JP2003327331A - Receipt / shipment registration processing system - Google Patents

Abstract

(57) [Summary] [Problem] The present invention can manage information on a plurality of items loaded on a basket car in a short time without increasing the number of personnel for the items to be distributed, and also allows the delivery company to make an incorrect delivery. It is an object of the present invention to provide a receipt / shipment registration processing system capable of preventing the problem. Each product to which a non-contact wireless tag on which product information is recorded is loaded and transferred, and according to the passage of a delivery carrier equipped with a non-contact wireless tag on which identification information or the like is recorded. Blocking means capable of arbitrarily opening and closing the passage, optical detection means for detecting the entry and passage of the delivery carrier, a plurality of antennas for communicating with the non-contact wireless tag, and the antenna through the antenna An information terminal capable of reading and writing information recorded in the non-contact wireless tag, and a control device having a shut-off control unit for performing a determination of conformity with respect to the information of the non-contact wireless tag and controlling the shut-off unit are provided. It is equipped with a passing gate.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a receipt / shipment registration processing system for managing receipt / shipment of goods, for example, a receipt / shipment registration processing system in a distribution center or wholesaler for delivering goods to a store such as a supermarket or a convenience store.

[0002]

2. Description of the Related Art For example, in a store (retail store) such as a supermarket or a convenience store, various products including foods are delivered from a delivery center or a wholesaler. In a conventional delivery center, a product received from a product maker in a receiving area is manually inspected for receiving goods, which is matched with a slip attached to the product. Next, the commodities that have undergone the incoming inspection processing are moved to a sorting area for distribution by each store (retail store), and the products are picked together with the slips in a basket car provided at each store (retail store). Picked carts (delivery carriers) are available at each store (retail store).
It will be transported to the shipping area where it will be handed over to the courier. In the shipping area, a shipping inspection process for collating a product loaded in a cart with a slip is manually performed. In addition, the basket car delivered to each store is provided with a label showing the name of the store (retail store) of the destination, and the delivery company gives a predetermined store label to the basket car that has completed the shipping inspection process. Check and load on the truck, and check only the actual number of carts loaded on the truck. Generally, the number of products delivered to each store is different each time, the number of carts with a predetermined store label is not constant, and multiple required products are mixed to increase the loading efficiency per basket car. There is a case.

[0003]

As described above, in the conventional goods receipt / shipment inspection processing in the distribution center, the slip attached to the goods and the goods loaded in the cart are manually collated. There is a problem that this work takes too much time. In particular, in the distribution center, the amount of merchandise handled (the number of items) is the largest in the morning because the display of merchandise is made in time for the opening time of the store (retail store), and the work from receipt to shipment is limited within a limited time. Must be done.

Therefore, during this limited time, work omissions or work mistakes may occur. Therefore, if the goods received at the store do not match the slips, the store makes an inquiry to the distribution center. Process takes place, and it takes time to investigate whether the product was erroneously distributed to other stores, was delivered in parts, or was out of stock, and it caused problems that accurate information might not always be obtained. It was incurred as a loss cost above.

Further, since the distribution center does not manage the carts, if there is a difference between the quantity of carts delivered to each store and the quantity of carts returned from each store, the cart will be lost. But there is a problem that I do not understand.
The present invention has been made in view of the above points, and it is possible to manage all of a plurality of product information loaded in a basket car in a short time without increasing the number of people involved in the products to be distributed. It is to provide a receipt / shipment registration processing system capable of preventing erroneous delivery.

