CN109714723B - Scene management method and system - Google Patents
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- CN109714723B CN109714723B CN201811640909.8A CN201811640909A CN109714723B CN 109714723 B CN109714723 B CN 109714723B CN 201811640909 A CN201811640909 A CN 201811640909A CN 109714723 B CN109714723 B CN 109714723B
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Abstract
The invention relates to the field of Internet of things, in particular to a scene management method and a scene management system, wherein the scene management method comprises the following steps: installing a first Bluetooth communication module on a product in a scene, and installing a second Bluetooth communication module on a fixed object; the first Bluetooth communication module presets ID information and sends the ID information outwards; the second Bluetooth communication module integrates the ID information and the position information and sends the ID information and the position information to a Bluetooth gateway; the Bluetooth gateway sends the ID information and the position information to a cloud server; and the cloud server forms an analysis result based on the movement of the product in the scene according to the ID information and the position information. The method has the advantages that the intelligent network is formed, the data of the first Bluetooth communication module installed on the product are acquired in real time, the data can be sent to the cloud server through the Bluetooth gateway to analyze the related big data, an analysis result based on the movement of the product in the scene is formed, and the intelligent degree is high.
Description
Technical Field
The invention relates to the field of Internet of things, in particular to a scene management method and a scene management system.
Background
With the rapid development of the internet of things, the interconnection of everything and big data become the necessity of the development of various industries. How to utilize the current opportunities of everything interconnection and improve the efficiency and value of the existing industry or business model is always a focus of people's attention.
In clothing selling areas of shopping malls and various shops beside the street, the situation often exists, and in some times, the customer flow of the shops is not good, but the sales volume is not high; or in the aspects of arrangement, space and the like of storefronts, sales are improved for improving the sales, but no effect is seen, and the sales cannot be improved along with the sales. In most cases, the store staff manually observes or adopts a questionnaire investigation mode to draw a conclusion for improvement, but the error rate is extremely high due to huge information amount, and the drawn conclusion cannot bring better profit effect to the store.
Therefore, designing a scene management method and system is one of the problems that those skilled in the art focus on.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a scene management method and system for solving the above-mentioned defects in the prior art, and solve the problem that the marketing condition of the shop cannot be intelligently analyzed.
In order to solve the technical problem, the present invention provides a method for managing a scene, wherein the scene includes a plurality of service areas, and the method comprises the following steps: installing a first Bluetooth communication module on a product in a scene, installing a second Bluetooth communication module on a fixed object, and the second Bluetooth communication module is distributed in each service area; the first Bluetooth communication module presets ID information and sends the ID information outwards; the second Bluetooth communication module receives ID information in a radio frequency range, presets position information according to the position of a fixed object, integrates the ID information and the position information and sends the integrated information to a Bluetooth gateway; the Bluetooth gateway sends the ID information and the position information to a cloud server; and the cloud server forms an analysis result based on the movement of the product in the scene according to the ID information and the position information.
Preferably, the service area includes a shelf area, a trial area and a counter area, and the management method further includes the following steps: acquiring a motion track of the product according to the change of the ID information and the position information of the product; and updating the analysis result according to the real-time attribute of the product judged by the motion trail.
Preferably, the second bluetooth communication module includes a second bluetooth sub-module, a second main control sub-module, a second antenna sub-module and a power supply sub-module, and the management method further includes the following steps: under the continuous power supply of the power supply submodule, the second main control submodule controls the second Bluetooth submodule to receive the ID information and acquire the position information; and the second main control sub-module controls the second Bluetooth sub-module to send the ID information and the position information to the Bluetooth gateway through the second antenna sub-module.
Preferably, the fixed object is a lamp, and the management method further includes the following steps: connecting the power supply submodule with a driving plate of the lamp; the cloud server sends a control signal to one of the second Bluetooth communication modules, and the second main control sub-module changes the replacement brightness, the color temperature and the color of the lamp according to the control signal.
Preferably, the first bluetooth communication module includes a first bluetooth submodule, a first main control submodule, a first antenna submodule and a battery submodule, and the management method further includes the following steps: under the condition of continuous power supply of the battery submodule, the first main control submodule controls the first Bluetooth submodule to acquire ID information; and the first main control sub-module controls the first Bluetooth sub-module to send the ID information to the second Bluetooth communication module through the first antenna sub-module.
