KR100200010B1 - Baggage relay device and delivery baggage keeping box - Google Patents

Abstract

(assignment)

Regarding the storage box, commonly referred to as a courier box, which is installed at the entrance of a multi-unit house and is used to temporarily store delivered goods, it is possible to receive more large items without increasing the installation space.

(Solution)

In the delivery cargo storage box which has the electronic locks 24 and 25 which lock the door of the several boxes 4 and 5 individually, and the electric switch 54 and 55 which open each electronic lock 24 and 25 individually. The partition plate (a), which is an open and close free material partitioning an adjacent box, the partition plate electronic lock (2a) which is held in a closed state, and the plurality of electrical switches (54, 55) The output means 6a which outputs the opening signal of the said partition plate electronic lock 2a when outputting an opening signal simultaneously is provided. As another structure of this invention, the 3rd electrical switch 5a which opens the electronic lock for partition boards is provided, and the electronic lock 24 of the door of the box adjacent to which the opening signal of the 3rd electric switch 5a inserts the said partition board is adjacent. 25).

Description

Baggage relay and delivery storage box

(Technical field of invention)

The present invention relates to a storage box collectively referred to as a courier box, which is installed at the entrance of a multi-unit house and used to temporarily store a baggage delivered to the resident until the recipient accepts it. The present invention relates to a baggage relay system and a delivery storage box of a type called a common type used in a common house.

(Conventional technology)

15 and 16 show an example of this kind of baggage relay device and delivery baggage storage box (hereinafter referred to as "courier box"). As for the delivery box of the figure, 12 boxes of five small boxes (S1 ... S5) of small capacity, six heavy boxes (1 ... 6) of medium capacity, and one target person L1 of large capacity are in total Each box is equipped with an independent door and an electronic lock for each door.

A part of the front face of the parcel delivery box is provided with a display and input panel (hereinafter referred to as a "touch panel") 103 for displaying and inputting information. FIG. 16 illustrates a display surface of the touch panel 103, in which a box number input button group 104 and a ten key 105 are displayed in a substantially similar form to the front surface of the delivery box. Room numbers display fields 106 are provided in buttons S51, S55, 51, 56 and L51 corresponding to individual boxes of the box number input button group 104, respectively. In the parcel delivery box shown in FIG. 15, the slit 107 of the recipient stamping device is opened in the vicinity of the touch panel 103.

The doors of each box of the parcel delivery box are locked with or without parcels. The deliveryman who carries the baggage selects a small box, a heavy box or a target person according to the size of the baggage, presses a button corresponding to the box in which the baggage is to be put, and enters the next room number to be delivered to Tenki 105. . Then, the door of the box corresponding to the pressed button is opened, and the delivery person puts luggage in the box and closes the door. Each box is equipped with a sensor that detects the presence or absence of a load. If the door is closed with the sensor detecting that there is a load, the door is locked again, and the room number entered by the delivery person corresponds to the box number of the button corresponding to the box. It is displayed in the indication column. Thus, the delivery person puts a slip into the slit 107 and receives a print or seal of the fact that the parcel has been received.

Residents of apartment houses see the touch panel of the courier box at the time of returning home or at the door, and if their room number is displayed, they open the door of the box that holds the baggage by entering a password that only the tenant knows. , Extract the baggage and close it. When it detects that the door is closed without a bag, the door is again locked, and the indication of the room number of the button corresponding to the box is turned off.

The delivery person of the baggage knows which box of the courier box is opened by whether or not the room number is displayed.

(Tasks to be solved by the invention)

By the way, it is conceivable to perform the opening / closing operation by using a card key such as a magnetic card written with a password or the like to open and close the door of the box of the parcel delivery box.

However, as an operation by the card key, a resident of a multi-family house not only needs to carry the card key at all times, but also inconveniently cannot open or close the door of the parcel delivery box when the card key is lost. On the other hand, the user who performs opening / closing operation of the parcel delivery box is not only a resident of an apartment house, but also a parcel collector (transportation company) that collects goods, or a management company that manages the parcel delivery box. If they cannot be opened or closed unless the card key is used, it is remarkably inconvenient.

