CN106779947B - Goods shelf, goods circulation system comprising same and goods circulation method - Google Patents
Goods shelf, goods circulation system comprising same and goods circulation method Download PDFInfo
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- CN106779947B CN106779947B CN201611170359.9A CN201611170359A CN106779947B CN 106779947 B CN106779947 B CN 106779947B CN 201611170359 A CN201611170359 A CN 201611170359A CN 106779947 B CN106779947 B CN 106779947B
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q30/00—Commerce
- G06Q30/06—Buying, selling or leasing transactions
- G06Q30/0645—Rental transactions; Leasing transactions
Abstract
The application discloses a goods shelf, which comprises a goods shelf main body, a goods bin and a control device, wherein the goods bin is arranged in the goods shelf main body and is used for storing goods; the control device comprises a control main board, a user identity recognition unit and a label sensing timing unit which are connected with the control main board; the user identity recognition unit is used for realizing user identity authentication and transmitting the recognized authentication information to the control main board; the label sensing timing unit is used for detecting information of the circulating objects in the object bin and monitoring the time when the circulating objects leave and/or enter the object bin; the control main board is used for realizing automatic operation of the goods shelves. Also provided are an article distribution system comprising the shelf and an article distribution method of the article distribution system. The application provides an article circulation platform which is opened to both supply and demand parties on line and off line of the Internet, not only ensures the circulation mode of on-line supply and demand pairing, but also provides the visual experience, trial and use circulation mode on line, meets the potential requirements to the maximum extent, and provides brand new user experience for article circulation.
Description
Technical Field
The present application relates to the field of article sharing and distribution, and in particular, to a shelf, an article distribution system including the shelf, and an article distribution method.
Background
The sharing of the articles is a life style with saving resources and friendly environment, is also an economic mode of resource mobilization and redistribution, is gradually popularized in the modern society, plays an increasingly important role in social resource distribution, and is an indispensable ring in future social life economic activities. The existing article sharing system, such as network car, network leg running, house renting, old article lending and renting, realizes the effective redistribution of human resources and social resources, and provides convenience and brand-new social experience for life.
The existing article sharing mode can be divided into internet online sharing and offline entity sharing, and the former limitation is that before the online sharing data platform completes sharing, a person is required to intuitively feel the shared object, and the matching degree of the person and the self requirement cannot be accurately judged. More importantly, the actual sharing behavior can be realized after the supply-demand pairing is completed, and the sharing information issued by the online sharing data platform can only call the person with clear requirement, but neglect the potential use requirement that the potential person can excite after the intuitive preliminary cognition or trial experience interaction (such as use and trial reading), which can not realize the quite large potential sharing requirement. The limitation of the latter mode is that the offline real objects share the cost and the space limitation, a large amount of sharing sources are difficult to provide, enough requesters are difficult to call, and the influence range and the audience are very limited. These all put forward harsh restrictions on the implementation of the sharing of the articles, and restrict the implementation and development of the sharing of the articles.
It is apparent that there still exists an inconvenience and a drawback in the existing method and system for sharing objects, and further improvements are needed. How to create a new goods shelf, a goods circulation system and a goods circulation method is one of the important research and development problems at present.
Disclosure of Invention
The technical problem to be solved by the application is to provide the goods shelf, so that a user can try out and use the goods conveniently, and the defect of the existing goods circulation mode is overcome.
In order to solve the technical problems, the application provides a goods shelf, which comprises a goods shelf main body, a goods bin arranged in the goods shelf main body and a control device,
the article bin is used for storing articles to be circulated;
the control device comprises a control main board, a user identity recognition unit and a label sensing timing unit, wherein the user identity recognition unit and the label sensing timing unit are connected with the control main board;
the user identity identification unit is used for realizing user identity authentication and transmitting the identified user identity authentication information to the control main board;
the label sensing timing unit is used for detecting information of circulating objects in the object bin and monitoring the time when the circulating objects leave and/or enter the object bin;
the control main board is connected with the user identity recognition unit and the tag sensing timing unit to realize automatic operation of the goods shelf.
As an improvement of the application, the goods bin is provided with a bin gate, and the bin gate is connected with the control main board through a bin gate locking control device.
