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JP-7857474-B2 - Outsourced adjustment device, outsourced adjustment method, and outsourced adjustment program

JP7857474B2JP 7857474 B2JP7857474 B2JP 7857474B2JP-7857474-B2

Inventors

  • 柴垣 壮宇
  • 長谷川 賢司
  • 上野 剛光

Assignees

  • 株式会社オービック

Dates

Publication Date
20260512
Application Date
20250509

Claims (4)

  1. An input processing unit performs input processing on the contractor selected and entered by the business operator for the aforementioned goods or services for which a customer has requested delivery of the goods or services, based on a contractor master containing information on the number of orders each contractor can accept for the aforementioned goods or services. A consignment allocation processing unit that allocates the number of consignments based on the number of customer requests for the delivery of the aforementioned goods or the provision of the aforementioned services, such that the number of consignments made to each of the aforementioned consignees who are entrusted with the delivery of the aforementioned goods or the provision of the aforementioned services corresponds to the ratio of the number of orders each consignee can accept. A consignment execution unit that entrusts each of the aforementioned consignees with the delivery of the allocated number of goods or the provision of the allocated number of services, An acquisition unit that acquires the number of goods that can be delivered or the number of services that can be provided from each of the aforementioned contractors to whom the outsourcing has been entrusted, The system includes a consignment quantity input unit that inputs the number of consignments allocated based on the acquired number of deliverables or the number of available supplies, The aforementioned order quantity input unit creates a schedule table that includes the delivery date of the goods or services entered by the business operator and the order quantity adjusted by the business operator. The commission execution unit transmits the created schedule to each of the commissioned parties to commission the provision of the goods or services. The acquisition unit acquires the number of deliverable items or the number of services that can be provided, transmitted from each of the contractors, when the commissioned execution unit transmits the schedule table to each of the contractors. The aforementioned consignment quantity input unit inputs the number of deliverable items or the number of services that can be provided from each of the aforementioned consignees, acquired by the acquisition unit, into the schedule table. A commissioned adjustment device characterized by the following.
  2. The consignment coordination device according to claim 1, further comprising: a performance data generation unit that generates performance data including the number of deliverables or the number of services that each of the consignees can provide, as entered in the schedule table, as the actual delivery record of the goods or the actual provision record of the services to each of the consignees, and stores this data in a storage unit.
  3. A method for adjusting commissions for a commission adjustment device comprising an input processing unit, a commission allocation processing unit, a commission execution unit, an acquisition unit, and a commission input unit, The input processing unit performs an input processing step in which, with respect to the goods or services for which a customer has requested delivery of the goods or services, the input processing of the contractor selected and entered by the business operator based on the contractor master, which includes information on the number of orders each contractor can accept for the goods or services, The consignment quantity allocation processing unit performs a consignment quantity allocation processing step in which it allocates the number of consignments based on the number of product delivery requests or service provision requests from customers so that the number of consignments made to each consignee who is to be consigned to deliver the products or provide the services corresponds to the ratio of the number of orders each consignee can accept. The commission execution step involves the commission execution unit commissioning each of the commissioned parties to deliver the allocated number of goods or to provide the allocated number of services. The acquisition step involves the acquisition unit acquiring the number of deliverable goods or the number of deliverable services from each of the contractors to whom the order has been placed. The order quantity input unit inputs the number of orders allocated based on the acquired number of deliverables or the number of available supplies, in an order quantity input step. The schedule creation unit includes a schedule creation step that creates a schedule including the delivery date of the product or service entered by the business operator and the number of orders adjusted by the business operator, In the aforementioned outsourcing execution step, the created schedule is sent to each of the aforementioned contractors to outsource the provision of the goods or services. In the acquisition step, the commissioned execution unit transmits the schedule to each of the commissioned parties, thereby acquiring the number of deliverable items or the number of services that can be provided transmitted from each of the commissioned parties. In the step of inputting the number of orders, the number of deliverables or the number of services that can be provided from each of the orders obtained by the acquisition unit is entered into the schedule table. A commissioned adjustment method characterized by the following.
  4. Computers, An input processing unit performs input processing on the contractor selected and entered by the business operator for the aforementioned goods or services for which a customer has requested delivery of the goods or services, based on a contractor master containing information on the number of orders each contractor can accept for the aforementioned goods or services. A consignment allocation processing unit that allocates the number of consignments based on the number of product delivery requests or service provision requests from customers, so that the number of consignments made to each consignee entrusted with the delivery of the aforementioned products or the provision of the aforementioned services corresponds to the ratio of the number of orders each consignee can accept. A consignment execution unit that entrusts each of the aforementioned consignees with the delivery of the allocated number of goods or the provision of the allocated number of services, An acquisition unit that acquires the number of goods that can be delivered or the number of services that can be provided from each of the aforementioned contractors to whom the outsourcing has been entrusted, Based on the acquired number of deliverables or available supplies, it functions as a consignment quantity input unit that inputs the allocated number of consignments. The aforementioned order quantity input unit creates a schedule table that includes the delivery date of the goods or services entered by the business operator and the order quantity adjusted by the business operator. The commission execution unit transmits the created schedule to each of the commissioned parties to commission the provision of the goods or services. The acquisition unit acquires the number of deliverable items or the number of services that can be provided, transmitted from each of the contractors, when the commissioned execution unit transmits the schedule table to each of the contractors. The aforementioned consignment quantity input unit inputs the number of deliverable items or the number of services that can be provided from each of the aforementioned consignees, acquired by the acquisition unit, into the schedule table. A commissioned coordination program characterized by the following.