In addition, the installation of boxes with different volumes such as the above-mentioned subjects, heavy boxes, and small boxes in a common type courier box is required to make the space for the courier box as small as possible, and to deliver the delivered goods. It is based on the request to accept all of them. That is, in designing a delivery box, the loads are divided into several sizes, the probability of being delivered to various kinds of goods is examined, and the cargoes delivered in a limited installation space can be stored with the highest probability as possible. It is to determine the type of box and the number of boxes of each box. In other words, the baggage delivered to the courier box has a variety of items such as postal parcels, Chuseok, and the end of the year, golf bags, ski gear, and laundry to be cleaned. I need to be able to.

However, in the case of the parcel delivery box of FIG. 15 determined as described above, when a parcel of two heavy boxes is delivered, the baggage cannot enter the subject L1, and when the parcels of two or more heavy boxes are delivered thereafter, I can't accept it. And if you want to be able to accept a lot of heavy loads, the installation space of the delivery box becomes very large. As a conventional parcel delivery box in which the volume of each box is fixed, it is difficult to receive when large parcels are delivered to each other and there is a problem that the installation space of the parcel delivery box becomes very large.

On the other hand, Japanese Unexamined Patent Publication No. Hei 6-125833 has a structure in which a partition plate for dividing the upper and lower boxes is openable and can be opened. A locker is suggested to open the door. According to the structure of this publication, a large article can be accommodated by opening a partition plate by opening both the upper and lower boxes adjacently.

By the way, since the structure of the said publication is about a locker, the lock of a mechanical structure is used as a padding device as a padlock device, an empty box can be opened by anyone, and the box which accommodates a load can be opened without a specific key. Since the same structure cannot be adopted in the courier box.

Then, this invention makes it a subject to open and close the door of the box of a courier box by simple operation which does not require a card key, and to receive and receive various articles.

In addition, the present invention enables the receipt of more large baggage without increasing the installation space, and increases the number of possible receipts of small and medium baggage when large baggage is not delivered. The task is to get a box.

(Means to solve the task)

The load relay device according to the invention of claim 1 includes a plurality of boxes partitioned to form independent storage spaces, a door for opening and closing each box individually, an electronic lock for locking each door individually, and an individual electronic lock for each door. A load relay device having an electric switch for opening a door, comprising: control means for controlling opening and closing of the door, the control means comprising: a number storing means for storing in advance the room number and password of a resident of a multi-family house using the box; And an output means for outputting an opening signal of each electronic lock when the numbers stored in the number storage means and the numbers inputted to the input means are matched.

The load relay device of claim 2 includes a plurality of boxes partitioned to form independent storage spaces, a door for opening and closing each box individually, an electronic lock for locking each door individually, and a separate electronic lock for each door. A load relay device having an electric switch for opening a door, comprising: control means for performing opening and closing control of the door, the control means comprising: a number storing means for storing a number in advance, and a number and input means stored in the number storing means; And a shipment number creation means for comparing the entered numbers and creating a shipment number for the goods to be stored in the box when they match.

Here, the room number and password of the occupant of the multi-family house using the delivery baggage storage box are stored in the number storage means in which the number is stored in advance.

Further, at least the generated dispatch number is notified to the management apparatus at the collecting side collecting the baggage through the communication line.

The delivery baggage storage box of the invention of claim 5 includes a plurality of boxes 4 and 5 partitioned to form independent storage spaces, a door for opening and closing each box individually, and an electronic lock for locking each door separately ( 24,25 and a delivery storage storage box having electrical switches 54,55 for opening each electronic lock 24,25 separately, the partition plate being a freely opening and closing material partitioning an adjacent box (a). ), The partition plate electronic lock 2a for locking the partition plate in a closed state and the plurality of electrical switches 54 and 55 simultaneously open signals when the partition plate electronic lock 2a is opened. And output means 6a for outputting a signal.