Further improved, the article bin is provided with a plurality of independent bin body units, and each bin body unit is respectively provided with a number and is provided with an independent bin door.
Further improved, the bin gate is a transparent bin gate.
Further improved, the label sensing timing unit comprises a label, a sensing device and a timing unit,
the label is used for being correspondingly combined with the circulation article to store the characteristic information of the circulation article corresponding to the label;
the sensing equipment is used for sensing the existence of the tag in a working range, reading information stored in the tag and transmitting the information to the control main board;
the timing unit is used for monitoring the time of the circulating objects combined with the labels leaving and/or entering the object bin and transmitting the monitored time information of the circulating objects leaving and/or entering the object bin to the control main board.
Further improvement, the label is a two-dimensional code label, a bar code label, a radio frequency identification label, a microwave identification label or an image identification label.
Further improved, the goods shelf also comprises label generating equipment connected with the control main board.
Further improved, the user identity authentication information identified by the user identity identification unit comprises one or more of text information, sound information, image information, human body biological information, bar codes and two-dimensional code information.
Further improved, the control device also comprises one or more of a user interaction unit, a lighting disinfection unit, a safety alarm unit and a user experience enhancement unit which are connected with the control main board,
the user interaction unit is used for realizing interaction control and information inquiry between a user and the goods shelf;
the lighting and sterilizing unit comprises a logic control unit connected with the control main board, a lighting unit and a sterilizing unit which are connected with the logic control unit, wherein the logic control unit is used for controlling the operation of the lighting unit and the sterilizing unit according to the surrounding environment of the goods shelf;
the safety alarm unit comprises monitoring equipment and alarm equipment, when the monitoring equipment detects that articles in the goods shelf are stolen or damaged or the article bin is illegally opened, the monitoring information is transmitted to the control main board, and the control main board stores and controls the alarm equipment to start on-site alarm;
the user experience enhancement unit comprises user participation equipment and user leisure equipment, wherein the user participation equipment comprises one or more of motion capture equipment, body sensing equipment and VR equipment, and the user leisure equipment comprises one or more of vending machines, seats, massage chairs, miniature landscapes, air conditioners and music players.
Further improved, the circulation article is a book, a household article or a clothing article.
The application also provides an article circulation system comprising the goods shelf, which comprises a server, a plurality of goods shelves and clients which are connected with the server in a wireless way and are distributed based on network points,
the server is used for receiving the data information uploaded by the client and the control device in the goods shelf, recording and analyzing the data information, giving out corresponding instructions, and correspondingly sending the instructions to the client and the control device;
the client is used for uploading the information of the articles to be circulated and inquiring the attribute and state information of all the articles to be circulated.
Further improved, the client is a computer, a mobile phone, intelligent wearable equipment or vehicle-mounted intelligent equipment.
Further improved, the goods circulation system further comprises a payment system, wherein the payment system is used for realizing fee delivery generated in the goods circulation process.
The application also provides an article circulation method based on the article circulation system, which comprises the following steps of:
c1: a user intuitively browses the articles to be circulated in the storage rack through the storage rack;
c2: after the user performs identity verification through the user identity recognition unit, opening an article bin door containing the required articles, and taking out the required articles for trial;
and C3: triggering the label sensing timing unit to start and start timing once the required article leaves the goods shelf, and if the user places the required article into the article bin within a specified time length, completing the trial of the required article by the user; and if the user still does not put the required articles into the article bin after exceeding the specified time, the user realizes the use circulation of the required articles.
Further improved, the article circulation method comprises an internet on-line supply and demand pairing mode, and the method comprises the following steps:
b1: the user realizes information inquiry of all circulation articles through the client, discovers a required target article, reserves the required target article and acquires the position information of the required target article;
b2: and searching a goods shelf where the target object is located according to the inquired information by a user, and opening an object bin door containing the target object after the user identity recognition unit performs identity verification to take out the target object.
