JP2002068427A - Merchandise delivery system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To automatically unlock only a merchandise storing cabinet for a regular delivery destination of every piece of merchandise, using a sheet of information recording card for a plurality of delivery destinations, in a merchandise delivery system of delivering merchandise to customers by a delivery trader. SOLUTION: Delivery destination specifying information 14 recorded on merchandise 13 is written in the information recording card 23 by an information writing and reading means 18. The delivery destination specifying information 14 read from the card 23 set in an information writing and reading means 7 of a merchandise storing cabinet 1 and set information set in a control device 8 in advance are compared. Only when the information coincide, a locking means 4 for an opening and closing door 3 is unlocked. Reception confirmation data is written in the card 23 based on a warehousing detection of a warehousing confirmation sensor 9. After required information such as the reception confirmation data is transferred to an other storage means 20 from the card 23, information is deleted from the card 23 and the card 23 is used for the next piece of merchandise to be delivered.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a merchandise delivery system in which a manufacturer, a sales company, or a delivery company entrusted by these companies deliver goods to customers.

[0002]

2. Description of the Related Art As a delivery system of this kind, a system has been considered in which a customer can receive a product even when he is away. In other words, a dedicated product storage is set up near the entrance and exit of the customer's residence (including apartments and other apartment houses), alongside the lobby of the apartment house, etc., and the manufacturer, sales company or delivery commissioned by these companies is set up. Contractor (hereinafter,
A delivery system may be considered in which the delivery product is stored in the product storage of the destination customer and locked, and the returning customer unlocks the product storage and receives the delivery product. ing.

In such a product delivery system, a product storage provided at a delivery destination is provided with an opening / closing door which can be locked after the product is stored, and a delivery destination (customer) for taking out the stored product is: The door can be opened by a key, magnetic card, fingerprint, voice print, or other unlocking operation, or the product can be taken out from a product outlet provided on the indoor side. It is desirable that the opening and closing door can be locked even in the state in order to prevent mischief.

That is, it is desirable that the commodity storage can be opened and unlocked only when the goods to be delivered are stored. For this purpose, a delivery trader or the like requires an unlocking means ( Key or magnetic card). As this unlocking means, a so-called master key,
A common unlocking means can be considered for all product storages. However, such an unlocking means may cause the wrong product storage to be stored (distributed). Lower it.

Therefore, a dedicated unlocking means is required for each product storage at each delivery destination (customer). For each delivery product, a dedicated unlocking means, such as a magnetic card, for combining the delivery destination is prepared. In order to perform this operation without error, not only a great deal of labor and time are required, but also a large number of unlocking means are required, so that a large increase in delivery cost is unavoidable.

[0006]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a commodity delivery system which can solve the above-mentioned conventional problems. A product delivery system using a product storage (constant temperature storage 1) provided at a delivery destination and an information recording card 23 carried by a delivery company or the like. At the time of product delivery, the product 13 or the delivery destination identification information 14 recorded on the delivery slip 16 is written to the information recording card 23 by the writing means (information writing / reading means 18), and the product storage (constant temperature storage 1)
Opening / closing door 3 provided with locking means 4, information recording card 23
, A storage confirmation sensor 9, and a control device 8. The control device 8 sends the destination identification information 14 read from the information recording card 23 via the information writing and reading device 7 to the control device 8 in advance. The set information is compared with the set information, and the locking means 4 is unlocked only when they match with each other, and the operation of writing the receipt confirmation data into the information recording card 23 based on the receipt detection of the receipt confirmation sensor 9 is performed. After transferring necessary information such as the receipt confirmation data from the information recording card 23 in which the receipt confirmation data is written to another storage means 20 (or the host computer 25), the delivery trader or the like transfers the information from the information recording card 23. The information is erased and the information recording card 23 is used for the next delivery commodity.

