CN111968310A

CN111968310A - Access cabinet, control system, commodity circulation car with express delivery reuse case

Info

Publication number: CN111968310A
Application number: CN202010875885.5A
Authority: CN
Inventors: 蔡绍宗
Original assignee: Advance Technology International Co ltd
Current assignee: Advance Technology International Co ltd
Priority date: 2020-08-25
Filing date: 2020-08-25
Publication date: 2020-11-20

Abstract

The invention provides an access cabinet with an express reuse box, a control system and a logistics vehicle, wherein the access cabinet with the express reuse box comprises an access cabinet body, a plurality of containing bins are arranged on the access cabinet body, at least one express reuse box can be contained in each containing bin, the express reuse box is used for containing delivery articles, and a locking part is arranged between each express reuse box and each containing bin so that the express reuse box has a storage state connected with the corresponding containing bin and a recovery state separated from the corresponding containing bin. According to the access cabinet with the express reuse box, the control system and the logistics vehicle, the express reuse box is matched with the containing bin of the access cabinet body for use, and the express reuse box replaces external packaging of delivered articles, so that the environmental protection problem in the prior art is solved, the reuse utilization rate of the express reuse box is improved, the working efficiency of carriers is improved, and the access cabinet has high economic value.

Description

Access cabinet, control system, commodity circulation car with express delivery reuse case

Technical Field

The invention belongs to the technical field of logistics express delivery, and particularly relates to a storage cabinet with an express delivery reuse box, a control system and a logistics vehicle.

Background

Mainly there are two main types of self-service and delivery in the scheme is delivered in current express delivery, include: (1) an unmanned express intelligent self-fetching cabinet, (2) a manned self-fetching point; and (3) the dispatcher door directly delivers the goods to the door, and the like, and in any mode, the delivered goods need to be packaged separately, and are difficult to recycle due to no uniform packaging, and a large amount of garbage such as cartons, adhesive tapes, inner packaging fillers, waybills/labels and bubble protection paper brings environmental protection problems.

In order to solve the environmental protection problem, the package of the express goods should be recovered necessarily, and the inventor considers that the recovery of the express industry must include two cycles, as shown in fig. 1 and 2, one is to collect the used packages from the receiver (hereinafter referred to as cycle B); and secondly, the packages are reused, namely the collected packages are sent to the hands of the sender again (called A circulation). The AB cycles are never split, are organically unified and are interactive, are like an 8-shaped model, namely the AB cycles are serially connected and communicated, and are forced to develop a multifunctional express delivery reuse box (the attached drawing 1 is an 8-shaped cycle, and the attached drawing 2 is two separated failure cycles, packages are not recycled and reused) while the environmental protection problem is solved.

Based on the foregoing, the inventor has two solutions:

firstly, the problem of site selection of a recycling point and the problem of no uniform package are considered to be difficult to recycle, the invention provides a combination of a self-taking cabinet, the size of an express reuse box is regulated by a self-taking cabinet accommodating bin, and the express reuse box is fully recycled in the self-taking cabinet accommodating bin. The existing recycling mode and the thinking thereof are continuously developed around a mode of (3) directly delivering the door to the home. The direct delivery of goods to the addressee's home is not conducive to the uniform size and recovery of the packaging boxes, for example, the Box of the Kyoto Qingliu or Shunfeng Shunqox, which results in a great reduction in the speed and efficiency of the express delivery because the packing boxes need to be recovered in the field in front of the addressee. Therefore, the key user of a real package (spaghetti) has no incentive to recycle at all in the B cycle. The B-cycle is promoted in the sense that a self-taking cabinet can recycle a large number of express re-use boxes with uniform size and size when the enthusiasm of recycling personnel is taken into consideration during recycling.

Secondly, the value is added to the packing box. According to the investigation and report of experts, most of the existing express packages are arranged by senders or by the senders by virtue of front-line small express brows, and the factors of local tuning, convenient availability, low cost and the like are mostly adopted as standards for selecting packaging materials. When the delivery income of the express young brother is calculated according to the piece, the express young brother does not want to spend time on using the recycled packing box, because the root packing box is not worth pressing, and a piece of hair can be bought as a new one, and the cost is also cost-effective. To take an inappropriate example, if a diamond is nailed to the outer box, then who is also motivated to recycle the outer box. The inventors therefore believe that it is important to increase the versatility of the courier re-use box.

The existing express packaging and recycling method neglects the recycling value of the cycle A, namely the low price of the express recycling box is not worth recycling economically, and simultaneously lacks an innovative method of the cycle B, namely the express recycling box is not uniform in size and dispersed in recycling position, and the recycling cost is overhigh economically.

