CN107492204B

CN107492204B - Shared carrier renting management system

Info

Publication number: CN107492204B
Application number: CN201710673799.4A
Authority: CN
Inventors: 庄秀宝
Original assignee: Individual
Current assignee: Individual
Priority date: 2017-08-09
Filing date: 2017-08-09
Publication date: 2021-01-05
Anticipated expiration: 2037-08-09
Also published as: CN107492204A

Abstract

The present invention relates to a shared carrier lease management system. The system comprises a sharing carrier, a leasing end, a mobile communication terminal, a recovery end and a cloud management platform; the shared carrier is provided with an identification code for identifying the identity of the shared carrier; the leasing end is used for leasing the shared carrier, and the user can scan the identification code on the shared carrier at the leasing end through the APP, so that the leasing of the shared carrier can be realized; the mobile communication terminal can communicate with the cloud management platform to realize user information registration of a user on the cloud management platform and inquiry of a shared carrier state; the recovery end is used for realizing the recovery of the shared carrier; the cloud management platform is used for realizing user information management and shared carrier information management. The invention adopts the recyclable shared carrier, realizes the recycling of shopping or storage of users in places such as supermarkets and the like, and the shared carrier is provided with the identification code, thereby being beneficial to the identification of the shared carrier information and being convenient for the cloud management platform to manage the shared carrier information.

Description

Shared carrier renting management system

Technical Field

The present invention relates to a shared carrier lease management system.

Background

With the improvement of the living standard of people nowadays, people also increase the awareness of environmental protection, and how to improve the recycling and management of users in shopping is a huge difficult problem all the time, the application provides a shared carrier renting management system, and the shared carrier provided by the system comprises an intelligent parcel box, a shopping cart, a shopping bag and the like, and can meet the daily required storage, shopping and other requirements of people.

The traditional common packaging box can not be reused, which is not beneficial to environmental protection; the traditional shopping bag is more serious, the shopping bag cannot be reused due to large use amount at ordinary times, and huge pollution is generated, but the environment-friendly shopping bag is convenient to use and difficult to restrain the use, and people can go out, work and visit with the environment-friendly shopping bag. Most of consumers temporarily decide to buy the shopping bags, so that the environment-friendly shopping bags are hardly used, and the convenience in use is realized.

Therefore, the present application is directed to the above problems and provides a shared carrier lease management system.

Disclosure of Invention

The invention aims to provide a shared carrier renting management system, which adopts a recyclable shared carrier to realize recycling of shopping or storage of users in places such as supermarkets and the like, and the shared carrier is provided with an identification code, so that the identification of shared carrier information is facilitated, and the management of a cloud management platform on the shared carrier information is also facilitated.

In order to achieve the purpose, the technical scheme of the invention is as follows: a shared carrier renting management system comprises a shared carrier, a renting end, a mobile communication terminal, a recovery end and a cloud management platform;

the shared carrier is provided with an identification code for identifying the information of the shared carrier; the identification code contains information such as carrier name, model, material, price, rent, weight and the like, and can be a unique identification number of the carrier.

The leasing end is used for leasing the shared carrier, a user can scan the identification code on the shared carrier at the leasing end through the APP on the mobile communication terminal, the leasing of the shared carrier can be achieved, and meanwhile, the APP binds user information and identification code information and sends the user information and the identification code information to the cloud management platform;

the mobile communication terminal can communicate with the cloud management platform to realize user information registration of a user on the cloud management platform and inquiry of a shared carrier state;

the recovery end can communicate with the cloud management platform to realize recovery of the shared carrier;

the cloud management platform is used for realizing user information management, shared carrier information management and lease management.

In an embodiment of the invention, the leasing end and the recovery end can realize management of shared carrier information at the leasing end and the recovery end through communication with the cloud management platform so as to achieve binding processing of user information and identification code information during leasing and recovery, and the leasing end and the recovery end can adopt mobile communication terminals to realize manual leasing and recovery or adopt machine terminals to realize automatic leasing and recovery of machines.

In an embodiment of the invention, the cloud management platform has a lease management function, namely management is carried out according to the number of leased ends, the lease time of a user and the recovery number of a recovery end, so that the functions of automatic charging, payment and settlement are realized;

the rental management further comprises inventory orchestration: when the renting and selling ends are lower than the set inventory quantity, the cloud service platform recommends the nearest recovery end to the management company, and counts the recovery quantity of each recovery end; the overall planning of the inventory can be carried out according to the inventory quantity of the leasing ends, the recovery quantity of the recovery ends and the inventory quantity of the management companies in the same area. Such as: the original 10000 bags of lease end, only 2000 now, poor 8000, have 10 recovery ends nearest to it, cloud service center will count out these 10 recovery end total amount earlier, suppose that 10 recovery end recovery total amount is 5000, the quantity statistics: 8000-.

In an embodiment of the present invention, the sharing carrier is an intelligent parcel box, the intelligent parcel box includes a box cover, a box body, an intelligent lock, a controller, and a parcel information screen, and the controller and the parcel information screen are both disposed on the box cover; the intelligent lock is arranged at the box cover to control the opening and closing of the box cover; the controller comprises a control module, a communication interface module, a memory and a storage battery, wherein the communication interface module, the memory and the storage battery are connected with the control module; the identification code is the only identification code, the only identification code includes the two-dimensional code of printing on non-contact electronic tags and the intelligent parcel box, non-contact electronic tags and two-dimensional code all record the only identification code of intelligent parcel box.

In an embodiment of the invention, the leasing end comprises a box cover used for placing the intelligent parcel box and an object stage of a box body, a box cover plug used for being inserted into a slot arranged on the box cover, and a box body plug used for being inserted into a slot arranged on the box body, and the box cover plug also has a charging function; the box cover plug and the box body plug can be normally pulled out only when a user scans the unique identification code of the intelligent parcel box arranged at the objective table through the APP on the mobile communication terminal; the structure of the recovery end is the same as that of the leasing end, and the recovery end and the leasing end can be integrally detached.