The delivery baggage storage box of the invention of claim 6 has a plurality of boxes 4 and 5 partitioned to form independent receiving spaces, a door for opening and closing each box individually, and a first electronic lock for each door separately. In the delivery luggage storage box having a lock (24) and the second electronic lock (25), the first electric switch 54 and the second electric switch 55 to open each of the electronic locks (24, 25) individually. And a partition plate (a), which is a freely opening and closing material for partitioning an adjacent box, an electronic lock (2a) for stopping the partition plate in a closed state, and a third electric switch for opening the electronic lock for the partition plate ( 5a) and means 64 and 65 for providing an opening signal of the third electric switch 5a to the first electronic lock 24 and the second electronic lock 25.

BRIEF DESCRIPTION OF THE DRAWINGS It is explanatory drawing which publishes the 1st example of the basic embodiment of this invention.

It is explanatory drawing which publishes the 2nd example of the basic embodiment of this invention.

3 is a front view showing a more practical embodiment with the doors removed.

4 is a front view illustrating a display example of the touch panel of FIG. 3.

5 is a block diagram of one embodiment of the present invention.

Fig. 6 is a diagram showing an initial screen of the touch panel of the above embodiment.

7 is a flowchart in the case of accepting the article of the said embodiment.

FIG. 8 is a front view illustrating a display example of the touch panel of FIG. 12.

9 is a flowchart in the case of sending out the article of the said embodiment.

FIG. 10 is a front view illustrating a display example of the touch panel of FIG. 9.

It is a flowchart in the case of sending the cargo of the said embodiment.

12 is a front view illustrating a display example of the touch panel of FIG. 11.

It is a flowchart in the case of delivering the goods of the said embodiment.

14 is a front view illustrating a display example of the touch panel of FIG. 13.

15 is a front view showing a state in which a door indicating an example of a conventional structure is closed.

FIG. 16 is a front view illustrating a display example of the touch panel of FIG. 15.

Explanation of symbols for main parts of the drawings

a: partition plate 2a: electronic lock for partition plate

4: box 5: box 5a: third electrical switch

6a: AND element 24: first electronic lock 25: second electronic lock

54: first electrical switch 55: second electrical switch 64: OR element

65: AND element 100: Delivery box (delivery baggage storage box, baggage relay device)

103: touch panel (display means) 111: control means

115: number storage means 116: number input means 118: number creation means for shipping

119: shipping number input means 120: shipping number comparison means

121: electronic lock control means 122: logic circuit (output means)

(Embodiment of invention)

EMBODIMENT OF THE INVENTION Hereinafter, embodiment of this invention is described concretely with reference to drawings. In addition, the schematic structure of the whole embodiment of a baggage relay device and a delivery baggage storage box is demonstrated first, and the case where a plurality of boxes are used simultaneously is demonstrated.

First, the baggage relay device and the delivery baggage storage box of this embodiment are provided with two adjacent boxes 4 and 5 as shown in FIG. 1, FIG. 2, and the boxes 4 and 5 are partition plates. It is partitioned in (a), and as shown in FIG. 3, it is comprised as a small box, a heavy box, a target person, etc. according to the magnitude | size of a load.

And, as shown in Fig. 5, the baggage relay device includes doors 14 and 15 for individually opening and closing the plurality of boxes 4 and 5 and the like in which the baggage is accommodated, and the doors 14 and 15. Control means 111 for opening / closing control, etc., a touch panel 103 serving as a display means, a recipient stamping device 105, and a buzzer for alerting in the case of a misoperation.

First, the touch panel 103 which is a display means is comprised as a display and input panel for displaying information and performing an input operation, and is provided in the predetermined part of the front surface of the parcel delivery box. The display screen of this display means has a role as an input means capable of displaying not only the ten key 105 but also the box number input button group 104 corresponding to the plurality of boxes 4, 5 and the like.

