KR20220013040A - Unmanned delivery locker - Google Patents

Abstract

The present invention provides an unmanned parcel delivery locker with improved ease of manufacture and usability. The unmanned parcel delivery locker comprises: a base frame (110) installed in a grid on the floor of an installation area to support the entire body of the unmanned parcel delivery locker; one or more outer panels (120) installed vertically on three surfaces except a front surface on the base frame (110) to vertically partition and finish the body; a plurality of inner panels (130) horizontally placed in spaces partitioned by the outer panels (120) in an assembling manner to horizontally partition the body; a plurality of door units (140) assembled to a front side of each of the plurality of lockers formed by the outer panels (120) and the inner panels (130), and having a locking device (142) on a side thereof; a central control unit (150) installed on a front surface of any one door unit (140) to control the locking device (142) of each door unit (140); and a wiring unit (160) assembled to each of the door units (140) to arrange a wire connecting the central control unit (150) and each of the door units (140).

Description

Unmanned delivery box {UNMANNED DELIVERY LOCKER}

The present invention relates to an unmanned delivery box, and more particularly, in an unmanned delivery box having a plurality of storage boxes and controlling the state of use by a central control unit, assembly and wiring are easy, so that the ease of manufacture and usability are improved It's about unmanned delivery boxes.

Courier service is a service that delivers goods directly to the desired place by the recipient, enabling rapid and systematic logistics transportation. The number of use of such courier services is continuously increasing along with the activation of the e-commerce market through various communication media.

In general, a courier collects goods from a sender, and after loading and unloading on a large truck that moves between terminals, the delivery driver uses a small truck to deliver and ship to the destination, and delivery to the recipient is completed. .

It is desirable to deliver the parcel directly to the designated recipient, but it is difficult in reality for the recipient to wait at the destination in time for each delivery time. In addition, when the recipient is absent or it is impossible to receive by proxy, the delivery driver's confirmation task is aggravated, and problems such as setbacks in delivery or loss of goods occur frequently.

Recognizing this problem, recently, an unmanned delivery box that can be installed in a public place or a multi-family house to receive delivery goods has been developed and provided.

For example, Korean Patent Registration No. 10-1030090 discloses a body mounted on a wall and formed by stacking a plurality of unit bodies one by one, a door formed in the unit body at the most end and provided with a keypad to enable locking or unlocking, and a front surface. A box door to open and close, one side is fixed to the box door and the other side is fixed to the body, and comprises a support for supporting the box door when the box door is opened and closed.

As another example, in Korea Patent Registration No. 10-0625253, an electronic locker for opening and closing a door and an indicator lamp indicating the existence of an item are respectively provided and a plurality of boxes different for each size are installed, and a plurality of storage boxes are connected. An unmanned courier storage device including an I/O controller and a main controller having a touch panel and a display is configured.

As another example, Korean Patent Registration No. 10 - 1839914 discloses a body having a plurality of cell-type storage boxes, a first locking unit installed in each storage box to electronically lock/unlock the door of the storage box, and installed in the body and a terminal generating a lock/unlock command for the first locking unit, wherein the first locking unit includes a solenoid assembly driven by a physical driving force received from an electrical command of the terminal, and a door of the storage box by driving the solenoid assembly Configures an unmanned courier storage box including a lock pin to lock / unlock.

Korean Patent No. 10 - 1030090 (2011.04.20) Korean Patent Registration No. 10 - 0625253 (2006.09.18) Korean Patent Registration No. 10 - 1839914 (2018.04.27) Korean Patent Registration No. 10 - 1744160 (2017.06.07)

The unmanned delivery box to which the prior art is applied as described above is provided in such a way that the length of the main body for storing the items can be extended, so that items of various sizes can be stored with a single body.

However, since the usability of the unmanned delivery box as in the prior art is significantly reduced when a plurality of storage boxes are built, in the case of an unmanned delivery box provided to be used for multiple by installing it in a public place, there are a plurality of different sizes for each size as in other examples or the prior art. An unmanned courier storage box in which the storage box is installed in the form of a cell is being applied.

The conventional unmanned courier storage box that builds a plurality of storage boxes as described above generally builds a plurality of storage boxes arranged in top, bottom and left and right directions by welding or bolting, combining the doors with hinges, and using the main controller to each storage box. Since it is made in the form of wiring wires to electronically control, there is a problem in that a series of manufacturing processes are complicated, as well as having disadvantages in appearance, such as drilling various holes in storage boxes and doors, or exposing bolts and wires to the outside.