Further improved, the article circulation method further comprises the steps of entering the article circulation system for the first time and ending the circulation of the articles,
the first entry of the article into the article circulation system is as follows:
a1, a sharing person or an administrator uploads attribute information of the goods to be circulated to a data platform of the server through the client;
a2: after receiving the attribute information of the goods to be circulated, the server encodes, stores and builds files on the goods to be circulated and updates the information to the shelves in real time;
a3: the sharing person or the administrator selects any goods shelf, obtains the coded label corresponding to the goods to be circulated, which is generated in the step A2, through the goods shelf, and combines the coded label with the goods to be circulated;
a4: placing the circulating objects combined with the coded labels in the goods shelf, sensing the coded labels and the position information of the coded labels by sensing equipment in the goods shelf, uploading the coded labels to the server, and issuing the coded labels in real time through the server for users to inquire;
the article terminating circulation step is: and the sharing person or the manager of the circulation article updates the article state information through the client, and after the current user returns the circulation article, the circulation article stops circulation.
The application also provides an article circulation method based on the goods shelf, which comprises the steps of article trial and use, and comprises the following steps:
(1) A user intuitively browses the articles to be circulated in the storage rack through the storage rack;
(2) The user performs identity verification through the user identity recognition unit, and takes out the required articles for trial;
(3) Triggering the label sensing timing unit to start and start timing once the required article leaves the goods shelf, and if the user places the required article into the article bin within a specified time length, completing the trial of the required article by the user; and if the user still does not put the required articles into the article bin after exceeding the specified time, the user realizes the use circulation of the required articles.
Further improved, the prescribed duration in the step (3) is 1 second to 999 hours.
With such a design, the application has at least the following advantages:
according to the goods shelf, the user identity recognition unit and the label sensing timing unit are arranged, so that visual online trial experience is provided, a user can accurately judge the matching degree of circulating goods and own demands, and potential goods use demands are greatly stimulated through visual preliminary cognition or experience interaction, and brand-new user experience is obtained for goods circulation.
The article circulation system provided by the application provides an article circulation platform which is opened to both supply and demand parties on line and off line of the Internet, not only ensures an article circulation mode on the premise of supply and demand pairing, but also provides an open circulation under line of the Internet which can be visually experienced and used, and the potential demands are met to the greatest extent.
The application is based on the goods shelves of the network point distribution, combines the information resources shared on the internet with the physical resources off the line, is completely opened to sharing and demand users, provides a more efficient resource interaction channel compared with the existing on-line sharing platform, provides huge information and resources compared with the existing off-line sharing platform, and provides convenience and brand-new social experience for effective utilization of human resources and social resources in the future.
Drawings
The foregoing is merely an overview of the present application, and the present application is further described in detail below with reference to the accompanying drawings and detailed description.
FIG. 1 is a diagram of the architecture of a shelf in an embodiment of the application;
FIG. 2 is a flow chart of the steps for sharing an article M on-line and off-line in an embodiment of the present application;
FIG. 3 is a flowchart of a borrowing step on a subscriber line in accordance with an embodiment of the present application;
FIG. 4 is a flowchart illustrating the steps of trial and borrowing under a subscriber line in accordance with an embodiment of the present application;
FIG. 5 is a flowchart of the steps for sharing again after the user has used in an embodiment of the present application.
Detailed Description
The article circulation system of the present application may be used for the actions of sharing, leasing, buying and selling of articles, and the present embodiment describes the present application in detail by way of article sharing, and should not be construed as limiting the present application.
The object circulation system comprises a server, a plurality of goods shelves and clients which are connected with the server in a wireless mode and are distributed based on network points.
Referring to fig. 1, the shelf based on the lattice-type distribution comprises a shelf main body, a goods bin arranged in the shelf main body, a control device and a power supply system.
The control device is used for realizing data communication between the goods shelf and the server and is responsible for controlling and managing the goods shelf. The system comprises a control main board, and a user identity recognition unit, a tag sensing timing unit, a lighting disinfection unit, a user interaction unit, a safety alarm unit and a user experience enhancement unit which are connected with the control main board.
The goods shelf main body is used for bearing the goods bin arranged in the goods shelf main body and the goods to be placed in the goods bin, and the control device and the power supply system. The goods shelf main body can be made of different materials, the design style, the size and the layout mode of the goods shelf main body can be flexibly changed according to actual situation requirements, and various interfaces such as a power interface, a hardware installation interface, a communication control interface and the like can be provided for a control device and a power supply system according to actual requirements.