In one embodiment of the invention, the leasing end comprises a machine shell, a recovery opening is arranged at the middle position of the machine shell, a bottom transverse sliding rail is arranged at the bottom in the machine shell, a recovery opening transverse sliding rail is arranged at the middle position in the machine shell, the bottom transverse sliding rail and the recovery opening transverse sliding rail are both provided with a supporting plate for placing an intelligent parcel box body, the supporting plate is driven by a sliding rail vehicle to slide along the sliding rail, a vertical sliding rail is also vertically arranged in the machine shell far away from the recovery opening, a sucking disc frame which can slide up and down along the vertical sliding rail and is used for sucking the intelligent parcel box is arranged on the vertical sliding rail, a scanner for scanning a two-dimensional code is also arranged at the recovery opening, and an electronic tag reader-writer for sensing non-contact electronic; the structure of the recovery end is the same as that of the leasing end, and the recovery end and the leasing end can be integrally detached.

In one embodiment of the present invention, the rental management mode of the system is as follows,

s1, the user downloads the APP through the mobile communication terminal, the APP is communicated with the cloud management platform, the user information is registered, and after the user information is registered, the cloud management platform stores the user information;

s2, the user logs in through the APP of the mobile communication terminal, the unique identification code on the intelligent parcel box at the rental end is scanned, the APP uploads the unique identification code on the intelligent parcel box, the cloud management platform binds the user information with the unique identification code, the intelligent parcel box can be rented, and charging is started, and at the moment, the user can control the intelligent lock, the electronic screen and the memory of the intelligent parcel box;

s3, when the user returns the intelligent parcel box, the recovery of the intelligent parcel box can be realized through the recovery end, when the recovery end finishes the recovery, the unique identification code of the intelligent parcel box is scanned and communicated with the cloud management platform, and the expense settlement can be finished after the cloud management platform processes the unique identification code.

In an embodiment of the present invention, the intelligent parcel box is further provided with a cross mark to realize that the intelligent parcel box is stored in a warehouse, and the specific storage mode is as follows:

the cloud management platform obtains intelligent parcel box size information according to the specification information of intelligent parcel box, the positional information of intelligence parcel box cross mark, thereby obtain offset delta X, the delta Y of the position of cross mark and intelligent parcel box central point, then according to warehouse space size, the thing initial position information is put to the warehouse, can calculate the robot and put thing initial position with this warehouse as the beginning, the stroke that intelligence parcel box need be to X, Y, Z axle removal, thereby calculate the action stroke of robot, accomplish the storage of intelligent parcel box.

In an embodiment of the invention, the sharing carrier is a shopping bag (or a shopping cart), the shopping bag comprises a shopping bag body, handles which are respectively provided with two sides of an opening of the shopping bag body and are both embedded with magnetic stripes, and an advertisement surface which is arranged on the bag surface of the shopping bag body and is used for attaching an advertisement mark, the outer edge of the opening of the shopping bag body is also provided with the identification code, and the identification code can be a unique identification code.

The rental management mode of the system is as follows,

s2, a user logs in through an APP of the mobile communication terminal, an identification code on a shopping bag or a shopping cart at a leasing end is scanned, the APP uploads the identification code of the shopping bag or the shopping cart, the cloud management platform binds user information with the identification code, the shopping bag or the shopping cart can be leased and starts to charge, and meanwhile, the cloud management platform records the inventory number of the shopping bag or the shopping cart at the leasing end and returns to the leasing end;

s3, when the user returns the shopping bags or the shopping cart, the shopping bags or the shopping cart can be recovered through the recovery end, when the recovery end finishes the recovery, the shopping bag identification codes are scanned and communicated with the cloud management platform, the cost settlement can be finished after the cloud management platform processes the identification codes, and meanwhile, the cloud management platform records and increases the inventory number of the shopping bags or the shopping carts at the recovery end.

In one embodiment of the invention, the leasing end comprises a shopping bag machine table, a hanging rod which is transversely arranged on the shopping bag machine table and used for hanging a shopping bag handle, an electromagnetic valve which is arranged on the shopping bag machine table and located at the front end of the hanging rod, and a sensor, and further comprises a swinging rod which is controlled by the electromagnetic valve and used for blocking the shopping bag from entering and exiting, when a user scans a unique identification code on the shopping bag arranged at the leasing end through an APP on the mobile communication terminal, the handle of the shopping bag is arranged below the sensor, and the sensor senses a magnetic strip on the handle, namely the electromagnetic valve is controlled to be opened, so that the user can take out the shopping bag, and the shopping bag leasing is realized; the structure of the recovery end is the same as that of the leasing end, the recovery end and the leasing end can be integrally separated, and the recovery step of the recovery end corresponds to the leasing step of the leasing end.

In an embodiment of the invention, the number of the inductors is 2, the inductors are respectively arranged in front of and behind the electromagnetic valve so as to be used during leasing and recycling, the front end of the hanging rod is slightly higher than the rear end of the hanging rod, and the front end of the hanging rod is also provided with a groove matched with the front end of the swing rod.

