JP2005235053A - Distribution system for direct sale in specific remote place of agricultural product - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a distribution system for direct sale, which allows vegetables harvested in the morning to be delivered to and eaten by consumers in a remote consumption area and considerably reduces transport costs. <P>SOLUTION: A personal computer 2 of a vegetable collection place B is provided with a shipping reservation function part 24, a money management function part 25, and a loadage summing function part 26, and a personal computer 4 of a remote direct sale place D to which vegetables are carried by a transporter C is provided with a bar code reader 41, a sale result/stock information part for distributing sale conditions of agricultural products, a sale details summing function part 43, and a stock management function part 44, and a personal computer 5 of a system operation center E which distributes shipping reference information or the like to each department and receives various information from others is provided with a system user distribution function part 51, a price adjustment function part 53, a shipping reference information part 54, and a shipping reservation excess or deficiency adjustment function part 55. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention is a system for collecting agricultural products such as general vegetables in a short time from a specific production area to a specific consumption area, loading and transporting them, and selling them within the day and shipping reservation information. , Shipping information, price information of each agricultural product, sales information, payment related information is aggregated via communication circuits such as the Internet and telephone, and analyzed at a predetermined time, and the analysis results are distributed to system users for further advantage The present invention relates to a specific remote direct sales distribution system for agricultural products so that agricultural products can be shipped.

  Conventionally, when distributing agricultural products, there is a distribution route in which agricultural products are shipped from a producer (farmer) to a market through a collection organization such as an agricultural cooperative (JA), and sold from the market via wholesale and intermediate wholesale to retail stores and supermarkets. In general, information is exchanged in this form by producers, collection organizations, markets, wholesalers, wholesalers, retailers and supermarkets by telephone, fax, or e-mail via the Internet. It was normal and the communication of information was serial and sometimes stagnated. Therefore, the flow of crops is stagnant, it takes time and days to reach the retail stores and supermarkets, and there is a risk that shipments will not be complete or surplus, arrival time will be erratic, prices will rise, unsold It was easy to increase. In addition, many traders are intervening before the agricultural products are shipped and sold at retail stores and supermarkets. The retail price is nearly double the shipping price, and the shipping price of the agricultural product is not known unless it is shipped. Because of this, it was difficult for producers to increase their income, and it was difficult to stabilize their income.

  In addition, there is a local direct sales system for distributing agricultural products to consumers at low cost and freshness. This direct sales method is a system that is preferable for producers and consumers because the producers directly provide agricultural products to the consumers, and the producers bring the agricultural products to the local direct sales office and consign sales to the local direct sales office. It was. However, in the case of the direct sales method, distribution was limited to the local area, and there was a limit to the expansion of sales volume. In addition, if this system is extended to remote areas and directly sold, it will take time to increase the transportation cost and assortment of agricultural products. It becomes difficult to satisfy conditions such as high. On the other hand, there is a mail order distribution system that delivers special products (agricultural products) directly to consumers throughout the country by home delivery. Since this system is bulky and expensive, and limited to agricultural products that last for a long time, only expensive agricultural products can be handled, and it is not possible to determine the agricultural products in the retail store directly, and it is judged by the catalog. However, troubles are likely to occur because of the need to place an order, the delivery destination is unspecified and time-consuming, and it may take several days for home delivery, and it was impossible to eat the agricultural products collected in the morning within the day.

  In recent years, producers can put even a small amount of agricultural products on the distribution route, can provide consumers with fresh agricultural products, and can reduce the selling price by eliminating the intermediate margin by improving the efficiency of distribution. At the same time, the Internet is used to circulate more information to producers, and retail stores purchase through consignment sales, reduce funding costs such as inventory and product disposal, and reduce management risks by reducing labor costs such as product packaging. Japanese Laid-Open Patent Publication No. 2002-183245 proposes a consignment sales system that can achieve the above. In this agricultural product consignment sales system, a producer sets a sales price and ships to a retail store, and the retail store performs consignment sales using the POS system. Producers use the Internet on a personal computer to reserve and register producers, sales items, unit prices, and sales dates in the retail store's POS system, receive notifications such as reservation numbers from the POS system, print bar code labels, and sell items Affixed to and shipped to retail stores. The retail store registers the product acceptance status and sales status in the POS system. At this time, the producer checks the situation on the Internet and creates a plan for the next shipment. In this case, the settlement was made by subtracting the retail store fee from the sales amount and promptly settlement.