The goods bin is arranged in the goods shelf main body and used for storing and displaying shared goods. The goods bin can be assembled in a modularized manner, and is preferably arranged into a plurality of independent bin body units, and the bin body units are respectively numbered and sequenced. More preferably, the above-mentioned goods warehouse or each storehouse body unit all is equipped with the door, and this door passes through door locking controlling means and is connected with the control mainboard. The bin gate locking control device controls the bin gate to be opened after the control main board or the server authorizes the instruction. Of course, the user can also directly open the bin gate after logging in the online data platform through the user interaction unit or the client. The bin gate is preferably arranged as a transparent bin gate, so that visual experience of a user is facilitated. The goods bin has various modeling designs and has the functions of water resistance, fire resistance and electromagnetic shielding.
The user identity recognition unit is used for realizing user identity authentication and comprises an identity authentication information acquisition system, wherein the identity authentication information acquisition system can acquire user identity authentication information and transmit the user identity authentication information to a control main board or further upload the user identity authentication information to a server. Wherein the collected information includes, but is not limited to: text information, sound information, image information, human body biological information, bar codes, two-dimensional code information, and the like.
The label sensing timing unit is used for detecting the name, the number, the position and the storage time of the shared articles in the article bin and monitoring the time when the shared articles leave and/or enter the article bin. Which includes a tag, an inductive device and a timing unit. The tag is a carrier for sharing identity information of an article, and is used for being combined with the article to be shared, such as being fixedly connected with or built in the article to be shared, so as to store attribute and state information of the article to be shared corresponding to the article to be shared, and the tag can be in various forms such as a two-dimensional code tag, a bar code tag, a radio frequency identification tag, a microwave identification tag or an image identification tag. The sensing device is preferably a non-contact sensing device, which can sense the existence of the tag in the working range, read the information stored in the tag, transmit the information to the control main board, or upload the information to the server. The non-contact induction equipment can be realized by adopting the existing electromagnetic wave signals, infrared induction, image recognition, biological recognition and other technologies in various frequency bands. The timing unit is used to monitor the time that the shared item leaves and/or enters the cartridge. The timing unit is connected with the control main board, and transmits the time information of the shared object leaving and/or entering the object bin to the control main board.
The illumination and disinfection unit is used for realizing automatic illumination, disinfection and sterilization according to the surrounding environment. It comprises a logic control unit, a lighting unit connected with the logic control unit and a disinfection unit. The logic control unit is connected with and controlled by the control main board, so that sterilization is stopped when a user operates the logic control unit, and illumination is enhanced at night. The lighting unit may be an LED or a fluorescent lamp or the like. The sterilizing unit can adopt ultraviolet lamp, infrared ray, ozone generator, photocatalyst or biological sterilizing equipment, etc.
The user interaction unit is used for realizing control and information inquiry of the user on the goods shelf, and finishing inquiry of contents, goods shelf states or other information interaction and display description with the user in a short distance. The control device comprises a control device, a display screen and an input device, wherein the display screen and the input device are connected with the control device, and the control device is connected with a control main board. The user interaction unit can also be connected with the server through the control main board to inquire network information. The display screen can adopt a touch screen device and can also adopt a voice recognition mode to realize user information input.
The safety alarm unit is used for monitoring and protecting the goods shelf main body and the goods therein. The system comprises a monitoring device and an alarm device. When the monitoring equipment detects that the article on the shelf is stolen, damaged or the article bin is illegally opened, the monitoring information is transmitted to the control main board, or the monitoring information is further reported to the server, and the monitoring information is stored through the control main board or the server and the alarm equipment is controlled to be triggered at the same time, so that the timely on-site alarm is realized. The monitoring equipment can realize on-site real-time monitoring in a mode of video monitoring, vibration monitoring or infrared monitoring and the like. Of course, the server in the application can also carry out logic judgment according to the data uploaded by the shelf control main board, so as to obtain the abnormal change state of the goods in the shelf, and automatically start the alarm equipment to realize alarm.
The user experience enhancement unit is used for enhancing the user use experience, improving the user loyalty and attracting potential users. It includes a user engagement device, which may include one or more of a motion capture device, a body sensing device, and a VR device, and a user leisure device, which may include one or more of a vending machine, a seat, a massage chair, a miniature landscape, an air conditioner, and a music player. The user experience enhancement unit enables a user to feel comfortable and comfortable when using the goods shelf.
