CN107230101B - Method and system for retail management of luxury jewelry - Google Patents
Method and system for retail management of luxury jewelry Download PDFInfo
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- CN107230101B CN107230101B CN201710236338.0A CN201710236338A CN107230101B CN 107230101 B CN107230101 B CN 107230101B CN 201710236338 A CN201710236338 A CN 201710236338A CN 107230101 B CN107230101 B CN 107230101B
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- G06Q30/02—Marketing; Price estimation or determination; Fundraising
- G06Q30/0201—Market modelling; Market analysis; Collecting market data
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- 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
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- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00182—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated with unidirectional data transmission between data carrier and locks
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- G—PHYSICS
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- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00896—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses
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Abstract
The invention discloses a retail management method of luxury jewelry, when an intelligent counter storing luxury jewelry needs to be opened, a current clerk is confirmed to be a legal clerk and an intelligent counter lock is opened, and the intelligent counter lock sends a self label and the clerk label to a server; after the intelligent cabinet lock is opened, placing at least one piece of luxury jewelry with an RFID tag into an intelligent tray, and sending information of all luxury jewelry currently placed and information of a shop assistant to a server by the intelligent tray; the server determines retail data according to information sent by the intelligent counter, the intelligent cabinet lock and the intelligent tray, and adjusts the style and the placement position of luxury jewelry according to the retail data; a retail management system for luxury jewelry is also disclosed, by which statistics of customer appeal to luxury jewelry can be achieved, with explicit knowledge of customer liking, for adjustment of luxury jewelry.
Description
Technical Field
The invention belongs to the technical field of luxury jewelry retail, and particularly relates to a luxury jewelry retail management method and a luxury jewelry retail management system.
Background
The current sale of luxury jewelry is traditionally done in the manner that traditional counters store and gain access by key unlocking, and the liking of luxury jewelry cannot be determined in real time based on customer attention.
Disclosure of Invention
In view of the above, it is a primary object of the present invention to provide a variety of luxury jewelry retail management methods and systems.
In order to achieve the purpose, the technical scheme of the invention is realized as follows:
an embodiment of the invention provides a method for retail management of luxury jewelry, the method comprising:
when an intelligent counter storing luxury jewelry needs to be opened, reading an RFID tag of a current salesclerk through an intelligent counter lock on the intelligent counter to obtain a salesclerk tag, comparing the obtained salesclerk tag with a stored legal salesclerk tag list, if the salesclerk tag exists in the legal salesclerk tag list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent counter lock, and simultaneously sending the self tag and the salesclerk tag to a server by the intelligent counter lock;
after opening the smart cabinet lock, placing at least one piece of luxury jewelry with an RFID tag into a smart tray, the smart tray sending information of all luxury jewelry currently placed and information of store personnel to a server, the server receiving and storing the information; when the amount of luxury jewelry changes in the intelligent tray, the intelligent tray sends information of all luxury jewelry currently placed and information of store personnel to a server;
the server determines retail data based on information sent from the smart counter, smart cabinet lock, smart tray, and finally adjusts the style and placement of luxury jewelry based on the retail data.
In the above scenario, the retail data includes the average counter-holding time for the smart counter, the number of times the smart counter lock is opened, and the frequency of try-ins for each piece of luxury jewelry placed in the smart tray and/or the frequency of try-ins by store personnel.
In the scheme, the server determines the time length of the person leaning against the cabinet according to the difference between the contact time and the leaving time of an intelligent counter in a fixed period, determines the number of times that the intelligent counter is approached according to the number of times that the intelligent counter pushes data to the server, and then determines the average time length of leaning against the cabinet according to the time length of the person leaning against the cabinet and the number of times that the intelligent counter is approached.
In the above scheme, when the intelligent counter detects that the distance between the person and the intelligent counter is smaller than a distance threshold and the stay time is larger than a time threshold, the contact time between the person and the intelligent counter is determined, and when the distance between the person and the intelligent counter is smaller than the distance threshold and the stay time is larger than the time threshold, the leave time of the person is determined when the distance between the person and the intelligent counter is larger than the distance threshold, and the intelligent counter pushes the self ID, the contact time and the leave time to the server.
In the above scheme, the intelligent cabinet lock sends the label of the intelligent cabinet lock and the label of the store clerk to the server, and then the server marks and counts the opening times of the intelligent cabinet lock and marks and counts the opening times of the intelligent cabinet lock by the store clerk.