Preferably, the bluetooth gateway includes a third bluetooth sub-module, a third main control sub-module, and a first network sub-module, and the management method further includes the following steps: the third main control sub-module controls the third Bluetooth sub-module to receive the ID information and the position information; and the third main control sub-module controls the first network sub-module to send the ID information and the position information to the cloud server.
Preferably, the cloud server includes a fourth main control submodule, a second network submodule and an analysis submodule, and the management method further includes the following steps: the fourth main control submodule controls the second network submodule to receive the ID information and the position information; and the fourth main control sub-module controls the analysis sub-module to form an analysis result based on the movement of the product in the scene.
Preferably, the cloud server further includes a temporary storage submodule capable of replacing data, and the management method further includes the following steps: after the product is replaced, the fourth main control sub-module controls the temporary storage sub-module to clear the original product information and store the updated product information.
Preferably, the cloud server further includes a timing submodule, and the management method further includes the following steps: and the fourth main control sub-module controls the timing sub-module to acquire the time length of the first Bluetooth communication module in a goods shelf area, a trial area or a counter area according to the ID information and the position information, and a satisfaction result is formed according to the time length.
The invention also provides a scene management method, wherein the analysis system comprises a first Bluetooth communication module, a second Bluetooth communication module, a Bluetooth gateway and a cloud server, the first Bluetooth communication module is installed on a product in the scene, the second Bluetooth communication module is installed on a fixed object, and the second Bluetooth communication module is distributed in each service area; the first Bluetooth communication module presets ID information and sends the ID information outwards; the second Bluetooth communication module receives ID information in a radio frequency range, presets position information according to the position of a fixed object, integrates the ID information and the position information and sends the integrated information to a Bluetooth gateway; the Bluetooth gateway sends the ID information and the position information to a cloud server; and the cloud server forms an analysis result based on the movement of the product in the scene according to the ID information and the position information.
Compared with the prior art, the scene management method and the scene management system have the advantages that through the design of the scene management method and the scene management system, the second Bluetooth communication module installed on each fixed object in a shop is a node to form an intelligent network, and each node in the intelligent network is communicated with each other to obtain data of the first Bluetooth communication module installed on a product in real time, namely, the data can be sent to a cloud server through a Bluetooth gateway to analyze relevant big data, so that an analysis result based on the movement of the product in the scene is formed, and the intelligent degree is high; in addition, the intelligent network has enough stability and safety without single node fracture.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
FIG. 1 is a block flow diagram of a management method of the present invention;
FIG. 2 is a block diagram of the process of installing a second Bluetooth communication module in accordance with the present invention;
FIG. 3 is a block diagram of a second Bluetooth communication module of the present invention for transmitting data;
FIG. 4 is a block flow diagram of the connection power sub-module of the present invention;
fig. 5 is a block diagram illustrating a process of transmitting data by the first bluetooth communication module according to the present invention;
FIG. 6 is a block diagram of the flow of data transmission by the Bluetooth gateway of the present invention;
fig. 7 is a block diagram illustrating a process of transmitting data by the cloud server according to the present invention.
Detailed Description
The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings.
As shown in fig. 1 to 7, the present invention provides a preferred embodiment of a scene management method.
Specifically, with reference to fig. 1, a method for managing a scenario, the scenario comprising a plurality of service areas, the method comprising the steps of:
s1, a first Bluetooth communication module is installed on a product in a scene, a second Bluetooth communication module is installed on a fixed object, and the second Bluetooth communication module extends to all service areas;
s2, the first Bluetooth communication module presets ID information and sends the ID information to the outside;
s3, the second Bluetooth communication module receives ID information in a radio frequency range, presets position information according to the position of a fixed object, integrates the ID information and the position information and sends the integrated ID information and the position information to a Bluetooth gateway;
s4, the Bluetooth gateway sends the ID information and the position information to a cloud server;
and S5, the cloud server forms an analysis result based on the movement of the product in the scene according to the ID information and the position information.
In a shop, the first bluetooth communication module is preferably a subminiature Beacon device, and can be disassembled and assembled by using a specific tool, for example, when a product is put on a shelf, the Beacon device is installed by using the tool, and when the product is sold, the Beacon device is disassembled by using the tool; the first Bluetooth communication module is installed on a product to be monitored, preferably all sold products, and is in contact with the product through an identification code, and the first Bluetooth communication module is used for presetting ID information to be sent outwards. The ID information corresponds to a product and may include, but is not limited to, relevant data for the product, such as model number, date of manufacture, etc.
