JP4328866B2 - Product delivery system - Google Patents

Description

  The present invention relates to a product delivery system for delivering a product from a delivery base to a sales base.

In the conventional merchandise delivery system, most of the time is spent on the work of selecting the merchandise and loading it on a delivery vehicle or a short distance transporter.
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  In view of the above situation, an object of the present invention is to provide a product delivery system capable of shortening work time and reducing transportation cost by efficiently selecting and loading products to be delivered. .

According to the present invention, in order to achieve the above object,
[1] In a product delivery system comprising a product delivery base, a sales base that performs mutual communication with the product delivery base, and a sales destination that performs mutual communication with the sales base, the sales base is each sales destination. The inventory information of the product is remotely grasped, the necessary replenishment number information is collected, the necessary replenishment number information is transmitted to the product delivery base in response to polling from the product delivery base, and the product delivery base in fireman's standard Me need replenishing number of items for each sales offices in the package, and mounting the package a short distance transport vehicle electric drive, and the short-distance transport vehicles, a flat floor is driven by in-wheel motor the follow delivery route on the floor of the shipping electric vehicle having to mounting tower, characterized by delivering the product for each of the purchaser.

[ 2 ] In the product delivery system according to the above [ 1 ], the rear door of the electric vehicle for delivery is brought down to serve as a guide path for lowering the short-distance transport vehicle having the package mounted thereon.

[ 3 ] In the product delivery system according to [ 1 ] or [ 2 ], the short-distance transport vehicle is an electrically driven vehicle that is operated by radio, landing on a road surface from the delivery electric vehicle, and electrically driven. It is possible to move on the road surface.

[ 4 ] In the product delivery system described in [ 3 ] above, the necessary number of replenishment items can be placed in a predetermined place around a product display case, a product storage, or a vending machine by the short distance transport vehicle. It is characterized by automatically selecting and replenishing.

[5] In the merchandise delivery system according to [ 4 ] above, the vending machine or merchandise display case of the sales destination includes a device for detecting stock information of the product and a transmitting device for transmitting the detection information. It is characterized by.

  As described above in detail, according to the present invention, the following effects can be obtained.

  (1) Transportation cost can be reduced by efficiently selecting and loading goods to be delivered.

  (2) The product can be easily delivered to the delivery base, the sales base, and the sales destination of the product without fear of pollution.

  (3) Since an electric vehicle having a flat floor surface and a large internal volume can be delivered to a sales base, it is easy to deliver a large number of products and carry them in and out.

  (4) Goods can be efficiently and pollution-free delivered closer to the consumer. In other words, since no exhaust gas is emitted, it can be freely put into the building.

  (5) It can be delivered to the sales destination by an electrically driven vehicle designed to be unmanned, and can be delivered day and night.

In a product delivery system comprising a product delivery base, a sales base that performs mutual communication with the product delivery base, and a sales destination that performs mutual communication with the sales base, the sales base is configured to store the product of each sales destination. Remotely grasp inventory information, collect necessary replenishment number information, and send the necessary replenishment number information to the product delivery base in response to polling from the product delivery base. fireman's standard Me need replenishing number of items in each base in the package, and mounting the package a short distance transport vehicle electric drive, and a near-distance truck, delivery with a flat floor surface is driven by in-wheel motor mounting tower in accordance with the delivery route on the floor of the use electric vehicles, to deliver the goods for each of the sales destination. Therefore, the transportation cost can be reduced by efficiently selecting and loading the goods to be delivered.

  Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

  FIG. 1 is a schematic diagram of a commodity delivery system showing an embodiment of the present invention.

  In this figure, 1 is a product delivery base, 2 is an information processing device in the product delivery base 1, 3 is a CPU (Central Processing Unit), 4 is a storage device, 5 is route information, 6 is a transmission / reception device, 7 is a transmission / reception antenna, 10 is a delivery route A, 11 is a first sales base in the delivery route A10, 12 is a second sales base, 13 is a third sales base, 14 is a fourth sales base, 15 is a fifth sales base, Reference numeral 16 denotes a sixth sales base, 17 denotes a seventh sales base, and 18 denotes an eighth sales base. Each of these sales bases 11 to 18 has a sales destination. For example, the fourth sales base 14 has a first sales destination 14a, a second sales destination 14b, a third sales destination 14c, and a fourth sales destination 14d.

  FIG. 2 is a product delivery flowchart showing the outline of the present invention.

  (1) First, information on the necessary number of replenishments of products from the sales destination is collected at each sales base (step S1). Specifically, the inventory information of the product is reported from each sales destination to the sales base, and each sales base compares the inventory information from each sales destination with the number of stocks that should be, and the required replenishment number of the product To figure out.