[0006]

In order to achieve the above object, according to the present invention, there is provided a receipt / shipment registration processing system for a commodity in which a plurality of commodities are received from a supplier, and the commodities are sorted and shipped to each store for distribution. From a delivery carrier for loading and transferring each product to which a non-contact wireless tag on which product information is recorded is attached, and a passage gate provided on a passage from receipt to shipment through which the delivery carrier passes The delivery carrier is equipped with a non-contact wireless tag in which identification information and the like are recorded, and the passage gate is provided with a blocking means capable of arbitrarily opening and closing the gate, and an optical device for detecting entry and passage of the delivery carrier. Detecting means and a plurality of antennas for communicating with the contactless RFID tags of the product and the delivery carrier, and the contactless contact of the product and the delivery carrier via the antennas. An information terminal capable of reading and writing information recorded on a tag, and a control device, the control device controlling the information terminal by a signal of the optical detection means, and the information terminal. Management means for managing the information of the non-contact wireless tag read as a database as a database, and a disconnection control means for performing conformity determination regarding the information of the non-contact wireless tag of the product and the delivery carrier and controlling the disconnecting means, It is characterized in that the delivery carrier and the product information are managed by the transit gate via the non-contact wireless tag.

According to the present invention, a basket car equipped with a non-contact wireless tag to which each non-contact wireless tag on which product information is recorded is attached and identification information such as a serial number and a destination is written is attached to each commercial product. When it is loaded on a carrier for delivery such as, when it passes through the passage gate, the information terminal connected to the antenna operates and it is received or shipped to the delivery center etc. by reading and writing the contactless RFID tag. Information such as items and quantities of multiple commodities that can be managed by the control device can be managed in a short time by the control device, and providing optical detection means at the entrance and exit sides of the passage gate The entrance and the passage of the carrier is monitored, and the exit of the passage gate is closed by a blocking means when the delivery carrier without the contactless RFID tag enters the passage gate. It becomes possible to improve the reliability of the receipt or shipment inspection, and it is possible to centrally operate the wireless information terminal only while detecting the entry and passage of the delivery carrier. The load can be reduced.

Further, according to the present invention, the passage gate is provided with display means, and display notification means is provided for notifying the control device based on the information of the non-contact tag in order to display information on the display means. Since the information is notified to the worker or the delivery company by the display means on the gate,
It is possible to improve the efficiency of the inspection work, which conventionally takes time by hand, and prevent erroneous delivery of delivery carriers.

Further, according to the present invention, the passage gate is provided with a battery power source for supplying electric power and a pair of wheels whose movement direction is not restricted at a lower end portion of the passage gate, and the passage gate is provided at a receiving / shipping position. In general,
The area where each product arrives from a customer at the same delivery center differs from the area where it ships to each store, and there is a time difference between the peak arrival time of the product and the peak arrival time after the product is sorted for each store. Focusing on that, it becomes easy to handle the arrival of goods and the inspection of shipment with one device, so it is possible to expect an improvement in the operating rate of the passage gate,
The equipment cost can be reduced.

Further, according to the present invention, the optical detecting means and the blocking means are symmetrically arranged with respect to the antenna so as not to limit the approaching direction of the delivery carrier. It becomes possible to manage delivery carriers such as cars, and it becomes possible to control the loss because many stores that have not been returned are revealed. Further, according to the present invention, a center device is provided outside, the control device can communicate with the center device via wireless means, and the database can be distributed to the center device. It is possible to collate the information read by the information terminal by receiving a database of product ordering information and the like, and a database of the product information that has passed through this passage gate and the identification information of the delivery carrier etc. is provided outside. Since it is possible to distribute the data to the center device by wireless communication and centralize and manage the database, it is possible to reduce the distribution loss of the product and the delivery carrier.

Further, in the case where the system for registering the ordering information with respect to the customer is registered in the database of the center device, the control device of the passage gate reads the database of the center device and collates it with the product information received or shipped. Since it is possible to inspect, it is possible to prevent an excess or deficiency or misdelivery of the products loaded on the delivery carrier.

[0012]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of a receipt / shipment registration processing system according to the present invention will be described in detail below with reference to the drawings. The present invention is not limited to this embodiment. 1 is a schematic configuration diagram of a receipt / shipment registration processing system using a contactless wireless tag according to an embodiment of the present invention, and FIG. 2 is a partially enlarged view of a passage gate of the receipt / shipment registration processing system of FIG. is there.

