CN219476120U - Unmanned on duty formula express delivery post house - Google Patents

Abstract

The utility model aims at solving the problem of high personnel cost of the prior express delivery point, and provides an unattended express delivery post, which comprises a bin body and a bin door, wherein the bin body is internally provided with a piece sending device, a piece taking device and a monitoring device, and the piece sending device comprises a piece sending container for storing a piece to be sent out, a sterilizing device, a perspective scanner, a weighing device, a printing device, a high-speed scanner, an input device, a display device, a processor device and a camera device for shooting the appearance characteristics of the piece sender; the output ends of the perspective scanner, the weighing device, the input device, the camera device and the high-speed scanner are respectively connected with the input end of the processor device in a signal manner, and the input ends of the printing device and the display device are respectively connected with the output end of the processor device in a signal manner; the picking equipment comprises a picking container, so that the cost of a user can be reduced.

Description

Unmanned on duty formula express delivery post house

Technical Field

The utility model relates to the field of express delivery, in particular to an unattended express delivery post.

Background

In recent years, with the rapid promotion of market demands and the rapid development of the express industry, the income scale of the express industry in China is increased from 1441.7 hundred million yuan in 2013 to 8795.4 hundred million yuan in 2020. The service volume of the express industry is accumulated to be 833.6 hundred million, and the service volume is increased by 31.2% in the same ratio. According to the latest release data of the national post office, the total quantity of the express service in China reaches 493.9 hundred million in the last half year of 2021, the average increment is 45.80%, the income of the express service in 2021 month 1-5 month is 3925.8 hundred million yuan, and the average increment is 29.70%.

The online retail in China breaks through continuously, the express industry is in an ascending stage, and along with the growth of online shopping consumption modes such as live E-commerce and the like, further growth space is expected in the express industry. Under the continuous rising of network retail sales and express delivery business volume and the strong demands of consumers for convenience, the problem of timeliness of the express delivery transportation of 100 meters at last is solved, and a new problem is caused for solving the problem of timeliness of the express delivery transportation of 100 meters at last, namely the express delivery point is created. The work of guiding and helping others to send and take the parts is low in technical content, but the work is relatively complicated, sometimes the quick completion is difficult, due to the increase of the number of express delivery, the business volume of each express delivery point is gradually increased, the workload is increased, and the cost of people is increased continuously.

Disclosure of Invention

The utility model aims to solve the problem of high personnel cost of the existing express delivery points, and provides an unattended express delivery post.

The technical aim of the utility model is realized by the following technical scheme:

the unmanned express post station comprises a bin body and a bin door, wherein a piece sending device, a piece taking device and a monitoring device are arranged in the bin body, the piece sending device comprises a piece sending cargo cabinet for storing a piece to be sent out, a sterilizing device for sterilizing the piece to be sent out, a perspective scanner for performing perspective inspection on the piece to be sent out, a weighing device for weighing the piece to be sent out, a printing device for printing express delivery bills, a high-speed scanner for scanning and inputting express delivery bill information, an input device for inputting the bill information, a display device for displaying information, a processor device for processing information and a camera device for shooting appearance characteristics of the person to be sent out; the output ends of the perspective scanner, the weighing device, the input device, the camera device and the high-speed scanner are respectively connected with the input end of the processor device in a signal manner, and the input ends of the printing device and the display device are respectively connected with the output end of the processor device in a signal manner; the picking device comprises a picking container.

Preferably, the space on the shipping container is divided into a plurality of private areas for corresponding to different express operators.

Preferably, each private area is correspondingly provided with a mail cabinet door for sealing the partition, a first driver for driving the mail cabinet door to open and close is arranged in the mail cabinet, and a first starter is in signal connection with the output end of the processor device.

Preferably, each special area comprises a large part partition for accommodating large express mail and a plurality of small part partitions for accommodating small express mail; the mail goods shelf is divided into a plurality of layers by the partition boards, the topmost layer of the mail goods shelf is divided into a plurality of small part partitions by the partition boards, and each layer of the rest layers corresponds to one large part partition.