The control main board can realize the internet uploading and downloading of data information obtained by the goods shelf through the connection with the user identity recognition unit, the bin gate locking control device, the tag sensing timing unit, the illumination disinfection unit, the user interaction unit, the safety alarm unit, the user experience enhancement unit and the server and the client, so that the communication with an internet online data platform is realized, the local article change information processing of the goods shelf is realized, the control of the user identity recognition unit, the bin gate locking control device, the tag sensing timing unit, the illumination disinfection unit, the user interaction unit, the safety alarm unit and the user experience enhancement unit and the information communication among the goods shelves distributed in a network point mode are realized, and finally the automatic operation of the goods shelf is realized. The control main board comprises a system control module, a data processing module, an interface module and a communication module.
The power supply system is used for supplying power to all devices on the goods shelf which need to be powered. The power supply system comprises a transformation module, an alternating current-direct current conversion module, a power distribution module and a heat dissipation cooling module. The power supply can supply power of different kinds, power and voltage to all electric equipment of the goods shelf only by one path of input power. The input power source can adopt 220V alternating current commercial power or 380V three-phase power.
The server is in communication connection with the network-point-distributed shelves and clients, and is used for receiving data information uploaded by the control main board in the clients and the shelves, recording and analyzing the data information, giving out corresponding instructions, and then sending the instructions to the control main board and the clients.
The client is used for realizing connection with the network-point-type distributed goods shelves and servers to upload the information of the goods to be shared and inquire the information such as the sharing attribute and the state of all the shared goods. The client includes, but is not limited to, a computer, a mobile phone, a smart wearable device, an on-board smart device, and the like. Of course, the client may also include functions of real-time social contact, payment consumption, etc. for realizing communication and circulation among users and between users and administrators in the commodity circulation system, and fee delivery generated in the commodity circulation system. The real-time social platform and the payment system can achieve the functions through the prior art.
Based on the specific structure of the article circulation system, the article circulation method comprises an article first sharing method, an article information release and tracking method, a demand side trial and use method, an article re-sharing method and a sharing termination method.
The method for first sharing the articles comprises the following steps:
a1, a sharing person or an administrator independently uploads attribute information of an article to be shared to an information platform or a cloud end of a server at a client;
the item attribute information includes, but is not limited to: the name, basic physical property, basic commodity property, consumption and abrasion degree and current sharing state of the article can be input according to the own information of the sharer voluntarily.
A2: after receiving the information uploaded by the client, the server encodes, stores and builds files for the articles to be shared and updates the information to each goods shelf and the client in real time;
a3: the sharing person or the administrator selects any goods shelf, obtains the coded label corresponding to the to-be-shared object generated in the step A2 from the goods shelf, and fixes the coded label and the to-be-shared object together or places the coded label and the to-be-shared object in the shared object;
the consolidation mode can be a mode of double-sided adhesive bonding, punching hanging, rope connection, adhesive tape binding or embedding implantation and the like.
A4: the shared object combined with the coded tag is placed in a goods shelf, and the non-contact sensing equipment in the goods shelf can identify object attribute information and position information of the shared object, upload the object attribute information and the position information to a server information platform and publish the object information in real time to realize sharing.
The shared information issuing and tracking method based on the shared object, namely an internet online supply and demand pairing method, comprises the following steps:
b1: all users can realize information inquiry of all shared objects through the client, find the required target object, reserve the target object and acquire the position information of the required target object.
The information inquiry in the step can be direct search inquiry of all shared articles of the system, or can be inquiry by locating a goods shelf in the system and then checking all articles on the goods shelf.
B2: and the user of the demand party searches the goods shelf where the target object is located according to the queried information, and obtains the required target object in a reservation mode, a self-taking mode and the like.
Based on the article circulation system, the method for trying out and using the experience under the demand party line comprises the following steps:
c1: a user can intuitively browse the shared objects in the shelf through the shelf.
C2: for the interested or potential required articles, the user can open the article bin door after passing the identity verification, and take out the required articles for trial.
The identity verification mode can be realized through the door locking control device, can also be realized through the operation of a user interaction unit such as inputting a character password, inputting a biological password (such as fingerprint and sound) and the like after a client logs in an online data platform, and can be realized through opening the article door.