Reference numeral 16 is a product to be distributed, and reference numeral 17 is a product such as a manufacturer, a manufacturer, and a wholesaler based on the order information from the store. Product name, production area, manufacturing (production) pasted by business partners such as traders, producers, and wholesalers
The contactless wireless tag 17 for merchandise information in which information such as date is recorded.

Reference numeral 13 is a delivery carrier 13 on which products 16 are loaded. The delivery carrier 13 for arrival at the delivery center has a serial number and transaction designated by the delivery center or the like via a tag attachment plate 14. A non-contact wireless tag for identification 15 on which a front code, inspection information and the like are recorded is attached, and a carrier 13 for delivery delivered from a delivery center to a store has a serial number on a tag attachment plate 14.
An identification non-contact wireless tag 15 in which a store code, inspection information, etc. are recorded is attached.

Reference numeral 1 denotes a pair of passage gates which are installed in a passage such as a delivery center and which are connected in the upper part and which are formed in a substantially gate shape. A delivery carrier 13 passes between the pair of passage gates 1. To do. The pair of passage gates 1 have a plurality of antennas 2 for communicating with the non-contact wireless tags 15 and 17 arranged vertically on the opposite surfaces (four in FIG. 1) and antennas arranged at the lower end. The first detection means 3 and the second detection means 4 for optically detecting the passage of the delivery carrier 13 are arranged with 2 as a symmetry.

Further, at an arbitrary position of the passage gate 1, an operation box 9 in which switches, lamps, an alarm buzzer and the like necessary for driving are arranged, and a radio output from the antenna 2 are controlled, and a non-contact radio tag. An information terminal 11 capable of reading and writing the information recorded in the
A control device 12 capable of managing information of a non-contact wireless tag via an information terminal and a battery power source 10 capable of supplying electric power to each device such as the control device 12 are arranged.

Further, the control device 1 is provided in a connected portion of an upper portion of the pair of passage gates 1 where the passage gates 1 are easily visible.
In accordance with the command No. 2, the display means 7 is arranged to notify the operator of the product information of the non-contact wireless tag, the identification information of the delivery destination, etc. and the abnormality information of the delivery carrier etc. Further, at the entrance and exit of the passage gate 1, first blocking means 5 and second blocking means 6 provided for closing the passage of the delivery carrier 13 are symmetrically attached, and the first blocking means is provided. The means 5 is such that the first swing bar 5b for closing the delivery carrier is attached to the first rotary arm 5a, and the first rotary actuator 5 is instructed by the controller 12.
This is a configuration in which the rotational force actuated by c is transmitted to the first rotary arm 5a so that the first swing bar 5b can swing.
The second blocking means 6 is composed of a second rotating arm 6a, a second swing bar 6b, and a second rotary actuator 6c, like the first blocking means 5, and the first blocking means 6 is provided. The same operation as the means 5 is performed.

At the lower end of the passage gate 1, a pair of wheels 8 whose movement directions are not restricted are attached, and the passage gate can be moved to the receiving side or the shipping side as needed to provide mobility. Moreover, it is preferable that the wheel 8 is provided with a lock mechanism because the place can be fixed when it does not move. FIG. 3 is a diagram showing an example of the amount of goods receipt / shipment inspection processing by time zone at the distribution center.

The distribution center places an order for most of the daily commodities from frozen goods such as fish, meat and vegetables, refrigerated goods, beverages, sweets and sundries sold at supermarkets and convenience stores. Distribute based on the information provided. The function of this distribution center is to check the goods delivered from suppliers such as manufacturers, manufacturers, and wholesalers, and to sort the received goods into each store by category and Shipment inspection processing is performed to confirm the product before it is delivered to the store, and the distribution of the product is reasonably managed.