Preferably, a sorting area is arranged in the bin body, a collecting and distributing door communicated with the sorting area is arranged on the side wall of the bin body, a enclosing wall is arranged around the sorting area, one side wall of the mail storage rack is tightly attached to the enclosing wall, transmission doors corresponding to all large sections are arranged on the side wall, and communication ports opposite to the transmission doors are formed in the enclosing wall; each large partition is correspondingly provided with a conveying belt and a second transmission driver for driving the conveying belt to convey towards the corresponding transmission gate; the enclosing wall is also provided with a receiving door for people to get to the front of the mail container.

Preferably, each transmission gate is correspondingly provided with an electronic lock, a code scanner and a starter corresponding to the second driver, the input end of the electronic lock is in signal connection with the output end of the code scanner, and the starter of the second driver and the code scanner are both exposed in the sorting area.

Preferably, the enclosing wall is also provided with a delivery door for people to get to the container.

Preferably, the goods taking container is one or more of a self-service goods taking express cabinet, a refrigeration fresh-keeping cabinet and a small goods taking cabinet; the self-help express delivery cabinet is provided with a plurality of storage grids, one end of each storage grid is opened, the opening end of each storage grid is provided with an express delivery cabinet door with an intelligent lock, and the self-help express delivery cabinet is also provided with a man-machine interaction integrated machine for controlling the opening and closing of the intelligent lock; when setting up smallclothes quick-access cabinet, offered the quick-access mouth on the storehouse body lateral wall, the fixed setting of smallclothes quick-access cabinet is in the quick-access mouth, the smallclothes quick-access cabinet has many levels to run through the individual placing grid of smallclothes quick-access cabinet, placing grid one end intercommunication storehouse is external, and the other end intercommunication is got a district, and every placing grid corresponds and is equipped with a reference numeral.

Preferably, the edge of the side wall of the bin body where the small cache cabinet is located extends forwards to form a circle of surrounding edge, and the higher the surrounding edge is, the larger the distance of forward extension is.

Preferably, the lower surface of the surrounding edge at the top is provided with an illuminating lamp and a monitoring device.

The utility model has the following beneficial effects:

the pick-up can be carried out under the effect of the monitoring device under the unattended condition, when the pick-up is carried out, each process can be completely and independently completed by a pick-up person under the guidance of the pick-up equipment, thus providing a foundation for the unattended self-service pick-up, and compared with the traditional express delivery point, the express delivery post can greatly reduce or replace manual operation, thereby reducing the personnel cost.

Drawings

FIG. 1 is a schematic diagram of an unattended courier station;

FIG. 2 is a schematic top view of an unattended courier station with the roof removed;

FIG. 3 is a schematic illustration of the interior of an unattended courier station;

FIG. 4 is a schematic cross-sectional view of an unattended courier station;

FIG. 5 is a bottom view of an unattended courier station going to the bottom;

FIG. 6 is a schematic view of the structure of the shipping container;

FIG. 7 is a schematic illustration of the connection of the drive belt in the mail container.

Reference numerals indicate, 100, a bin body; 101. a mail area; 102. a picking area; 103. a sorting area; 104. a mail gate; 105. a pick-up door; 106. a collecting and distributing door; 107. a wall; 108. a receiving door; 109. a dispensing door; 110. dampproof foot pads; 111. a vertical plate; 112. a communication port; 113. a surrounding edge; 200. a mail sending device; 210. a mail container; 211. a partition plate; 212. a mail cabinet door; 213. partitioning large parts; 214. partitioning the small parts; 215. a first driver; 216. a transmission gate; 217. a conveyor belt; 218. a second driver; 219. a support shaft; 220. a code scanner; 230. a perspective scanner; 240. a weighing device; 250. an input device; 260. a display device; 270. an image pickup device; 280. printing device, 290, high scanner; 300. a pick-up device; 301. self-help express delivery cabinet; 302. a refrigerated fresh-keeping cabinet; 303. a widget cache chest; 400. a lighting device; 500. a monitoring device;

Detailed Description

The present utility model will be described in further detail with reference to the accompanying drawings. Wherein like parts are designated by like reference numerals, the terms "front" and "left" as used herein refer to the direction of the device most generally oriented toward the user when in use, and are all described with reference to the left and right of fig. 1.