However, Japanese Patent Laid-Open No. 2002-183245 is a system in which a producer directly consigns and sells to a retail store. Transportation of agricultural products must be borne by the producer, which entails transportation costs and entrusts to a remote retail store. Sales are difficult in terms of cost, and it is also difficult to quickly bring fresh vegetables to remote retailers. Further, consignment sales to remote retailers are expected to increase the sales of producers. There was a problem that it was something that could not be held. In addition, when directly selling agricultural products such as general vegetables in remote areas, profitability does not match and it is easily damaged, so there has never been an idea to adopt a general vegetable direct selling system.
JP 2002-183245 A

  It is an object of the present invention to provide a specified remote local distribution system for agricultural products in which agricultural products such as vegetables can be efficiently transported from a specific production area to a remote specific consumption area for consignment sale and expected to have the same effect as local direct sales. And

  Another object of the present invention is to deliver agricultural products such as vegetables picked in the morning to consumers in remote consumption areas within the day, and to enable the consumers to eat the agricultural products and to drastically reduce transportation costs. It is to provide a specific remote location direct sales distribution system.

  The present invention has been made to solve the above-mentioned problems, that is, a remote place in which a personal computer is placed in a collection place where agricultural products are carried from a producer and the collected agricultural products in the collection place are carried by a carrier. A distribution system that consists of at least a system operation center that arranges personal computers at direct sales offices, distributes shipping reference information to each personal computer, and receives various information from other personal computers. It has at least a shipping reservation counting function for counting the agricultural products reserved by the producer, and a loading capacity counting function, and at least a bar code reader and a sales performance / inventory information section on the remote direct sales office PC In addition, the sales details totaling function part and the inventory management function part are provided. To the system user transmission function unit, and the price adjustment function unit when setting the shipment reference price, and shipping reference information section, and those with a shipping reservation excess or deficiency adjustment function unit. In addition, a personal computer is allocated to the producer, and the shipping reference information of the previous day delivered from the system operation center is confirmed on the personal computer screen, and the name, box size, quantity, price, etc. of the produced agricultural product are entered as a shipping reservation PC has an input means for printing and a bar code label issuing machine for pasting bar code labels to agricultural products collected in the morning based on reservations. Equipment, bar code reader, money management function section, a personal computer at the carrier, and an operation management function section, and a direct sales office in the consumption area that can be carried in from 3 to 4 hours from the collection point. It is also possible to provide a personal computer at the remote direct sales office with a sales / inventory verification function unit.

  A remote place in which a personal computer (2) is placed at a collection point (B) where agricultural products are carried from a producer (A) as in claim 1 and the collected agricultural products at the collection point (B) are carried by a carrier (C). PC (4) placed in the direct sales office (D), and delivery reservation information etc. are delivered to at least the PC (2), (4) and various information from the PC (2), (4) etc. is received A distribution system comprising at least an operation center (E), and a shipping reservation counting function unit for counting at least the agricultural products reserved by the producer (A) in the personal computer (2) of the collection point (B) (24), equipped with a load counting function part (26), and at least a bar code reader (41) for reading a bar code on the personal computer (4) of the remote direct sales office (D), and the sales status of agricultural products To deliver It has a sales performance / inventory information section (42), a sales statement totaling function section (43), and an inventory management function section (44), and at least the personal computer (2) in the personal computer (5) of the system operation center (E) , (4), a system user distribution function part (51), a price adjustment function part (53) for setting a shipment reference price, a shipment reference information part (54), a shipping reservation overload By providing the shortage adjustment function section (55), the producer (A) can determine the selling price while looking at the shipping reference information and schedule the harvest of agricultural products, so that the income can be stabilized and increased. became. In addition, the flow of tomorrow's work can be accurately grasped at the time when the shipment reservation is made, ensuring the production of agricultural products and shipments, ensuring stable and efficient transportation, and simplifying the time and effort of the shipment. Thus, collection, loading and receiving can be performed quickly. Furthermore, in the remote direct sales place (D), general vegetables picked in the morning can be arranged in the store, and like local direct sales places, cheaper and fresher agricultural products can be provided than the surrounding retail stores and supermarkets. Since the producer's (A) face can be seen and highly reliable agricultural products can be sold, agricultural products with loose standards can be sold, and an increase in sales can be expected. In addition, from the production area to the remote direct sales office (D), it is possible to deliver on time the products based on the names, quantities, and shipments of fresh agricultural products that have been decided in advance, and the market price, retail price, Shipment reference price information can be provided to producers (A) and collection points (B) on a daily basis for reference to the price determination of agricultural products that will please consumers in the best-selling situation. Will be possible.