Each of the boxes 4 and 5 is provided with a sensor 113 for detecting the presence of luggage, and when the doors 14 and 15 are closed while the sensor 113 detects a load, the door 14, 15) The operation of locking the lamp is performed.

The control means 111 performs the opening and closing operations and management of the doors 14 and 15, and also controls the touch panel 103. The control means 111 comprises a microprocessor and includes a CPU and an input / output port. It has a back. In addition, a touch panel 103 is disposed on an input side of the control means 111, and an electrical switch 54 that separately opens the electronic locks 24 and 25 and the electronic locks 24 and 25 on the output side. And a logic circuit 122 in which logic of the output means 6a, 64, 65 is formed.

In addition, the control unit 111 inputs a number storing unit 115 for storing a room number and a password of a resident of a multi-family house in advance and a number for storing a number input to the touch panel 103 by a resident of the multi-family house. The electronic lock control means 121 which outputs the opening signal of the electronic locks 24 and 25 etc. by the means 116 and these numbers are arrange | positioned. The electronic lock control means 121 is composed of a comparison circuit for determining the coincidence of numbers input to the touch panel 103.

In the present embodiment, the electronic lock control means 121 enters the electronic locks 24 and 25 by inputting a room number of a dispatcher who is a resident of a multi-family house and a password corresponding to the room number and one-to-one. It may be made to output an opening signal. Here, by matching only the password of the occupant of the apartment house with this number input to the touch panel 103, it is possible to output the opening signals of the electronic locks 24 and 25, but the third party The former is better from the effect of pretending to be a person's name to exclude irregularities such as sending a baggage by another person.

The electronic lock control means 121 also outputs the opening signals of the electronic locks 24 and 25 according to the number for the baggage shipment input by the delivery person (collecting goods). That is, in order to realize this, the said control means 111 has the shipment number preparation means 118 which prepares the shipment number of the baggage which the delivery person of the baggage uses, and the delivery person (the person who collects the baggage) of the baggage. Shipping number input means 119 for storing the shipping number to be entered and shipping number comparison means 120 for judging these matches are arranged.

In this embodiment, a "shipping number" is generated in accordance with two numbers of "room number" and "password" of the owner (resident) of the apartment house. The reason why the two numbers are generated based on the two numbers is that the third party impersonates the person's name and the other person sends the baggage. However, it is also possible to generate a shipping number only with a "password", not based on "room number", or to generate a shipping number only with "room number" without based on "password". It is also possible to generate a shipping number that can be used only once for the password and the box.

Moreover, the logic circuit 122 on the output side is an electronic circuit which outputs a signal for the purpose of input signal by the occupants, the house occupants, the managers, etc., and is described by the AND elements 6a, OR elements 64, 65 and the like described later. Consists of. In addition, the electronic lock control means 121 receives the information.

Here, the control means 111 may further be provided with a modem and connected to a management apparatus such as a computer of a transportation company (collecting side) through a communication line (telephone line, etc.). For example, via this communication line, the "shipping number" generated at the time of shipment is notified to the shipping company immediately. In addition, for example, the vibration sensor for crime prevention detects an abnormality, or detects that the door is opened in addition to the normal operation. Do it.

Next, FIG. 6 to FIG. 14 show examples of the flowchart of the present embodiment and the touch panel 103, and the operation will be described according to these drawings.

(A. If you accept baggage)

As shown in FIG. 6, the initial screen of the touch panel 103 is configured to display a room number to which parcels are sent, a screen for resident screens, and a screen for moving the parcels to a screen for collecting and delivering the parcels. Can be. Here, it is proposed that delivery of the goods of D which will be described later can be made.

Residents of apartment houses see the touch panel 103 of the delivery box at the time of returning home or at the door, and if their room number is displayed, they receive the goods by the following operation.