  (2) Next, at the merchandise delivery base, information on the required number of supplements for the merchandise is collected from each sales base. Here, the merchandise delivery base performs wireless polling, and collects information on the required number of supplements for the merchandise at each sales base for each delivery route (step S2).

  (3) Next, based on the information collected in step S2, the replenishment products for each sales base are grouped one by one at the product delivery base to construct a package (step S3).

  (4) Next, in the product delivery base, the package of the supplement product for each sales base is mounted on the short-distance transport vehicle (step S4).

  (5) Next, at the merchandise delivery base, the short-distance transport vehicles loaded with the replenishment product package for each sales base are collected for each identical delivery route and loaded onto the delivery electric vehicle (step S5).

  (6) Next, the short-distance transport vehicle carrying the replenished product packaged to each sales base according to the delivery route is delivered by the delivery electric vehicle (step S6).

  (7) Next, at the sales base, the short-distance transport vehicle in which the package of the supplementary product of the sales base is mounted is carried out from the electric vehicle for delivery (step S7).

  (8) Next, the short-distance transport vehicle is operated by radio for each sales base to deliver the product to each sales destination (step S8).

  Therefore, referring to FIG. 1, for example, taking delivery route A as an example, sales base 14 remotely grasps the inventory information of the products of each sales destination 14a-14d, and each sales destination 14a-14d. Necessary replenishment number information is collected, and similarly, other sales bases also collect necessary replenishment number information of sales destinations.

  Next, in response to the wireless polling from the merchandise delivery base 1, each sales base 11-18 transmits the necessary supplement number information to the merchandise delivery base 1. At the merchandise delivery base 1, packages 11P to 18P in which the supplementary products for the sales bases 11 to 18 are collected are mounted on the short-distance transport vehicle 20 for each sales base, and the short-distance transport vehicle 20 (delivery route) The number is 8 in A10) and is loaded on the electric vehicle 19 for delivery to the delivery route A10. Thus, all the packages 11P to 18P delivered to the sales bases 11 to 18 on the delivery route A10 are loaded on the electric vehicle 19 for delivery.

  In the electric vehicle 19 for delivery, 19A is a rear door, 19B is a battery, 19C is route information, and 19D is a wheel having an in-wheel motor with a converter.

  Moreover, the electrically driven vehicle 20 as a short-distance conveyance vehicle is equipped with a battery 20A, a wheel 20C having an in-wheel motor with a converter having a caterpillar 20B, and delivering goods to each sales destination of the sales base. I have to.

  Hereinafter, delivery by the delivery electric vehicle 19 and the short-distance transport vehicle 20 will be described.

  As described above, the product delivery base 1 is mounted on the short-distance transport vehicle 20 as a product package in which the necessary number of replenishments for each sales base is collected based on the inventory information from the sales bases 11 to 18. And delivered by the electric vehicle 19 for delivery. In addition, since the electric vehicle 19 for delivery converts the electric power of the battery 19B into alternating current power with a converter and drives the wheel 19D by driving the in-wheel motor with the alternating current power, the floor surface is flat. , Can take a large internal space. Therefore, there is an advantage that a larger number of products can be freely arranged and mounted, and can be easily carried into and out of the automobile.

  When the delivery electric vehicle 19 reaches a predetermined sales base 14, a package (for example, a package 14 </ b> P) of a product to be replenished to the sales base 14 is dropped to the sales base 14. Here, the package to be replenished at each sales base is loaded in the delivery electric vehicle 19 in the product delivery base 1 in a state of being pre-installed in the short-distance transport vehicle 20 for each sales base. desirable. As a result, there is no transshipment of merchandise, so that the delivery from the delivery electric vehicle 19 and the subsequent delivery can be performed easily and in a short time. When carrying out the package 14P from the delivery electric vehicle 19, the rear door 19A of the delivery electric vehicle 19 is opened and used as a guide path for the short-distance transport vehicle 20 on which the package 14P is mounted as shown in FIG. .

  Since the package 14P to be lowered to the sales base 14 is mounted on the short-distance transport vehicle 20, the package 14P unloaded from the delivery electric vehicle 19 is delivered by the short-distance transport vehicle 20 as it is. The short-distance transport vehicle 20 is configured as an electrically driven vehicle that is operated by radio, and when landing on the road surface from the electric vehicle 19 for delivery, it moves on the road surface by electric drive by radio.