An unmanned express post station, as shown in fig. 1, 2 and 3, comprises a bin body 100, a mail sending device 200, a mail taking device 300, a lighting device 400 and a monitoring device 500 (see fig. 5). The bin body 100 is of a rectangular structure, in order to prevent ground moisture from invading the bin, a dampproof foot pad 110 can be fixedly arranged at the bottom of the bin body 100, a mail sending area 101, a mail taking area 102 and a sorting area 103 which can be mutually communicated are arranged in the bin body 100, and a distributing door 106, a mail sending door 104 and a mail taking door 105 which are directly communicated with the sorting area 103, the mail sending door 104 and the mail taking area 102 are arranged on the side wall of the bin body 100. The mail pieces 200 are all disposed in the mail piece area 101, and the pick-up device 300 is disposed in the pick-up area 102. The sorting area 103 is used for temporarily storing the express items to be distributed and the express items to be posted, so that the express delivery personnel can conveniently distribute and collect the express items. Such express delivery post has concurrently and sends functions such as piece, gets, sorts, and unable function is according to regional division, helps keeping better order in the express delivery post when personnel are more.

In order to further enhance the experience of the mailer and the pick-up person, as shown in fig. 2 and 3, the periphery of the sorting area 103 is preferably provided with a surrounding wall 107, relatively disordered environments are isolated from the vision of the mailer and the pick-up person, the surrounding wall 107 is provided with a pick-up door 108 communicated with the mailer area 101 and a pick-up door 109 communicated with the pick-up area 102, so that the courier can transfer the express mail between the areas, a vertical plate 111 can be arranged in the sorting area 103, the pick-up door 108 and the pick-up door 109 are respectively positioned at two sides of the vertical plate 111, and the vertical plate 111 can divide the sorting area 103 into two areas to prevent the express mail to be picked up and the express mail to be mixed together in the sorting area 103.

The pickup device 300 is mainly a pickup container, and the pickup container can adopt one or more of a self-service pickup express cabinet 301, a refrigeration fresh-keeping cabinet 302 and a small-sized cache cabinet 303. The self-help express delivery cabinet 301 is provided with a plurality of storage boxes, one end of each storage box is opened, the opening end of each storage box is provided with a storage cabinet door with an intelligent lock, the self-help express delivery cabinet 301 is further provided with a man-machine interaction integrated machine for controlling the opening and closing of the intelligent lock, an express delivery person locks the express delivery into the storage boxes, corresponding unlocking information is sent to the express delivery person, the express delivery person can unlock with the man-machine interaction integrated machine according to the unlocking information, the express delivery is taken out, a plurality of self-help express delivery cabinets 301 are arranged on the self-help express delivery cabinet, any one or a plurality of types of express delivery cabinets on the market can be selected, the self-help express delivery cabinet 301 can be used for guaranteeing the safety of the express delivery well, but the storage boxes are generally arranged in consideration of generality, the space utilization rate is too low for small express delivery. The small-piece cache cabinet 303 is in an unlocking mode without lock, the side wall of the bin body 100 is provided with a cache opening, the small-piece cache cabinet 303 is fixedly arranged in the cache opening, the small-piece cache cabinet 303 is provided with a plurality of placing grids penetrating through the small-piece cache cabinet 303 horizontally, one end of each placing grid is communicated with the outside of the bin body 100, the other end of each placing grid is communicated with the article taking area 102, more small-piece storage grids can accommodate the condition that the express delivery is not stacked as much as possible, the space utilization rate is high, articles are required to be placed or taken, and the small-piece cache cabinet is quite convenient. The small express cabinet 303 has the defect of relatively poor safety, so that each placing grid can be correspondingly marked with a label, an express delivery person can send the label to the express delivery person after placing the express, and once the express delivery is lost, the monitoring device 500 can track the express delivery in the placing grid with the corresponding label, so that the anti-theft effect is achieved, and meanwhile, the express delivery person can be conveniently and quickly locked in the express delivery position. The refrigerated fresh cabinet 302 can be used for placing some express items which are fresh and need to be transported by a cold chain, and can prevent the express items from going bad in express post stations. In this embodiment, all of the three pickup goods cabinets are provided with a large-piece express delivery cabinet 301, a self-service pickup goods cabinet 301 can be placed in the large-piece express delivery cabinet, a small-piece express delivery cabinet 303 can be placed in the common small-piece express delivery cabinet, and fresh express items and cold chain express items are placed in the cold storage and fresh-keeping cabinet 302. Due to the presence of the monitoring device 500, the picking-up can be performed unattended.