For implementing the system of the present invention having the above-described structure, specifically, a storage display means 10 for performing storage display based on the detection of storage by the storage confirmation sensor 9 can be provided. The storage display means 10 can be constituted by a display such as a display lamp or a liquid crystal arranged on the product storage itself or a side thereof.

The commodity storage is a constant temperature storage 1 provided with a constant temperature means 6 for controlling the temperature in the storage. The storage information 15 of the delivery commodity is written in the information recording card 23, and the controller 8 is the storage information 15 read from the information recording card 23 via the information writing / reading means 7.
(For example, temperature setting, power-on, and the like). In this case, when there is no storage information 15 for operating the constant temperature means 6, it is possible to perform normal temperature storage without operating the constant temperature means 6.

Further, the constant temperature means 6 is capable of switching between cooling and warming (for example, utilizing a thermoelectric element such as a Peltier element), and the control device 8 controls the information recording and reading through the information writing and reading means 7. On the basis of the storage information 15 read from the card 23, the power supply of the constant temperature means 6 is switched on and switching between cooling and heat keeping is performed, so that any one of a product requiring cooling and a product requiring warming can be handled. Can be configured. Also in this case, when there is no storage information 15 for operating the constant temperature means 6, the storage at normal temperature can be performed without operating the constant temperature means 6.

[0010] The product storage (constant temperature storage 1 etc.) can be installed in the wall 27 on the side of the entrance of the house or in the common lobby of a condominium such as an apartment, but it is attached to the door 26 provided in the house. The door 3 provided with the locking means 4 can be provided on the outdoor side, and a product outlet (opening / closing door 5) that can be opened and closed from the indoor side can be provided. This configuration can also be applied to a case where a product storage (the constant temperature storage 1 or the like) is attached to the wall 27 at the entrance of the house.

As the product storage, a cold storage 28 and a heat storage 29 each having a dedicated constant temperature means can be provided side by side. Further, a constant-temperature storage (e.g., a cold storage 28 and a heat-retention storage 29 or a constant-temperature storage 1 that also serves as a cold-retention and heat-retaining storage) having a constant-temperature means and a room-temperature storage 30 having no constant-temperature means can be provided side by side. .

It is possible to print out necessary information such as the receipt confirmation data from the information recording card 23 in which the receipt confirmation data is written, and to provide the same to the delivery destination as a delivery notice form 24 on the spot. This printout can be performed using a portable printer carried by a delivery company or the like, or a printer attached to a delivery vehicle used by the delivery company or the like.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A preferred embodiment of the present invention will be described below with reference to the accompanying drawings. In FIG. 1, reference numeral 1 denotes a member mounted on a partition member 2 such as a wall or a door for separating indoors and outdoors. A constant-temperature storage for both cooling and warming, comprising an outdoor door 3, a locking means 4 for automatically locking the door 3 in a closed position, and an automatic door in a closed position or biased to be always closed by a spring. An indoor opening / closing door 5 which can be opened by a release operation of the handle but is stopped, a constant-temperature means 6 capable of switching between cold and heat retention using a Peltier element or the like for maintaining the inside of the refrigerator at a set temperature; Information writing / reading means (I) for an information recording card such as an IC card or a magnetic card.
A C card reader / writer 7), a control device 8 composed of a microprocessor or the like, a warehousing confirmation sensor 9 for detecting that a product has been put in the warehousing, and a warehousing display means 10 using an indicator light, a liquid crystal display, etc. Have. Reference numeral 11 denotes an air passage for heat exchange for the external unit 6a of the constant temperature means 6, which has an outer end communicating with the outside via a louver 12 and a fan for forced ventilation as required. can do. Of course, without providing the heat exchange air passage 11, the external unit 6a of the constant temperature means 6 can be exposed indoors or outdoors. As the storage confirmation sensor 9, a load cell for detecting the weight of a product placed in the storage, a transmission type or reflection type photoelectric sensor for detecting the presence or absence of a product in the storage, or the like can be used.