In an embodiment of the invention, the leasing end comprises a case, the case is provided with a recycling port, a conveyor belt for placing and conveying shopping bags is arranged in the case at the recycling port, a scanner for scanning unique identification codes of the shopping bags is arranged above the conveyor belt, a vertical slide rail for conveying the shopping bags to move up and down is further arranged in the case far away from the recycling port, a vertical supporting plate for placing the shopping bags is arranged on the vertical slide rail, a bag pressing plate is further arranged on the vertical slide rail and right above the vertical supporting plate, a slide rail and a slide rail vehicle which moves along the slide rail and is used for conveying the shopping bags to move left and right are further arranged at the bottom of the case, and a bag supporting plate for placing the shopping bags is arranged on the

In an embodiment of the present invention, the shared carrier is a shopping cart, the shopping cart includes a shopping cart body, a plug disposed on the shopping cart body, and a slot disposed on the shopping cart body, the plug is used for matching with a slot of another shopping cart; the upper part of the shopping cart body is also provided with the identification code which is a unique identification code; when the user rents the shopping cart, the slot on the other shopping cart can be normally pulled out by scanning the unique identification code on the shopping cart body, so that the shopping cart renting is realized.

Compared with the prior art, the invention has the following beneficial effects: the invention adopts the recyclable shared carrier, realizes the recycling of shopping or storage of users in places such as supermarkets and the like, and the shared carrier is provided with the identification code, thereby being beneficial to the identification of the shared carrier information and being convenient for the cloud management platform to manage the shared carrier information.

Drawings

Fig. 1 is a schematic diagram of the smart package box of the present invention.

Fig. 2 is a schematic view of the smart package box of the present invention when opened (without the magnetic strip).

FIG. 3 is a schematic view of the disassembled hinge of the present invention.

FIG. 4 is a schematic view of the hinged condition of the removable hinge of the present invention.

Fig. 5 is a schematic view of a foldable package box of the present invention.

Fig. 6 is a schematic view of the foldable package box of the present invention in a folded state.

FIG. 7 is a schematic view of a slider of the second slide fastener of the present invention being hooked at a hook of the second slide fastener.

Fig. 8 is a schematic view of a simple version of the smart package box of the present invention.

Fig. 9 is a schematic view of a structure of a connection plug adopted by the simple version integrated terminal of the intelligent parcel box of the present invention.

Fig. 10 is a schematic view of the inside of a high-end version of the intelligent parcel box of the present invention.

Fig. 11 is an external schematic view of a high-end version of the intelligent parcel box of the present invention.

FIG. 12 is a schematic view of the shopping bag of the present invention.

FIG. 13 is a partial cross-sectional view of the shopping bag of the present invention.

FIG. 14 is a schematic view of a simplified version of a terminal for the shopping bag of the present invention.

FIG. 15 is a schematic view of a high-end version of the integrated terminal of the shopping bag of the present invention.

FIG. 16 is a flow chart of the manual renting and selling of the shopping bags of the present invention.

FIG. 17 is a recycling flow chart of the shopping bag machine of the present invention.

FIG. 18 is a flow chart of manual recycling of the shopping bag of the present invention.

In the figure: 1-package information screen; 2, packaging the two-dimensional code printed at the box; 3-a non-contact electronic tag; 4-cross location mark; 5-raised trapezoidal blocks; 6-magnetic concave-convex sticking strips; 7-a box cover; 8-box body; 9-parcel information bar; 10-an intelligent lock; 11-a controller; 12-a detachable hinge; 13-an indicator light; 14-a buzzer; 15-a bolt; 16-a handle; 17-a return spring; 18-a pin barrel; 19-hinge holes; 20-bayonet; 21-a suction surface; 71-connecting port; 72-elastic band; 73-indicator light; 74-press handle; 75-digit line connector; 76-elastic hooks; 81-a housing; 82-bottom transverse slide; 83-recovery port transverse slide rail; 84-a pallet; 85-a slide rail vehicle; 86-intelligent parcel box body; 87-vertical slide rail; 88-a suction cup frame; 89-electromagnetic chuck; 810-scanner; 811-electronic tag reader; 812-a box drop location area; 813-surveillance camera; 814-operation screen; 91-shopping bag body, 92-handle, 93-advertising surface, 94-identification code, 101-shopping bag machine table, 102-hanging rod, 103-shopping bag, 104-inductor, 105-induction area, 106-magnetic strip, 107-electromagnetic valve, 108-groove, 109-operation screen, 110-monitoring camera, 111-case, 112-conveyor belt, 113-scanner, 114-driving wheel, 115-riding wheel, 116-driven wheel, 117-vertical slide rail, 118-vertical supporting plate, 119-bag pressing plate, 120-slide rail vehicle and 121-shopping bag supporting plate.

Detailed Description

The technical scheme of the invention is specifically explained below with reference to the accompanying drawings.

The shared carrier renting management system comprises a shared carrier (including recyclable carriers such as an intelligent parcel box, a shopping bag and a shopping cart), a renting end, a mobile communication terminal (capable of adopting mobile equipment such as a mobile phone, a tablet, a notebook computer and the like), a recovery end and a cloud management platform; the leasing end and the recovery end can be integrally and detachably used;

the shared carrier is provided with an identification code for identifying the information of the shared carrier;

the leasing end is used for leasing the shared carrier, a user can scan the identification code on the shared carrier at the leasing end through the APP on the mobile communication terminal, the leasing of the shared carrier can be achieved, and meanwhile, the APP binds user information and identification code information and sends the user information and the identification code information to the cloud management platform; the nearest lease end around can be inquired through the APP, and after the lease end is selected. Selecting, predetermining a shared carrier on the APP; or logging in at a leasing end, and selecting a sharing carrier on an operation screen;

the mobile communication terminal can communicate with the cloud management platform to realize user information registration of a user on the cloud management platform and inquiry of a shared carrier state; if the sharing carrier is an intelligent parcel box, the mobile communication terminal can also communicate with the intelligent parcel box because the intelligent parcel box has a communication function;

the cloud management platform is used for realizing user information management and shared carrier information management.