Disclosure of Invention

Therefore, the technical problem to be solved by the invention is to provide the storage cabinet with the express reuse box, the control system and the logistics vehicle, wherein the express reuse box is matched with the containing bin arranged on the storage cabinet body for use, and the express reuse box replaces external packaging of delivered articles, so that the environmental protection problem existing in the prior art is solved, the reuse utilization rate of the express reuse box is improved, the working efficiency of carriers is improved, and the storage cabinet has higher economic value.

In order to solve the problems, the invention provides an access cabinet with an express delivery reuse box, which comprises an access cabinet body, wherein the access cabinet body is provided with a plurality of accommodating bins, at least one express delivery reuse box can be accommodated in each accommodating bin, the express delivery reuse box is used for accommodating delivery articles, and a locking component is arranged between each express delivery reuse box and each accommodating bin so that each express delivery reuse box has a storage state connected with the corresponding accommodating bin and a recovery state separated from the corresponding accommodating bin.

Preferably, the locking member comprises a latch; and/or a sliding track is arranged between the express delivery reusing box and the accommodating bin.

Preferably, when the express delivery reuse box is in the storage state, the lock catch is locked; and/or when the express delivery reuse box is in a recovery state, the lock catch is unlocked.

Preferably, the accommodating bin is provided with a bin door, and the bin door is hinged on an access opening of the accommodating bin; and/or a drawing accommodating box is further arranged in the accommodating bin and can be drawn out or pushed into the accommodating bin, and the locking component and/or the sliding track are/is located between the express delivery reuse box and the drawing accommodating box.

Preferably, the express delivery reuse box is provided with a wireless identification module; and/or the express delivery reuse box is provided with a box body lock; and/or a refrigerating device is arranged in the express delivery reuse box; and/or the inside of the express delivery reuse box is provided with a buffer interior; and/or the express delivery reuse box is also internally provided with an inner packaging bag which is a commonly used fee-collecting bag designated by the government.

Preferably, when a delivery article is put into the express delivery reuse box and the express delivery reuse box is in the transportation process, the interior of the buffer is in an inflation state, and when the express delivery reuse box is in the storing and taking cabinet, the interior of the buffer is in an deflation state.

The invention also provides a cabinet access control system for controlling the cabinet with the express delivery reusing box, which comprises:

the acquisition module is used for acquiring an access instruction;

and the execution module is used for controlling the unlocking or locking of the locking component according to the acquired access instruction.

Preferably, when the obtained access instruction is sent by a carrier or a sender, the locking component is controlled to be in an unlocked state; and when the acquired access instruction is sent by a receiver, controlling the locking part to be in a locking state.

Preferably, the obtaining module is further configured to obtain data information of the express reuse box and recipient information corresponding to the express reuse box; the score calculation module is used for calculating the data information according to a preset rule to obtain a reuse score; and the corresponding recording module is used for corresponding the reuse score obtained by calculation with the recipient information and recording and storing the reuse score.

Preferably, the data information comprises at least one of weight, volume weight and shipping mileage of the express delivery reuse box; and/or at least one of a weight, a volume, a volumetric weight, a shipping mileage of the delivery item.

The invention also provides a logistics vehicle which comprises the storage cabinet with the express delivery reuse box.

According to the access cabinet with the express reuse box, the control system and the logistics vehicle, the express reuse box is matched with the containing bin of the access cabinet body for use, the express reuse box replaces external packaging of delivered articles, the environmental protection problem in the prior art is solved, the reuse utilization rate of the express reuse box is improved, the working efficiency of carriers is improved, and the access cabinet has high economic value.

Drawings

FIG. 1 is a schematic illustration of a 8-shaped cycle of packages;

FIG. 2 is a schematic illustration of the failure of two separate cycles in which the packages are not recovered and reused;

FIG. 3 is a schematic structural view of an access cabinet with a flat door type express recycling bin according to an embodiment of the present invention;

FIG. 4 is a schematic structural view of an access cabinet having an express reuse box according to an embodiment of the present invention, wherein the express reuse box is symbolically illustrated without being placed in a holding bin;

FIG. 5 is a schematic drawing of the container and the case in a retracted position, showing a flip-top type of the case symbolically;

FIG. 6 is an illustration of the sliding track of the holding bin and the locking member in the coplanar unlocked position in an embodiment of the present invention;

FIG. 7 is an illustration of the sliding track provided in the bin and the locking member in a protruding locked condition in an embodiment of the invention;

FIG. 8 is an illustration of a courier refill container having a cushioning insert therein (in this case, the cushioning insert is in an inflated condition) in accordance with an embodiment of the present invention;

FIG. 9 is an illustration of a courier reuse box having a refrigeration device, a wireless identification module, and a buffer insert in accordance with an embodiment of the present invention (with the buffer insert in a deflated state);

FIG. 10 is a schematic structural diagram of a logistics vehicle in yet another embodiment of the present invention;

fig. 11 is a schematic structural view of a logistics vehicle according to still another embodiment of the invention, showing a power supply cable capable of supplying power to electronic equipment such as a refrigeration device in an express reuse box.