  The personal computer (1) is arranged at the producer (A) as in claim 2, and the shipment reference information of the previous day distributed from the system operation center (E) is confirmed on the screen of the personal computer (1) for reference. Input means (11) for entering the name of the agricultural product being produced, box size, quantity, price, etc. as a shipping reservation, and a barcode label for pasting the barcode label to vegetables picked in the morning based on the reservation By providing the issuer (12) in the personal computer (1), the shipment schedule is determined by the personal computer (1) at home, and the reliability of the producer (A) is given to the consumer by the input contents of the barcode. And the producer (A) himself can determine the shipping price. It also made it easier to make production plans for agricultural products.

  As shown in claim 3, on the personal computer (2) of the collection point (B), the input means (21) and the barcode label for issuing the barcode label of the producer (A) without the personal computer (1) By providing an issuer (22), a barcode reader (23) for reading temporary barcodes for shipping reservations, and a money management function unit (25), it is possible to organize shipment schedules and The collection reservation on the previous day can be easily grasped by each department. In addition, payment of sales proceeds according to the sales results of agricultural products can be performed smoothly and it is easy to respond to sales consultations from each producer (A).

  By placing a personal computer (3) in the carrier (C) as shown in claim 4 and having an operation management function part (31) in it, the transportation status of agricultural products can be grasped by each department. Even if there is a change in the arrival time of the direct sales office (D), a schedule is made, and it becomes possible to deliver the necessary agricultural products at the required time.

  By providing the sales result totaling function section (45) to the personal computer (4) at the remote direct sales office (D) as in claim 5, the sales status and sales results can be easily confirmed in each department. Information that is advantageous to the producer (A) can be provided.

  Agricultural products picked in the morning from a specific production area to a remote specific consumption area by providing in a consumption area that can be carried in from 3 to 4 hours from the collection point (B) as a remote direct sales place (D) as in claim 6 Will be delivered within the day, and consumers in remote areas will be able to pick up the vegetables in the morning and eat the vegetables within the day. It becomes possible to operate in the same way as a local direct sales store.

  As shown in claim 7, the sales / inventory verification function part (52) is provided in the PC (5) of the system operation center (E), thereby reducing unsold items and arranging agricultural products such as vegetables needed by consumers. To be easy to do. In addition, the difference between sales and inventory verification can be grasped before the sales results are aggregated, and correct data can be distributed to each department after correction.

  FIG. 1 is a diagram showing an embodiment of the present invention, which will be described based on this. (A) is a farmer who harvests and delivers agricultural products such as vegetables in the morning, that is, a producer. (B) is a collection point such as an agricultural cooperative where agricultural products are brought from the producer (A). (C) is a transporter that loads, transports and unloads the agricultural products collected at the collection point (B), (D) is a remote direct sale point that is carried by the transporter (C), The remote direct sales place (D) should be located in a consumption area that is 70 km or more away from the collection point (B), preferably within 3 to 4 hours, and the target consumption area is about 3 towns or 1 city It is good to provide several places in the area of. (E) is a system operation center that distributes shipping reference information and receives various information from each department. The usage fee of the distribution system of the present invention is collected from each producer (A), and the collected usage fee is a collection point (B), a transporter (C), a remote direct sale point (D), a system operation center (E ).