In addition, the conventional unmanned delivery box is made to drive the lock pin in a solenoid method on the door installed in each storage box, and the complexity of the structure and operation mechanism is increased by mounting the solenoid assembly made of a coil, a permanent magnet, a spring, etc. There is a problem in usability such as operation that is inconvenient.

Accordingly, the present invention was invented to solve the problems of the prior art as described above,

A base frame 110 installed on the floor of the installation area as a grid to support the entire body of the unmanned delivery box, and

An external panel 120 that vertically partitions and finishes the body by mounting one or more vertically on three sides except for the front side on the base frame 110;

An inner panel 130 for horizontally partitioning the main body by seating a plurality of them horizontally in a prefabricated space on the space partitioned by the outer panel 120;

A plurality of door units 140 mounted on the front side of a plurality of storage boxes formed by the outer panel 120 and the inner panel 130 in a prefabricated manner and provided with a locking device 142 on one side;

a central control unit 150 mounted on the front side of any one door unit 140 to control the locking device 142 of the individual door unit 140;

Unattended with improved ease of manufacture and usability by including a wiring unit 160 for wiring wires connecting between the central control unit 150 and the individual door unit 140 by being prefabricated to the individual door unit 140 . It is possible to achieve the purpose of providing a delivery box.

The present invention provides an unmanned delivery box having a plurality of storage boxes and configured to control the state of use by a central control unit, and is configured to be easy to assemble and wire.

Therefore, the present invention has the advantage of ease of manufacture because it is possible to construct a storage box of various arrangement structures such as a series or parallel configuration in a simple prefabricated manner, different from the unmanned delivery box of the prior art.

In addition, by minimizing the welding or bolting configuration applied to the hinges and handles of the inside, outside, and door of the storage box in the prior art, there is an effect of neatly finishing the exterior and providing convenient operability.

In addition, the present invention is configured to mount a general motor-type locking device and control the central control unit electronically simply, compared to the conventional solenoid locking method, which entails inconvenience in use, such as setting a locked state whenever the door is temporarily closed. It has various effects such as improving usability.

1 and 2 are perspective views of an unmanned delivery box according to the present invention.
Figure 3 is a schematic exploded perspective view of the unmanned delivery box according to the present invention.
Figure 4 is a perspective view and a cross-sectional view showing the assembly state of the panel assembly groove and panel assembly of the unmanned delivery box according to the present invention.
5 is a perspective view and a cross-sectional view showing an assembly state of the hinge assembly part and the wiring hinge of the unmanned delivery box according to the present invention.
Figure 6 is an enlarged view of the main part of Figure 2;
Figure 7 is a cross-sectional view showing an operating state of the operation panel of the unmanned delivery box according to the present invention.
8 and 9 are exemplary views showing an unmanned delivery box according to another embodiment of the present invention.

Hereinafter, the configuration and operation according to a preferred embodiment of the unmanned delivery box of the present invention will be described in detail with reference to the accompanying drawings. In the following description, detailed descriptions of parts that can be easily implemented by those skilled in the art may be omitted.

1 and 2 are a perspective view of an unmanned delivery box according to the present invention, Figure 3 is a schematic exploded perspective view of an unmanned delivery box according to the present invention, Figure 4 is an assembly state of the panel assembly groove and panel assembly of the unmanned delivery box according to the present invention A perspective view and a cross-sectional view, Figure 5 is a perspective view and a cross-sectional view showing an assembly state of the hinge assembly and wiring hinge of the unmanned delivery box according to the present invention, Figure 6 is an enlarged view of the main part of Figure 2, Figure 7 is an unmanned delivery box according to the present invention A cross-sectional view showing an operating state of the operation panel of the delivery box, FIGS. 8 and 9 are views illustrating an unmanned delivery box according to another embodiment of the present invention.

The unmanned delivery box to which the technology of the present invention is applied has a plurality of storage boxes and is configured to facilitate assembly and wiring in the unmanned delivery box configured to control the usage state by the central control unit 150, thereby improving the ease of manufacture and usability Note that this is about an unmanned delivery box.

For this purpose, the unmanned delivery box of the present invention includes a base frame 110 , an outer panel 120 and an inner panel 130 forming a storage box, a door unit 140 provided in each storage box, and a plurality of door units It comprises a central control unit 150 for controlling 140 and a wiring unit 160 for wiring wires, and is specifically as follows.

The base frame 110 is provided with a grid installed on the floor of the installation area to support the entire body of the unmanned delivery box from the bottom.