The second bluetooth communication module is preferably a bluetooth low energy device, the second bluetooth communication module is mounted on a fixed object, the second bluetooth communication module extends over each service area, the second bluetooth communication module receives ID information within a radio frequency range, and presets a position information according to the position of the fixed object, but since the fixed object is fixed, the position information may be a position information stored in the second bluetooth communication module, which is obtained in advance, and the position information may be obtained when the second bluetooth communication module is mounted; and the second Bluetooth communication module integrates and sends the ID information and the position information to a Bluetooth gateway. Since the first bluetooth communication module is the second bluetooth communication module that sends data to the nearest bluetooth communication module, the position information acquired by the second bluetooth communication module can also be regarded as the position information of the first bluetooth communication module, i.e. the position information of the product.
The Bluetooth gateway can be installed at any position in a shop, and only needs to receive data of all the second Bluetooth communication modules, so that the received ID information and the received position information can be sent to the cloud server.
The cloud server may be a computer configured to form an analysis result based on movement of the product in the scene according to the ID information and the location information. In the shop, the second bluetooth communication module of installing on each fixed object is a node, constitutes intelligent network to, each node intercommunication in this intelligent network, the data of the first bluetooth communication module of real-time acquisition installation on the product can be through bluetooth gateway with data transmission to high in the clouds server, carries out the analysis of relevant big data, reachs the marketing situation analysis result in shop, and intelligent degree is high. Because the obtained data volume is huge, if the data volume is analyzed in a manual mode, an accurate analysis result cannot be obtained, and all data can be integrated through a management method to obtain a more accurate analysis result.
And the cloud server can be in communication connection with the handheld terminal, such as a mobile phone, an ipad and the like, and portable remote control or data viewing is realized through the handheld terminal.
It should be noted that the cloud server may be further connected to the entire intelligent network through the bluetooth gateway, and then control a certain second bluetooth communication module to perform read/write operations on the second bluetooth communication module. Therefore, when the product is sold, the cloud server operates the second bluetooth communication module installed on the sold product, the identification information of the second bluetooth communication module is emptied, the identification information of the next corresponding product is written, and the information updating of the second bluetooth communication module is completed. Therefore, the second Bluetooth communication module can be repeatedly used, the cost is saved, contact with the first Bluetooth communication module, the Bluetooth gateway and the cloud server does not need to be established for many times, only instant updating is carried out in the same intelligent network, and the operation is convenient and rapid.
In this embodiment, the overall operation flow of the management method is described as follows: the first Bluetooth communication module presets ID information matched with the installation corresponding identification product and sends the ID information outwards; the second Bluetooth communication module receives ID information in a radio frequency range, presets own position information and sends the ID information and the position information to the Bluetooth gateway; the Bluetooth gateway plays a role in transferring and immediately sends the received ID information and the position information to a cloud server; and the cloud server forms an analysis structure based on the movement of the product in the scene according to the ID information and the position information, so that the marketing condition of the shop is obtained.
Further, referring to fig. 2, the service area includes a shelf area, a trial area and a counter area, and the management method further includes the steps of:
s41, acquiring a motion track of the product according to the change of the ID information and the position information of the product;
and S42, updating the analysis result according to the real-time attribute of the product judged by the motion trail.
When the product moves to the corresponding service area, the ID information transmitted by the first Bluetooth communication module on the product is received by the second Bluetooth module in the corresponding service area, so that when the cloud server monitors that the ID information of the product and the position information of the corresponding second Bluetooth communication module change, the moving tracks of the product in a goods shelf area, a trial area and a counter area are obtained. For example, the same ID information and the corresponding location information are changed to indicate that the product moves along with the customer, the motion track of the product is tracked, and the real-time attributes of the product are determined at the end of the motion track (i.e. the product stops moving), including being observed by the customer in the shelf area, being tried by the customer in the trial area, and being paid by the customer in the counter area. Through big data analysis, form an integral analysis report immediately, the merchant can carry out corresponding rectification through this analysis report, for example change the place of product and put the position, with the product side of easily selling in the most prominent position to and rectify the position in area and the counter area on probation, aim at improving product sales volume. Of course, it is helpful for the customer to make other more accurate analysis judgments, which is not listed here.
Specifically, referring to fig. 3, the second bluetooth communication module includes a second bluetooth sub-module, a second main control sub-module, a second antenna sub-module, and a power sub-module, and the management method further includes the following steps:
s31, under the condition of continuous power supply of the power supply submodule, the second main control submodule controls the second Bluetooth submodule to receive the ID information and acquire the position information;
and S32, the second main control sub-module controls the second Bluetooth sub-module to send the ID information and the position information to the Bluetooth gateway through the second antenna sub-module.