An example of a transaction form between each delivery destination (customer) and a delivery company or the like will be described. As shown in FIG. 2, a delivery commodity transaction is performed between each delivery destination (customer) and a delivery company or the like. The contract is concluded in writing and on the Internet homepage. By concluding the delivery commodity transaction contract, delivery destination specifying information (customer code and the like) for specifying each delivery destination (customer), a password used by the delivery destination when ordering a product, a payment method, and the like are determined. Each delivery destination (customer) selects a product from a catalog provided on an Internet homepage or through a DM or other means, and enters delivery destination identification information (customer code) or a preset password given by a delivery company or the like in advance. By using the service, an order is placed to a delivery company or the like by communication means such as the Internet, telephone, and facsimile. Based on this order, the delivery company or the like delivers the ordered product to a specific delivery destination, which is the order destination. The delivery destination (customer) receiving the delivery of the product pays the price in accordance with the price settlement method concluded in advance.

For example, in the above-described transaction form, the constant temperature storage 1 shown in FIG. 1 is arranged at each delivery destination (customer). For the delivery item 13, the delivery company or the like determines the delivery destination specifying information (customer code, etc.) 14 and the storage information 15 of the item based on the order data (storage distinction such as cooling required, temperature keeping, room temperature, etc .; And information on set temperature at the time of heat retention) are provided by bar codes 14a, 15a and the like. These bar codes 14a, 15a, etc. are printed on the packaging surface of the delivery product 13 or affixed with a bar code label, or printed on a delivery slip 16 which is affixed to the product or carried separately, or affixed with a bar code label. Is realized by:

The delivery company, etc., can use the bar code 14a, 1
Information reading means 17 such as a bar code reader for reading delivery destination specifying information (customer code, etc.) 14 and storage information 15 of the product from 5a and the like, and delivery destination specifying information (customer code, etc.) 14 and the product on the information recording card 23. Storage information 15
Information writing / reading means 18 such as an IC card reader / writer for writing information or reading recorded information from the information recording card 23, a printer 19 for printing out a delivery notification form 24, a delivery data storage means 20, a delivery data transmission means 21 and the like. Have microcomputers 22 each connected via a suitable interface. A computer system including the microcomputer 22 and its external devices 17 to 21 (the delivery data storage means 20 may be of a built-in type) has an installation type installed on a delivery vehicle used by a delivery company or the like,
It may be a portable type carried by the delivery worker.

The procedure of the actual delivery work and the operation of the equipment will be described with reference to the flow charts shown in FIGS. 4 and 5, respectively. The delivery worker places the information recording card 23 at the delivery site of the delivery goods 13. With the information writing / reading means 18 set (S1), the delivery destination specifying information (customer code etc.) 14 assigned to the delivery commodity 13 and the storage information 15 of the commodity are read from the barcodes 14a, 15a and the like. 17 to perform the reading operation (S
2). As a result, the read information 14 and 15 are written to the information recording card 23 by the information writing and reading means 18 (S3).

The delivery worker takes out the information recording card 23 on which the information has been written from the information writing / reading means 18 and sets it in the information writing / reading means 7 attached to the constant temperature storage 1 provided at the delivery destination. (S4). When the information recording card 23 is set in the information writing / reading means 7 (S20), the control device 8 attached to the constant temperature storage 1 stores the delivery destination specifying information (customer code or the like) 14 or the product from the information recording card 23. Storage information 1
5 (S21), and checks whether the read destination information (customer code or the like) 14 matches the setting information (customer code or the like) preset and stored in the control device 8 (S21). S22). When the two information match, the locking means 4 is unlocked (S2).
3) If they do not match, the alarm means (buzzer, indicator light, etc., not shown) is activated (S24), and the control is terminated.

