Autonomous network community management system based on block chain technology

Abstract

The invention discloses an autonomous network community management system based on a block chain technology, and the system comprises a customer recognition module, a commodity sampling module, and a network navigation module, and the customer recognition module is used for recognizing the customer flow of each region in a community supermarket. The commodity sampling module is used for calculating the sales condition of commodities on each regional heap, the network navigation module is used for moving the position of each regional heap according to the sales condition of each commodity heap in the visitor flow rate, and the customer identification module comprises an infrared sensing module, a counting module and a timing module. The commodity sampling module comprises a quality sensing module and a hot sell degree analysis module, the network navigation module comprises a positioning module, an arrangement matching module and a mobile navigation module, and the hot sell degree analysis module is electrically connected with the arrangement matching module; according to the invention, the method has the characteristic of controlling the movement of the ground pile for placing the commodities according to the taking and putting-back actions of the customer.

Description

Technical Field

[0001] The present invention relates to the technical field of network community management, and in particular to an autonomous network community management system based on blockchain technology. Background Art

[0002] In order to meet the daily needs of the residents in various communities, many community supermarkets have sprung up like mushrooms after a rain. The pile of goods is an important way for community supermarkets to promote and sell goods, which can often quickly catch the attention of passing customers and increase the probability of selling goods.

[0003] However, there is a big difference between community supermarkets and large supermarkets. The popular commodities in community supermarkets are independent and cannot be piled up like traditional large supermarkets. It is very likely that things that are popular in large supermarkets are not popular in some communities. In this case, the piled-up commodities amplify the problem of lack of interactivity with customers, resulting in the inability to accurately grasp the customer's satisfaction with the commodities. As a result, some commodities with poor sales will occupy the prime locations with high traffic volume in community supermarkets in vain, which greatly reduces the revenue benefits of community supermarkets. Therefore, it is necessary to design an autonomous network community management system based on blockchain technology that matches the piles with the traffic areas according to the customers' picking actions. Summary of the invention

[0004] The purpose of the present invention is to provide an autonomous network community management system based on blockchain technology to solve the problems raised in the above background technology.

[0005] In order to solve the above technical problems, the present invention provides the following technical solutions: an autonomous network community management system based on blockchain technology, comprising a customer identification module, a commodity sampling module and a network navigation module, wherein the customer identification module is used to identify the customer flow in each area of ​​the community supermarket, the commodity sampling module is used to calculate the sales of commodities on the ground piles in each area, and the network navigation module is used to move the position of the ground piles in each area according to the sales of each commodity ground pile according to the flow of people.

[0006] According to the above technical solution, the customer identification module includes an infrared sensing module, a counting module and a timing module, the commodity sampling module includes a quality sensing module and a hot selling analysis module, the network navigation module includes a positioning module, an arrangement matching module and a mobile navigation module, and the hot selling analysis module is electrically connected to the arrangement matching module;

[0007] The infrared sensing module is used to draw infrared sensing thermal images of customers in the community supermarket through infrared sensing, the counting module is used to record the number of customers, the timing module is used to record the time, the quality sensing module is used to sense the changes in the quantity of goods on the ground pile, the hot-selling analysis module is used to analyze the sales of regional ground pile goods in the community supermarket, the positioning module is used to locate the ground pile, the arrangement matching module is used to perform regional matching of the ground pile of goods according to the sales situation of the goods, and the mobile navigation module is used to move the ground pile and navigate to the matching area.

[0008] According to the above technical solution, the specific working process of the network community management system includes the following steps:

[0009] S1. Multiple commodity piles are distributed in a community supermarket. When a customer enters the community supermarket, the infrared sensing module performs infrared sensing recognition on the customers in each area of ​​the community supermarket. The customer recognition module recognizes the customer flow H in the area P near the pile.

[0010] S2, the quality sensing module senses the change in the quality of the goods on the ground pile, determines the actions of the user picking up the goods and putting them back or picking up the goods without putting them back, the popularity analysis module calculates the customer's hesitation level W for the goods, and the goods sampling module calculates the sales situation S of the regional ground pile goods in the community supermarket according to the customer flow;

[0011] S3, the arrangement and matching module arranges the customer flow H of the ground pile location and the sales situation S of the ground pile goods respectively, and then matches them according to the arrangement order;

[0012] S4. The mobile navigation module is installed at the bottom of the ground pile, and moves to the area corresponding to the ground pile according to the result of the arrangement and matching module.