The base frame 110 is formed by arranging a beam frame or a panel frame in a rectangular grid according to the standard of the storage box constituting the unmanned delivery box. The lower portion of the base frame 110 is provided to be spaced apart from the floor by a certain height to have ventilation and mobility.

A predetermined discharge pipe 111 is mounted on one side of the base frame 110 to discharge air or foreign substances passing through a discharge path formed by a gap portion 121 of the outer panel 120, which will be described later.

The outer panel 120 is configured to partition and finish the main body by vertically mounting one or more on three sides except for the front side on the base frame 110 .

The outer panel 120 is mounted to form a vertical surface by fixing the lower end on the base frame 110 . The outer panel 120 configures the number and size of the outer panel 120 mounted on the base frame 110 in various ways according to the arrangement structure of the storage box according to various embodiments of the unmanned delivery box of the present invention. For example, when the storage box is simply formed in one row, the outer panel 120 is mounted one by one on the left, right side and rear side on the base frame 110 with a standard corresponding to the height, width, and length of the unmanned delivery box body. make up Alternatively, when the storage box is formed in multiple rows or in multiple rows of some layers, the outer panel 120 is provided with a plurality of various sizes to be mounted on the base frame 110 on the left, right sides and rear side, or between the storage boxes. make up

The outer panel 120 includes a plurality of spacers 121 and a hinge assembly 123 on the inner surface forming the wall surface of the storage box and the front surface coupling the door unit 140 , respectively.

The spacing part 121 forms a horizontal cross section of a ']' shape to be spaced apart from the inner surface by a predetermined interval, and is provided to correspond to the length of the outer panel 120 and mounted in the longitudinal direction.

The spacing portion 121 is mounted to face each other on the inner surface of the outer panel 120 forming both side walls of the storage box so that both ends of the inner panel 130 are installed to be spaced apart from the outer panel 120. . A discharge path is formed between the inner surface of the outer panel 120 by the gap portion 121 to ventilate the inside of the storage box, and various foreign substances discharged from the article are discharged, and the base frame 110 is discharged. Arrange to communicate with Ro.

A plurality of panel assembly grooves 122 forming an upper opening are formed in the spacing portion 121 to protrude upward and downward at regular intervals to assemble the inner panel 130 .

The panel assembly groove 122 is a configuration for conveniently providing the assembly of the inner panel 130, and a plurality of the spacers 121 are provided in the longitudinal direction of the storage box to be formed in the unmanned delivery box of the present invention. It is provided so that the inner panel 130 is assembled according to the number of layers.

The gap portion 121 is provided to face each other on the outer panel 120, and the panel assembly groove 122 is provided in a form to form a vertical cross-section of a '┘' or '└' shape, which will be described later. The panel assembly part 131 of the inner panel 130 is configured to be assembled in a seated manner.

The hinge assembly part 123 is disposed at regular intervals in the longitudinal direction from one side of the front side on which the door unit 140 is mounted, and is formed to protrude so as to be in contact with the upper or lower surface of one side of the door unit 140 .

The hinge assembly part 123 is configured to hinge one side of the door part 140 to one side of the front side of the outer panel 120 in a prefabricated manner, and has a plate shape that protrudes forward to correspond to the thickness of the door part 140 . The plurality is arranged at intervals corresponding to the upper and lower lengths of the door unit 140 along the longitudinal direction of the outer panel 120 . A mounting hole is formed in the center of the hinge assembly part 123 to mount the wiring hinge 161 of the wiring part 160, which will be described later, in an assembling manner.

The inner panel 130 is configured to horizontally partition the body by seating a plurality of them in a horizontally prefabricated space in the space partitioned by the outer panel 120 .

The inner panel 130 is assembled between the spacers 121 on both sides of the outer panel 120 forming the wall surface of the storage box to form the bottom surface of the storage box, so that the article is placed.

The inner panel 130 variously configure the number and size of the inner panel 130 mounted between the outer frames according to the number of layers and the arrangement structure of the storage box according to various embodiments of the unmanned delivery box of the present invention. For example, when the storage box is formed in a plurality of rows and the height and the number of layers of the storage box are configured differently for each row, the assembly interval of the inner panel 130 can be adjusted to be variously configured.

The inner panel 130 includes a panel assembly unit 131 provided to be seated on the outer panel 120 by bending downward to form a '┌' shape vertical cross section at both lower corners.