After the unlocking operation of the locking means 4 (S5), the delivery worker opens the open / close door 3, puts the delivery item 13 into the constant temperature storage 1 and closes the open / close door 3 (S6). Delivery item 1 in the warehouse
When the number 3 is inserted, the receipt confirmation sensor 9 operates to perform the receipt detection (S25). If the receipt detection of the receipt confirmation sensor 9 is not performed before the set time elapses (S26), the alarm means is activated (S24) and the control ends. If the storage confirmation of the storage confirmation sensor 9 is performed before the set time elapses (S25), and the closed door 3 is automatically locked by the locking means 4 and a locking signal is output from the locking means 4 (S27). ), The control device 8 generates goods receipt confirmation data including the storage date and time obtained from the built-in clock, and writes the goods receipt confirmation data to the information recording card 23 by the information writing / reading means 7 (S2).
8). Then, the information recording card 23 is set in the information writing / reading means 7 and an indicator lamp (an access lamp or the like, not shown) attached to the information writing / reading means 7 is turned off. The removal permission of the card 23 is displayed (S2
9).

Further, the control device 8 switches the cooling / heating of the constant temperature means 6 and turns on the power of the constant temperature means 15 based on the read storage information 15 of the commodity (S).
30). That is, the storage information 15 of the product is information indicating whether the delivery product needs to be kept cool or warm, or does not need any storage (the room temperature storage is sufficient).
When the delivery product 13 needs to be kept cool, the constant temperature means 6 automatically starts cooling the inside of the refrigerator, and operates so as to maintain the inside temperature at the set cold storage temperature lower than the normal temperature. When the temperature 13 needs to be kept warm, the constant temperature means 6 automatically starts heating the inside of the refrigerator and operates so as to maintain the temperature inside the refrigerator at a set temperature higher than the normal temperature. Of course, when the storage at normal temperature is sufficient, the constant temperature means 6 does not operate. Further, when the constant temperature means 6 is configured to be able to adjust the cooling temperature or the keeping temperature by the control device 8, storage temperature information is provided as storage information 15 of the product, and the control device 8 controls the constant temperature according to the storage temperature information. It is also possible to automatically adjust the set temperature of the means 6 and operate the constant temperature means 6 so as to maintain the internal temperature at the set temperature.

The control device 8 finally displays on the storage display means 10 that the vehicle is in the storage state (S31). In this case, when the storage display means 10 can display characters on a liquid crystal display or the like, the storage date and time can be displayed.

On the other hand, if the control device 8 displays permission to take out the information recording card 23 by, for example, turning off an access lamp, such as an access lamp, attached to the information writing / reading means 7 (S7), the delivery worker can read the information. The information recording card 23 is taken out from the writing / reading means 7 (S8), and the information recording card 23 is again inserted into the information writing / reading means 18
(S9). As a result, the microcomputer 22 reads the goods receipt confirmation data and other recorded information written on the information recording card 23 by the information writing / reading means 18 (S10), and automatically generates a delivery notice based on the read information. The vote 24 is printed out from the printer 19 (S11).
The delivery worker completes a series of delivery operations by putting the delivery notification slip 24 into the mail box of the delivery destination (customer).

The microcomputer 22 reads out, from the information recording card 23, the goods receipt confirmation data and other recording information by the information writing / reading means 18, and then erases and initializes all the recording information on the information recording card 23. (S12), the delivery worker can use the initialized information recording card 23 for delivery work at the next delivery destination. The commodity receipt confirmation data and other recorded information read from the information recording card 23 are automatically stored in the storage means 20 as delivery data. After the delivery worker (delivery vehicle) returns to the delivery center, the delivery data stored in the storage means 20 is transferred to a host computer of the delivery center using appropriate communication means or a portable storage medium, and the delivery management is performed. As shown in FIG. 3, when the delivery vehicle is provided with the delivery data transmitting unit 21, the storage unit 20 is used.
The delivery data stored in the storage unit 20 or the delivery data read out by the information writing / reading unit 18 without being stored in the storage unit 20 can be directly transmitted to the host computer 25 of the delivery center using the delivery data transmission unit 21.