And C3: when the user puts the required articles into any goods shelf within a specified timing length, the user considers that the user finishes the trial of the required articles and does not perform the action of using the shared articles; when the user exceeds the specified time length and the required articles are not placed in the goods shelf, the user considers that the required shared articles are required and uses the shared articles.
The predetermined time length may be set to 1 second to 999 hours, preferably 1 second to 24 hours.
The method for sharing the shared object again after the end of the use of the shared object is as follows:
after the shared article is used by the user of the demand party, the shared article can be directly placed in any goods shelf, and the label of the shared article is sensed by the goods shelf label sensing unit, namely the information of the shared article is updated, so that other users can share the shared article again according to the trial and use method.
Wherein, when the shared object is shared again, the attribute of the shared object, such as the experienced position information, is further added, the user's evaluation is experienced after the use, and the information of the used and used people is input according to the voluntary principle.
Of course, after the user of the demand party finishes using the shared object, the shared object can be returned to the goods shelf by means of quick delivery, picking up the object, replacing by other people, and the like.
In addition, if the sharing person or the manager needs to terminate the sharing of the article, the article state information is updated through the client, after the current user finishes using and returns, the article stops sharing, and the article is recovered through the self-taking or express way of the sharing person.
If the demand party wants to purchase the borrowed shared object, the demand party obtains ownership of the shared object after agreeing and paying by the characterizing sharing person.
In the method for sharing the articles, the upper limit of the number of articles to be tried or used by the user is determined by the authority level of the user, and the authority level is comprehensively judged according to the number of the articles shared by the user, consumption, deposit and other conditions. If the number of used or trial items exceeds the upper limit specified by the rights, then it is necessary to add deposit, pay or return new items to be removed behind the item being used or trial.
The articles in the application can be any articles which can be shared, leased or purchased, such as books, clothing, articles of daily use and other types of products.
The following examples illustrate the book sharing method and describe the present application in detail, and should not be construed as limiting the application in any way. The specific content thereof is as follows.
S1: the user A uploads the attribute information of the book M to be shared to a server data platform through mobile phone terminal software;
s2: the server data platform encodes books M, stores information, establishes files and updates shared book information to all clients and all shelves in real time;
s3: the user A obtains entity radio frequency labels bearing information of books M at each shelf, and bonds the entity radio frequency labels with the books M;
s4: the user A puts books M fixedly connected with entity labels into a goods shelf, and a label induction timing unit of the goods shelf uploads article information of the shared books M and the position information of the located article bin to a server data platform and opens and releases the article information in real time to realize sharing; as shown in fig. 2.
S5: all users can query information of the book M through clients such as mobile phone software, intelligent wearing, PC software and the like, and know information such as sharing state, position and the like of the book M.
S6: the user B with clear use requirement for the book M confirms the fastest time and shortest path and method for acquiring the book M through information inquiry, and acquires the book M offline, as shown in figure 3.
S7: and the user C intuitively browses books M and N in the shelf through the shelf.
S8: after the user C can carry out identity verification by scanning the two-dimension code of the mobile phone, the goods shelf is opened, and the book M and the book N are taken out for trial reading.
S9: the books M and N leave the shelf, the radio frequency signals of the tag induction timing unit can not induce the existence of the fixedly connected tags on the books M and N, namely the timing unit is triggered, and the trial specified timing length of the books M and N is 10 minutes. When the user C sets the book N in any shelf in 9 minutes, the user C considers that the trial of the book N is completed; after timing for 10 minutes, if the user C still does not put the book M on the shelf, the user C considers that the user C needs and uses the book M, and at this time, the server data platform updates: user C tried book N and user C took and borrowed book M. As shown in fig. 4.
S10: after the user B or C uses the book M, the book M is directly placed in any shelf, the tag induction timing unit of the shelf induces the radio frequency tag on the book M, reads the tag information and the position information of the located goods bin and uploads the tag information and the position information to the server data platform, and updates the information of the book M to a returned state, so that sharing is realized again, and other users can share the book M according to the trial and use methods.
Since the shelf returns the article without authentication, after the user B or C uses the book M, the user B or C may apply for the logistic mode to return the book M through the unregistered user D, as shown in fig. 5.