The leasing end and the recovery end can realize management of sharing carrier information of the leasing end and the recovery end through communication with the cloud management platform so as to achieve binding processing of user information and identification code information during leasing and recovery, and the leasing end and the recovery end can adopt mobile communication terminals to realize manual leasing and recovery or adopt machine terminals to realize automatic leasing and recovery of machines.

The cloud management platform has a lease management function, namely management is carried out according to the lease quantity of the lease end, the lease time of the user and the recovery quantity of the recovery end, so that the functions of automatic charging, payment and settlement are realized;

As shown in fig. 1 to 4, in an embodiment of the present invention, the shared carrier is an intelligent parcel box, and the intelligent parcel box includes a box cover 7, a box body 8, an intelligent lock 10, a controller 11, and a parcel information screen 1; the intelligent lock 10 is arranged at the box cover 7 to control the opening and closing of the box cover; the controller 11 comprises a control module, a communication interface module, a memory and a storage battery; the controller is connected with the intelligent lock and the parcel information screen; the parcel information screen is an electronic ink screen or an electronic display screen arranged on the box surface of the parcel box (the electronic ink screen mainly reduces the use of express bills, protects the environment and reduces pollution, the content of electronic ink is only used for power consumption when being modified, the electronic ink screen is also used for energy conservation and environmental protection and reduces the use amount of batteries in the parcel box; the parcel information screen is arranged in a parcel information bar 9 of the intelligent parcel box, and a plurality of protruding trapezoidal blocks 5 are further arranged at the parcel information bar and used for pasting the express bill; a buzzer 14 is arranged at the position of the packing box, and the sound prompt of the buzzer comprises unlocking prompt sound, box searching prompt sound and low-power prompt sound; the parcel box department is equipped with pilot lamp 13, the light suggestion of pilot lamp 13 is including unblanking the flashing, seek box flashing, the different colour display of electric quantity.

The intelligent parcel box is still provided with a USB charging port or other commonly used charging ports (such as charging ports similar to a mobile phone charging port), so that when a user rents the intelligent parcel box and places the intelligent parcel box at home without electricity, the intelligent parcel box can be charged through a USB charger or other commonly used chargers.

When a user scans a unique identification code on an intelligent parcel box arranged at a leasing end through an APP on a mobile communication terminal, leasing of the intelligent parcel box can be realized, at the moment, a cloud management platform receives information sent by the APP, and meanwhile, the user can operate the intelligent parcel box through an APP authorization user (the cloud management platform divides the user into authorization and non-authorization), a parcel box control module can identify authorization and non-authorization, after the APP establishes two-way communication with the parcel box, when the user is identified to be the authorized user of the parcel box, the user can control an intelligent lock, an electronic screen and a memory of the intelligent parcel box, otherwise, the user is an unauthorized person and cannot control the intelligent lock, the electronic screen and the memory of the intelligent parcel box; the memory of the package box stores package information such as: the length, width and height of the packaging box, materials (plastic, carbon fiber, aluminum alloy and the like), special purposes (with a heat preservation function, a load bearing function, a small safe, shockproof fragile articles and the like), production date, coordinate numbers marked on the packaging box by a cross, relevant accessory information and the like.

The user can control the use right of the box after renting the box, and a plurality of authorized persons can be added. After the user fills in the receiver, the user uploads the cloud management platform, the receiver becomes an authorized user, and after the receiver logs in an account, the intelligent lock and the electronic screen of the intelligent parcel box can be directly controlled.

The unique identification code comprises a non-contact electronic label 3 and a two-dimensional code 2 printed at the package box, and the non-contact electronic label and the two-dimensional code of the package box both record the unique identification code of the package box.

The non-contact electronic tag is an RFID tag, an NFC tag, a WIFI tag or other wireless identifiable tags, and the intelligent lock is an intelligent electronic lock.

The two-dimensional code printed at the package box comprises a box body two-dimensional code and a box cover two-dimensional code, the box cover two-dimensional code is recorded with a unique main identification code of the package box, and when the package box is used, the cloud management platform establishes unique association between the main identification code and the identification code.

Lid and box body link to each other with removable hinge mode, or lid and box body link to each other with the zip fastener mode, and is specific:

as shown in fig. 3 and 4, when the box cover is connected with the box body in a detachable hinge mode, the specific connection structure is as follows: the box cover 7 is connected with the box body 8 through a detachable hinge, the detachable hinge comprises a sliding rod, a return spring 17, a hinge hole 19 and a pin cylinder 18, the sliding rod comprises a plug pin 15 and a handle 16 fixed on the side wall of the plug pin, and a bayonet 20 is arranged at the pin cylinder; when the detachable hinge needs to be disassembled, the handle is pushed to the bayonet for fixing, so that the bolt is separated from the hinge hole and the pin cylinder, and the detachable hinge is in a disassembled state, so that the box cover can be integrally taken down from the box body; when the detachable hinge is in a hinged state, the hinge hole is aligned with the opening of the pin cylinder, the handle is released to enable the bolt to enter the hinge hole and the pin cylinder under the elastic action of the reset spring, and the detachable hinge is in a hinged state to hinge the box cover on the box body.

As shown in fig. 5-7, when the box cover is connected with the box body in a zipper mode, the specific connection structure is as follows: the packaging box can be a packaging box with a folding function, when the packaging box is the packaging box with the folding function, the box cover is connected with the box body through a first zipper 1011, a zipper pull head of the first zipper is positioned on the outer side of the box, and the zipper pull head of the first zipper can be locked by an intelligent lock; the side wall of the box body is connected with the bottom plate of the box body by a second zipper 1021; the zipper puller of the second zipper is positioned in the box and can only be pulled open from the inner side of the box; the zipper slider 1041 of the second zipper is a retractable zipper slider; the tail end of the second zipper is provided with a hook 1031; when the second zipper 1021 is completely closed, the zipper slider 1041 of the second zipper extends and hooks at the hook 1031; the side wall of the box body is formed by a plurality of hard plates connected by flexible fabrics.