[0013] According to the above technical solution, the specific working process of the customer identification module in the above step S1 includes the following steps:

[0014] S1-1. Multiple commodity piles are distributed in the community supermarket. The infrared sensing unit is installed in the piles. When customers enter the community supermarket, the infrared sensing module performs infrared sensing and identification on customers in various areas of the community supermarket and draws infrared sensing thermal images of the human body.

[0015] S1-2, the counting unit counts the number of customers n in the area P near the current pile, and the timing module records the total number of customers N passing through the area within the sampling time Δt;

[0016] S1-3, the customer identification module calculates the customer flow in the area Where k is the customer passing coefficient, which is related to the calculation of customer flow based on the number of people passing through the area.

[0017] According to the above technical solution, the specific working process of the commodity sampling module includes the following steps:

[0018] S2-1, the quality sensing module records the mass M of the goods on the ground pile, and when the user takes the goods, the quality sensing module records the change Δm in the quality of the goods;

[0019] S2-2, the quality sensing module determines the actions of users picking up goods and putting them back or picking up goods without putting them back according to the increase and decrease Δm of the mass of the goods on the ground pile, that is, every decrease of Δm in mass means that a customer picks up the goods, and every increase of Δm in mass means that a customer puts the goods back. The quality sensing module records the number of customers who pick up goods and do not put them back within the sampling time Δt as x 1 , the number of customers who picked up the goods and put them back is x 2 ;

[0020] S2-3. The hot sale analysis module calculates the degree of hesitation of customers in the area regarding the product. The commodity sampling module calculates the sales of regional ground-floor commodities in community supermarkets based on customer flow, specifically:

[0021]

[0022] Where M is the area of ​​the region.

[0023] According to the above technical solution, the positioning module is installed in each ground pile and performs positioning, and the arrangement and matching module arranges the customer flow H of the ground pile location and the sales situation S of the ground pile goods respectively, and then matches the ground pile and the area according to the arrangement order, that is, the ground pile with good sales is matched to the area with large customer flow, and the ground pile goods with poor sales are matched to the area with small customer flow.

[0024] According to the above technical solution, the mobile navigation module includes a path navigation module and a movement module, the path navigation module is used to perform path navigation on the area where the ground pile is going to go, and the movement module is used to control the movement of the ground pile. The specific working process of the mobile navigation unit in the above step S4 includes the following steps:

[0025] S4-1, the positioning module locates the position of the ground pile and determines whether the area where the ground pile is located is consistent with the matching result area of ​​the arrangement matching module;

[0026] S4-2, if they are inconsistent, the path navigation module performs path navigation on the area where the pile is going to go, and the mobile module starts working. At this time, the mobile module lowers the tires and moves the base of the pile;

[0027] S4-3, after the positioning module determines that the piles in each location have arrived at the matching area, the mobile navigation module stops working.

[0028] According to the above technical solution, the network navigation module includes a protection unit, which is used to prevent the ground pile from colliding with customers during movement. The protection unit includes a distance analysis unit and a speed control unit. The distance analysis unit is used to analyze the distance between the ground pile and the customer, and the speed control unit is used to control the moving speed of the ground pile. The specific working process of the protection unit includes the following steps:

[0029] S5-1, during the movement of the ground pile, the distance analysis unit calculates the distance d from the infrared sensing thermal imaging of the customer according to the positioning of the ground pile by the positioning unit;

[0030] S5-2, the speed control unit is at the initial speed v 0 Control the movement of the ground pile. When the distance d is less than the preset value d of the protection unit, 0 When the customer leaves, the speed control unit reduces the speed to 0 and continues to move forward after the customer leaves.

[0031] According to the above technical solution, the quality sensing module includes a reminder unit, which is used to remind the community supermarket staff to replenish the goods piled on the ground. When the quality sensing module senses that the quality of the goods is lower than the preset value M 0 When the reminder unit determines that the quantity of the goods in the pile is insufficient, it sends a shortage reminder to the staff.

[0032] According to the above technical solution, the network community management system includes a reset unit, which is used to reset the stored data after the ground pile moves to the matching area, and repeat this process.

[0033] Compared with the prior art, the beneficial effect achieved by the present invention is that the present invention matches the goods piled on the ground with the customer flow areas according to the customers' taking and putting back actions, so that popular goods are always placed in the areas with large customer flow, thereby increasing the revenue benefits of the community supermarket. BRIEF DESCRIPTION OF THE DRAWINGS

[0034] The accompanying drawings are used to provide a further understanding of the present invention and constitute a part of the specification. Together with the embodiments of the present invention, they are used to explain the present invention and do not constitute a limitation of the present invention. In the accompanying drawings:

[0035] Figure 1 It is a schematic diagram of the system module of the present invention;

[0036] Figure 2 It is a schematic diagram of the mobile structure of the present invention. DETAILED DESCRIPTION

[0037] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0038] See also Figure 1-2 The present invention provides a technical solution: an autonomous network community management system based on blockchain technology. The robot adopts the network community management system as a whole, including a customer identification module, a commodity sampling module and a network navigation module. The customer identification module is used to identify the customer flow in each area of ​​the community supermarket, the commodity sampling module is used to calculate the sales of commodities on the ground piles in each area, and the network navigation module is used to move the position of the ground piles in each area according to the sales of each commodity ground pile by the flow of people.