Description

This invention relates to a commissioned adjustment device, a commissioned adjustment method, and a commissioned adjustment program. Today, a common business model exists where, upon receiving an order from a customer, an intermediary or similar party commissions one or more subcontractors to produce the goods, and these subcontractors then deliver the goods to the customer. Furthermore, Patent Document 1 (Japanese Patent Publication No. 2003-162652) discloses a business support intermediary service for the production of products under other companies' brands. In this business support intermediary service, when providing business support to multiple prospective businesses wishing to produce products under other companies' brands (OEM (Original Equipment Manufacturer) production), the development costs and production quantities of the mass-produced products incurred in the product development and manufacturing transactions are divided among multiple parties. The intermediary then facilitates the development and manufacturing transactions of the divided production quantities of products under other companies' brands between the developers, manufacturers, and the multiple prospective businesses. This allows for a reduction in risk burden through reduced product development costs and a reduction in production costs in the production of products under other companies' brands. Japanese Patent Publication No. 2003-162652 Figure 1 shows the system configuration of the outsourcing adjustment system according to the embodiment.Figure 2 shows the flow from receiving an order from a customer to generating production plan data for each subcontractor.Figure 3 shows the flow from generating manufacturing instruction data to sending the production schedule to the supplier and placing an order for tomato seedlings.Figure 4 shows the flow from adjusting production volume based on the number of items that can be shipped from the supplier, to accounting for procurement and inventory.Figure 5 shows an example of production plan data where the contractor has not been entered.Figure 6 shows an example of contractor information stored in the contractor master.Figure 7 shows an example of production schedule data in which the production volume of each contractor, calculated based on the capacity ratio of each contractor, is entered.Figure 8 shows an example of production schedule data after adjusting production quantities for each contracted supplier.Figure 9 shows an example of completed production plan data.Figure 10 shows an example of manufacturing instruction data.Figure 11 shows an example of a production schedule table before entering the number of units that can be shipped.Figure 12 shows an example of a production schedule after entering the number of units that can be shipped.Figure 13 shows an example of manufacturing performance data. The following describes in detail, based on the drawings, a consignment coordination system that is an embodiment of the present invention. In this embodiment, when a customer places an order for goods, the production of those goods is outsourced to one or more consignees via the consignment coordination device, and the goods produced by each consignee are delivered to the customer. Alternatively, the consignment coordination device 1 may receive the goods produced by each consignee and deliver them to the customer. Furthermore, in addition to product production, the consignees may also be entrusted with the provision of services. The following describes the configuration, operation, and effects of the contract coordination system of this embodiment, using as an example a case where tomato seedling production is outsourced to multiple contractors based on an order from a customer. The same applies when outsourcing the provision of other goods or services; therefore, please refer to the following description for details on the configuration, operation, and effects. [System Configuration] Figure 1 shows the system configuration of the outsourcing coordination system according to the embodiment. This outsourcing coordination system is configured by interconnecting the outsourcing coordination device 1, the customer terminal device 20, and one or more outsourcing terminal devices 40 via a network 50 such as a wide area network like the Internet or a private network such as an in-house LAN (Local Area Network). The sales management device 1, customer terminal device 20, and outsourced terminal device 40 can be, for example, a desktop personal computer, a notebook personal computer, or a tablet personal computer. Furthermore, the sales management device 1, customer terminal device 20, and outsourced terminal device 40 can be a PDA (Personal Digital Assistant) or a portable information processing device such as a smartphone. Furthermore, the customer terminal device 20 only needs to be able to place orders for desired goods, etc., with the consignment adjustment device 1; therefore, other means o