The second main control submodule can be an Soc chip, under the continuous power supply of the power supply submodule, the second main control submodule controls the second Bluetooth submodule to receive the ID information in the signal range and acquire the position information of the lamp, controls the second Bluetooth submodule to send the ID information and the position information to the Bluetooth gateway through the second antenna submodule, and the second antenna submodule plays a role in signal diffusion.
Preferably, referring to fig. 4, the fixed object is a lamp, and the management method further includes the following steps:
s311, connecting the power supply submodule with a driving plate of the lamp;
s312, the cloud server sends a control signal to a second Bluetooth communication module of the cloud server, and the second main control sub-module changes the replacement brightness, the color temperature and the color of the lamp according to the control signal.
The power supply submodule is connected with a driving board of the lamp in a serial port or parallel port mode, an additional power supply module is omitted, for example, the power supply submodule is communicated with the driving board through interfaces such as uart, SPI and IIC, and the control function is achieved. When the merchant needs to adjust the lamp, the merchant can log in the cloud server, select the second Bluetooth communication module corresponding to the lamp and send a control signal to the second Bluetooth communication module, and the second main control sub-module controls the lamp to change the brightness, the color temperature and the color according to the control signal.
Still specifically, referring to fig. 5, the first bluetooth communication module includes a first bluetooth submodule, a first main control submodule, a first antenna submodule and a battery submodule, and the management method further includes the following steps:
s21, under the condition of continuous power supply of the battery submodule, the first main control submodule controls the first Bluetooth submodule to acquire the ID information;
and S22, the first main control sub-module controls the first Bluetooth sub-module to send the ID information to the second Bluetooth communication module through the first antenna sub-module.
Under the continuous power supply of the battery submodule, the first main control submodule controls the first Bluetooth submodule to acquire the ID information and controls the first Bluetooth submodule to send the ID information to the second Bluetooth communication module through the first antenna submodule, and the first antenna submodule plays a role in signal diffusion. Because the first Bluetooth communication module is a microminiature device, the cost is low, and in addition, long-term power supply can be realized through a small-sized battery.
Still specifically, referring to fig. 6, the bluetooth gateway includes a third bluetooth sub-module, a third master sub-module, and a first network sub-module, and the management method further includes the following steps:
s41, the third main control sub-module controls the third Bluetooth sub-module to receive the ID information and the position information;
and S42, the third main control sub-module controls the first network sub-module to send the ID information and the position information to the cloud end server.
And the third main control submodule controls the third Bluetooth submodule to receive the ID information and the position information and controls the first network submodule to send the ID information and the position information to the cloud server. The bluetooth gateway plays the effect of transfer data, because the receiving range of second bluetooth communication module is less and the transmission range is shorter, the bluetooth gateway can acquire the data of the second bluetooth communication module in the scope, and then transmits to the high in the clouds server. Therefore, the first Bluetooth communication module transmits data to the second Bluetooth communication module, the second Bluetooth communication module transmits data to the Bluetooth gateway, and the Bluetooth gateway transmits the data to the cloud-side server, so that large-range and long-distance data transmission is realized.
More specifically, referring to fig. 7, the cloud server includes a fourth main control submodule, a second network submodule and an analysis submodule, and the management method further includes the following steps:
s51, the fourth main control sub-module controls the second network sub-module to receive the ID information and the position information;
and S52, the fourth main control sub-module controls the analysis sub-module to obtain an analysis result of the marketing condition.
And the fourth main control submodule controls the second network submodule to receive the ID information and the position information and controls the analysis submodule to obtain an analysis result of the marketing condition. The cloud server is connected with the Bluetooth gateway, all the first Bluetooth communication modules and the second Bluetooth communication modules in an interconnecting mode, all the devices can be controlled in a total mode, and the analysis submodule obtains an analysis result according to data.
More specifically, the cloud server further includes a temporary storage submodule capable of replacing data, and the management method further includes the following steps:
and step 54, after the product is replaced, the fourth main control sub-module controls the temporary storage sub-module to clear the original product information and store the updated product information.