At the delivery destination, it is possible to know that the goods have been delivered by turning on the entry display means 10 when returning home, so that the indoor door 5 can be opened to take out the goods in the warehouse. The control device 8 automatically turns off the power of the constant temperature means 6 based on the fact that the receipt confirmation sensor 9 has been switched from the receipt detection state to the non-detection state due to the removal of the product from the compartment. Further, if the indoor door 5 is not closed within a set time after the product is taken out, it is desirable that a warning is issued to urge the door 5 to be closed.

The constant temperature storage 1 shown in FIG.
As shown in FIG. 6, the door 26 is attached to an entrance door 26 of a dwelling (including a living room of a condominium such as a condominium) or a wall 27 beside the entrance as shown in FIG. 6B. If it is not the constant-temperature storage 1 provided with the constant-temperature means 6 that can perform the above-mentioned operation, it is only necessary to arrange a cold-storage storage provided with a constant-temperature means dedicated to cooling and a heat-retention storage provided with a constant-temperature means dedicated to keeping heat. In this case, when the storage information 15 of the product recorded on the information recording card 23 does not include the cooling or warming information, the product can be stored in either the cold storage or the warm storage, and the information is recorded on the information recording card 23. When the storage information 15 of the product to be stored includes cold insulation or heat insulation information, the information recording card 23 is stored in the information writing / reading means 7 attached to the cold storage or the information writing / reading means 7 attached to the heat storage corresponding to the information. It is desirable to configure so that the lock cannot be unlocked unless is set.

When using the constant temperature storage 1 provided with the constant temperature means 6 capable of switching between the cooling and the temperature holding, the cold storage and the temperature keeping are arranged at normal temperature regardless of whether the cold storage and the temperature storage are arranged side by side. A dedicated room temperature storage can also be provided. FIG. 7 shows an example in which three cold storages 28, a warm storage 29, and a normal temperature storage 30 are provided side by side. As shown in this figure, the room temperature storage 30 does not need to be surrounded by a heat insulating partition, so that a large bag-shaped storage means 31 made of, for example, a net can be disposed inside the door 3. This bag-shaped storage means 31 can be provided with a product take-out section provided with a fastener that can be opened and closed from the indoor side. Of course, if the products to be handled are limited to those that can be stored at room temperature, only a storage room without constant temperature means, for example, only the above-mentioned room temperature storage room 30 may be installed.

As shown in FIG. 8, the commodity storage in the system of the present invention, for example, the constant temperature storage 1 in the above-mentioned embodiment, is installed in a common lobby of an apartment house or the like. It is also possible to collectively install a plurality of dedicated units at each of a plurality of delivery destinations (customers) resident in. In this case, it is not possible to provide an indoor side product take-out port in the constant temperature storage 1, so that the predetermined temperature can be obtained by using a key or a magnetic card provided to a delivery destination (customer) from a delivery company or the like, or by using a fingerprint, voiceprint, or other collation. The opening / closing door 3 must be configured to be able to be opened by the unlocking operation.

The method of implementing the system of the present invention is not limited to the above embodiment. For example, a delivery company or the like writes input information such as a numeric keypad attached to the microcomputer 22 as a method of writing the delivery destination identification information recorded on the product or its delivery slip at the time of delivery of the product to the information recording card by writing means. Then, the delivery worker may artificially input the delivery destination specifying information recorded on the product or its delivery slip, and the input delivery destination specifying information may be written on the information recording card by the writing unit. The information recording card in the system of the present invention is not limited to a well-known IC card or magnetic card, but may be any thin, portable medium capable of writing, reading, and erasing information. .

[0029]

As described above, according to the product delivery system of the present invention, the delivery destination, that is, the product purchaser (customer), is a manufacturer or a sales company or a delivery company entrusted by them, that is, a delivery company, etc. When the delivery company or the like delivers the goods ordered to the delivery destination to the delivery destination, the delivery company or the like sets the information recording card in the information writing / reading means provided in the product storage provided at the delivery destination, thereby setting the information on the information. Only when the delivery destination identification information recorded on the recording card matches the setting information set in the control device of the product storage, the door of the product storage is automatically unlocked. The door can be locked with the door of the product storage closed even in the standby state for product delivery, and there is no danger that the product storage is subject to mischief.