The reference numerals are represented as:

1. a cabinet body; 11. an accommodating bin; 12. a bin gate; 2. an express delivery reuse box; 3. a locking member; 31. a sliding track; 32. locking; 4. drawing the accommodating box; 51. a wireless identification module; 52. a cold storage device; 53. the buffer is arranged inside; 6. a display screen.

Detailed Description

With combined reference to fig. 1 to 11, according to an embodiment of the present invention, there is provided an access cabinet having an express delivery reuse box 2, it can be understood that the access cabinet is a storage cabinet capable of storing, and includes an access cabinet body 1 having a plurality of storage compartments 11, at least one express delivery reuse box 2 can be stored in the storage compartment 11, the express delivery reuse box 2 is used for storing delivery goods, and a locking component 3 is provided between the express delivery reuse box 2 and the storage compartment 11, so that the express delivery reuse box 2 has a storage state connected with the storage compartment 11 and a recovery state disconnected from the storage compartment 11. Among this technical scheme, express delivery reuse case 2 uses with holding 11 supporting storehouses that the access cabinet body has, and express delivery reuse case 2 replaces the external packing of delivering article, has solved the environmental protection problem that exists among the prior art, has improved express delivery reuse case 2's reuse utilization ratio to promote the work efficiency of carrier (including the express delivery personnel), have higher economic value. The aforementioned locking component 3 is designed to limit the circulation path of the express reuse box 2, such as limiting the position of the carrier to transfer the express reuse box 2 from one place to the containing compartment 11 of the access cabinet body, and it can be understood that the access cabinet body is arranged corresponding to the addressee, or limiting the position of the carrier to transfer the express reuse box 2 from one place to the sender (such as an e-commerce, etc.), so that the sender can place the to-be-sent goods in the express reuse box 2, and further replace the external package of the to-be-sent goods in the prior art, and it is clear that when the express reuse box 2 is transferred to the containing compartment 11, the arrangement of the locking component 3 can prevent the independent separation of the express reuse box 2 from the containing compartment 11 by the addressee, that is, the delivery reuse box 2 is left in the storage compartment 11 to be recovered by the carrier. By adopting the technical scheme of the invention, the goods are standard in package, uniform in size and convenient to carry, and the centralized transportation is facilitated, and the safety of the goods is ensured; the express delivery is successfully recovered by the box 2, so that a large amount of packaging materials can be saved, and the environmental protection value of social requirements is met. Furthermore, the ability to efficiently and successfully retrieve the express reuse boxes 2 makes it possible to equip each reuse box with an RFID and a GPS, which makes the average cost low while achieving real-time tracking of the shipment; meanwhile, more durable packaging materials and specific functions of the packaging box, such as refrigeration, fire prevention, buffer protection and the like, can be adopted. Of course, the materials adopted by the express reuse box body are not limited to the traditional low-cost paperboard/hollow plastic plates and the like, and can be selected more widely, and very durable materials such as carbon fiber, metal, wood, engineering plastics and the like become possible; the material of the express reuse box body is not limited here

As a specific embodiment, as shown in the attached drawings, the express reuse box 2 is a rectangular solid, two pairs (four) of opposite surfaces are respectively arranged in the vertical longitudinal direction and one pair (two) of opposite surfaces are respectively arranged in the horizontal transverse direction, at least one surface of the express reuse box 2 can be opened, but only one surface is preferably opened, as the more fixed surfaces, the more solid and durable the express reuse box 2 can be ensured; the courier return boxes 2 may be of various sizes, but each size must correspond to a bin 11. For example, the height and width of the cabinet 2 are ABC, the height and width of the housing 11 are ABC, and it is preferable to ensure 0.7 < ABC/ABC < 1, 0.888 < a/a < 1, 0.888 < B/B < 1, and 0.888 < C/C < 1, so as to ensure the compactness of the size between the cabinet 2 and the housing 11, prevent the waste of the storage space, prevent the height and width of the cabinet 2 from being too small, and make it easier to lock the cabinet 2 in the housing 11.