(1) is a personal computer that can be placed on each producer (A) and can confirm each information on the screen and make a shipping reservation. The personal computer (1) is shipped with agricultural product name, box size, quantity, price, etc. Input means (11) for inputting items to be reserved or shipped, and a bar code label issuer (12) for pasting bar code labels to agricultural products such as vegetables picked in the morning based on the establishment of the reservation ing. The bar code label issuing unit (12) may also issue bar code labels for reserved shipment. (2) is a personal computer placed at the collection point (B). The personal computer (2) has a bar code on the agricultural products brought in by the input means (21) and the producer (A) who does not have the personal computer (1). A barcode label issuer (22) for attaching labels, a barcode reader (23) for reading provisional barcodes reserved for shipment, and a shipping schedule for collecting shipment reservations for producers (A) Aggregation function section (24), money management function section (25) for transferring money to each department, and loading capacity counting function section (26) for counting the loading capacity of agricultural products that have been reserved for shipment . (3) is a personal computer arranged at the carrier (C), and the personal computer (3) may be provided with an operation management function unit (31). (4) is a personal computer placed in a remote direct sales office (D), and the personal computer (4) transmits a barcode reader (41) for reading a barcode and sales results of agricultural products to each department. Sales performance / inventory information section (42), sales details totaling function section (43), inventory management function section (44), and sales performance totaling function section (45). In addition, a POS terminal (not shown) is provided, and the producer (A),
Data may be constantly transmitted to the collection point (B) and the system operation center (E). (5) is a personal computer placed in the system operation center (E), and the personal computer (5) is a system user for delivering to each personal computer (1), (2), (3), (4). Distribution function section (51), sales / inventory matching function section (52), price adjustment function section (53) for setting the shipping reference price, shipping reference information section (54), and shipping reservation over / under adjustment A functional unit (55) is provided. The producer (A), the collection point (B), the transporter (C), the remote direct sale point (D), and the system operation center (E) are connected to each other via the Internet, and the collection point (B) The remote direct sales place (D) may be provided with the same system user distribution function section (51). An IC tag may be used instead of the barcode label. At this time, an IC tag dedicated device is used in place of the barcode label issuers (12), (22) and the barcode reader (23).

  A system flow of the present embodiment will be described. First, the flow for establishing a shipping reservation on the day before shipping agricultural products such as vegetables will be described with reference to FIG. First, the data of the shipping reference information section (54) of the system operation center (E) is distributed to each department, and each producer (A) obtains shipping reference information on the screen of the personal computer (1). If the producer (A) does not have the personal computer (1), the shipping reference information from the collection point (B), for example, the screen of the personal computer (2) is used and the shipping reference information is used. Use the shipping reference information of the telephone or fax from the office (B), or use the shipping reference information posted on the bulletin board. In addition, as the shipping reference information, the best selling agricultural products, the shipping reference price about 20% lower than the average price in the consumer area, and the like are provided. After that, the producer (A) uses the input means (11), which is the keyboard of the personal computer (1), to input the items necessary for the shipping reservation, such as the agricultural product name, box size, quantity, price, and the producer (A) E-mail the collection point (B). If the producer (A) does not have the personal computer (1), the shipping reservation may be made directly to the collection point (B) by telephone or fax. In addition to e-mailing directly from the personal computer (1), a temporary barcode label is issued by a barcode label issuer (12), and this temporary barcode label is brought to the collection point (B) for shipping reservation. You can also apply as a method. By these methods, the shipping reservation is received at the collection point (B), and it is totaled by the shipping reservation totaling function unit (24). When the counting result reaches the preset amount target value, the loading amount is confirmed, and the data is sent from the collection point (B) to the system operation center (E), and the data is sent to the system operation center ( After confirming in E), the shipping reservation is confirmed. After confirmation, the system operation center (E) distributes that the shipment reservation has been established to each department. Thereafter, the producer (A) prepares for shipment, the carrier (C) prepares for loading, and the remote direct sales office (D) prepares for arrival. In the present invention, “each department” refers to a producer (A), a collection point (B), a transporter (C), a direct sales place (D), and a system operation center (E).

  On the other hand, when the total result does not reach the preset amount target value, the collection point (B) prompts the producer (A) to apply for a shipping reservation. Thereafter, if the total result does not reach the target amount, the shipping reservation total state is transmitted to the system operation center (E), and an excess / deficiency adjustment request is made. Then, from the system operation center (E) to the collection point (B), the names of agricultural products that are advantageous for shipping at the present time, and agricultural products that are sold in short supply at the remote direct sales point (D) are distributed. Based on the information, the collection point (B) prompts the producer (A) to apply for a shipping reservation again. After that, when the total result reaches the amount target value, the shipping reservation is established. Note that when the target price is not reached, the shipping reservation is not established and tomorrow's shipping is cancelled.