In the above solution, the server determines the number of times each piece of luxury jewelry is tried on and/or the number of times the shop assistant operates to try on according to the comparison result, and then marks and counts the number of times each piece of luxury jewelry is tried on and/or the number of times the shop assistant operates to try on for determining the frequency of trying on and/or the frequency of shop assistant operation to try on each piece of luxury jewelry.
Embodiments of the present invention also provide a retail management system for luxury jewelry, the system comprising an intelligent counter, an intelligent tray, a server;
the intelligent counter is provided with an intelligent counter lock, and the intelligent counter lock is used for reading an RFID label of a current salesclerk to obtain a salesclerk label when an intelligent counter for storing luxury jewelry needs to be opened, comparing the obtained salesclerk label with a stored legal salesclerk label list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent counter lock if the salesclerk label exists in the legal salesclerk label list, and simultaneously sending a self label of the intelligent counter lock and the salesclerk label to a server;
the intelligent tray is used for placing at least one piece of luxury jewelry with an RFID label after the intelligent cabinet lock is opened, and sending information of all currently placed luxury jewelry and information of shop personnel to a server; when the amount of luxury jewelry in the intelligent tray changes, then sending information of all luxury jewelry currently placed and information of store personnel to a server;
the server is configured to receive and store information transmitted by the smart counter, the smart locker, and the smart pallet, and to determine retail data based on the information, and to adjust the type and placement of luxury jewelry based on the retail data.
In the above scenario, the retail data includes the average counter-holding time for the smart counter, the number of times the smart counter lock is opened, and the frequency of try-ins for each piece of luxury jewelry placed in the smart tray and/or the frequency of try-ins by store personnel.
In the above scheme, the server is configured to determine, in a fixed period, a time length for a person to approach a cabinet according to a difference between a contact time and a leaving time of an intelligent counter, determine the number of times the intelligent counter is approached according to the number of times the intelligent counter pushes data, and then determine an average time length for the person to approach the cabinet according to the time length for the person to approach the cabinet and the number of times the intelligent counter is approached.
In the above scheme, the intelligent counter is configured to determine a contact time of the person with the intelligent counter when it is detected that the distance between the person and the intelligent counter is smaller than a distance threshold and the stay time is greater than a time threshold, and determine a departure time of the person when it is detected that the distance between the person and the intelligent counter is smaller than the distance threshold and the stay time is greater than the time threshold, and then push the self ID, the contact time, and the departure time to the server when it is detected that the distance between the person and the intelligent counter is greater than the distance threshold.
In the above scheme, the intelligent cabinet lock is used for sending the self label and the shop assistant label to the server; and the server is used for marking and counting the times of opening the intelligent cabinet lock and also marking and counting the times of opening the intelligent cabinet lock by a shop assistant.
In the above solution, the server is used for determining the number of times each piece of luxury jewelry is tried on and/or the number of times each piece of shop assistant operates on, and then is used for determining the frequency of the try on and/or the frequency of the shop assistant operates on each piece of luxury jewelry.
Compared with the prior art, the invention can realize the statistics of the attractiveness of luxury jewelry of customers, and definitely know the likeability of the customers so as to adjust the luxury jewelry.
Drawings
FIG. 1 is a flow chart of a method of retail management of luxury jewelry according to an embodiment of the present invention;
fig. 2 is a block diagram of a retail management system that provides luxury jewelry according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
An embodiment of the present invention provides a method for retail management of luxury jewelry, as shown in fig. 1, by the steps of:
step 101: when an intelligent counter storing luxury jewelry needs to be opened, reading an RFID tag of a current salesclerk through an intelligent counter lock on the intelligent counter to obtain a salesclerk tag, comparing the obtained salesclerk tag with a stored legal salesclerk tag list, if the salesclerk tag exists in the legal salesclerk tag list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent counter lock, and simultaneously sending the self tag and the salesclerk tag to a server by the intelligent counter lock;
specifically, the server updates a legal clerk tag list stored in the intelligent cabinet lock, or deletes or adds the legal clerk tag list stored in the intelligent cabinet lock by deleting and adding cards;
the server distributes a unique salesman tag to each salesman, establishes a salesman tag database, and directly integrates the salesman tag corresponding to a legal salesman in the salesman tag database into a new legal salesman tag list when a legal salesman is added or deleted to a certain intelligent cabinet lock, sends the new legal salesman tag list to the intelligent cabinet lock and replaces the old legal salesman tag list.