The box body 8 is printed with a cross positioning mark 4 as a machine identification mark for marking the coordinate of the axis dimension of the package box X, Y, Z.

The box surface of the wrapping box is provided with a suction surface 21 which is a smooth surface, and the suction surface is provided with a magnetic force absorbable material.

The side edge of the outer wall of the box cover 7 is provided with a magnetic concave-convex sticking strip 6 which is composed of a plurality of trapezoidal concave-convex structures, wherein the concave surface is magnetic, the convex surface is an attracted surface, or the convex surface is magnetic, the concave surface is an attracted surface, and the attracted surface is made of a magnetic absorbable material; concave-convex adhesive strips at the front edge and the rear edge of the box cover are mutually in a concave-convex staggered mode, so that two packing boxes of the same type can be sucked in order by the front edge and the rear edge of the box cover; concave-convex sticking strips on the left edge and the right edge of the box cover are mutually in a concave-convex staggered mode, so that two packing boxes of the same type can be sucked in order along the left edge and the right edge of the box cover.

To intelligent parcel box, when its lease end or recovery end were the machine terminal, the lease end can use with recovery end an organic whole, also can the split use, and recovery end structure is the same with the lease end, introduces the simple and easy version and the high-end version of the integrative terminal of lease end and recovery end below:

as shown in fig. 8 and 9, the simple version rental end includes a stage for placing a box cover and a box body of the intelligent parcel box, a box cover plug for inserting into a slot provided on the box cover, and a box body plug for inserting into a slot provided on the box body, and the box cover plug further has a charging function; the box cover plug and the box body plug can be normally pulled out only when a user scans the identification code of the intelligent parcel box arranged at the objective table through the APP on the mobile communication terminal;

connecting a plug: the plug is composed of elastic bands 72 and plug bodies, when the plug bodies are not inserted into the slots, each plug body is pulled back by the elastic bands and is tightly attached to the machine end connecting port 71 to be vertically arranged. The plug is used in sequence from bottom to top, which plug indicator light is on when the plug is used, only the plug with the indicator light 73 is on, and the elastic band is loose and can be pulled out to be inserted into the slot. The indicator light is not locked by a bright plug elastic band and can not be pulled out. The plug body consists of a press handle 74, a digit line connector 75 and an elastic hook 76.

After the plug is inserted into the slot, the contact sheet of the plug and the contact sheet of the slot form digital connection, and the simple and easy integrated terminal control module knows the identity information and the battery capacity of the box through the digital line connector 75 and uploads the information to the cloud management platform. The user can inquire the parcel box of what model has at simple and easy version integrative terminal through APP, can accomplish to rent in advance. In addition, the whole recycling amount can be known through the simple edition all-in-one terminal, and if the recycling is full, an administrator can be informed to collect the recycling amount (once the simple edition all-in-one terminal has a recycling space, the recycling amount can be fed back to the cloud management platform, and the cloud management platform can inform a user needing to recycle the intelligent parcel box that the terminal can be used); and reading the electric quantity of the battery, and when the electric quantity of the battery is in a low electric quantity state, starting a charging function by the simple edition leasing end to charge the parcel box. The pressing handle of the plug can not be pressed down after being inserted into the slot, and the plug can not be pulled out. Only when the user applies for the renting box to pass through, the indicating lamp is lighted the back, and the electromagnetic lock in the plug starts, presses the handle and just can press the elastic hook, extracts the slot. If the user selects to rent a plurality of boxes and selects a plurality of boxes, the indicator lights of the plugs can be lightened, and the user of the plugs can rent the boxes by directly pulling out the plugs according to the handles.

High-end version integrative terminal: as shown in fig. 10 and 11, in this example, the high-end version integrated terminal includes a housing 81, a monitoring camera 813 is further disposed on the top of the housing, a recovery port is disposed at the middle position of the housing, an operation screen 814 is disposed on the housing and below the recovery port, a bottom transverse slide rail 82 is disposed at the bottom of the housing, a recovery port transverse slide rail 83 is disposed at the middle position of the high-end version integrated terminal, each of the bottom transverse slide rail and the recovery port transverse slide rail is provided with a support plate 84 (a box placing position area 812 is drawn on the support plate) for placing an intelligent parcel box body 86, the support plate is driven by a slide rail vehicle 85 to slide along the slide rail, a vertical slide rail 87 is further vertically disposed in the housing and away from the recovery port, a suction cup rack 88 capable of sliding up and down along the vertical slide rail and sucking the intelligent parcel box is disposed on the vertical slide rail, the suction cup rack includes 4 electromagnetic suction, with 4 suction surface cooperations of intelligence parcel box body bottom), recovery mouth department still is provided with scanner 810 (is used for scanning the two-dimensional code), and the top of recovery mouth department still is equipped with electronic tags read write line 811 (is used for responding to electronic tags information).

In addition, the recovery port of the high-end integrated terminal can also be used as a renting and selling port, and the renting of the parcel box can be realized only by adopting the steps opposite to the recovery process.

In addition, the integrative terminal of high-end version also has the function of charging (not drawn in the figure) and the reservation lease, the function of returning of simple and easy integrative terminal of version, and when intelligence parcel box electric quantity was low excessively, the integrative terminal of high-end version starts the function of charging, can the contact charge, also can wirelessly charge, helps the parcel box to charge.