As shown in fig. 2, the mail facility 200 includes a mail locker 210 for storing a mail to be sent out, a mail inspection device for detecting the content and weight of the mail, and a manifest generating device. Referring to fig. 6, the container is divided into multiple layers by the partition 211, and the space on the container 210 is divided into multiple dedicated areas for corresponding to different express operators, so that the sender can place the express to be sent in the corresponding dedicated areas according to the different express operators, so that the courier can collect the express of the company. Each special area can be correspondingly provided with a mail cabinet door 212 for closing the area, a first driver 215 for driving the mail cabinet door 212 to open and close is arranged in the mail cabinet 210, the mail cabinet door 212 is hinged with the mail cabinet 210 body in the embodiment, one end of the first driver 215 is an electric push rod with one end hinged on the corresponding partition 211 and the other end hinged on the corresponding mail cabinet door 212, so that when a sender places a express mail, only the mail cabinet door 212 of the corresponding special area is opened, the sender is prevented from misplacing the express mail, and extra work is added for the express delivery person. In order to more reasonably utilize the space, each special area comprises a large part partition 213 for accommodating large express items and a plurality of small part partitions 214 for accommodating small express items, the topmost layer of the mail goods shelf is divided into a plurality of small part partitions 214 through a partition frame, and each small part partition 214 is divided according to the corresponding special area and is closed through a mail cabinet door 212. The rest of the layers of the mail container 210 each correspond to a large section 213, and each layer is provided with a mail cabinet door 212.

Because it is difficult for the courier to transfer all the to-be-sent express items to the sorting area 103 once, the courier and the sender may be simultaneously present in the sending area 101 during the transfer process, which may cause congestion and disorder of the sending area 101, especially when large express items are carried, and in order to solve the above problem, a side wall of the express shelf may be closely attached to the enclosure 107, as shown in fig. 4, a transmission gate 216 corresponding to each large partition 213 is provided on the side wall, and a communication port 112 opposite to the transmission gate 216 is provided on the enclosure 107. As shown in fig. 6 and 7, each large partition 213 is correspondingly provided with a conveyor belt 217 and a second transmission driver 218 for driving the conveyor belt to transmit towards the direction corresponding to the transmission gate 216, two through holes are formed in the partition 211 at the bottom of the large partition 213, the conveyor belt 217 penetrates through the two through holes and surrounds the partition 211, a supporting shaft 219 is rotatably connected to the through holes to support the conveyor belt 217, the second driver 218 is a motor, an output shaft of the second driver is transmitted with the supporting shaft 219 through belt transmission, a mounting seat is arranged on the partition 211, and the second driver 218 is fixed on the mounting seat. Each transmission door 216 is correspondingly provided with an electronic lock, a code scanner 220 and a starter corresponding to the second driver 218, the input end of the electronic lock is in signal connection with the output end of the code scanner 220, the starter of the second driver 218 and the code scanner 220 are both exposed in the sorting area 103, a special two-dimensional code can be set for each express operator, when the code scanner 220 scans the special two-dimensional code, the corresponding electronic lock is set to be opened, the second driver 218 can be started by an express delivery person, the express delivery person can transmit the express delivery to the communication port 112 by the conveyor belt 217, thus the express delivery person can collect the express delivery in the large part subarea 213 into the sorting area 103 without entering the mail sending area 101, the second driver 218 is started manually by the express delivery person, the start and stop of the conveyor belt 217 can be directly controlled, and the express delivery person can conveniently transfer the express delivery person.