Specifically, the locking member 3 includes a latch 32, and the latch 32 is preferably an electronic latch 32 configured to be in a locked state when a recipient picks up the package and to be in an unlocked state when the carrier or sender recycles the shipping container 2, so that efficient recycling of the shipping container 2 is achieved by unlocking or locking the locking member 3. The lock catch 32 is composed of a movable part and a fixed part, and the lock catch 32 is unlocked or locked by combining and separating the movable part and the fixed part; specifically, for example, the movable part arranged on the accommodating bin 11 is a male buckle, the fixed part arranged on the express reuse box 2 is a female buckle, and the male buckle and the female buckle are compact in size and jointly form the lock catch 32, so that locking and unlocking switching between the male buckle and the female buckle is realized. Therefore, the fixed part or the female buckle is arranged on the express reuse box 2, the hidden danger of damage caused by more activities of the express reuse box 2 in circulation can be prevented when the movable part or the male buckle is arranged on the express reuse box 2, and meanwhile, the higher cost caused by respectively arranging the movable part or the male buckle for a plurality of express reuse boxes 2 can be reduced.

Preferably, at least one sliding rail 31 is provided between the reuse delivery box 2 and the accommodating compartment 11, a sliding direction of a longest side of the sliding rail 31 is the same as a direction in which the reuse delivery box 2 is pulled out or pushed into the accommodating compartment 11, so that a recipient or a carrier can pull out or push in the reuse delivery box 2 from the accommodating compartment 11, and the sliding rail 31 may include a mechanical stretching type, a pulley type, a ball type or a roller type, or may be a sliding sheet mainly composed of a high-molecular engineering plastic sheet with high slidability, such as nylon, POM, PEEK, and the like.

When the express reuse box 2 is in the storage state, the lock 32 is locked; and/or, when the express reuse box 2 is in a recovery state, the lock catch 32 is unlocked.

The accommodating bin 11 is provided with a bin door 12, and the bin door 12 is hinged on an access opening of the accommodating bin 11; as another possible embodiment, a drawer accommodating box 4 is further provided in the accommodating compartment 11, the drawer accommodating box 4 can be pulled out or pushed into the accommodating compartment 11, and the locking member 3 and/or the sliding rail 31 are located between the express delivery reuse box 2 and the drawer accommodating box 4.

The express delivery reusing box 2 has a box door corresponding to the access opening direction of the accommodating bin 11, the box door may be a flip-type box or a side-opening box, and the present invention is not particularly limited, wherein the flip-type box door (for example, the express delivery reusing box 2 shown in fig. 5 is a flip-type box door) is suitable for the case that the bin door 12 of the accommodating bin 11 is a drawer type, and the side-opening box door (for example, the express delivery reusing box 2 shown in fig. 3 is a side-opening box door) is suitable for the case that the bin door 12 of the accommodating bin 11 is a side-opening type. Furthermore, the drawer type of the bin door 12 of the accommodating bin 11 can make the receiver lift the object from bottom to top to better adapt to the heavier goods, because the action of the vertical hinged door to take the goods comprises two steps of pulling out the goods transversely and then pulling up the goods; the drawer type consignee can take the goods away only by one step after the drawer type consignee is drawn upwards.

Further, the express reuse box 2 has a wireless identification module 51 thereon, the wireless identification module 51 may be, for example, an IoT sensor, an RFID tag, or the like, and the wireless identification module 51 may exchange data with other sensors outside the box, and further, the wireless identification module 51 is attached with an independent identification code for identifying each express reuse box 2 differently. At this moment, set up wireless identification part read and write module, data exchange module, orientation module, overall arrangement data acquisition module on the access cabinet body, wherein wireless identification part read and write module be used for with the wireless identification module 51 of express delivery reuse case 2 carries out data interchange, data exchange module is used for the data interchange between access cabinet and the high in the clouds system, orientation module is used for obtaining the real-time location of access cabinet, and overall arrangement data acquisition module is used for calculating express delivery reuse case 2 overall arrangement data in the access cabinet according to the data of wireless identification part read and write module to store in the database of high in the clouds system, and then realize the real-time supervision to express delivery reuse case 2.

The express delivery reuse box 2 may also have a box lock for locking the sender at the time of delivery and unlocking the receiver at the time of receipt, and the unlocking mode of the box lock is, for example, a password mode, and the password is set and notified to the receiver by the sender at the time of delivery, that is, the password of the box lock is only transferred between the receiver and the sender and is not known by the carrier, which can ensure the safety of the goods in the transportation process and protect the personal privacy of the receiver.

The express reuse box 2 is internally provided with a refrigerating device 52, the refrigerating device 52 is used for refrigerating and transporting goods with temperature maintaining requirements, such as seafood, fruits and the like, at the moment, the goods in the express reuse box 2 can be maintained at a required temperature through the refrigerating device 52 of the invention, so that the quality of the goods is ensured, the refrigerating device 52 is configured to be capable of taking electricity from the accommodating bin 11 or the access cabinet body 1 for operation, and the refrigerating device 52 can be a semiconductor refrigerating device, for example.