Integrative terminal of simple and easy version in this example, integrative terminal of high-end version all can set up face identification device, fingerprint identification device, in order to realize that the user logs in at cell-phone scanning (the integrative terminal of each simple and easy version, the integrative terminal of high-end version all is provided with respective identification tag, can be two-dimensional code, NFC label etc., in order to do benefit to the user and pass through cell-phone scanning login, and match the user's cell-phone, account number login etc. means is outer, face identification can also be adopted, fingerprint identification logs in, prevent that the user from forgetting to carry or forget under the condition of account number because of the cell-phone, can also realize integrative terminal of simple and easy version, the login of the integrative terminal.

The cross mark that intelligence parcel box set up for realize that intelligence parcel box deposits in the warehouse, concrete storage mode is as follows:

As shown in fig. 12 and 13, in the second embodiment of the present invention, the sharing carrier is a shopping bag (or a shopping cart), the shopping bag includes a shopping bag body 91, handles 92 respectively provided with two sides of the opening of the shopping bag body and both embedded with magnetic stripes, and an advertisement surface 93 provided on the bag surface of the shopping bag body and used for attaching advertisement marks, the advertisement surface is provided with a mesh material to facilitate the attachment and tearing of advertisements, the outer edge of the opening of the shopping bag body is further provided with the identification code 94, and the identification code is a unique identification code.

For the shopping bag, when the leasing end or the recovery end is a machine terminal, the leasing end and the recovery end can be used integrally or can be detached for use, the structure of the recovery end is the same as that of the leasing end, and a simple version and a high-end version of the integrated terminal of the leasing end and the recovery end are introduced as follows:

as shown in fig. 14, the simple version leasing end includes a shopping bag machine 101 (a monitoring camera 110 and an operation screen 109 are arranged on the shopping bag machine), a hanging rod 102 transversely arranged on the shopping bag machine and used for hanging the handle of a shopping bag 103, an electromagnetic valve 107 arranged on the shopping bag machine and located at the front end of the hanging rod, and a sensor 104, and further includes a swing rod controlled by the electromagnetic valve and used for blocking the shopping bag from entering and exiting, when a user scans a unique identification code on the shopping bag located at the leasing end through an APP on a mobile communication terminal (or through the operation screen), the handle of the shopping bag is placed below the sensor, and the sensor senses that the handle moving to a shopping bag induction area 105 is covered with a magnetic stripe 106, namely the electromagnetic valve is controlled to be opened, so that the user can take out the shopping bag to realize leasing of the shopping bag; the structure of the recovery end is the same as that of the leasing end, the recovery end and the leasing end can be integrally separated, and the recovery step of the recovery end corresponds to the leasing step of the leasing end. The inductor is 2, and sets up respectively around the solenoid valve to use when realizing leasing, retrieving respectively, the peg front end is a little higher than the peg rear end, and the peg front end still be equipped with pendulum rod front end complex recess 108.

Because the identification code of the shopping bag is only a two-dimensional code containing the price of one type (large, medium, small and the like) of shopping bags, namely the condition of a non-unique identification code, aiming at the condition, in order to prevent a user from perusal to scan the handle of the shopping bag through the sensor at the side surface of the machine, but not hang the handle of the shopping bag on the hanging rod through the oscillating rod to return the shopping bag, and further cause the condition of unlimited refund, a gravity sensor can be arranged at the rear end of the hanging rod, and because the shopping bag has a certain weight, the change of the whole weight of the hanging rod can be detected by the gravity sensor when the shopping bag is hung on the hanging rod, thereby achieving the purpose of precaution.

As shown in fig. 15, the high-end rental end includes a chassis 111, the chassis 111 is provided with a recycling opening, a conveyor belt 112 (the conveyor belt includes a driving wheel 114, a supporting wheel 115, and a driven wheel 116) for placing and transporting shopping bags is arranged in the chassis at the recycling opening, a scanner 113 (which may be a two-dimensional code scanner or an electronic tag sensor) for scanning unique identification codes of the shopping bags is arranged above the conveyor belt, a vertical slide rail 117 for transporting the shopping bags to move up and down is further arranged in the chassis 111 far away from the recycling opening, a vertical supporting plate 118 for placing the shopping bags is arranged on the vertical slide rail, a bag pressing plate 119 is further arranged on the vertical slide rail and right above the vertical supporting plate, so as to compress the volume of the shopping bag and store the shopping bag, the bottom of the case is also provided with a slide rail and a slide rail vehicle 120 which moves along the slide rail and is used for transporting the shopping bag, and the slide rail vehicle is provided with a shopping bag supporting plate 121 for placing the shopping bag.

In addition, the recycling port of the high-end integrated terminal can be used as a renting and selling port, and the renting of the shopping bags can be realized only by adopting the steps opposite to the recycling process.

The rental management mode of the system is as follows,

In the two examples, the renting end is first sold and then converted into rents, the user applies for the shared carrier and sells the shared carrier to the user, and the selling price comprises a deposit and a rent. The shopping bags are used for description, and the renting, selling and recycling modes of the intelligent parcel box and the shopping cart are similar and are not described in detail.

The leasing end is divided into manual leasing and machine leasing (the structure of the machine leasing end is described above).

As shown in fig. 16, for manual renting and selling: the method comprises two types of renting and selling of a supermarket cashier desk and a mobile communication device APP. Firstly, the manual renting and selling terminal purchases a batch of carriers from a carrier management place, the management place registers the number of the manual terminal carriers and uploads the number of the manual terminal carriers to the cloud service center, and the cloud service center automatically settles accounts when the batch of carriers are rented and sold one by one;

a step of renting and selling by a user:

step 1, logging in an account and successfully authenticating;

and 2, clicking a renting key to display the two-dimensional code of the scanning carrier by the system. Scanning and confirming;

step 3, the cloud service center displays the rent and sale amount according to the carrier model;

step 4, clicking for selection, displaying the balance of the account by the system after selection, and if the balance is zero or insufficient, transferring the system to recharge; if the balance can be directly transferred to step 6

Step 5, the user recharges through the bank card, the manual renting and selling end and the third party;

step 6, clicking confirmation after the carrier is selected, freezing deposit by the cloud service platform, and starting charging; if the carrier is the independent identity card number, the step 8 is directly carried out, because the manual terminal registers when entering the carrier from the management company, the cloud service automatically transfers the profits into the account of the manual terminal according to the registration record.