  On the other hand, when the total result reaches the preset amount target value but the load capacity is over, the shipment reservation total state is transmitted to the system operation center (E), and an over / under adjustment request is made. do. Then, the system operation center (E) sends to the collection point (B) the examination result information such as the change of the box size and the name of the agricultural product that is overexposed so that it can be efficiently loaded to the collection point (B). ) Instruct the producer (A) to change the box size and urge the cancellation of the shipping reservation such as the name of the agricultural product that is overly sensible. After that, when it is confirmed that the new total result is the proper load capacity and the target amount is reached, the fact is sent from the collection point (B) to the system operation center (E), and the data Confirms that the shipping reservation has been established, and distributes that the shipping reservation has been established from the system operation center (E) to each department. The work on the day before the final shipment ends.

  Next, the flow of agricultural products to be shipped will be described with reference to FIG. First, the producer (A) picks up the vegetables for which the shipment has been reserved in the morning, packs the agricultural products such as the vegetables in a box of a predetermined size, and checks the quantity of the boxes. A bar code label is attached to a predetermined position such as a box. As the contents of the barcode input at this time, the storage box type, the agricultural product, the harvest date, the harvesting time in the morning, the storage number, the number of storage packs, the unit price, the total weight, and the total price are input. The boxed agricultural product is carried to the collection point (B) until a predetermined time. At the collection point (B), the agricultural products brought in are collated by the person in charge with the shipping reservation material and ready for loading. At this time, if the shipment and loading capacity are summed up and verified on the personal computer (2), processing time is required. Therefore, the shipment is simplified based on the shipment reservation material that has been carefully prepared for the previous day. There is no problem even if it is changed. After that, it is loaded onto a truck. At this time, because the loading setup has been studied in advance, agricultural products can be loaded efficiently. In addition, you may issue and affix a barcode label instead of a producer (A) in a collection place (B) to the thing in which a barcode label is not affixed to the boxed agricultural product of a producer (A). When the agricultural products for shipment are loaded on the truck, the driver should also check the loading. When loading is complete, the truck departs for a remote direct sales office (D). Arriving at the remote direct sale place (D) in 3 to 4 hours after departure, and carrying in (unloading). In the remote direct sales place (D), the person in charge performs the reception. When unloading, the person in charge checks the reservation confirmation document with the number of boxes of agricultural products, and completes the delivery of agricultural products. After that, the agricultural products are arranged on the product shelf. And sell agricultural products. When agricultural products are sold to consumers, if the barcode is read with the barcode reader (41), the sales performance / inventory information section (42), sales details totaling function section (43), inventory management function section (44 ), And input to the sales performance totaling function section (45) as data. At the register, we receive money from consumers. In this way, the price is collected and sales are continued. During this time, the sales situation of the agricultural products is continuously transmitted to each department from the personal computer (4) of the remote direct sales place (D). The sales situation of agricultural products may be distributed from the personal computer (5) of the system operation center (E).

  FIG. 4 is a diagram showing a flow until the price of agricultural products is determined, which will be described. In the system operation center (E), the prices of the agricultural products in the surrounding retail stores and supermarkets are surveyed every predetermined time and input to the personal computer (5). Next, the price adjustment function part (53) calculates the average price of each agricultural product and calculates a value 0.8 times the calculated value to obtain a shipping reference price. At this time, the value of 0.8 times is not limited to this, and may be determined according to market conditions. The data is sent to the shipping reference information section (54) and input to the distribution contents. Shipment reference information is distributed to each personal computer (1), (2), (3), (4). Thereafter, each producer (A) looks at the shipping reference information and makes a shipping reservation. At this time, the producer (A) determines the agricultural product, the price, and the quantity, but it is preferable to set the price higher or lower in consideration of the quality of the agricultural product. In this way, the price of agricultural products is determined voluntarily by the producer (A).

  Next, the flow of money will be described with reference to FIG. First, when the agricultural products are sold, the barcode is read and the price is collected. The data is input to the sales result / inventory information part (42), the sales details totaling function part (43), and the sales result totaling function part (45) of the personal computer (4) and totalized. This sales situation is transmitted from the personal computer (4) to each department as intermediate sales information. When closing time is reached, the sales are closed, and the sales amount displayed by the sales details totaling function unit (43) and the amount collected are checked. After that, the person in charge of the system operation center (E) witnesses based on the reservation establishment material, the sales details totaling material, the inventory management material, and the like, and after confirmation, signs and approves the sales for the day. In addition, by obtaining approval from the witness, it is possible to grasp and correct the difference in the comparison between the sales proceeds and the inventory before the sales results are aggregated. Then, the money is transferred to the account at the collection point (B), and the work at the remote direct sale point (D) ends. After that, at the collection point (B), the monetary management function unit (25) uses the data sent from the remote direct sale point (D) to receive the sales proceeds according to the sales results of each agricultural product ( A) will be transferred to the account of A) and the collection amount (B), transporter (C), direct sales office (D), and system operation center (E) will be charged a predetermined amount according to the sales results is there. Since the sales details and transfer details on this day are transmitted from the collection point (B) to each department, the transmitted data and the transfer amount may be verified in each department.