[0039] The customer identification module includes an infrared sensing module, a counting module and a timing module, the commodity sampling module includes a quality sensing module and a hot selling analysis module, the network navigation module includes a positioning module, an arrangement matching module and a mobile navigation module, and the hot selling analysis module is electrically connected to the arrangement matching module;

[0040] The infrared sensing module is used to draw infrared sensing thermal images of customers in the community supermarket through infrared sensing, the counting module is used to record the number of customers, the timing module is used to record the time, the quality sensing module is used to sense the change in the quantity of goods on the ground pile, the hot sale analysis module is used to analyze the sales of regional ground pile goods in the community supermarket, the positioning module is used to locate the ground pile, the arrangement matching module is used to match the ground pile of goods in the area according to the sales of goods, and the mobile navigation module is used to move the ground pile and navigate to the matching area;

[0041] The specific working process of the network community management system includes the following steps:

[0042] S1. Multiple commodity piles are distributed in a community supermarket. When a customer enters the community supermarket, the infrared sensing module performs infrared sensing recognition on the customers in each area of ​​the community supermarket. The customer recognition module recognizes the customer flow H in the area P near the pile, determines the customer flow in each area of ​​the community supermarket, and identifies which areas of the community supermarket are more valuable.

[0043] S2. The quality sensing module senses the change in the quality of the goods on the ground pile, and determines the actions of users picking up goods and putting them back or picking up goods without putting them back. The popularity analysis module calculates the customer's hesitation degree W for the goods. The goods sampling module calculates the sales situation S of the goods on the ground pile in the community supermarket according to the customer flow. When a customer picks up a product and puts it back, it means that the customer is not satisfied with the product. When a customer picks up a product and does not put it back, it means that the customer is satisfied with the product. The overall sales situation of the product can be inferred from this.

[0044] S3, the arrangement and matching module arranges the customer flow H of the ground pile location and the sales situation S of the ground pile goods respectively, and then matches them according to the arrangement order, so that popular goods can always be placed in the area with large customer flow, making the community supermarket more efficient;

[0045] S4, the mobile navigation module is installed at the bottom of the ground pile, and goes to the area corresponding to the ground pile according to the result of the arrangement and matching module. The ground pile moves automatically without paying additional manpower costs, thus achieving high efficiency;

[0046] The specific working process of the customer identification module in the above step S1 includes the following steps:

[0047] S1-1. Multiple commodity piles are distributed in the community supermarket. The infrared sensing unit is installed in the piles. When customers enter the community supermarket, the infrared sensing module performs infrared sensing and identification on customers in various areas of the community supermarket and draws infrared sensing thermal images of the human body.

[0048] S1-2, the counting unit counts the number of customers n in the area P near the current pile, and the timing module records the total number of customers N passing through the area within the sampling time Δt;

[0049] S1-3, the customer identification module calculates the customer flow in the area Among them, k is the customer passing coefficient, which is related to the calculation of customer flow by the number of people passing through the area, and determines the customer flow of each area of ​​the community supermarket, and identifies which areas of the community supermarket are more valuable;

[0050] The specific working process of the commodity sampling module includes the following steps:

[0051] S2-1, the quality sensing module records the mass M of the goods on the ground pile, and when the user takes the goods, the quality sensing module records the change Δm in the quality of the goods;

[0052] S2-2, the quality sensing module determines the actions of users picking up goods and putting them back or picking up goods without putting them back according to the increase and decrease Δm of the mass of the goods on the ground pile, that is, every decrease of Δm in mass means that a customer picks up the goods, and every increase of Δm in mass means that a customer puts the goods back. The quality sensing module records the number of customers who pick up goods and do not put them back within the sampling time Δt as x 1, the number of customers who picked up the goods and put them back is x 2 When a customer picks up a product and puts it back, it means that the customer is not satisfied with the product. When a customer picks up a product and does not put it back, it means that the customer is satisfied with the product. From this, we can infer the total sales of the product.