Further, the information recording card uses the product or the delivery destination specifying information recorded on the delivery slip of the product at the time of product delivery by writing the information recording card into the information recording card,
After the delivery, the written information is erased from the information recording card, and the information recording card is used for the next delivery product. Therefore, it is not necessary to prepare an information recording card recording the delivery destination identification information for each delivery destination. In other words, at least one delivery worker in charge of a certain area only needs to carry one information recording card, which is compared with the case where a large number of information recording cards corresponding to the number of destinations must be used. As a result, the cost can be greatly reduced, and there is no danger that the work efficiency will be reduced due to erroneous use of the information recording card of a different delivery destination. Of course, there is no possibility of erroneous delivery as expected when unlocking means equivalent to a master key is used for all delivery destinations.

The information recording card is used not only for unlocking the product storage at the delivery destination but also as a means for receiving receipt confirmation data from the product storage, and is used for the next delivery. Before erasing the recorded information to perform the transfer, necessary information such as the receipt confirmation data is transferred from the information recording card in which the receipt confirmation data is written to another storage means. Necessary information such as receipt confirmation data for all delivery destinations can be left, and delivery management can be easily performed based on the remaining information.

According to the second aspect of the present invention, the receipt display by the receipt display means that the home delivery destination home has received the delivery of the goods while he / she is away, without opening the product storage. Inconvenience caused by leaving the product stored in the product storage for a long time,
For example, when the product storage is provided with constant temperature means that requires electric power, wasteful power consumption can be suppressed, and the risk of deterioration (such as decay) of the product quality can be avoided.

Further, according to the configuration of the third aspect, the commodity storage has a constant temperature means for controlling the temperature in the refrigerator, and can be used for delivery of commodities which need to be kept cold or warm. However, since the constant temperature means can be automatically operated only after storing the product, wasteful power consumption can be suppressed as compared with the case where the constant temperature means must be energized even in the standby state for delivery. . Also, if the constant temperature means must be energized even in the delivery standby state, good products cannot be handled at room temperature storage,
In the system of the present invention, since the constant temperature means is controlled based on the storage information of the delivery commodity to be written on the information recording card, it is possible to simultaneously handle a commodity which does not operate the constant temperature means, that is, a commodity which can be stored at room temperature.

Further, according to the configuration of the fourth aspect, the commodity storage can be automatically used in three ways of the cold storage, the cold storage, and the normal temperature storage in accordance with the delivery commodity, The economic effect is enormous compared to the case where these various commodity storages must be installed.

According to the structure of the fifth aspect, compared with a case where a wall of a house is modified and a product storage is installed,
A product storage that can take out stored products from the indoor side can be easily installed in an existing residence, and the system of the present invention can be utilized.

Further, according to the configuration of the sixth aspect, it is possible to simultaneously deliver a product requiring cold storage and a product requiring warm storage. Furthermore, according to the configuration of the seventh aspect, it is possible to simultaneously deliver a product that needs to be kept cool or kept warm and a product that can be kept at room temperature.

Further, according to the configuration of the eighth aspect, the delivery notification form including the receipt confirmation data and the like written on the information recording card is printed out in real time at the delivery site and is provided to the delivery destination. Therefore, rather than giving a mere delivery slip without receipt confirmation data,
The destination can be recognized as having received the goods without fail.

[Brief description of the drawings]

FIG. 1 is a cross-sectional plan view showing an embodiment of a product storage.

FIG. 2 is an explanatory diagram of a transaction form between a delivery company or the like and a delivery destination (customer).

FIG. 3 is a block diagram illustrating the system of the present invention.

FIG. 4 is a flowchart illustrating an operation procedure on the side of a delivery company or the like.