As shown in fig. 2, the express item inspection apparatus includes a perspective scanner 230 for perspective checking the express item to be sent out, the perspective scanner 230 can check whether the express item is contraband or not, the perspective scanner 230 can use commercially available apparatus, and a sterilizing apparatus such as an ultraviolet sterilizing lamp can be added to the perspective scanner 230 in consideration of safety, and the express item can be sterilized by irradiating before and after scanning by the scanner. The waybill generating device comprises an input device 250 for inputting waybill information, a processor device for processing information, a display device 260 for displaying information, a weighing device 240 for weighing a to-be-sent express mail, a printing device 280 for printing express waybills and a scanner 290 for scanning and inputting the express waybill information, wherein the weighing device 240, the input device 250, the camera device 270, the printing device 280, the scanner 290, the display device 260 and the processor device can adopt commercially available devices, the input device 250 is a mouse and a keyboard in the embodiment, the display device 260 is a display screen and intelligent voice sound, the processor device is a computer, the camera device 270 is a camera integrated on the display screen, and the printing device 280 is integrated on the weighing device 240. The output ends of the weighing device 240, the input device 250, the camera device 270 and the high-speed scanner 290 are respectively connected with the input end of the processor device in a signal mode, the input ends of the printing device 280 and the display device 260 are respectively connected with the output end of the processor device in a signal mode, and the starter of the first driver 215 is connected with the output end of the processor device in a signal mode.

When sending a part, firstly, the part is placed in the perspective scanner 230, the disinfection device irradiates and disinfects the part before starting scanning, the perspective scanner 230 scans, if contraband is detected, the perspective scanner 230 can send information to the processor device, the processor device can inform that ' contraband exists ' through the display device 260, the express delivery can not send out ' information and refuses to carry out the next process, if contraband is not detected, the processor device can display the content which needs to be filled in through the display device 260, the sender can input information through the input device 250, meanwhile, the camera device 270 shoots the sender and stores sender image information, the recorded information sender can place the part on the weighing device 240, the weighing device 240 sends weight information to the processor device, the processor device generates waybill information and the weight information which are input by the geometry sender and sends the waybill information to the printing device 280, the printing device 280 prints out the waybill, pastes the waybill on the part, and places the waybill on the high-speed-up device 290, scans the information on the display device and sends the processor device to the sender, and sends the waybill information to the sender to the printer device 215, and the sender can drive the express delivery device 213 and the part into a small partition, and the part is partitioned and the part is placed into a small partition, and the part is suitable for being driven by the small part 212. The sender can independently complete the steps, so that a foundation is provided for unattended self-service sender.