If the number of articles used by the user B is 1, more than 1 article is tried out or used, and a new article needs to be returned behind the articles being used and taken away.
If the user A wants to terminate the sharing of the book M, updating the state information of the book M to terminate the sharing through the client, stopping the sharing of the book M after the current user B or C finishes the use and returns, and completing the recovery of the book M in a self-taking or express way through the user A.
If the user B wants to purchase the book M, after the user A agrees and pays, the ownership of the book M is obtained.
The whole users of the article circulation system can conveniently realize article sharing, trial use, reservation use and purchase by means of the system. The application provides an off-line hardware base station for an on-line data platform and a new mode of commodity circulation. Any sharing person can authenticate and label the articles through the client, and put the articles into a goods shelf connected with the data platform, so that the release operation of the articles is realized. All users can track the state of the circulating objects through the data platform, and reserve to acquire the circulating objects or acquire the circulating objects directly through the shelf self-help distributed in the net point mode. The application solves the information and space obstacle between the two sides of the goods circulation and the demand, reduces the cost of the goods circulation and improves the utilization rate of social resources.
The present application is not limited to the preferred embodiments, and those skilled in the art can make many variations and modifications and equivalent embodiments using the above-disclosed technical matters without departing from the scope of the present application. Therefore, any simple modification, equivalent variation and modification of the above embodiments according to the technical substance of the present application shall fall within the scope of the technical solution of the present application.
Claims (13)
1. A commodity circulation method of a commodity circulation system is characterized in that the commodity circulation system comprises a server, a plurality of goods shelves and clients which are connected with the server in a wireless way and are distributed based on network points,
the goods shelf comprises a goods shelf main body, a goods bin and a control device, wherein the goods bin is arranged in the goods shelf main body and is used for storing goods to be circulated; the control device comprises a control main board, a user identity recognition unit and a label sensing timing unit, wherein the user identity recognition unit and the label sensing timing unit are connected with the control main board; the user identity identification unit is used for realizing user identity authentication and transmitting the identified user identity authentication information to the control main board; the label sensing timing unit is used for detecting information of circulating objects in the object bin and monitoring the time when the circulating objects leave and/or enter the object bin; the control main board is connected with the user identity recognition unit and the tag sensing timing unit to realize automatic operation of the goods shelf;
the server is used for receiving the data information uploaded by the client and the control device in the goods shelf, recording and analyzing the data information, giving out corresponding instructions, and correspondingly sending the instructions to the client and the control device;
the client is used for uploading information of the articles to be circulated and inquiring attribute and state information of all the articles to be circulated;
the article circulation method comprises an off-line trial and use mode and comprises the following steps:
c1: a user intuitively browses the articles to be circulated in the storage rack through the storage rack;
c2: after the user performs identity verification through the user identity recognition unit, opening an article bin door containing the required articles, and taking out the required articles for trial;
and C3: triggering the label sensing timing unit to start and start timing once the required article leaves the goods shelf, and if the user places the required article into the article bin within a specified time length, completing the trial of the required article by the user; if the user still does not put the required articles into the article bin after exceeding the specified time, the user realizes the use circulation of the required articles;
the article circulation method further comprises the steps of enabling the article to enter the article circulation system for the first time and enabling the article to stop circulation, wherein the step of enabling the article to enter the article circulation system for the first time is as follows:
a1, a sharing person or an administrator uploads attribute information of the goods to be circulated to a data platform of the server through the client;
a2: after receiving the attribute information of the goods to be circulated, the server encodes, stores, establishes files and updates the information to each goods shelf in real time;
a3: the sharing person or the administrator selects any goods shelf, obtains the coded label corresponding to the goods to be circulated, which is generated in the step A2, through the goods shelf, and combines the coded label with the goods to be circulated;
a4: placing the circulating objects combined with the coded labels in the goods shelf, sensing the coded labels and the position information of the coded labels by sensing equipment in the goods shelf, uploading the coded labels to the server, and issuing the coded labels in real time through the server for users to inquire;
the article terminating circulation step is: and the sharing person or the manager of the circulation article updates the article state information through the client, and after the current user returns the circulation article, the circulation article stops circulation.