The intelligent cabinet lock is connected with the cabinet lock body through a serial port, and the intelligent cabinet lock body is connected with the cabinet lock body through a serial port.
When it is necessary to open the counter for holding the jewelry of luxury, the RFID tag of the current clerk is read by the smart counter lock to obtain the clerk tag.
And according to the comparison between the obtained salesclerk tag and a stored legal salesclerk tag list, if the salesclerk tag exists in the legal salesclerk tag list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent cabinet lock, and simultaneously sending the self tag and the salesclerk tag to a server by the intelligent cabinet lock.
When the clerk tag swipes a card, the intelligent cabinet lock confirms that the current clerk is a legal clerk, opens the intelligent cabinet lock, and pushes the self ID and the clerk tag to the server, wherein the data format is as follows:
| time of receiving data | Intelligent cabinet lock ID | Clerk ID |
And if the staff label does not exist in the legal staff label list, confirming that the current staff is an illegal staff and keeping the intelligent cabinet lock closed, and simultaneously sending the self label and the illegal staff label to the server by the intelligent cabinet lock.
Step 102: after opening the smart cabinet lock, placing at least one piece of luxury jewelry with an RFID tag into a smart tray, the smart tray sending information of all luxury jewelry currently placed and information of store personnel to a server, the server receiving and storing the information; when the amount of luxury jewelry changes in the intelligent tray, the intelligent tray sends information of all luxury jewelry currently placed and information of store personnel to a server;
specifically, a clerk wears a ring with an RFID tag to place at least one piece of luxury jewelry with an RFID tag onto an intelligent tray.
When at least one piece of luxury jewelry with an RFID tag is placed on the smart tray, the smart tray sends information of all luxury jewelry currently placed and information of store personnel to a server, which receives and stores the information;
the intelligent tray sends information to the server of all luxury jewelry currently placed and the store clerk, along with information of the intelligent tray itself.
The information of luxury jewelry refers to product IDs, and each product corresponds to one product ID;
the information of the intelligent trays refers to intelligent tray IDs, and each intelligent tray corresponds to one intelligent tray ID;
the information of the clerks refers to the ID of the clerks, and each clerk corresponds to one ID of the clerk;
the IDs are not duplicated but are all unique.
The server receives and saves the information according to the time of reception as a table.
| Time of day | Tray ID | Clerk ID |
For example, when a clerk puts products to be tried by a client into the intelligent tray step by step, the intelligent tray recognizes the RFID tag of the first product, pushes the self ID, the clerk ID, and the product ID to the server, and so on, and can put more than 4 products at most; the data format is as follows:
| time of day | Tray ID | Clerk ID | Product 1ID | |||
| Time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | ||
| Time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 3ID | |
| Time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 3ID | Product 4ID |
When the amount of luxury jewelry changes in the intelligent tray, the intelligent tray sends information of all luxury jewelry currently placed and information of store personnel to a server;
when a piece of luxury jewelry with an RFID tag is placed on an intelligent pallet, the intelligent pallet sends information of the luxury jewelry, information of store personnel and information of the intelligent pallet itself to a server, which receives and stores the information; when the luxury jewelry within the smart tray is diminished, the smart tray sends information of the remaining luxury jewelry, information of the store clerk, and information of the smart tray itself to a server.
Step 103: the server determines retail data based on information sent from the smart counter, smart cabinet lock, smart tray, and finally adjusts the style and placement of luxury jewelry based on the retail data.
Specifically, the retail data includes the average counter-holding time for the intelligent counter, the number of times the intelligent counter lock is opened, and the frequency of try-ins on each piece of luxury jewelry placed in the intelligent tray and/or the frequency of try-ins by store personnel.
The server determines the time length of a person leaning on a cabinet according to the difference between the contact time and the leaving time of an intelligent counter in a fixed period, determines the times of the intelligent counter approaching according to the times of pushing data to the server by the intelligent counter, and then determines the average time length of the person leaning on the cabinet according to the time length of the person leaning on the cabinet and the times of the intelligent counter approaching.
The format that the intelligent counter pushes to the server is the ID of the intelligent counter, the server records time according to the time of receiving data, and the format is as follows:
the method further comprises the steps that the server determines the time length of the person leaning against the cabinet according to the difference between the contact time and the leaving time of one intelligent counter in a fixed period, determines the number of times that the intelligent counter is approached according to the number of times that the intelligent counter pushes data to the server, and then determines the average time length of leaning against the cabinet according to the time length of the person leaning against the cabinet and the number of times that the intelligent counter is approached.