Therefore, as shown in FIG. 3, the amount of products distributed to the distribution center changes in units of hours, and has several peaks in one day. Generally, the products are sold before the store opens. The number of products distributed in the early morning tends to be the largest because they are displayed. As described in the function in the delivery center, since the products received from the business partners are distributed and shipped for each store, the peak of the shipment inspection processing amount is usually 1 to 2 on average from the peak of the arrival inspection processing amount. Appears with a delay of about an hour.

FIG. 4 is a schematic configuration diagram of the distribution center showing a case where the quantity of goods inspected at the distribution center to which the receipt / shipment registration processing system according to the embodiment of the present invention is applied is larger than the quantity of shipment inspection. It should be noted that the delivery carrier will be described using different symbols depending on the purpose of use. Delivery center 20
Then, the arrival area 20a for confirming the products delivered from the customer, and the sorting area 20 for distributing the products in each store
b, Shipping area 20 for checking the products delivered to each store
In general, the product is distributed in one direction and the product is distributed in one direction. The flow of the product in the distribution center 20 will be described with reference to FIG.

As shown in FIG. 4, in the arrival area 20a, a plurality of registration processing apparatuses 22 for arrival according to the quantity of goods inspected and received are arranged, and a delivery carrier 13 from a supplier is arranged.
The products to be loaded and delivered on the are handled as the carriers 24 for delivery waiting for the inspected products. After that, the carrier 24 for delivery waiting for receipt inspection passes through the passage gate 1 of the registration processing device 22 for delivery, delivers the product information and the like to the center device 19, and when the registration process is completed normally, the worker sets the sorting area 20b. Carrier 25 for transporting and waiting for store sorting
Treated as.

In the sorting area 20b, standby delivery carriers 21 provided for each store and for each category of goods are prepared, and the worker refers to the order information by using a mobile terminal (not shown) or the like. The products are transshipped from the delivery carrier 25 waiting for store sorting to the delivery carrier 21 waiting. When the amount of goods to be transshipped to the standby delivery carrier 21 reaches a certain amount in consideration of the truck loading efficiency, it is handled as the delivery inspection waiting delivery carrier 26.

In the shipping area 20c, a plurality of shipping registration processing devices 23 corresponding to the shipping inspection processing amount are arranged, and the products loaded on the shipping inspection waiting delivery carrier 26 waiting in the sorting area are shipped. Registration processing device 23
Passing through the passage gate 1 of the
9, the registration process is performed, and only the normally completed delivery inspection waiting delivery carrier 26 is delivered to the delivery company as the delivery inspection completed delivery carrier 27.

The arrival registration processing device 22 and the shipping registration processing device 23 use the same passage gate 1, but for the sake of convenience, the names are distinguished according to the positions where they are arranged. FIG. 5 is a schematic configuration diagram of the distribution center showing a case where the shipment inspection quantity of goods in the distribution center to which the receipt / shipment registration processing system according to the embodiment of the present invention is applied is larger than the arrival inspection quantity.

FIG. 5 shows a state in which the peak amount of the incoming inspection processing amount has passed, and the number of delivery carriers 24 waiting for incoming inspection in the receiving area 20a is small and the delivery carrier 26 waiting for shipping inspection in the sorting area 20b is small. The number increases. In this state, the registration processing device 22 for receipt described in FIG.
Is excessive, while the number of shipping registration processing devices 23 is insufficient. The receipt / shipment registration processing device of the present invention is provided with the battery power source 10 and the directional wheels 8 and is excellent in maneuverability.
It can be used as the shipping registration processing device 23, and the facility operating rate can be improved.

The flow of goods in the delivery center 20 is the same as that shown in FIG. Figure 6
FIG. 3 is a schematic configuration diagram of a receipt / shipment registration processing system in a state where a delivery carrier is returned from a store to a delivery center. Normally, the delivery carrier 13 in a state in which no products are loaded is folded to improve installation efficiency. When the folded delivery carrier 13 is returned in a state of passing through the passage gate 1, the information of the non-contact wireless tag 15 fixed to the tag mounting plate 14 of the delivery carrier 13 is read and delivered to the store. The carriers 13 can be managed, and the number of delivery carriers will not be lost and run short.