And 7, the user scans the two-dimension code of the manual end or the two-dimension code of the user is confirmed by scanning the two-dimension code, the cloud service platform automatically settles the profit of the manual end to the account of the manual end, and the inventory of the carrier of the manual end is subtracted to be used as a statistical query number. The manual mobile equipment displays the quantity and the settlement amount;

and 8, taking away the carrier by the user, and simultaneously, transferring the attribute of the carrier to rent and sell.

Selling, renting and selling at a cashier:

scheme 1:

step 1, scanning a carrier two-dimensional code;

step 2, scanning the two-dimension code of the user;

step 3, the cloud service platform records that the user rents the carrier of the model, and starts to charge the user;

step 4, selling the cash register (the price includes deposit and rent), and adding the cash register into a shopping list for settlement;

step 5, the cloud service platform automatically settles accounts of the manual end, and subtracts the manual end carrier stock as a statistical query number;

and 6, when the user carrier is recovered, the cloud service platform returns the deposit to the user account and settles the deposit.

Scheme 2: unique code for carrier

Step 1, scanning and reading a two-dimensional code of a carrier or a unique code of an electronic tag;

step 2, the cloud service platform records carrier information and starts to charge only the unique code of the carrier;

step 3, selling the cash register (the price contains deposit and rent), and adding the deposit and rent into a shopping list for settlement;

step 4, the cloud service platform automatically settles accounts of the manual end, and subtracts the manual end carrier stock as a statistical query number;

when in recovery: and the cloud service platform only charges and settles the carrier according to the carrier lease time. When the user returns the carrier to the recovery end, the cloud platform returns the deposit to the account of the user;

machine renting and selling end:

a step of renting and selling a user APP:

step 1, logging in an account, successfully authenticating, and selecting a nearest machine end on a map to pre-rent in advance;

step 2, clicking to enter, and displaying carriers of various types and prices in the machine by the APP;

step 3, clicking for selection, displaying the balance of the account by the system after selection, and if the balance is zero or insufficient, transferring the system to recharge; if the balance can be directly transferred to the step 5

Step 4, the user recharges through the bank card and a third party;

step 5, clicking and confirming after the package box is selected, and reserving a selection carrier at a machine end;

and 6, scanning the two-dimensional code of the machine end by the user to the machine end, connecting the two-dimensional code with the machine end, and establishing two-way communication. And the machine end emits the carrier selected by the user before, and binds the identification code information of the carrier with the user information and sends the binding to the cloud management platform.

And (3) direct renting and selling at a machine end:

step 1, logging in an account, and selecting a recording mode in multiple modes: 1. face identification information; 2. fingerprint identification information; 3. scanning the two-dimensional code; 4. user account password information; 5. information such as an intelligent IC card, a user identity card and the like is logged in, and authentication is successful;

step 2, clicking a rental key, and displaying carriers of various types and prices in the machine by the system;

Step 4, the user recharges through the bank card and a third party;

step 5, clicking and confirming after the carrier is selected, enabling the machine end to release the carrier, binding identification code information of the carrier and user information and sending the binding information to a cloud management platform, and simultaneously converting the attribute of the carrier into renting; and 5, if the deposit originally exists, clicking the deposit to confirm, and releasing the carrier from the machine end.

A recovery end: the recovery end recovers the user after using up the carrier, records and uploads the record to the cloud service center, and the cloud service center automatically settles the account by uploading the type of the carrier and the service time. The recycling end is divided into manual recycling and machine recycling (the machine recycling process is shown in fig. 17).

As shown in fig. 18, the manual retrieval end: the method comprises two types of renting and selling at a cashier desk of a supermarket and APP recycling of mobile communication equipment. After the user returns the carrier to the manual recovery end, the manual recovery end scans, registers and uploads the carrier to the cloud service center, and the cloud service center settles the account with the manual recovery end through recording.

A manual recovery end recovery step:

step 1, logging in an account. The authentication is successful;

step 2, clicking to recover, displaying a prompt of a scanning carrier by the system, clicking to scan, and starting to scan the two-dimensional code of the carrier to finish;

step 3, the system displays the two-dimension code of the scanned user, and the next step is carried out after the scanning is finished; clicking the next step directly without scanning;

step 4, recovering the successful click confirmation, and returning the carrier deposit to the user account by the two-dimensional code cloud service center of the scanning user after the successful click confirmation; and if the two-dimension code of the user is not scanned, the cloud service platform returns the carrier deposit to the original renting user account according to the carrier renting record. And simultaneously, the carrier attribute is rented and converted into a trusteeship, and the trusteeship right is attributed to the manual recovery terminal account number. The machine display and user APP display return at the same time and display the rental time and settlement amount.

A machine end direct return step:

step 1, clicking a return key at the machine end, starting the machine, starting a monitoring video, and uploading the return process video to a cloud service center through machine electronic equipment for later inquiry. Meanwhile, the machine opens a recovery mechanism, and the machine requires a user to put the machine into a specified recovery position;

and 2, putting the carrier into the machine according to the requirement of the machine, reading the electronic tag or scanning the two-dimensional code (the carrier is the unique code) by the machine, and confirming whether the carrier is the carrier of the company. If not, displaying invalidity and returning; if the carrier is the carrier of the company, the detection is started, and the detection carrier is not damaged. If the damage exists, the user is prompted to accept the future claims, and the detection numbers are uploaded to the cloud service center at the same time. If the next step is not carried out;

and 3, displaying a confirmation key on the display screen, clicking the confirmation key, closing the recovery mechanism by the machine, successfully recovering, and sending the returned carrier information code to the cloud service center. The cloud service center returns the carrier deposit to the original rented user account; and converting the carrier attribute from leased to hosted;

and 6, displaying the successful return of the machine display screen and the APP of the original renting user at the same time, and displaying the renting time and the settlement amount.