The server marks and counts the times of opening the intelligent cabinet lock, and also marks and counts the times of opening the intelligent cabinet lock by store personnel.
According to the frequency of the store clerks to switch the locks, the higher the frequency is, the higher the diligence of the store clerks is, and the frequency of opening a certain intelligent cabinet lock can also be calculated, and the higher the frequency is, the more popular the products in the cabinet to which the intelligent cabinet lock belongs are.
After the intelligent cabinet lock is opened, when the intelligent cabinet lock is closed, the intelligent cabinet lock only sends the label to the server again, and the server determines that the intelligent cabinet lock is safely opened and closed once according to the time points of receiving the label of the intelligent cabinet lock when the intelligent cabinet lock is opened and the label of the intelligent cabinet lock when the intelligent cabinet lock is closed.
The server receives the information and compares it with the last saved information to determine, based on the comparison, the clerk that tried the piece of luxury jewelry and/or operated the try.
The server determines that a piece of luxury jewelry is being tried on if it determines that information for a particular piece of luxury jewelry is missing based on information currently received for the piece of luxury jewelry remaining in the intelligent tray compared to information previously stored.
For example, when a clerk takes a product to try on the product for a customer, the smart tray detects that the tag is reduced, and at the time of pushing data, assuming that the customer requires product 3 to try on, the data is pushed in the following format:
| time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 4ID |
When the customer requests to change the try-on product, the clerk will request the customer to return to the product 3, for example, take out the product 2 again to try on the customer, and the data format pushed is as follows:
| time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 3ID | Product 4ID |
| Time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 3ID |
The server calculates the trial wearing time of the client according to the time difference between the time when the product 3 leaves and the time when the product reenters the intelligent tray, and the like to calculate the trial wearing time of other products, and if the product leaves and reenters the tray for multiple times, the trial wearing times of the product can be calculated.
When all products return to the intelligent tray, the product try-on of the current round is finished, and the store clerk will gradually put the products back to the counter, then the pushed data are as follows:
| time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 3ID | Product 4ID |
| Time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | Product 3ID | |
| Time of day | Tray ID | Clerk ID | Product 1ID | Product 2ID | ||
| Time of day | Tray ID | Clerk ID | Product 1ID | |||
| Time of day | Tray ID | Clerk ID | ||||
| Time of day | Tray ID |
The server marks and counts the number of times each piece of luxury jewelry was tried on and/or the number of times a clerk operated on for use in determining the frequency of try-on of each piece of luxury jewelry and/or the frequency of clerk operated on try-on.
When it is determined that a piece of luxury jewelry is tried on once, the count of the luxury jewelry is increased by 1, and similarly, when a clerk provides a try-on service for a customer, the service count of the clerk is increased by 1, so that the luxury jewelry with a high popularity and the clerk with a high frequency of service can be viewed at a certain period or at any time.
In addition, the intelligent counter detects the distance to nearby people in real time.
And when the fact that the distance between the person and the intelligent counter is smaller than a distance threshold value and the stay time is larger than a time threshold value is detected, the contact time of the person and the intelligent counter is determined, and the intelligent counter pushes the self ID and the contact time to a server.
When the distance between the person and the intelligent counter is detected to be smaller than the distance threshold value and the stay time is larger than the time threshold value, then when the distance between the person and the intelligent counter is detected to be larger than the distance threshold value, the person leaving time is determined, and the leaving time is pushed to the server by the intelligent counter.
Embodiments of the present invention also provide a retail management system for luxury jewelry, as shown in fig. 2, comprising an intelligent counter, an intelligent tray, a server;
the intelligent counter is provided with an intelligent counter lock, and the intelligent counter lock is used for reading an RFID label of a current salesclerk to obtain a salesclerk label when an intelligent counter for storing luxury jewelry needs to be opened, comparing the obtained salesclerk label with a stored legal salesclerk label list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent counter lock if the salesclerk label exists in the legal salesclerk label list, and simultaneously sending a self label of the intelligent counter lock and the salesclerk label to a server;
the intelligent tray is used for placing at least one piece of luxury jewelry with an RFID label after the intelligent cabinet lock is opened, and sending information of all currently placed luxury jewelry and information of shop personnel to a server; when the amount of luxury jewelry in the intelligent tray changes, then sending information of all luxury jewelry currently placed and information of store personnel to a server;
the server is configured to receive and store information transmitted by the smart counter, the smart locker, and the smart pallet, and to determine retail data based on the information, and to adjust the type and placement of luxury jewelry based on the retail data.
