by a rental area in an area where the agricultural equipment is rented; and a selection unit that is a plurality of rental agricultural products Each combination of the plurality of rental source areas in the area and the rental target area counts the rental candidate agricultural machines that can be rented from the rental source areas to the rental target area, and according to the counting result, from the plurality of rental source areas In the middle, the rental candidate agricultural machine is selected to be rented to the rental source area of the rental area.    The information processing device of claim 1, wherein the selection unit selects two or more rental rental agricultural machines from the plurality of rental source regions based on the counting result, and rents the rental agricultural machinery to the rental source region of the rental target region. In the case of the two or more rental source areas and the respective rental area, the distance from each rental source area to the rental area is calculated, and then the two or more rentals are based on the calculated distance. Among the source areas, it is selected to rent the candidate agricultural machinery to the rental source area of the rental area.    The information processing apparatus of claim 1, wherein the information processing apparatus further has an auction for managing contracting of transportation from a rental source area selected by the selection unit to a rental candidate agricultural machine of the rental area. Transportation Contract Auction Management Department.    The information processing device of claim 1, wherein the information processing device further has an auction for managing contracting for maintenance of a rental candidate agricultural machine rented from the rental source region selected by the selection portion to the rental target region. Maintenance contracting auction management department.    The information processing device of claim 1, wherein the information processing device further has a rental contract for managing an auction for renting an agricultural machine that cannot be rented from the rental source region selected by the selection portion to the rental area. Auction Management Department.    The information processing device of claim 1, wherein the information processing device further comprises a market price information disclosure department, and the market price information disclosure department is a terminal device of a person who wants to rent an agricultural machine and a terminal of a person who wants to rent an agricultural machine. The device transmits market price information indicating at least one of a past market price of the rent of the agricultural machine, the current rental status of the agricultural machine, the rent of the agricultural machine, and the rent of the agricultural machine.    An information processing method for a computer to receive a rental lease entrusted by an agricultural machine indicated in a rental area of an area where the agricultural machine is rented; and the computer pair is a plurality of rental source areas of a region where the plurality of rental agricultural machines are located Each combination of each of the rental target areas counts a rental candidate agricultural machine that can be rented from each rental source area to the rental target area, and then selects a rental source of the rental candidate agricultural machine to the rental area according to the counting result. area.    An information processing program product that causes a computer to perform the following processing: a rental entrusting reception process, and receiving a rental entrustment of an entrusted agricultural machine shown in a rental area of an area where the agricultural machine is rented; and the selection process is Each combination of each of the plurality of rental source areas in the area where the candidate agricultural machine is rented and the rental target area counts the rental candidate agricultural machine that can be rented from the rental source area to the rental target area, and according to the counting result, The rental candidate agricultural machine is selected to be rented to the rental source area of the rental area.