Preferably, the inside of express delivery reuse case 2 is equipped with the built-in 53 of buffering, and further, when the delivery article was put into express delivery reuse case 2 just express delivery reuse case 2 is in the transportation, the built-in 53 of buffering is in inflation state express delivery reuse case 2 is in when accessing in the cabinet, the built-in 53 of buffering is in the state of disappointing. Specifically, after the sender puts the goods into the express delivery recycling box 2, the buffer insert 53 is inflated through the air holes, so that better packaging protection is provided for the goods (as shown in fig. 8); after the express delivery reuse case 2 is loaded with the storehouse 11 that holds of access cabinet, the built-in 53 of this buffering just can pass through the gas pocket exhaust shrink automatically to let the addressee take out the goods in express delivery reuse case 2 (as figure 9) more easily, the setting of the built-in 53 of buffering can provide reliable protection to the goods in it in the transport process of express delivery reuse case 2 transportation, and then can facilitate user's the process of getting when being in static state's access cabinet.

The express reuse box 2 is also provided with an inner bag, which is a government-specified general garbage-used fee collection bag, different from the buffer inner container 53 described above. Specifically, the inner packaging bag is a plastic bag mainly comprising PE, and is preferably a general garbage use plastic bag designated by the government who has paid the garbage disposal fees or taxes; the japanese or taiwan area is called combustible trash bags or general trash bags, which are taxed and are degradable or can be burned without releasing toxic substances, so that they can be directly discarded. For the present invention, the recipient is able to take the bag back home for daily household garbage loading and then discard it, so that the inner packaging bag, which is necessary for e-commerce shipments, can be effectively used once more. Further, the inner bag must use naturally degradable materials or materials that are qualified according to local environmental protection and recycling laws and regulations;

there is also provided, in accordance with an embodiment of the present invention, an access cabinet control system for controlling an access cabinet having a courier reuse bin 2 as described above, including:

the acquisition module is used for acquiring an access instruction;

and the execution module is used for controlling the unlocking or locking of the locking component 3 according to the acquired access instruction.

Specifically, when the obtained access instruction is sent by a carrier or a sender, the locking component 3 is controlled to be in an unlocked state, so that the carrier or the sender can recycle the express reuse box 2 conveniently; when the obtained access instruction is sent by the addressee, the locking component 3 is controlled to be in a locking state, and at the moment, the access cabinet is beneficial to recycling the express reuse box 2, and further, the shipper is beneficial to recycling the express reuse box 2.

Further, the acquisition module is also used for acquiring data information of the express reuse box 2 and addressee information corresponding to the express reuse box 2; the score calculation module is used for calculating the data information according to a preset rule to obtain a reuse score; and the corresponding recording module is used for corresponding the reuse score obtained by calculation with the recipient information and recording and storing the reuse score. Further, the data information includes at least one of the weight, the volume weight and the transport mileage of the express delivery reuse box 2; and/or at least one of a weight, a volume, a volumetric weight, a shipping mileage of the delivery item. Specifically, the operation of each intelligent terminal user interface and each function module is organized by adopting a cloud system, the cloud system is adopted to record green data used by the express reuse boxes 2 of the senders and/or the receivers, the cloud system records historical use data of independent identification numbers of each express reuse box 2, wherein the historical use data at least comprises information of the senders and/or the receivers when the senders and/or the receivers are used each time, for example, the senders send an order each time, the cloud system adds one share to the senders, and for example, after the receivers take goods from the self-taking cabinet each time and close the self-taking cabinet door 12, the cloud system adds one share to the receivers; the green data used by the express reuse box 2 can be used for evaluating the green data of each sender and/or receiver which recycles the express reuse box 2, for example, when the green data reaches a certain threshold value, the cloud system can give a reward to the relevant senders and/or receivers, and moreover, the green data can be used for exchanging with certain widely-circulated 'carbon coins' to give the economic value of environmental performance.

The receiver, the sender and the carrier are respectively provided with corresponding intelligent terminal user interfaces correspondingly arranged with the cloud system, wherein the sender or the carrier user interface enables the sender or the carrier to input a delivery order into the cloud system and start the read-write module of the wireless identification component; the receiver user interface is used for recording the self-taking information acquisition of the receiver and the green data management of the use of the express reuse box 2 of the receiver; furthermore, when the storage cabinet is placed at the express self-fetching point (the storage cabinet at this time can be defined as a self-fetching cabinet), a self-fetching point user interface is correspondingly provided at this time, so that the self-fetching point can look up relevant data of the delivery order, and the signing-in program, the correct position of the express reuse box 2 in the self-fetching cabinet and the recovery operation of the express reuse box 2 in the cycle B are carried out.

According to an embodiment of the invention, the logistics vehicle comprises the access cabinet with the express delivery reuse box 2. Specifically, as shown in fig. 10 or 11, the logistics vehicle can be a vehicle with a power device, and can also be a hand-push type transfer vehicle, such as a vehicle frame with tracks or rollers, and due to the movable type with wheels or tracks, the whole logistics vehicle can enable a receiver to open a backward-facing express delivery reuse box 2 originally covered by a wall when being overturned, and particularly, the logistics vehicle can be directly used as a semi-movable type double-side openable access cabinet.