The retail data includes the average counter length of the intelligent counter, the number of times the intelligent counter lock is opened, and the frequency of try-ins on each piece of luxury jewelry placed in the intelligent tray and/or the frequency of store operator try-ins.
The server is used for determining the time length of a person leaning against the cabinet according to the difference between the contact time and the leaving time of an intelligent counter in a fixed period, determining the times of approaching the intelligent counter according to the times of pushing data by the intelligent counter, and then determining the average time length of leaning against the cabinet according to the time length of leaning against the cabinet of the person and the times of approaching the intelligent counter.
The intelligent counter is used for determining the contact time of the person with the intelligent counter when the fact that the distance between the person and the intelligent counter is smaller than a distance threshold value and the stay time is larger than a time threshold value is detected, determining the leaving time of the person when the fact that the distance between the person and the intelligent counter is smaller than the distance threshold value and the stay time is larger than the time threshold value is detected, and pushing the self ID, the contact time and the leaving time to the server when the fact that the distance between the person and the intelligent counter is larger than the distance threshold value is detected.
The intelligent cabinet lock is used for sending the self label and the shop assistant label to the server;
and the server is used for marking and counting the times of opening the intelligent cabinet lock and also marking and counting the times of opening the intelligent cabinet lock by a shop assistant.
The server is used for determining the number of times each piece of luxury jewelry is tried on and/or the number of times each piece of shop assistant operates on according to the comparison result, and is also used for determining the frequency of the try-on and/or the frequency of the shop assistant operates on.
The above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention.
Claims (8)
1. A method for the retail management of luxury jewelry, the method comprising:
when an intelligent counter storing luxury jewelry needs to be opened, reading an RFID tag of a current salesclerk through an intelligent counter lock on the intelligent counter to obtain a salesclerk tag, comparing the obtained salesclerk tag with a stored legal salesclerk tag list, if the salesclerk tag exists in the legal salesclerk tag list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent counter lock, and simultaneously sending the self tag and the salesclerk tag to a server by the intelligent counter lock;
after opening the smart cabinet lock, placing at least one piece of luxury jewelry with an RFID tag into a smart tray, the smart tray sending information of all luxury jewelry currently placed and information of store personnel to a server, the server receiving and storing the information; when the amount of luxury jewelry changes in the intelligent tray, the intelligent tray sends information of all luxury jewelry currently placed and information of store personnel to a server;
the server determines retail data according to information sent by the intelligent counter, the intelligent cabinet lock and the intelligent tray, and finally adjusts the style and the placement position of luxury jewelry according to the retail data; the retail data includes an average counter length for the smart counter, a number of times the smart counter lock is unlocked, and a frequency of try-ins for each piece of luxury jewelry placed in the smart tray and/or a frequency of store operator try-ins;
the intelligent counter determines the contact time of the person with the intelligent counter when detecting that the distance between the person and the intelligent counter is smaller than a distance threshold value and the stay time is larger than a time threshold value, and determines the leaving time of the person when detecting that the distance between the person and the intelligent counter is smaller than the distance threshold value and the stay time is larger than the time threshold value and then when detecting that the distance between the person and the intelligent counter is larger than the distance threshold value, and the intelligent counter pushes the self ID, the contact time and the leaving time to a server.
2. The method of claim 1, wherein the server determines a length of time that a person is at a counter based on a difference between a contact time and a departure time of an intelligent counter during a fixed period, and determines a number of times the intelligent counter is approached based on a number of times the intelligent counter pushes data to the server, and thereafter determines an average length of time that the person is at the counter based on the length of time that the person is at the counter and the number of times the intelligent counter is approached.
3. A luxury jewelry retail management method according to claim 1 wherein said smart lock sends its own tag and the clerk tag to a server, after which said server marks and counts the number of times the smart lock is opened and also marks and counts the number of times the clerk opens the smart lock.
4. A method for the retail management of luxury jewelry according to claim 1, wherein said server determines from the comparison the number of times each luxury jewelry item is tried on and/or the number of times the clerk operates on, and thereafter, marks and counts the number of times each luxury jewelry item is tried on and/or the number of times the clerk operates on, for use in determining the frequency of try on and/or the frequency of clerk operations on each luxury jewelry item.