That is, as shown in Fig. 7 and Fig. 8, the resident of the multi-family house inputs his room number into the touch panel 103 of the resident menu (step 31; Fig. 8A). A password known only by the residents corresponding to one-to-one is input (step 32; Fig. 8A). Then, the electronic lock control means 121 determines the match (step 33), and if it matches, opens it (step 34; Fig. 8B), and the stored article can be extracted. If the password is incorrect, a buzzer sounds due to this error, the initial screen is displayed after a certain time has elapsed (Fig. 6), and the second input operation is performed. When the sensor 113 detects that the door is closed after the article has been extracted in this manner, the door is locked again, and the indication of the room number of the button corresponding to the box is turned off, and the display returns to the initial screen. (FIG. 6).

(B. if you ship your luggage)

Next, when the resident of the apartment house sends out the baggage, as shown in FIGS. 9 and 10, the sender inputs his room number into the touch panel 103 (step 41; FIG. 10A). Then, the password corresponding to this room number is entered one-to-one (step 42; Fig. 10B). Then, the electronic lock control means 121 determines a match (step 43), and if there is a match, the dispatch number creation means 118 of the control means 111 makes this one time corresponding to the room number and the password. A shipping number that can be used only can be output (Fig. 10C), and a display for designating a box can be made on the touch panel 103 (step 44; Fig. 10 (d)). Here, the resident of the apartment house which is a sender notes this shipment number.

If the sender designates a box (step 45), the door of the box is opened (Fig. 10E), and the door is placed in the designated box to close the door (Fig. 10F), which is the initial screen (Fig. 6). At this time, the shipping number and the number of the box in which the parcel is stored are associated and stored in the number storing means 115. The sender forwards the dispatch number at the same time as the request for the collection to the delivery person (collecting agent).

As described above, when a modem is further added to the control means 111 and connected to a management device such as a computer of a transport company via a communication line (telephone line, etc.), the generated dispatch number is a communication line. Since the management device of the collection side (transportation company) is notified through the delivery system, the transportation company side immediately detects that a collection request has occurred and enables efficient collection processing such as directing an employee to the collection. In this case, since the communication line is used, there is no fear that the number of the corresponding dispatch number, which is the password, will leak to the third party. In addition, any abnormality such as a broken load relay or an unauthorized door opening can be detected immediately by the transport company, and necessary measures can be taken.

(C. If you collect your luggage)

When the delivery person of the baggage receives the notification under the baggage collection, the delivery number is input to the touch panel 103 as shown in Figs. 11 and 12 (step 61; Fig. 12A). Then, the shipment number comparison means 120 of the control means 111 compares this input with the shipment number (step 62; Fig. 12B), and if it matches, the door of the box accepted by the article is opened (step 63). Thus, the delivery person of the baggage collects the baggage, closes the door, and presses the end key of Fig. 12B to return to the initial screen (Fig. 6).

(D. If you deliver luggage)

As shown in Fig. 13 and Fig. 14, when a delivery person (collecting worker) who has carried a parcel enters a room number to be delivered to Tenkey 105 of the touch panel 103 of the collection menu (step 71; Fig. 14A). The display of the box may be performed on the touch panel 103 (step 72; FIG. 14B).

Thus, the delivery person selects either a small box, a heavy box or a target person in accordance with the size of the baggage, and presses the button corresponding to the box in which the load is to be put (step 73; Fig. 14B). By this input, the door of the box corresponding to the pressed button is opened (step 73; Fig. 14C). Therefore, the delivery person (collecting worker) puts the baggage in the boxes 4 and 5 and closes the door (FIG. 14D). Here, as shown in Fig. 14B, the box number input button group 114 corresponding to the plurality of boxes is displayed on the display screen of the touch panel 103, so that the selection of the box corresponding to the size of the article is performed. It is done easily.