FIG. 5 is a flowchart illustrating a control sequence on the merchandise storage side.

FIG. 6A is a perspective view showing a state where the commodity storage is attached to a door of a house, and FIG. 6B is a perspective view showing a state where the commodity storage is attached to a wall beside the door of the house.

FIG. 7 is a perspective view showing a case where a plurality of types of product storages are installed collectively.

FIG. 8 is a perspective view showing a case where a plurality of product storages are collectively installed in a locker shape.

[Explanation of symbols]

 REFERENCE SIGNS LIST 1 constant temperature storage 3 outdoor door 4 locking means 5 indoor door 6 switchable cold / hot insulation constant temperature means 7 information writing / reading means required for information recording card 8 controller 9 storage confirmation sensor 10 storage display means 13 Delivery goods 14 Delivery destination specification information 14a Barcode 15 Commodity storage information 15a Barcode 16 Delivery slip 17 Information reading means 18 Information writing / reading means 19 Printer 20 Delivery data storage means 21 Delivery data communication means 22 Microcomputer 23 Information recording card 24 Delivery Notification slip 25 Host computer of distribution center 26 Door of entrance of house 27 Wall next to entrance of house 28 Cold storage 29 Heat storage 30 Room temperature storage

 ──────────────────────────────────────────────────続 き Continued on the front page F term (reference) 2C005 HB01 HB15 JA01 JA15 JB33 MB01 MB10 SA02 SA12 SA25 TA27 3F022 AA15 BB03 BB04 MM08 MM32 MM35 MM44 MM70 PP03 PP04 QQ01 QQ07 QQ12 QQ13 5B049 BB33 CC27B04CA01 KA05 YA20

Claims (8)

[Claims] 1. A product delivery system using a product storage provided at a delivery destination and an information recording card carried by a delivery company or the like. The recorded delivery destination specifying information is written to the information recording card by the writing means, and the product storage includes an opening / closing door provided with a locking means, an information recording card writing / reading means, a storage confirmation sensor, and a control device.
The control device compares the delivery destination specifying information read from the information recording card via the writing / reading device with the setting information set in the control device in advance, and unlocks the locking device only when they match, and Based on the receipt detection of the receipt confirmation sensor, the receipt confirmation data is written into the information recording card, and the delivery company or the like separates necessary information such as the receipt confirmation data from the information recording card on which the receipt confirmation data is written. After transferring to the storage means, the write information is erased from the information recording card, and the information recording card is used for the next delivery commodity. 2. The goods delivery system according to claim 1, further comprising a storage display means for performing storage display based on the detection of storage by the storage confirmation sensor. 3. The information storage card is provided with constant temperature means for controlling the temperature in the storage, the storage information of the delivery goods is written on the information recording card, and the control device is controlled by the information recording card via the writing and reading means. The commodity delivery system according to claim 1 or 2, wherein the constant temperature means is controlled based on storage information read from the storage device. 4. The constant-temperature means is capable of switching between cooling and heat-retaining, and the control device controls a power supply of the constant-temperature means based on storage information read from an information recording card via a writing / reading means. 4. The product delivery system according to claim 3, wherein switching between charging, cooling, and warming is performed. 5. The product storage is attached to a door provided at a doorway of a dwelling, the door with the locking means is provided on the outdoor side, and a product take-out port which can be opened and closed from the indoor side is provided. Item 4. The product delivery system according to any one of Items 1 to 4. 6. The product delivery system according to claim 1, wherein a cold storage and a heat storage provided with dedicated constant temperature means are provided as said product storages. 7. The merchandise delivery system according to claim 1, wherein said merchandise storage includes a constant-temperature storage provided with a constant-temperature means and a normal-temperature storage not provided with a constant-temperature means. . 8. The printing method according to claim 1, wherein necessary information such as the receipt confirmation data is printed out from the information recording card in which the receipt confirmation data is written, and the information is given to a delivery destination as a delivery notice form. Product delivery system described in.