The products in the shop can be replaced frequently, after the products are replaced, the shop can control the temporary storage sub-module to empty the original product information of the corresponding products through the fourth main control sub-module, and then the temporary storage sub-module is controlled to store the updated product information. In detail, the temporary storage submodule deletes all the ID information of the product, and then restores the updated ID information; or the ID number in the ID information is always matched with the first Bluetooth communication module, and the temporary storage sub-module deletes the ID information of the product except for the ID number and then stores the updated ID information except for the ID number. Therefore, the first Bluetooth communication module can be recycled, and the device cost is reduced. It is worth mentioning that the replacement of the product may be due to the fact that the old product is out of date or damaged, and the latest product needs to be replaced, or due to the fact that the product is sold and needs to be replaced with a new product.
Or when the product is replaced, the merchant can use the terminal device to connect with the fourth main control sub-module through the second network sub-module, and after the updated product information is edited by the terminal device, the fourth main control sub-module controls the temporary storage sub-module to empty the original product information of the corresponding product, and then controls the temporary storage sub-module to store the updated product information.
Further, the cloud server further comprises a timing submodule, and the management method further comprises the following steps:
and S53, the fourth main control sub-module controls the timing sub-module to acquire the time length of the first Bluetooth communication module in a goods shelf area, a trial area or a counter area according to the ID information and the position information, and a satisfaction result is formed according to the time length.
The fourth main control sub-module controls the timing sub-module to acquire the duration that the first bluetooth communication module is located in the goods shelf area, the trial area or the counter area according to the ID information and the position information, namely, the duration that the product is located in the goods shelf area, the trial area or the counter area. After the time length of the product in each area is obtained, the analysis submodule can analyze a more detailed and accurate analysis result, for example, which products are easy to purchase by customers, and the product satisfaction is high; the customer prefers to hold the products in the shelf area to go to the trial area for trial, so that the product which is more popular with the customer can be obtained, and the product satisfaction is medium; it is also possible to derive which products have never been tried by the customer, the product satisfaction being low; therefore, the merchant can conveniently judge how to change the placement position of the product. In addition, whether the customer queues in the counter area for too long and gives up the purchase order or not can be obtained, and whether the customer queues in the trial area for too long and gives up the trial can be obtained, so that the merchant can conveniently judge whether the counter area and the trial area need to be enlarged or reduced.
In this embodiment, first bluetooth communication module, second bluetooth communication module and bluetooth gateway all adopt Mesh protocol or 2.4G agreement, bluetooth gateway and high in the clouds server all adopt wifi network, 2G network, 3G network, 4G network or 5G network. Of course, other standards or private wireless communication protocols can be adopted for networking, and the method is flexible and convenient.
The invention also provides a preferred embodiment of the scene management method.
The analysis system is used for realizing the management method and comprises a first Bluetooth communication module, a second Bluetooth communication module, a Bluetooth gateway and a cloud-end server, wherein the first Bluetooth communication module is installed on a product in the scene, the second Bluetooth communication module is installed on a fixed object, and the second Bluetooth communication module is distributed in each service area; the first Bluetooth communication module presets ID information and sends the ID information to a second Bluetooth communication module in a signal range; the second Bluetooth communication module presets position information according to the position of a fixed object and sends the ID information and the position information to a Bluetooth gateway; the Bluetooth gateway sends the ID information and the position information to a cloud server; and the cloud server forms an analysis result based on the movement of the product in the scene according to the ID information and the position information.
In summary, the above description is only a preferred embodiment of the present invention, and is not intended to limit the protection scope of the present invention. Any modification, equivalent replacement, improvement and the like made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (9)
1. A method for managing a scenario, said scenario comprising a plurality of service areas, characterized in that said method comprises the steps of:
installing a first Bluetooth communication module on all sold products in a scene, installing a second Bluetooth communication module on a fixed object, wherein the second Bluetooth communication module is distributed in each service area, and the service areas comprise a goods shelf area, a trial area and a counter area;
the first Bluetooth communication module presets ID information and sends the ID information to the outside, and the ID information corresponds to the product;
the second Bluetooth communication module receives ID information in a radio frequency range, presets position information according to the position of a fixed object, takes the position information as the position information of the first Bluetooth communication module, integrates the ID information and the position information and sends the ID information and the position information to a Bluetooth gateway;
the Bluetooth gateway sends the ID information and the position information to a cloud server;
the cloud server acquires the duration of the first Bluetooth communication module in a goods shelf area, a trial area or a counter area, and a satisfaction result is formed according to the ID information, the position information and the duration;
the cloud server is in communication connection with the handheld terminal, and a user can realize portable remote control or data viewing through the handheld terminal;
when the sold product is sold, updating the identification information of the first Bluetooth communication module corresponding to the sold product;
the fixed object is a lamp, the second Bluetooth communication module comprises a power supply submodule and a second main control submodule, and the management method further comprises the following steps:
connecting the power supply submodule with a driving plate of the lamp;
the cloud server sends a control signal to the second Bluetooth communication module, and the second main control sub-module changes the brightness, the color temperature and the color of the lamp according to the control signal.