In each box, a sensor 113 for detecting the presence or absence of a baggage is installed. When the door is closed with the sensor 113 detecting that there is a baggage, the door is locked again, and the room number entered by the delivery person is It is displayed in the room number display column of the button corresponding to boxes 4 and 5 (FIG. 6). Further, the delivery person inserts a slip into the slit 107 of the recipient stamping device 105, receives printing or stamping of the receipt of the goods, and presses the end key of FIG. 14D to become the initial screen (FIG. 6).

Next, the case where a plurality of boxes are used at the same time by using a delivery baggage storage box is demonstrated.

1 and 2 show a basic embodiment of a delivery load storage box. The parcel delivery box 100 of FIGS. 1 and 2 includes two boxes 4 and 5 adjacent to each other up and down, and the boxes 4 and 5 are partitioned by partition plates a. The boxes 4 and 5 are provided with independent doors 14 and 15, respectively, and have dedicated electronic locks 24 and 25 for each of the doors 14 and 15, respectively.

The partition plate (a) is mounted so as to pivot on one side of the partition at the hinge (3a) and open on the upper side, and a receiving shelf (not shown) is provided on the side wall (101) of the box at the part holding the other side. It is fixed and installed, and the partition plate electronic lock 2a which stops the partition plate a in the closed state (the state which divided the box 4 and the box 5) is fixed to the side wall 101, and is installed. The magnet 4a holding the partition plate a in the open state is fixed to the upper side of the side wall 102 on the side to which the partition plate a is pivotally attached.

1, the electronic lock 24 of the door of an upper box is opened by pushing the push button switch 54 of ①. Further, by pressing the push button switch 55 of ②, the electronic lock 25 of the door of the lower box is opened. Furthermore, when the push button switches 54 and 55 of both ① and ② are pressed, the electronic locks 24 and 25 of the upper box and the lower box are simultaneously opened, and the electronic lock 2a for the partition plate is also opened. . Therefore, when the push button switches 54 and 55 are pressed, the doors on both sides of two adjacent boxes are opened, and the partition board a which divides these two boxes is also opened.

In other words, small and medium pieces can be piled up one by one in the upper and lower boxes, and in the case of large ones (if two boxes are empty), two adjacent boxes are opened at the same time, and the partition plate is opened. It is possible to accommodate over. In addition, 6A of FIG. 1 is an AND element, and the signal which opens to the partition board electronic lock 2a when both the signal of the opening signal of the electronic lock 24 and the opening signal of the electronic lock 25 can be output. Is being given.

Although the structure of the delivery box 100 of FIG. 2 is the same as that of FIG. 1, the opening operation at the time of accommodating a large load differs from that of FIG. In the apparatus of FIG. 2, both boxes are opened at the same time in addition to the push button switch 54 of ① which opens the upper box 4 and the push button switch 55 of ② which opens the lower box 5. ③ push button switch (5a) is installed. 64 and 65 are OR elements, which show that an open signal can be output when an open signal is input.

In the apparatus of FIG. 2, only the electronic lock 24 of the upper box is opened by pressing the push button switch 54 of ①, and the electronic lock of the lower box is pressed by pressing the push button switch 55 of ②. Only (25) is opened, and the electronic locks (24, 25) of the upper and lower boxes and the electronic lock (2a) for the partition plate are opened by pressing the push button switch (5a) of ③.

The partition electronic lock 2a may have the same structure as the door locks 24 and 25. It is convenient for the partition lock electronic lock 2a to automatically lock the partition plate a when the partition plate a is closed or to lock the lock when the doors 14 and 15 are closed. In addition, when a micro switch or the like is provided in close proximity to the electronic lock 2a for the partition plate, if the partition plate is not closed after the baggage is released, the doors 14 and 15 may be provided with interlocks such as the locks that are not locked. desirable.