Further, when the delivery carrier 13 passes through the passage gate 1 of the receipt / shipment registration processing system, it is possible to initialize a part of the information of the non-contact wireless tag 15, and the delivery carrier can be initialized. It is possible to improve operational efficiency. FIG. 7 is a flowchart for explaining a series of operations of the receipt / shipment registration processing system according to the present invention.
With reference to, an example of the work in the receiving area for confirming the products delivered from the supplier in the state where a plurality of products are loaded on one delivery carrier will be described.

First, in order to carry out the receipt / shipment processing of the distributed products, the battery power source 10 is charged and the operation box 9 is operated.
Is operated to activate the control device 12, and the first blocking means 5 and the second blocking means 6 which have closed the passage at the end of the operation.
To open the receipt / shipment registration processing system (step 101). Next, the activated control device 12
Of the information terminal 11 connected to the control device 12, the first detection means 3 and the second detection means 4, the first blocking means 5, the second blocking means 6, and the display means 7. The condition is checked to determine whether there is any abnormality (step 10
2). Here, if an abnormality has occurred, the process moves to another flow (not shown) to notify the outside by using the buzzer in the display means 7 and the operation box 9.

If there is no abnormality, the process proceeds to step 103, and when the worker enters the delivery carrier loaded with the goods into the passage gate 1, either the first detecting means 3 or the second detecting means 4 is detected. When the entry of the delivery carrier is detected (step 103), the information terminal 11 that reads the non-contact wireless tag operates according to a command from the control device 12 (step 104). After that, the presence or absence of the information of the non-contact wireless tag is checked, and when the information of the non-contact wireless tag is not obtained even after a certain period of time (step 105, No), the delivery carrier is detected by the detecting means on the exit side. When attempting to pass through (step 111), the control device 12 determines that the delivery carrier to which the non-contact wireless tag is not attached passes (step 112). Since the delivery carrier without the contactless wireless tag attached lowers the management accuracy of the merchandise in circulation, the first blocking means 5 or the second blocking means on the exit side so as not to pass through the receipt / shipment registration processing device. The passage was closed at 6 (step 11
3) In addition, the abnormality information of the delivery carrier is notified to the outside by the display means 7 (step 114). This display means 7
If the alarm buzzer is sounded in response to the output of the above, the operator can be expected to promptly carry out the abnormality processing. Shipping carriers without contactless wireless tags are
When the worker cannot leave the passage gate 1 and exits from the direction in which the worker entered, and the detection means detected at the time of entry again detects the delivery carrier, the delivery carrier to which the non-contact wireless tag is not attached exits. Control device 1
2 determines (step 115) and opens the blocking means that has closed the passage (step 116).

On the other hand, when the information of the non-contact wireless tag is obtained in the state of step 104 (step 105, Yes), the information terminal 11 is further activated to read the information of the non-contact wireless tag in detail. Is performed (step 106).
The identification information of the delivery carrier and the product information that have been read are first displayed on the control device 12 as the serial number of the delivery carrier,
The delivery destination is compared with the product manufacturer and the shipping date, and the quantity of each product is registered. Next, the order information of each store and the product inspection information obtained by wireless communication from the center device 19 are collated, and it is checked that there is no error in the delivery destination and the quantity of the product (step 107). When the result of collating the information of the contactless wireless tag is determined to be unsuitable (step 10
8, No), the first blocking means 5 or the second blocking means 6 on the side opposite to the entrance side so that the delivery carrier cannot pass through.
The passage is closed at (step 113). At the same time, the abnormality information of the delivery carrier is notified to the outside by the display means 7 (step 114). If an alarm buzzer is sounded and a notification is issued in accordance with the output of the display means 7, it can be expected that the worker will promptly carry out the abnormality processing. The shipping carrier is
Since the operator cannot leave the passage gate 1 in the direction in which the worker entered, and the detection means detected at the time of entry again detects the delivery carrier, the control device 12 determines that the delivery carrier has exited ( In step 115), the blocking means that has closed the passage is opened (step 116).