  The present invention can be used as a distribution system for not only agricultural products but also other commodities, and a distribution system capable of drastically reducing transportation costs for commodities that are regularly transported.

It is explanatory drawing which shows the structure of embodiment of this invention. It is explanatory drawing which shows the flow for shipment reservation establishment of this embodiment. It is explanatory drawing which shows the flow of the agricultural product of this embodiment. It is explanatory drawing which shows the flow until the price in this embodiment is determined. It is explanatory drawing which shows the flow of money in this embodiment.

Explanation of symbols

A Producer B Pickup C Transporter D Remote direct sales E System operation center 1 Producer PC
11 Input means
12 Barcode label issuer 2 PC at collection point
21 Input means
22 Barcode label issuer
23 Bar code reader
24 Shipment Reservation Total Function Department
25 Money Management Function Department
26 Load Capacity Total Function Department 3 PC of the carrier
31 Operation Management Function Department 4 Direct Sales Office PC
41 Bar code reader
42 Sales & Inventory Information Department
43 Sales details tabulation function
44 Inventory management function
45 Sales Performance Total Function Department 5 System Operation Center PC
51 System User Distribution Function Department
52 Sales / Inventory verification function
53 Price adjustment function
54 Shipping Reference Information Department
55 Shipping reservation over / under adjustment function

Claims (7)

  A remote direct sales place (D) where a personal computer (2) is placed at a collection point (B) where agricultural products are carried from the producer (A) and the collected agricultural products from the collection point (B) are brought in by a transporter (C) A system operation center (E) that arranges a personal computer (4), distributes at least the shipping reference information to the personal computers (2), (4), and receives various information from the personal computers (2), (4), etc. ) At least a shipping reservation counting function unit for counting the reservations of agricultural products reserved by the producer (A) in the personal computer (2) of the collection point (B). 24) and a loading capacity totaling function section (26), and at least the bar code reader (41) for reading the bar code on the personal computer (4) of the remote direct sales office (D), and the sales status of agricultural products Deliver Sales information / inventory information section (42), sales details totaling function section (43), and inventory management function section (44), and the computer (5) of the system operation center (E) is at least a personal computer (2), a system user distribution function part (51) for distribution to (4), a price adjustment function part (53) for setting a shipping reference price, a shipping reference information part (54), A specified remote local distribution system for agricultural products, which is equipped with a shipping reservation excess / deficiency adjustment function section (55).   The personal computer (1) is arranged at the producer (A), and the shipment reference information on the previous day delivered from the system operation center (E) is confirmed on the screen of the personal computer (1) and produced. Input means (11) for inputting agricultural product name, box size, quantity, price, etc. as a shipping reservation, and barcode label issuer (12) for pasting barcode labels on agricultural products collected in the morning based on the reservation The specified remote local distribution system for agricultural products according to claim 1, wherein the personal computer (1) is provided.   The personal computer (2) at the collection point (B) includes an input means (21), a bar code label issuing unit (22), a bar code reader (23), and a money management function unit (25). The specified remote area direct sales distribution system for agricultural products according to claim 1.   The specified remote area direct sale distribution system for agricultural products according to claim 1, wherein a personal computer (3) is arranged in the transporter (C) and an operation management function part (31) is provided on the personal computer.   The specified remote local direct sales distribution system for agricultural products according to claim 1, wherein the personal computer (4) of the remote direct sales place (D) is provided with a sales performance totaling function unit (45).   The specified remote local direct sales distribution system for agricultural products according to claim 1 or 5, wherein the remote direct sales place (D) is provided in a consumption area where it can be carried in from 3 hours to 4 hours from the collection place (B). The specified remote local distribution system for agricultural products according to claim 1, wherein the personal computer (5) of the system operation center (E) is provided with a sales / inventory verification function unit (52).