Also, for example, the magnet 4a is provided with a permanent magnet, a permanent coil thereof, and an element coil generating magnetic force of reverse polarity. When the load is extracted and the doors 14 and 15 are closed, the magnet 4a is temporarily demagnetized. The structure which partition plate a closes by self weight can be employ | adopted. By providing such a means, it is possible to make the fixing of the partition plate for the small and medium baggage delivered thereafter after extracting the large baggage received over two boxes.

3 and 4 show a more basic embodiment of the parcel delivery box of the present invention. 3 and 4 correspond to the conventional examples of FIGS. 15 and 16, and FIG. 3 shows a state in which the door is removed. The delivery box 100 of FIG. 3 is equipped with five small boxes S1 * S5 and nine heavy boxes 1 * 9, and the partition board a between the heavy boxes 4 and 5 is shown. , Partition plate (b) between the heavy box (6, 7), partition plate (c) between the heavy box (7, 8) and partition plate (d) between the heavy box (8, 9) It can be opened and closed with the same structure as shown in 1 and 2. The electronic locks (S21 ... S25 and 21 ... 29) for the doors of the respective boxes are installed in each small box and the heavy box, and the partition plate electronics for the partition plate a.d. The locks 2a ... 2d are provided. 4a... 4d is the same hinge as that of the magnet 3a .. 3d.

4 is a display surface of the touch panel 103, and partition plates a and a free opening and closing materials other than the corresponding button groups 104 of the small boxes S1 and S5 and the heavy boxes 1 and 9 respectively. A button group 108 is provided for simultaneously releasing adjacent ones of the heavy boxes divided in d). For example, when the button switch 5b marked with the box numbers 6 and 7 is pressed, the partition of the partition plate b which opens the electronic locks 26 and 27 of the heavy box 6 and 7 and divides the facet at the same time The plate electronic lock 5b is also opened. The same applies to the box numbers 4 and 5, the displayed button switches 2a and 8 and 9 and the displayed button switches 2d. In addition, when the box numbers 7, 8, 9 and the button switch 5m displayed are pressed, the electronic locks 57, 58, 59 of the boxes 7, 8, 9 are opened, and the boxes 7, 8 and The electronic locks 2c and 2d of the partition plates c and d between 8 and 9 are also opened at the same time. Further, when the box numbers 6, 7, 8 and 9 and the button switch 5n displayed are pressed, all the electronic locks 26 and 29 of the boxes 7 and 9 are opened, and the partition plates of these boxes are opened. The electronic lock 2b. 2c for the partition plate of (b.d) is also opened. Thus, after pressing the button switch corresponding to the electronic lock, the operation of inputting the room number to accept the load may be the same as the conventional apparatus described with reference to FIGS. 15 and 16.

Although the apparatus of FIG. 3 configured as described above can be installed in the same space as that of the conventional apparatus of FIG. 15, it can accommodate up to three articles of two heavy boxes. Baggage is also acceptable. When there are no such large articles, the apparatus of Fig. 15 can accommodate up to twelve, even though the small and medium articles can be accommodated, but according to the apparatus of the present invention of Fig. 3, up to fourteen can be accommodated.

As described above, the present invention can be used for receipt of parcels, vegetables, etc., exchange of cleaned laundry, and other various items. In addition, the "baggage" used in this specification includes all deposits like this laundry, and the "collecting side" shall also include all the subjects handling these articles including a laundry.

The baggage relay device of the present invention includes a plurality of boxes partitioned to form independent receiving spaces, a door for opening and closing each box individually, an electronic lock for locking each door individually, and an electric opening for each electronic lock separately. A load relay device equipped with a switch, comprising: control means for controlling opening and closing of the door, the control means comprising: a number storing means for storing a room number and a password of a resident of a multi-family house using the box in advance; It is provided with an output means for outputting the opening signal of each said electronic lock when the number memorize | stored in a means compares with the number input to the input means, For example, it is installed in the vicinity of the entrance of a common house, for example, each room of a common house It is possible to send and receive goods without going to

Therefore, it is unnecessary to adjust the time between the payee (resident of a public house) and the pick-up agent, and the shipment and receipt of baggage are performed at all times for 24 hours, and more complicated mechanisms such as having a master key or a card key are required. None is necessary.