On the other hand, if it is determined that there is no problem in the collation work in step 107 (step 108, Yes), it is determined that the inspection has been completed in the information of the non-contact RFID tag for identification attached to the delivery carrier. At the same time as writing the information, the tag information read by the operator is displayed on the display unit 7.
Output to and notify. Further, the control device 12 distributes the product information and the identification information registered by wireless communication to the center device 19 (step 109). Here, when the information of the non-contact wireless tag, which is the collation OK, is output on the display means (step 109), the blocking means on the exit side is still open, so that the worker does not touch the passage gate 1. When the delivery carrier can be passed through and the detection means on the exit side other than the entry side detects the delivery carrier (step 110), the inspection processing of one delivery carrier ends. To end the product inspection process, the end switch of the operation box 9 is pressed to operate the shutoff means to close the passage, and then the receipt / shipment registration processing device is shut down. If the end switch is not pressed, the process returns to the state where the inspection / registering process for receipt / shipment is possible again (step 117).

In the receipt / shipment registration processing system of the present invention, the delivery carrier once registered in the control device is required to initialize a part of the information recorded in the contactless wireless tag as shown in FIG. Therefore, with respect to the delivery carrier that has not been initialized, the collation determination in step 107 is abnormal and cannot be passed. Further, in the receipt / shipment registration processing system of the present invention, the delivery carrier detection means and the blocking means are arranged symmetrically with respect to the antenna 2 for reading the information of the non-contact wireless tag. It is possible to register receipt / shipment information without any restrictions. Also, when the collation mismatch or the non-contact wireless tag is not attached, the notification is made by the display means and the alarm buzzer, etc. Since the delivery carrier cannot pass due to the blocking means, the reliability of information management of the distributed products can be improved.

Further, in the receipt / shipment registration processing system of the present invention, the first blocking means and the second blocking means 6 are opened in advance so as not to hinder the movement of the operator, and when an abnormality occurs, However, the blocking means on the exit side is closed, but the blocking means on the exit side may be always closed, and may be opened only when the verification of the non-contact wireless tag is OK.

[0035]

As described above, according to the present invention, the receipt / shipment registration processing system is provided with the optical detection means and the means capable of reading the information of the non-contact wireless tag. When it is not possible to accurately read and inspect the information of the car, it is not possible to allow the car to pass, so as a result, if the car does not have a contactless wireless tag attached, or if the tag information contains incorrect content. Since it cannot pass through this gate, the reliability of inspection processing can be improved.

Further, according to the present invention, when the delivery carrier passes through the passage gate, the product information and the destination information are output to the display device, so that misdelivery can be prevented in advance. become. Further, according to the present invention, since the passage gate can be easily moved and there is no restriction on the approaching direction of the delivery carrier, the operation can be performed according to the quantity of goods inspected at the delivery center, and the operation of the equipment can be performed. By increasing the rate, it is possible to inspect all products in a short time without increasing the number of workers.

Further, according to the present invention, since the database of the center device can be collated, the reliability of the information management of the distributed products can be improved. In addition, in a distribution center that processes goods from receipt to shipment in one direction, there is a time difference between the load concentration of the incoming inspection processing and the load concentration of the shipping inspection processing, so it is possible to move freely to the lower end of the passage gate. By providing the wheels that can be moved so as to be movable, it is possible to arrange the passage gates so as to positively perform the inspection processing on the side where the load is concentrated, without increasing the number of passage gates. It is possible to distribute the load of receipt / shipment inspection processing without disturbing the flow of
It is also possible to increase the operating rate of equipment.

[Brief description of drawings]

FIG. 1 is a schematic configuration diagram of a receipt / shipment registration processing system using a contactless wireless tag according to an embodiment of the present invention.