As shown in fig. 2 and 3, in this embodiment, the pick-up cabinet is provided with a small-sized cache cabinet 303, a refrigerated fresh cabinet 302, and a self-service pick-up express cabinet 301, and the pick-up cabinet 210 is provided with two pick-up cabinets. The mail door 104, the pick-up door 105 and the small cache cabinet 303 are all disposed on the front side wall of the bin 100, so as to facilitate the fast pick-up of pedestrians passing through, and the distributing door 106 is disposed on the left side wall of the bin 100. The perspective scanner 230, the processor device, the input device 250, the camera device 270 and the display device 260 are arranged together, the weighing device 240 and the printing device 280 are integrated together, and the scanner 290 and one of the consignment bins 210 are arranged in sequence from left to right along the rear side wall of the bin body 100. The other cargo sending cabinet 210 is opposite to the cargo sending cabinet 210, and the cabinet is closely placed back to back with the self-service express taking cabinet 301, and the cargo sending cabinet 210, the self-service express taking cabinet 301 and the refrigerated fresh-keeping cabinet 302 are arranged together in a row, so that the cargo sending area 101 and the cargo taking area 102 can be separated without a wall, and a gap is reserved between the row of cabinet bodies and the left side wall of the bin body 100 to serve as a part of the cargo sending area 101. The cabinet door of the self-help express cabinet 301 and the refrigerated fresh-keeping cabinet 302 faces the side wall of the warehouse body 100 where the small express cabinet 303 is located, so that the passing between the self-help express cabinet 301 and the small express cabinet 303 can be considered by a person, and express items placed in different express containers can be taken into consideration. The two shipping cabinets 210 have the side walls of the transfer door 216 attached to the same perimeter wall 107 and the receiving door 108 positioned between the two communication ports 112. The cabinet door of the self-service express cabinet 301 is parallel to the other side enclosure 107, and the delivery door 109 is arranged on the other side enclosure 107. Of course, containers may be placed in other manners, and the mail sending cabinet 210 and the pick-up cabinet may be separately configured to separate the mail sending area 101 from the pick-up area 102.

As shown in fig. 1, in order to shade the part taker in front of the small part cache cabinet 303 from the sun and rain, the top of the side wall of the bin body 100 where the part sending door 104 and the part taking door 105 are located may be provided with a shielding edge, further, a circle of surrounding edge 113 extends forward from the edge of the front side wall of the bin body 100, and the higher the surrounding edge 113 is, the greater the distance that the surrounding edge extends forward, and in this embodiment, the shielding edge 113 is connected with the surrounding edge 113 located at the top. An indicator light can be arranged on the front end face of the surrounding edge 113, so that the express post is more striking.

As shown in fig. 5, the monitoring device 500 includes a plurality of cameras fixed in and out of the bin, and cameras are disposed under the surrounding edges 113 at the top of the bin, and the mail sending area 101, the mail taking area 102, the sorting area 103, and the top of the bin, so that the outside of the mail sending door 104 and the mail taking door 105 are within the monitoring range of the monitoring device 500. The lighting device 400 comprises a plurality of lighting lamps fixed in and out of the warehouse, which on one hand ensures that the monitoring device 500 can shoot brighter pictures, and on the other hand is convenient for the sender and the receiver to check related information.

The present embodiment is only for explanation of the present utility model and is not to be construed as limiting the present utility model, and modifications to the present embodiment, which may not creatively contribute to the present utility model as required by those skilled in the art after reading the present specification, are all protected by patent laws within the scope of claims of the present utility model.

Claims (10)

1. The utility model provides an unmanned on duty formula express delivery post house, includes the storehouse body (100) and door, its characterized in that: the automatic express delivery system is characterized in that a piece sending device (200), a piece taking device (300) and a monitoring device (500) are arranged in the bin body (100), the piece sending device (200) comprises a piece sending goods cabinet (210) for storing a piece to be sent out, a sterilizing device for sterilizing the piece to be sent out, a perspective scanner (230) for perspective checking the piece to be sent out, a weighing device (240) for weighing the piece to be sent out, a printing device (280) for printing express delivery bills, a scanner (290) for scanning and inputting express delivery bill information, an input device (250) for inputting the bill information, a display device (260) for displaying information, a processor device for processing information and a camera device (270) for shooting the appearance characteristics of the person to be sent out; the output ends of the perspective scanner (230), the weighing device (240), the input device (250), the camera device (270) and the high-speed scanner (290) are respectively in signal connection with the input end of the processor device, and the input ends of the printing device (280) and the display device (260) are respectively in signal connection with the output end of the processor device; the pick-up device (300) comprises a pick-up container.