In order to make the technical solution of the present invention more clear, the following description is made with reference to specific implementation flows.

When the express delivery reuse box 2 needs to be transferred in the delivery process, the specific implementation flow is as follows:

1. the carrier gives a plurality of empty express reuse boxes 2 to the sender (when the number of the to-be-sent goods of the sender is small), or gives the whole logistics vehicle (when the express reuse boxes 2 on the whole logistics vehicle are empty, and when the number of the to-be-sent goods of the sender is large);

2. the sender places the delivery article into an inner package (also referred to above as an inner bag) that can be handled by hand, such as a plastic bag/carton (e.g., a government-specified general trash bag); the sender then puts the inner package into the express reuse box 2 and closes the express reuse box 2 to form a delivery order of the delivered articles; the sender closes the express delivery reuse box 2 or locks the express delivery reuse box 2 by using a box lock, for example, the box lock is an intelligent coded lock, the sender can set a code by himself and then inform the code to the receiver in the form of electronic information and the like, and the unlocking code is only circulated between the sender and the receiver. This ensures that the shipment is not at risk of being privately torn open by anyone, including the carrier. In fact, the unlocking method can be various, and the unlocking method can be that the sender locks by itself and then informs the receiver, but the unlocking method does not pass through a carrier or a cloud system of the carrier.

3. The sender logs in a sender user interface to operate by using a personal intelligent terminal, inputs relevant data of the delivery order into a cloud system (and obtains a corresponding delivery order form number), and then puts an express reuse box 2 into a containing bin 11 of the logistics vehicle; meanwhile, the read-write module of the wireless identification component updates the memory data of the wireless identification module 51 (such as an RFID label) of the express reuse box 2; the cloud system simultaneously updates the express delivery reuse box 2 of the sender to use green data.

4. When each express reuse box 2 is placed into a vehicle body, a logistics vehicle layout data acquisition module on the vehicle body automatically reads a wireless identification module 51(RFID tag) of the placed express reuse box 2 to determine which containing bin 11 of a certain logistics vehicle has been installed on the certain express reuse box 2, then logistics vehicle layout data is obtained, and a data exchange module of the logistics vehicle transmits the logistics vehicle layout data to a cloud system;

5. the cloud system randomly generates a corresponding signing password for each delivery order;

6. the carrier extracts a plurality of express reuse boxes 2 filled with goods from the sender; or the whole logistics vehicle (the express delivery reuse box 2 on the logistics vehicle contains goods); meanwhile, the logistics vehicle of the express delivery reuse box 2 without goods is given to the sender again (the circulation A of the express delivery reuse box 2 is formed with the previous flow here);

7. the shipper returns the delivery of goods to the transfer warehouse by the logistics vehicle of the express reuse box 2;

8. the carriers recombine, sort and classify the delivery reuse boxes 2 with goods according to the approach of delivery places or other methods, the logistics vehicle layout data acquisition module on each logistics vehicle automatically reads the wireless identification module 51(RFID tag) placed in each logistics vehicle reuse box 2 again to determine the position of the storage bin 11 of a certain logistics vehicle on which the certain delivery reuse box 2 is already loaded, then updated logistics vehicle layout data are obtained, and the data exchange module of the logistics vehicle transmits the updated logistics vehicle layout data to the cloud system;

9. the carrier prepares for shipment to the determined pickup point;

10. the cloud system sends a goods receiving notice and a signing password to the intelligent terminal of each related receiver;

11. the shipper sends the delivery with goods to the determined self-picking point by the logistics vehicle of the delivery box 2 for delivering goods; meanwhile, the express delivery reuse boxes 2 which are left without goods last time are prepared to be collected (namely, the empty express delivery reuse boxes 2 with goods lifted away are prepared, and the B cycle of the express delivery reuse boxes 2 is formed by the process and the subsequent process);

12. after the self-picking point is reached, when a carrier logs in a self-picking point user interface for operation by using a self-picking cabinet (through a data exchange module) or an individual intelligent terminal, layout data of the self-picking cabinet can be checked from a cloud system, wherein the layout data comprise the express reuse boxes 2 which contain the bins 11 on the self-picking cabinet and are empty and express reuse boxes 2 to be recovered (namely, the last delivery goods are taken away); meanwhile, through the user interface of the self-pick-up point, the carrier can also know the logistics vehicle layout data of the logistics vehicles of the express delivery reuse box 2 with goods or the updated logistics vehicle layout data.