FIG. 2 is a partially enlarged view of a passage gate of the receipt / shipment registration processing system of FIG.

FIG. 3 is a diagram illustrating an example of a product receipt / shipment inspection processing amount for each time zone in a distribution center.

FIG. 4 is a schematic configuration diagram of a delivery center showing a case where the quantity of in-stock inspections of merchandise at the delivery center to which the receipt / shipment registration processing system of the present invention is applied is larger than the quantity of shipment inspections.

FIG. 5 is a schematic configuration diagram of a distribution center showing a case where the quantity of products inspected for shipment in the distribution center to which the receipt / shipment registration processing system of the present invention is applied is larger than the quantity of goods inspected for arrival.

FIG. 6 is a schematic configuration diagram of a receipt / shipment registration processing system in a state where a delivery carrier is returned in a delivery center to which the present invention is applied.

FIG. 7 is a flowchart illustrating an example of an operation in the receipt / shipment registration processing system according to the present invention.

[Explanation of symbols]

1 Passage gate 2 antenna 3 First detection means 4 Second detection means 5 First blocking means 6 Second blocking means 7 Display means 8 wheels 10 Battery power 11 Information terminal 12 Control device 13 Delivery carrier 15 Contactless RFID tag for identification 16 Distribution products 17 Contactless wireless tag for product information 19 Center device 20 delivery centers 21 Standby delivery carrier 22 Incoming registration processing device 23 Shipping registration processor 24 Carrier for delivery waiting for in-stock inspection 25 Delivery carriers waiting for store sorting 26 Carriers for delivery waiting for shipment inspection 27 Carriers for delivery after shipping inspection

Claims (5)

[Claims] 1. A receipt / shipment registration processing system for a commodity that receives a plurality of commodities from a business partner, sorts and ships them to each store, and distributes the goods. A contactless radio in which identification information and the like are recorded on the delivery carrier, which consists of a delivery carrier that carries and transfers the delivery carrier and a passage gate that is provided on the passage from receipt to shipment through which the delivery carrier passes. The transit gate is provided with a blocking means capable of arbitrarily opening and closing the gate, an optical detecting means for detecting entry and passage of the delivery carrier, and a non-contact wireless tag for the product and the delivery carrier. A plurality of antennas for communication, and an information terminal capable of reading and writing information recorded on the contactless wireless tags of the product and the delivery carrier via the antennas A control device is provided, and the control device manages, as a database, information terminal control means for controlling the information terminal by a signal of the optical detection means, and information of the non-contact wireless tag read by the information terminal. A receipt / shipment registration processing system, comprising: a management unit; and a shutoff control unit that determines suitability regarding information of the contactless wireless tags of the product and the delivery carrier and controls the shutoff unit. 2. The receipt / shipment registration processing system according to claim 1, wherein the passage gate is provided with a display means, and the control device is notified based on the information of the non-contact tag in order to display the information on the display means. A shipment / receipt registration processing system, comprising: 3. The receipt / shipment registration processing system according to claim 1 or 2, wherein a battery power source for supplying electric power to an information terminal, a control device, etc. mounted on the passage gate, and a lower end portion of the passage gate. A receipt / shipment registration processing system characterized in that a pair of wheels whose directions are not restricted are provided, and a passage gate can be arbitrarily moved at a receipt / shipment position. 4. The receipt / shipment registration processing system according to any one of claims 1 to 3, wherein an optical detecting means for detecting the delivery carrier provided at the passage gate and a shutoff for closing the passage of the delivery carrier. The means is a receiving / shipping registration processing system, which is symmetrically arranged with respect to the antenna and is capable of carrying out receipt / shipment management without restricting the approach direction of the delivery carrier. 5. The receipt / shipment registration processing system according to claim 1, further comprising a center device, wherein the control device is capable of communicating with the center device via wireless means, and the database. The delivery / receipt registration processing system is characterized in that the information can be distributed to the center device, and a database of product ordering information and the like can be received from the center device to collate the information read by the information terminal.