  In addition, this electric drive vehicle 20 can incorporate the map information of the sales destinations 14a to 14d, and perform the radio operation to the sales destinations 14a to 14d for delivery. Moreover, the electric drive vehicle 20 can be made to raise / lower a staircase by making it the conveyance vehicle with a caterpillar 20B.

Thus, taken out from the delivery for electric vehicles 19, the package 14P mounted on the electric drive vehicle 20, a predetermined product on the basis of the information of each purchaser 14a~14d to each purchaser 14 a to 14 d Can be delivered.

  Since it comprised as mentioned above, the supplementary goods packaged for every sales base can be delivered easily. In that case, the delivery vehicle is an electric vehicle having a flat floor surface and a large internal volume, has no exhaust gas, and can easily enter the building.

  Further, since the supplementary product is packaged and mounted on the electric drive vehicle 20, it is only necessary to drop the electric drive vehicle with the package mounted at the sales base and deliver the supplementary product to each sales destination as it is.

Even in that case, since it is an electrically driven vehicle 20 by radio control, there is no concern about contamination by exhaust gas even in the building, and goods can be delivered freely. Note that in the delivery system of the product, product display case in the purchaser via near field transfer vehicle 20, product storage cabinet, or around vending machines place the refill number of necessary items automatically sorted to replenish can do.

  Further, in the merchandise delivery system, the vending machine or merchandise display case of the sales destination can include a merchandise inventory information detection device and a transmission device for transmitting the detection information.

  Furthermore, the staircase can be moved up and down by making the short-distance conveyance vehicle 20 a caterpillar-equipped conveyance vehicle.

  In this way, according to the route instructed at the merchandise delivery site 1, the delivery of the merchandise to each sales destination is performed by lowering the short-distance transport vehicle (electrically driven vehicle) 20 mounted with the package at each sale base. It can be carried out easily and in a short time without concern for pollution.

  In the above-described embodiment, only the delivery route A has been described. Similarly, the delivery route B30, the delivery route C40, and the delivery route D50 can be similarly delivered.

  In addition, this invention is not limited to the said Example, Based on the meaning of this invention, a various deformation | transformation is possible and these are not excluded from the scope of the present invention.

  The merchandise delivery system of the present invention is suitable for efficient delivery of merchandise into a building or the like.

It is a schematic diagram of the delivery system of goods which shows the Example of this invention. It is a delivery flowchart of goods which shows the example of the present invention.

1 Product Delivery Base 2 Information Processing Device 3 CPU (Central Processing Unit)
4 Storage device 5, 19C Route information 6 Transmission / reception device 7 Transmission / reception antenna 10 Delivery route A
11 1st sales base 11P-18P package 12 2nd sales base 13 3rd sales base 14 4th sales base 14a 1st sales destination 14b 2nd sales destination 14c 3rd sales destination 14d 4th Sales destination 15 5th sales base 16 6th sales base 17 7th sales base 18 8th sales base 19 Electric vehicle for delivery 19A Rear door 19B, 20A Battery 19D, 20C Wheel with in-wheel motor with converter 20 Short-distance transport vehicle (electrically driven vehicle)
20B Caterpillar 30 Delivery route B
40 Delivery Route C
50 Delivery Route D

Claims (5)

In a product delivery system comprising a product delivery base, a sales base that performs mutual communication with the product delivery base, and a sales destination that performs mutual communication with the sales base,
The sales base remotely grasps the inventory information of the products of each sales destination, collects the necessary replenishment number information, and responds to the polling from the product delivery base, the necessary replenishment number information to the product delivery base transmitted, said product delivery base in fireman's standard first is the need replenishing number of items for each sales offices in the package, mounted on short distance transport vehicle electric drive the package, and the near-distance transport vehicles, in-wheel motor delivery system product to the mounting tower follow the delivery route on the floor of the shipping electric vehicle, characterized by delivering the product for each of the purchaser having driven flat floor in. 2. The product delivery system according to claim 1 , wherein a rear door of the electric vehicle for delivery is brought down to serve as a guide path for taking down a short-distance transport vehicle carrying the package. 3. The product delivery system according to claim 1 , wherein the short-distance transport vehicle is an electrically driven vehicle that is operated by radio, and can land on the road surface from the electric vehicle for delivery and move on the road surface by electric drive. A product delivery system characterized by 4. The product delivery system according to claim 3 , wherein the short-distance transport vehicle automatically selects a necessary number of products for replenishment at a predetermined place around a product display case, a product storage, or a vending machine as each sales destination. A product delivery system characterized by being replenished. 5. The merchandise delivery system according to claim 4 , wherein the vending machine or merchandise display case of the sales destination includes a product inventory information detection device and a transmission device for transmitting the detection information. Product delivery system.

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