2. The method for circulation of goods according to claim 1, wherein the method for circulation of goods comprises a pairing method of supply and demand on internet line, comprising the following steps:
b1: the user realizes information inquiry of all circulation articles through the client, discovers a required target article, reserves the required target article and acquires the position information of the required target article;
b2: and searching a goods shelf where the target object is located according to the inquired information by a user, and opening an object bin door containing the target object after the user identity recognition unit performs identity verification to take out the target object.
3. The method of claim 1, wherein the client is a computer, a mobile phone, a smart wearable device, or a vehicle-mounted smart device.
4. The method of claim 1, wherein the system further comprises a payment system for effecting a fee delivery generated during the distribution of the item.
5. The method of claim 1, wherein the article compartment is provided with a door, and wherein the door is connected to the control motherboard via a door lock control device.
6. The method of claim 1, wherein the article compartment is provided with a plurality of independent compartment units, each compartment unit being numbered separately and each compartment door being provided independently.
7. The method of circulating an article of claim 5 or 6, the door being a transparent door.
8. The method of claim 1, wherein the tag sensing timing unit comprises a tag, an inductive device and a timing unit,
the label is used for being correspondingly combined with the circulation article to store the characteristic information of the circulation article corresponding to the label;
the sensing equipment is used for sensing the existence of the tag in a working range, reading information stored in the tag and transmitting the information to the control main board;
the timing unit is used for monitoring the time of the circulating objects combined with the labels leaving and/or entering the object bin and transmitting the monitored time information of the circulating objects leaving and/or entering the object bin to the control main board.
9. The method of claim 8, wherein the tag is a two-dimensional code tag, a bar code tag, a radio frequency identification tag, a microwave identification tag, or an image identification tag.
10. The method of claim 8, wherein the shelf further comprises a label generating device coupled to the control motherboard.
11. The method according to claim 1, wherein the user authentication information identified by the user authentication unit includes one or more of text information, voice information, image information, human body biological information, bar codes, and two-dimensional code information.
12. The method of claim 1, wherein the control device further comprises one or more of a user interaction unit, a light disinfection unit, a security alarm unit, and a user experience enhancement unit connected to the control motherboard,
the user interaction unit is used for realizing interaction control and information inquiry between a user and the goods shelf;
the lighting and sterilizing unit comprises a logic control unit connected with the control main board, a lighting unit and a sterilizing unit which are connected with the logic control unit, wherein the logic control unit is used for controlling the operation of the lighting unit and the sterilizing unit according to the surrounding environment of the goods shelf;
the safety alarm unit comprises monitoring equipment and alarm equipment, wherein when the monitoring equipment detects that articles in the goods shelf are stolen or damaged or the article bin is illegally opened, monitoring information is transmitted to the control main board, and the control main board stores and controls the alarm equipment to start on-site alarm;
the user experience enhancement unit comprises user participation equipment and user leisure equipment, wherein the user participation equipment comprises one or more of motion capture equipment, body sensing equipment and VR equipment, and the user leisure equipment comprises one or more of vending machines, seats, massage chairs, miniature landscapes, air conditioners and music players.
13. The method of claim 1, wherein the circulating object is a book, a household article, or a clothing article.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611170359.9A CN106779947B (en) | 2016-12-16 | 2016-12-16 | Goods shelf, goods circulation system comprising same and goods circulation method |
| PCT/CN2017/116284 WO2018108134A1 (en) | 2016-12-16 | 2017-12-14 | Item shelf, item sharing system comprising same and item sharing methods |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611170359.9A CN106779947B (en) | 2016-12-16 | 2016-12-16 | Goods shelf, goods circulation system comprising same and goods circulation method |
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| Publication Number | Publication Date |
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| CN106779947A CN106779947A (en) | 2017-05-31 |
| CN106779947B true CN106779947B (en) | 2023-10-31 |
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| CN201611170359.9A Active CN106779947B (en) | 2016-12-16 | 2016-12-16 | Goods shelf, goods circulation system comprising same and goods circulation method |
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| CN (1) | CN106779947B (en) |
| WO (1) | WO2018108134A1 (en) |
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| WO2018108134A1 (en) | 2018-06-21 |
| CN106779947A (en) | 2017-05-31 |
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