The panel assembly part 131 is a configuration for conveniently providing the assembly of the inner panel 130, and the panel assembly part ( 131) is inserted so that the inner panel 130 is easily assembled according to the number of layers of the storage box to be formed in the unmanned delivery box of the present invention.

The door unit 140 is prefabricated and mounted on the front side of the plurality of storage boxes formed by the outer panel 120 and the inner panel 130 and is configured to be provided with a locking device 142 on one side.

The door unit 140 is configured to open and close the front of the storage box formed by the outer panel 120 forming the wall surface and the inner panel 130 forming the upper and lower surfaces, and the one side outer panel 120 ), an assembly hole 141 is formed at the upper and lower ends of one side so as to be prefabricated by a wiring hinge 161 of the wiring unit 160 to be described later in the hinge assembly unit 123 protruding from the front side.

The door unit 140 displays the use state of the corresponding storage box and implements the lock state by the central control unit 150 and opens and closes the operation panel 144 and the driving means 143 for operating the lock device 142. to mount

The driving means 143 is mounted on the inner surface of the door unit 140 and interlocked with the central control unit 150 to lock or unlock the locking device 142 .

The driving means 143 is provided with a general motor driven by an electrical signal input to the central control unit 150 to operate the locking device 142 . The driving means 143 is connected to the central control unit 150 and the power supply unit by wires by the wiring unit 160 to operate so that the structure and operation mechanism are simplified compared to the existing solenoid type locking device. configured to implement

The operation panel 144 is mounted on the outer surface to indicate the use state of the storage box and is provided to open and close the door unit 140 .

The operation panel 144 is mounted on the opening/closing end of the door unit 140 to display the status of the door unit 140 and implement the handle function, and the display 145 and the opening/closing lever 147 are mounted. .

The display 145 is provided to display the usage time and lock state of the corresponding door unit 140 on the screen in conjunction with the central control unit 150 .

The display 145 of the operation panel 144 is equipped with a status display function because the display 151 of the central control unit 150, which will be described later, is provided to control the overall operation of the individual door unit 140 in a touch screen method. to simplify the configuration and interface.

The opening/closing lever 147 is provided to grip the handle tip 146 by elastically rotating inward from the front surface of the operation panel 144 .

The opening/closing lever 147 is formed in a predetermined plate shape that displays the identification number of the door unit 140, and is hinged to one side of the operation panel 144 so as to be elastically rotated to implement a handle function for opening and closing. It is configured to selectively expose the handle tip 146 formed on one side of the panel 144 .

A detection means 148 for detecting the rotational state of the opening/closing lever 147 and interlocking with the central control unit 150 to check whether the storage box is misused is provided inside the operation panel 144 .

The sensing means 148 is provided on the inner surface of the photo-interrupter sensor on the rotation radius of the opening/closing lever 147 on the inside of the operation panel 144, and on the inner surface of the opening/closing lever 147, so as to be connected to the photo-interrupter sensor during the rotation process. It is composed of a sensor sensing unit to be detected. When the photo-interrupter sensor detects that the door unit 140 of the storage box is opened by the rotation of the opening/closing lever 147, the central control unit 150 determines whether the storage box is usable or misused, and outputs a notification and It is configured to prevent misuse by controlling the locking device 142 to not operate.

The central control unit 150 is provided to control the lock device 142 of the individual door unit 140 by being mounted on the front side of the door unit 140 on one side.

The central control unit 150 is configured to implement an operation such as a password input for controlling the use of an individual storage box and a lock state control of the door unit 140 by mounting a touch screen type display 151 .

The wiring unit 160 is prefabricated and mounted on the individual door unit 140 to wire wires connecting the central control unit 150 and the individual door unit 140 .

The wiring unit 160 is a configuration for arranging communication lines and power lines connected from the central control unit 150 to each storage box in a minimally exposed state, and includes a wiring hinge 161, a first cover 163 and and a second cover 164 .

The wiring hinge 161 is prefabricated and mounted to a hinge assembly 123 protruding from one side of the front side of the outer panel 120 to hinge-couple the door unit 140, and a wiring hole is formed in the deep part to be provided.

The wiring hinge 161 forms a cylindrical body so that it is inserted into the mounting hole formed in the hinge assembly portion 123 of the outer panel 120 and the assembly holes 141 formed in the upper and lower portions of the door portion 140 . be prepared

An annular holder 162 is formed on the outer peripheral surface of the longitudinal center of the wiring hinge 161 to be mounted and assembled in a mounting hole on the upper side of the hinge assembly part 123, and the upper part of the annular holder 162 and The plurality of door units 140 are configured to be assembledly mounted by interposing assembling holes 141 formed at the lower and upper ends of the different door units 140 at the lower portion, respectively.