A machine side login returning step:

step 1, clicking a starting key at a machine end, starting the machine, and displaying a login account on a display screen; the login mode is selected in multiple modes: 1, face recognition login; 2. scanning and logging in a two-dimension code of the mobile phone; 3. inputting and logging in an account; 4. logging in the intelligent IC card;

step 2, the user selects one of the accounts, logs in the account, and enters the next step after the authentication is successful;

and 3, clicking a return key at the machine end, starting the machine, starting a monitoring video, and uploading the return process video to the cloud service center through the machine electronic equipment for later inquiry. Meanwhile, the machine opens a recovery mechanism, and the machine requires a user to put the machine into a specified recovery position;

and 4, putting the user into the package box according to the machine requirement, reading the electronic tag or scanning the two-dimensional code by the machine, and determining whether the package box is the package box of the company. If not, displaying invalidity and returning; if the package box is the package box of the company, the detection is started, and the detection carrier is not damaged. If the damage exists, the user is prompted to accept the future claims, and the detection numbers are uploaded to the cloud service center at the same time. If the next step is not carried out;

and 5, displaying a confirmation key on the display screen, clicking the confirmation key, closing the recovery mechanism by the machine, successfully recovering, and sending the returned parcel box information code to the cloud management platform. The cloud management platform returns the deposit of the parcel box to the user account for logging in; and converting the package box attribute from rental to escrow;

and 6, displaying that the machine display screen and the login user APP return successfully at the same time, and displaying the lease time and the settlement amount.

The machine end retrieves and can assign management company and send people to the machine end and retrieve the carrier after full, and the user also can open APP inquiry machine end and retrieve and whether full, if full, can make an appointment, when the machine end is empty, the cloud service platform can send information user, lets him come to retrieve, avoids the user to walk in vain like this.

The above are preferred embodiments of the present invention, and all changes made according to the technical scheme of the present invention that produce functional effects do not exceed the scope of the technical scheme of the present invention belong to the protection scope of the present invention.

Claims

1. A shared carrier lease management system characterized by: the system comprises a sharing carrier, a leasing end, a mobile communication terminal, a recovery end and a cloud management platform;

the cloud management platform is used for realizing user information management, shared carrier information management and lease management;

the shared carrier is an intelligent parcel box which comprises a box cover, a box body, an intelligent lock, a controller and a parcel information screen, wherein the controller and the parcel information screen are both arranged on the box cover; the intelligent lock is arranged at the box cover to control the opening and closing of the box cover; the controller comprises a control module, a communication interface module, a memory and a storage battery, wherein the communication interface module, the memory and the storage battery are connected with the control module; the identification code is a unique identification code which comprises a non-contact electronic tag and a two-dimensional code printed on the intelligent parcel box, and the non-contact electronic tag and the two-dimensional code both record the unique identification code of the intelligent parcel box;

the leasing end comprises a box cover used for placing the intelligent packaging box and an object stage of a box body, a box cover plug used for being inserted into a slot formed in the box cover, and a box body plug used for being inserted into a slot formed in the box body, and the box cover plug also has a charging function; the box cover plug and the box body plug can be normally pulled out only when a user scans the unique identification code of the intelligent parcel box arranged at the objective table through the APP on the mobile communication terminal; the structure of the recovery end is the same as that of the leasing end, and the recovery end and the leasing end can be integrally detached.

2. A shared carrier lease management system as claimed in claim 1, wherein: the leasing end and the recovery end can realize management of sharing carrier information of the leasing end and the recovery end through communication with the cloud management platform so as to achieve binding processing of user information and identification code information during leasing and recovery, and the leasing end and the recovery end can adopt mobile communication terminals to realize manual leasing and recovery or adopt machine terminals to realize automatic leasing and recovery of machines.

3. A shared carrier lease management system as claimed in claim 1, wherein: the cloud management platform has a lease management function, namely management is carried out according to the lease quantity of the lease end, the lease time of the user and the recovery quantity of the recovery end, so that the functions of automatic charging, payment and settlement are realized;

the lease management function further comprises inventory planning: when the renting and selling ends are lower than the set inventory quantity, the cloud service platform recommends the nearest recovery end to the management company, and counts the recovery quantity of each recovery end; the overall planning of the inventory can be carried out according to the inventory quantity of the leasing ends, the recovery quantity of the recovery ends and the inventory quantity of the management companies in the same area.

4. A shared carrier lease management system as claimed in claim 1, wherein: the leasing end comprises a shell, a recovery opening is arranged in the middle of the shell, a bottom transverse sliding rail is arranged at the bottom in the shell, a recovery opening transverse sliding rail is arranged in the middle of the shell, the bottom transverse sliding rail and the recovery opening transverse sliding rail are both provided with a supporting plate for placing the intelligent parcel box body, the supporting plate is driven by a sliding rail vehicle to slide along the sliding rails, a vertical sliding rail is also vertically arranged in the shell far away from the recovery opening, a sucking disc frame which can slide up and down along the vertical sliding rail and is used for sucking the intelligent parcel box is arranged on the vertical sliding rail, a scanner for scanning a two-dimensional code is also arranged at the recovery opening, and an electronic tag reader-writer for sensing non-contact electronic tag information is also arranged above the recovery; the structure of the recovery end is the same as that of the leasing end, and the recovery end and the leasing end can be integrally detached.