5. A retail management system for luxury jewelry comprising an intelligent counter, an intelligent tray, a server;
the intelligent counter is provided with an intelligent counter lock, and the intelligent counter lock is used for reading an RFID label of a current salesclerk to obtain a salesclerk label when an intelligent counter for storing luxury jewelry needs to be opened, comparing the obtained salesclerk label with a stored legal salesclerk label list, confirming that the current salesclerk is a legal salesclerk and opening the intelligent counter lock if the salesclerk label exists in the legal salesclerk label list, and simultaneously sending a self label of the intelligent counter lock and the salesclerk label to a server;
the intelligent tray is used for placing at least one piece of luxury jewelry with an RFID label after the intelligent cabinet lock is opened, and sending information of all currently placed luxury jewelry and information of shop personnel to a server; when the amount of luxury jewelry in the intelligent tray changes, then sending information of all luxury jewelry currently placed and information of store personnel to a server;
the server is used for receiving and storing the information sent by the intelligent counter, the intelligent cabinet lock and the intelligent tray, determining retail data according to the information and finally adjusting the style and the placement position of luxury jewelry according to the retail data; the retail data includes an average counter length for the smart counter, a number of times the smart counter lock is unlocked, and a frequency of try-ins for each piece of luxury jewelry placed in the smart tray and/or a frequency of store operator try-ins;
the intelligent counter is used for determining the contact time of the person with the intelligent counter when the fact that the distance between the person and the intelligent counter is smaller than a distance threshold value and the stay time is larger than a time threshold value is detected, determining the leaving time of the person when the fact that the distance between the person and the intelligent counter is smaller than the distance threshold value and the stay time is larger than the time threshold value is detected, and pushing the self ID, the contact time and the leaving time to the server when the fact that the distance between the person and the intelligent counter is larger than the distance threshold value is detected.
6. The system of claim 5, wherein the server is configured to determine a length of time that the person is in the cabinet based on a difference between a contact time and a departure time of the intelligent counter and to determine a number of times the intelligent counter is approached based on the number of times the intelligent counter is pushed data during a fixed period, and thereafter determine an average length of time that the person is in the cabinet based on the length of time that the person is in the cabinet and the number of times the intelligent counter is approached.
7. The luxury jewelry retail management system according to claim 5, wherein said smart locker lock is configured to send both the self tag and the clerk tag to a server;
and the server is used for marking and counting the times of opening the intelligent cabinet lock and also marking and counting the times of opening the intelligent cabinet lock by a shop assistant.
8. A luxury jewelry retail management system according to claim 5, wherein said server is adapted to determine from the comparison results the number of times each luxury jewelry item is tried on and/or the number of times the clerk operates on, and to mark and count the number of times each luxury jewelry item is tried on and/or the frequency of the clerk's operations on, and to determine the frequency of how often each luxury jewelry item is tried on and/or the frequency of the clerk's operations on.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710236338.0A CN107230101B (en) | 2017-04-12 | 2017-04-12 | Method and system for retail management of luxury jewelry |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710236338.0A CN107230101B (en) | 2017-04-12 | 2017-04-12 | Method and system for retail management of luxury jewelry |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107230101A CN107230101A (en) | 2017-10-03 |
| CN107230101B true CN107230101B (en) | 2020-12-29 |
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| CN110569940A (en) * | 2019-09-26 | 2019-12-13 | 深圳好逸多科技有限公司 | Intelligent RFID (radio frequency identification) recognition goods containing tray, and ring and label used in cooperation with same |
| CN110598820A (en) * | 2019-09-26 | 2019-12-20 | 深圳好逸多科技有限公司 | Intelligent display goods containing tray |
| CN113269286B (en) * | 2021-05-14 | 2023-04-07 | 深圳市优联云聚科技有限公司 | Article management method, terminal device, wearing clamp and article management system |
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Address after: 2702-27a04, Jinzhan jewelry Plaza, Shuibei 1st Road, Cuizhu street, Luohu District, Shenzhen City, Guangdong Province Applicant after: Shenzhen Haoyiduo Technology Co., Ltd Address before: 518000 Luohu business center, 2028 Shennan East Road, Dongmen street, Shenzhen, Guangdong, Luohu District 2064 Applicant before: Shenzhen many silver Technology Co., Ltd. |
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