In addition, the load relay device of the present invention has a control means for performing door opening and closing control, in which the number storing means stores the number in advance, the number stored in the number storing means, and the number input to the input means. It has a shipment number preparation means for preparing a shipment number for the baggage stored in the box at the time of comparison, and at the same time, at the time of shipment, a shipment number is generated based on a password indicating at least the dispatcher (resident of the common house). The person of the shipping company who has accepted the baggage opens the box in which the shipping item is stored as a key (password) by using the notified shipping number as a key, It can have a load, and it becomes unnecessary to integrate a complicated mechanism such as having a master key or a card key.

In addition, since the shipment number is known only to the person sending the baggage, and to the person of the transportation company (collecting agent) who has been notified, others cannot extract the baggage and have the name of the resident of the apartment house. In addition, it is possible to prevent fraud, such as sending a baggage by another person at his / her expense.

On the other hand, the delivery baggage storage box of the present invention, the partition plate of the open and close free material partitioning the adjacent box, the partition plate electronic lock for stopping the partition plate in an open state, and outputs the signal that the switch opens at the same time By providing an output means for outputting a signal to open the electronic lock for the partition plate at one time, it becomes possible to accept more large articles without increasing the installation space, and when large articles are not delivered, It is possible to increase the acceptable number of small and medium articles.

Therefore, it is advantageous in terms of cost by ending with the number of boxes less than the number of apartments.

Claims (6)

Baggage relay device with a plurality of boxes partitioned to form independent receiving spaces, a door for opening and closing each box individually, an electronic lock for locking each door individually, and an electric switch for opening each electronic lock individually To And a means for storing the door number and the password of the occupant of the multi-family house using the box, and a number and input means stored in the number storage means. And a output means for outputting an opening signal of the respective electronic locks when the numbers input to the same numbers are compared with each other. In a load relay device comprising a plurality of boxes partitioned to form independent receiving spaces, a door for opening and closing each box individually, an electronic lock for locking each door individually, and an electric switch for opening each electronic lock. , A control means for performing opening / closing control of the door, the control means having a number storing means in which a number is stored in advance, a number stored in the number storing means and a number entered in the input means are compared and matched to the box; A load relay device comprising: a shipment number creation means for creating a shipment number for a package to be stored; The baggage relay apparatus according to claim 2, wherein the room number and the password of the multi-family dweller who uses the box are stored in the number storage means for storing the number in advance. The baggage relay apparatus according to claim 2 or 3, wherein at least the generated dispatch number is notified to the management apparatus at the collecting side collecting the baggage through a communication line. A plurality of boxes (4, 5) partitioned so as to form a separate receiving space from each other, a door for opening and closing each box individually, electronic locks (24, 25) for locking each door individually, and each electronic lock (24) In the delivery cargo storage box having electrical switches (54, 55) to open separately, A partition plate (a), which is an open and close free material partitioning an adjacent box, a partition plate electronic lock (2a) which stops the partition plate in an open state, and the plurality of electric switches (54, 55) open simultaneously. And a delivery means (6a) for outputting an opening signal of said partition plate electronic lock (2a) when the signal is output. A plurality of boxes (4, 5) partitioned to form a separate receiving space from each other, the door for opening and closing each box individually, the first electronic lock 24 and the second electronic lock (25) for locking each door individually And a delivery luggage storage box having a first electrical switch 54 and a second electrical switch 55 which open each electronic lock 24, 25 separately; Third electric which opens partition board (a) which is opening and shutting free material partitioning adjoining box, partition board electronic lock (2a) which hangs in the state which opened the partition board, and electronic lock (2a) for partition board And a delivery device (64, 65) for providing a switch (5a) and an opening signal of the third electrical switch (5a) to the first electronic lock (24) and the second electronic lock (25). Storage box.

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