The wiring hole of the wiring hinge 161 is assembled to communicate with the mounting hole of the hinge assembly unit 123 and the assembly hole 141 of the door unit 140 so that the electric wire is provided.

The first cover 163 is provided in the shape of a cover for accommodating the electric wire that is routed to the inside of the door unit 140 through the wiring hole and is mounted on the inner surface of the door unit 140 .

A driving means 143 for driving the locking device 142 is mounted inside the door unit 140 , and the first cover 163 is mounted along one side of the inner surface of the door unit 140 in the longitudinal direction. It is provided so as to be wired to the driving means 143 in a state in which the wire introduced into the door unit 140 through the wiring hinge 161 is covered.

The second cover 164 is provided in the shape of a cover accommodating the driving means 143 mounted on the door unit 140 to be mounted on the inner surface of the door unit 140 .

The driving means 143 mounted on the inside of the door unit 140 is made of a motor and a circuit board. It is provided so as to be mounted on the inner surface so that the electric wire is connected to the driving means 143 in a state in which the entire driving means 143 is covered.

Looking at the use state of the unmanned delivery box to which the technology of the present invention is applied having the configuration as described above is as follows. Since the following description is given by way of preferred embodiments of the present invention, the present invention is not limited by the following examples, and it will be natural that various modifications may be provided without departing from the scope of the present invention. .

The unmanned delivery box according to the present invention is provided with a plurality of storage boxes and constitutes an unmanned delivery box configured to control the use state by the central control unit 150, but as it is configured to be easy to assemble and wire during the manufacturing process, the storage box It composes an unmanned delivery box with improved ease of use and easier and more diverse configuration of layout structure and specifications.

In the case of configuring the unmanned delivery box according to an embodiment of the present invention to form a storage box of the arrangement structure as in FIG. 1 , the outer panel 120 corresponding to the height of the unmanned delivery box is placed on the base frame 110 to the left. , is mounted on both sides and rear to form three sides, and an outer panel 120 corresponding to the corresponding height is provided to divide the upper layer into a plurality of rows.

A gap portion 121 is mounted on the inner surface of the outer panel 120, a plurality of inner panels 130 are provided according to the number of layers of the unmanned delivery box, and panel assembly grooves formed in the gap portions 121 on both sides ( 122) by mounting the panel assembly part 131 to the assembly.

When a plurality of storage boxes are built by the outer panel 120 and the inner panel 130 , the wiring part is arranged at regular intervals in the longitudinal direction from one side of the front surface of the outer panel 120 and is formed protruding from the upper side of the hinge assembly 123 . The wiring hinge 161 of (160) is interposed in the mounting hole and assembled so that the cradle 162 is mounted.

The electric wire for connecting the driving means 143 mounted on the inner surface of the door 140 and the central control unit 150 is connected to the inner first cover 163 and the second cover 164 of the door 140 . It is disposed to pass through the wiring hole formed in the wiring hinge 161 of the wiring unit 160 .

Hinge assembly part of the outer panel 120 in the assembly holes 141 formed on one side of the door part 140 from the lower layer of the main body of the unmanned delivery box to assemble the door part 140 on the front of each storage box. (123) Assembled so that the interposed wiring hinge 161 is inserted, and the door unit 140 is mounted up to the upper storage box.

When the unmanned delivery box according to the present invention is built as described above, the user, that is, the delivery driver, checks the empty storage box through the display 145 of the operation panel 144 mounted on the door unit 140 of the storage box and stores the goods. do. Each storage box communicates the discharge path formed by the spacing part 121 mounted on the outer panel 120 to the discharge pipe 111 provided at the lower part of the base frame 110, so that odors or foreign substances generated from the product are removed. exhaust and ventilation can be provided.

The recipient inputs the password of the storage box through the central control unit 150, and the driving means 143 mounted on the door unit 140 of the storage box operates the lock device 142 to unlock the lock. The user pushes the opening/closing lever 147 of the operation panel 144 to hold the handle tip 146 and opens the door 140 to receive the product.

In addition, for example, a detection means 148 is provided inside the operation panel 144 to prevent the delivery driver from storing the goods in the wrong storage box, and the opening/closing lever 147 is opened to open the door unit 140 . When it rotates, the sensor sensing unit is detected by the photo-interrupter sensor, and when the storage box is judged to be misused, the central control unit 150 controls the lock device 142 to not operate so that the door unit 140 is not locked, and a notification message to avoid mistakes.