2. The management method according to claim 1, characterized in that it further comprises the steps of:
acquiring the motion trail of the product according to the change of the ID information and the position information of the product;
and judging the real-time attribute of the product according to the motion track so as to update the analysis result.
3. The method for managing as claimed in claim 2, wherein the second bluetooth communication module includes a second bluetooth sub-module, a second main control sub-module, a second antenna sub-module and a power sub-module, the method further comprising the steps of:
under the continuous power supply of the power supply submodule, the second main control submodule controls the second Bluetooth submodule to receive the ID information and acquire the position information;
and the second main control sub-module controls the second Bluetooth sub-module to send the ID information and the position information to the Bluetooth gateway through the second antenna sub-module.
4. The management method according to claim 1, wherein the first bluetooth communication module comprises a first bluetooth submodule, a first main control submodule, a first antenna submodule and a battery submodule, and the management method further comprises the following steps:
under the condition of continuous power supply of the battery submodule, the first main control submodule controls the first Bluetooth submodule to acquire ID information;
and the first main control sub-module controls the first Bluetooth sub-module to send the ID information to the second Bluetooth communication module through the first antenna sub-module.
5. The management method according to claim 1, wherein the bluetooth gateway includes a third bluetooth sub-module, a third main control sub-module and a first network sub-module, and the management method further comprises the following steps:
the third main control sub-module controls the third Bluetooth sub-module to receive the ID information and the position information;
and the third main control sub-module controls the first network sub-module to send the ID information and the position information to the cloud server.
6. The management method according to any one of claims 2 to 5, wherein the cloud server includes a fourth main control submodule, a second network submodule and an analysis submodule, and the management method further includes the following steps:
the fourth main control sub-module controls the second network sub-module to receive the ID information and the position information;
and the fourth main control sub-module controls the analysis sub-module to form an analysis result based on the movement of the product in the scene.
7. The management method of claim 6, wherein the cloud server further comprises a temporary storage submodule capable of replacing data, and the management method further comprises the following steps:
after the product is replaced, the fourth main control sub-module controls the temporary storage sub-module to clear the original product information and store the updated product information.
8. The management method according to claim 7, wherein the cloud server further comprises a timing submodule, and the management method further comprises the steps of:
and the fourth main control sub-module controls the timing sub-module to acquire the time length of the first Bluetooth communication module in the goods shelf area, the trial area or the counter area according to the ID information and the position information, and a satisfaction degree result is formed according to the time length.
9. A scene management method, applied to an analysis system, wherein the analysis system is used for implementing the management method as claimed in any one of claims 1 to 8, the analysis system comprises a first bluetooth communication module, a second bluetooth communication module, a bluetooth gateway and a cloud server, the first bluetooth communication module is installed on all sold products in the scene, the second bluetooth communication module is installed on a fixed object, and the second bluetooth communication module is distributed in each service area, wherein the service areas comprise a shelf area, a trial area and a counter area; the first Bluetooth communication module presets ID information and sends the ID information to the outside, and the ID information corresponds to the product; the second Bluetooth communication module receives ID information in a radio frequency range, takes the position information as the position information of the first Bluetooth communication module, presets position information according to the position of a fixed object, integrates the ID information and the position information and sends the integrated information to a Bluetooth gateway; the Bluetooth gateway sends the ID information and the position information to a cloud server; the cloud server acquires the duration of the first Bluetooth communication module in a goods shelf area, a trial area or a counter area, and a satisfaction result is formed according to the ID information, the position information and the duration; the cloud server is in communication connection with the handheld terminal, and a user can realize portable remote control or data viewing through the handheld terminal; when the sold product is sold, updating the identification information of the first Bluetooth communication module of the sold product;
the fixed object is a lamp, the second Bluetooth communication module comprises a power supply submodule and a second main control submodule, and the management method further comprises the following steps:
connecting the power supply submodule with a driving board of the lamp; the cloud server sends a control signal to the second Bluetooth communication module, and the second main control sub-module changes the brightness, the color temperature and the color of the lamp according to the control signal.
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