13. When a carrier removes the express reuse box 2 to be recovered, an empty containing bin 11 appears in time from the cabinet, and the carrier takes out a loaded express reuse box 2 with the same size from a logistics vehicle of the loaded express reuse box 2 at the same time and then loads the loaded express reuse box 2 on the empty containing bin 11; when the shipper removes the loaded express reuse box 2, the logistics vehicle instantly generates an empty containing bin 11, and then the shipper loads the express reuse box 2 to be recovered into the empty containing bin 11, thus completing the replacement of the express reuse box 2. The self-cabinet-taking layout data module and the logistics vehicle layout data module are updated once; in this way, the replacement procedure of the express reuse box 2 between the whole delivery reuse box 2 logistics vehicle with goods and the self-taking cabinet is completed;

14. after the addressee arrives at the self-taking cabinet, the self-taking cabinet or an individual intelligent terminal is used for logging in a self-taking point user interface, a related signing password is input, a screen of the self-taking point user interface can display related data of the delivery order and enter a subsequent signing program, and an express delivery reuse box 2 of the self-taking cabinet is located at the correct position of the self-taking cabinet; then, the door 12 of the containing bin 11 where the express delivery reusing box 2 is located is automatically opened;

15. the addressee opens the express reuse box 2 and takes away the inner package and the delivery articles in the express reuse box 2; and/or other signing procedures (e.g., another box lock of the delivery reuse box 2 needs to be opened, as described above, only the sender and the receiver know the password of the box lock), and the delivery reuse box 2 and the door 12 of the storage bin 11 are closed, which completes one signing procedure;

16. through the input of the sign-in data and the input of the password of the user interface of the self-taking point, the cloud system can obtain updated layout data of the self-taking cabinet (through the data exchange module); the cloud system simultaneously updates the green data used by the express reuse box 2 of the addressee;

17. when the delivery items are taken away, the empty delivery reuse box 2 without goods is left, and the carrier takes back the delivery items by the logistics vehicle next time.

18. After the addressee returns home, the delivery articles are taken out from the inner package for use; finally, the inner package can be used to contain general household waste, which is once again used effectively before disposal.

When the express delivery reuse box 2 is directly delivered to the determined self-fetching point without transfer in the delivery process, the specific implementation flow is as follows:

7. directly to the determined self-fetching point.

8. The carrier prepares for shipment to the determined pickup point;

9. the cloud system sends a goods receiving notice and a signing password to the intelligent terminal of each related receiver;

10. the shipper sends the delivery with goods to the determined self-picking point by the logistics vehicle of the delivery box 2 for delivering goods; meanwhile, the express delivery reuse boxes 2 which are left without goods last time are prepared to be collected (namely, the empty express delivery reuse boxes 2 with goods lifted away are prepared, and the B cycle of the express delivery reuse boxes 2 is formed by the process and the subsequent process);

11. after the self-picking point is reached, when a carrier logs in a self-picking point user interface for operation by using a self-picking cabinet (through a data exchange module) or an individual intelligent terminal, layout data of the self-picking cabinet can be checked from a cloud system, wherein the layout data comprise the express reuse boxes 2 which contain the bins 11 on the self-picking cabinet and are empty and express reuse boxes 2 to be recovered (namely, the last delivery goods are taken away); meanwhile, through the user interface of the self-pick-up point, the carrier can also know the logistics vehicle layout data of the logistics vehicles of the express delivery reuse box 2 with goods or the updated logistics vehicle layout data.

12. When a carrier removes the express reuse box 2 to be recovered, an empty containing bin 11 appears in time from the cabinet, and the carrier takes out a loaded express reuse box 2 with the same size from a logistics vehicle of the loaded express reuse box 2 at the same time and then loads the loaded express reuse box 2 on the empty containing bin 11; when the shipper removes the loaded express reuse box 2, the logistics vehicle instantly generates an empty containing bin 11, and then the shipper loads the express reuse box 2 to be recovered into the empty containing bin 11, thus completing the replacement of the express reuse box 2. The self-cabinet-taking layout data module and the logistics vehicle layout data module are updated once; in this way, the replacement procedure of the express reuse box 2 between the whole delivery reuse box 2 logistics vehicle with goods and the self-taking cabinet is completed;

13. after the addressee arrives at the self-taking cabinet, the self-taking cabinet or an individual intelligent terminal is used for logging in a self-taking point user interface, a related signing password is input, a screen of the self-taking point user interface can display related data of the delivery order and enter a subsequent signing program, and an express delivery reuse box 2 of the self-taking cabinet is located at the correct position of the self-taking cabinet; then, the door 12 of the containing bin 11 where the express delivery reusing box 2 is located is automatically opened;

14. the addressee opens the express reuse box 2 and takes away the inner package and the delivery articles in the express reuse box 2; and/or other signing procedures (e.g., another box lock of the delivery reuse box 2 needs to be opened, as described above, only the sender and the receiver know the password of the box lock), and the delivery reuse box 2 and the door 12 of the storage bin 11 are closed, which completes one signing procedure;

15. through the input of the sign-in data and the input of the password of the user interface of the self-taking point, the cloud system can obtain updated layout data of the self-taking cabinet (through the data exchange module); the cloud system simultaneously updates the green data used by the express reuse box 2 of the addressee;

16. when the delivery items are taken away, the empty delivery reuse box 2 without goods is left, and the carrier takes back the delivery items by the logistics vehicle next time.