2. The unattended express post station as claimed in claim 1, wherein: the space on the shipping container (210) is divided into a plurality of dedicated areas for corresponding to different express operators.

3. The unattended express post station as claimed in claim 2, wherein: each private area is correspondingly provided with a mail cabinet door (212) for closing the private area, a first driver (215) for driving the mail cabinet door (212) to open and close is arranged in the mail cabinet (210), and an initiator of the first driver (215) is in signal connection with an output end of the processor device.

4. The unattended express post of claim 3 wherein: each special area comprises a large part partition (213) for accommodating large express mail and a plurality of small part partitions (214) for accommodating small express mail; the mail shelf is divided into a plurality of layers by a partition plate (211), the topmost layer of the mail shelf is divided into a plurality of small part partitions (214) by a partition frame, and each layer of the rest layers corresponds to one large part partition (213).

5. The unattended express post station as claimed in claim 4, wherein: a sorting area (103) is arranged in the bin body (100), a distributing gate (106) communicated with the sorting area (103) is arranged on the side wall of the bin body (100), a enclosing wall (107) is arranged around the sorting area (103), one side wall of a mail shelf is tightly attached to the enclosing wall (107), transmission gates (216) respectively corresponding to all large-piece areas (213) are arranged on the side wall, and communication ports (112) opposite to the transmission gates (216) are formed in the enclosing wall (107); each large-piece partition (213) is correspondingly provided with a conveyor belt (217) and a transmission driver II (218) for driving the conveyor belt (217) to convey towards the corresponding transmission gate (216); the enclosing wall (107) is also provided with a receiving door (108) for people to get to the front of the mail container (210).

6. The unattended express post station as claimed in claim 5, wherein: each transmission gate (216) is correspondingly provided with an electronic lock, a code scanner (220) and a starter corresponding to a second driver (218), the input end of the electronic lock is in signal connection with the output end of the code scanner (220), and the starter of the second driver (218) and the code scanner (220) are exposed in the sorting area (103).

7. The unattended express post station as claimed in claim 5, wherein: the enclosing wall (107) is also provided with a delivery door (109) for people to get to the delivery container.

8. The unattended express post station as claimed in claim 1, wherein: the goods taking container is one or more of a self-service goods taking express cabinet (301), a refrigeration fresh-keeping cabinet (302) and a small goods taking cabinet (303); the self-help express delivery cabinet (301) is provided with a plurality of storage grids, one end of each storage grid is opened, the opening end of each storage grid is provided with an express delivery cabinet door with an intelligent lock, and the self-help express delivery cabinet (301) is also provided with a man-machine interaction integrated machine for controlling the intelligent lock to be opened and closed; when setting up smallclothes quick-access cabinet (303), offered the quick-access mouth on storehouse body (100) lateral wall, smallclothes quick-access cabinet (303) are fixed to be set up in the quick-access mouth, smallclothes quick-access cabinet (303) have many levels run through the placing grid of smallclothes quick-access cabinet (303), placing grid one end intercommunication storehouse body (100) is outside, and other end intercommunication gets a district (102), and every placing grid corresponds and is equipped with a reference numeral.

9. The unattended express post station as claimed in claim 8, wherein: the edge of the side wall of the bin body (100) where the small cache cabinet (303) is positioned extends forwards to form a circle of surrounding edge (113), and the higher the position of the surrounding edge (113), the larger the distance of forward extension is.

10. The unattended express post station as claimed in claim 9, wherein: the lower surface of the surrounding edge (113) positioned at the top is provided with an illuminating lamp and a monitoring device (500).