As described above, the unmanned delivery box according to the present invention is different from the unmanned delivery box of the prior art and more conveniently in a prefabricated manner, for example, in FIG. There are advantages to having ease.

In particular, the present invention minimizes the welding or bolting configuration applied to the hinges and handles of the inside, outside, and door of the storage box in the prior art, and provides an unmanned delivery box with a beautiful appearance and convenient operation through a configuration that is easy to wire and assemble. has the effect of providing.

In addition, the present invention is equipped with a general motor-type locking device 142 and the central control unit 150 is electronic, compared to the conventional solenoid locking method, which entails inconvenience in use, such as setting the locking state whenever the door is temporarily closed. It has various effects, such as improving usability by configuring it to be controlled simply by

110: base frame 111: discharge pipe
120: outer panel 121: gap portion
122: panel assembly groove 123: hinge assembly part
130: inner panel 131: panel assembly unit
140: door unit 141: assembly hole
142: locking device 143: driving means
144: operation panel 145: display
146: handle tip 147: opening and closing lever
148: sensing means 150: central control unit
151: display 160: wiring unit
161: wiring hinge 162: cradle
163: first cover 164: second cover

Claims (6)

A base frame 110 installed on the floor of the installation area as a grid to support the entire body of the unmanned delivery box, and
An external panel 120 that vertically partitions and finishes the body by mounting one or more vertically on three sides except for the front side on the base frame 110;
An inner panel 130 for horizontally partitioning the main body by seating a plurality of them horizontally in a prefabricated space on the space partitioned by the outer panel 120, and
A plurality of door units 140 mounted on the front side of a plurality of storage boxes formed by the outer panel 120 and the inner panel 130 in a prefabricated manner and provided with a locking device 142 on one side;
a central control unit 150 mounted on the front side of any one door unit 140 to control the lock device 142 of the individual door unit 140;
Unmanned delivery box, characterized in that it includes a wiring unit 160 for wiring the electric wire connecting between the central control unit 150 and the individual door unit 140 by being prefabricated to the individual door unit 140. The method of claim 1,
In the outer panel 120,
A gap portion 121 for mounting in the longitudinal direction by forming a horizontal cross section of a ']' shape so as to be spaced apart from the inner surface by a predetermined interval;
It includes a plurality of hinge assembly parts 123 disposed at regular intervals in the longitudinal direction from one side of the front side on which the door unit 140 is mounted and protruding to be in contact with the upper or lower surface of one side of the door unit 140,
A plurality of panel assembly grooves 122 forming an upper opening are formed in the gap portion 121 to protrude at regular intervals from the top and bottom to assemble the inner panel 130 . The method of claim 1,
The inner panel 130 includes a panel assembly unit 131 provided to be seated on the outer panel 120 by bending downward to form a vertical cross section of a '┌' shape at both lower corners. courier box. The method of claim 1,
In the door unit 140,
a driving means 143 mounted on the inner surface and interlocked with the central control unit 150 to drive the locking device 142 to lock or unlock;
Unmanned delivery box, characterized in that it is mounted on the outer surface to display the use state of the storage box, characterized in that it comprises an operation panel (144) for opening and closing the door unit (140). 5. The method of claim 4,
The operation panel 144 is,
A display 145 that interworks with the central control unit 150 to display the usage time and lock state of the corresponding door unit 140 on the screen;
and an opening/closing lever 147 provided to hold the handle tip 146 by elastically rotating in the inward direction from the front surface of the operation panel 144,
Unmanned, characterized in that the operation panel (144) is provided with a detection means (148) for detecting the rotational state of the opening/closing lever (147) and interlocking with the central control unit (150) to check whether the storage box is misused inside the operation panel (144). courier box. The method of claim 1,
The wiring unit 160 is
A wiring hinge 161 that is prefabricated and mounted on a hinge assembly 123 protruding from one side of the front side of the outer panel 120 to hinge-couple the door 140 and penetrate a wiring hole in the core;
The first cover 163 provided in the shape of a cover for accommodating the electric wire that is routed to the inside of the door unit 140 through the wiring hole and mounted on the inner surface of the door unit 140;
Unmanned delivery box, characterized in that it has a cover shape for accommodating the driving means (143) mounted on the door unit (140) and includes a second cover (164) mounted on the inner surface of the door unit (140).

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