17. After the addressee returns home, the delivery articles are taken out from the inner package for use; finally, the inner package can be used to contain general household waste, which is once again used effectively before disposal.

Like above-mentioned specific processing flow, express delivery reuse case 2 alright in order to replace the single use packing box, and wireless identification module 51 can load the data of paper waybill and label, and the government of inner packing appoints that general rubbish uses the plastic bag can be effectively utilized again before abandoning, and it is thus obvious that the problem of whole packing rubbish has all been effectively alleviated.

It is readily understood by a person skilled in the art that the advantageous ways described above can be freely combined, superimposed without conflict.

The present invention is not limited to the above preferred embodiments, and any modifications, equivalent substitutions and improvements made within the spirit and principle of the present invention should be included in the protection scope of the present invention. The above is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, several improvements and modifications can be made without departing from the technical principle of the present invention, and these improvements and modifications should also be regarded as the protection scope of the present invention.

Claims

1. The utility model provides a deposit and withdraw cabinet with express delivery reuse case, characterized in that, includes deposit and withdraw cabinet body (1), it holds storehouse (11) to have a plurality ofly on deposit and withdraw cabinet body (1), hold in the storehouse (11) and can hold one express delivery reuse case (2) at least, express delivery reuse case (2) are used for holding delivery article, express delivery reuse case (2) with hold and have locking part (3) between storehouse (11), so that express delivery reuse case (2) have with hold the storage state that storehouse (11) are connected and with hold the recovery state that storehouse (11) break away from.

2. An access cabinet according to claim 1, wherein the locking member (3) comprises a catch (32); and/or a sliding track (31) is arranged between the express delivery reusing box (2) and the accommodating bin (11).

3. An access cabinet according to claim 2, wherein the lock catch (32) is locked when the courier retrieval box (2) is in the storage state; and/or, when the express delivery reuse box (2) is in a recovery state, the lock catch (32) is unlocked.

4. An access cabinet according to claim 1, wherein the containing compartment (11) has a compartment door (12), the compartment door (12) being hinged on an access opening of the containing compartment (11); and/or a drawing accommodating box is arranged in the accommodating bin (11), the drawing accommodating box can be drawn out or pushed into the accommodating bin (11), and the locking part (3) and/or the sliding rail (31) are/is arranged between the express delivery reusing box (2) and the drawing accommodating box (4).

5. An access cabinet according to claim 1, wherein the courier return box (2) has a wireless identification module (51) thereon; and/or the express delivery reuse box (2) is provided with a box body lock; and/or the express delivery reuse box (2) is internally provided with a refrigerating device (52); and/or a buffer built-in device (53) is arranged inside the express delivery reuse box (2); and/or the express delivery reuse box (2) is internally provided with an inner packaging bag which is a general garbage-use fee collection bag designated by the government.

6. An access cabinet according to claim 5, wherein the buffer insert (53) is inflated when a delivery item is placed in the cabinet (2) and the cabinet (2) is in transit, and the buffer insert (53) is deflated when the cabinet (2) is in the access cabinet.

7. An access cabinet control system for controlling an access cabinet having a courier reuse box according to any one of claims 1 to 6, comprising:

the acquisition module is used for acquiring an access instruction;

and the execution module is used for controlling the unlocking or locking of the locking component (3) according to the acquired access instruction.

8. The control system of claim 7,

when the obtained access instruction is sent by a carrier or a sender, controlling the locking component (3) to be in an unlocking state;

and when the acquired access instruction is sent by a receiver, controlling the locking part (3) to be in a locking state.

9. The control system of claim 7,

the acquisition module is also used for acquiring data information of the express reuse box (2) and addressee information corresponding to the express reuse box (2);

the score calculation module is used for calculating the data information according to a preset rule to obtain a reuse score;

and the corresponding recording module is used for corresponding the reuse score obtained by calculation with the recipient information and recording and storing the reuse score.

10. The control system of claim 9,

the data information comprises at least one of the weight, the volume weight and the transport mileage of the express delivery reuse box (2); and/or at least one of a weight, a volume, a volumetric weight, a shipping mileage of the delivery item.

11. A logistics cart comprising an access cabinet having a courier retrieval box of any of claims 1 to 6.