[0053] S2-3. The hot sale analysis module calculates the degree of hesitation of customers in the area regarding the product. The commodity sampling module calculates the sales of regional ground-floor commodities in community supermarkets based on customer flow, specifically:

[0054]

[0055] Where M is the area of ​​the region;

[0056] The positioning module is installed at each pile and performs positioning. The arrangement and matching module arranges the customer flow H of the pile location and the sales situation S of the piled goods respectively, and then matches the piles and areas according to the arrangement order, that is, the piles with good sales are matched to the areas with large customer flow, and the piled goods with poor sales are matched to the areas with small customer flow, so that popular goods can always be placed in the areas with large customer flow, making the community supermarket more efficient.

[0057] The mobile navigation module includes a path navigation module and a movement module. The path navigation module is used to perform path navigation on the area where the ground pile is going to go, and the movement module is used to control the movement of the ground pile. The specific working process of the mobile navigation unit in the above step S4 includes the following steps:

[0058] S4-1, the positioning module locates the position of the ground pile, determines whether the area where the ground pile is located is consistent with the matching result area of ​​the arrangement matching module, and can determine whether the ground pile needs to be moved;

[0059] S4-2, if they are inconsistent, the path navigation module performs path navigation on the area where the pile is going to go, and the mobile module starts working. At this time, the mobile module lowers the tires and moves the base of the pile. The pile moves automatically without paying additional manpower costs, thus achieving high efficiency;

[0060] S4-3. After the positioning module determines that the piles have reached the matching area, the mobile navigation module stops working.

[0061] The network navigation module includes a protection unit, which is used to prevent the ground pile from colliding with the customer during movement. The protection unit includes a distance analysis unit and a speed control unit. The distance analysis unit is used to analyze the distance between the ground pile and the customer, and the speed control unit is used to control the moving speed of the ground pile. The specific working process of the protection unit includes the following steps:

[0062] S5-1, during the movement of the ground pile, the distance analysis unit calculates the distance d from the infrared sensing thermal imaging of the customer according to the positioning of the ground pile by the positioning unit;

[0063] S5-2, the speed control unit is at the initial speed v 0 Control the movement of the ground pile. When the distance d is less than the preset value d of the protection unit, 0 When the vehicle is in a traffic jam, the speed control unit will reduce the speed to 0 and continue to move forward after the customer leaves, thus protecting the customer's personal safety.

[0064] The quality sensing module includes a reminder unit, which is used to remind the community supermarket staff to replenish the goods piled on the ground. When the quality sensing module senses that the quality of the goods is lower than the preset value M 0 When the reminder unit determines that the quantity of the goods in the pile is insufficient, it sends a shortage reminder to the staff;

[0065] The network community management system includes a reset unit, which is used to reset the stored data after the ground pile moves to the matched area, and repeat this process.

[0066] Example: Assume that multiple commodity piles are distributed in a community supermarket, and the counting unit counts the area around the current pile as P = 50m 2 The number of customers in the area is n = 10 people. The timing module records the total number of customers N = 30 people passing through the area within the sampling time Δt = 1h; the customer identification module calculates the customer flow H in the area 1 =0.4, the passenger flow in the area where the second pile is located is H 2 = 0.5, the quality sensing module determines the actions of users picking up goods and putting them back or picking up goods without putting them back according to the increase and decrease Δm of the mass of goods on the ground pile, and records the number of customers who pick up goods and do not put them back within the sampling time Δt = 1h as x 1 = 5 people, the number of customers who picked up and put back is x 2 = 10 people, the hot sale analysis module calculates the hesitation degree of customers in the first area of ​​the ground pile for the product W = 2, and the product sampling module calculates the sales situation of the regional ground pile products in the community supermarket according to the customer flow S 1 =5, the sales of the second product in the ground pile S 2 =4, the arrangement and matching module arranges the customer flow H of the pile location and the sales situation S of the goods in the pile respectively, and determines that the sales situation of the goods in piles 1 and 2 do not match the customer flow, and the position needs to be exchanged. The path navigation module performs path navigation on the area where the pile is going to go, and the mobile module starts working. At this time, the mobile module lowers the tires and moves the base of the pile. After the positioning module determines that the piles have reached the matching area, the mobile navigation module stops working.

[0067] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device. Finally, it should be noted that the above is only a preferred embodiment of the present invention and is not intended to limit the present invention. Although the present invention has been described in detail with reference to the aforementioned embodiments, it is still possible for those skilled in the art to modify the technical solutions recorded in the aforementioned embodiments, or to replace some of the technical features therein by equivalents. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present invention should be included in the protection scope of the present invention.

Claims

1. An autonomous network community management system based on blockchain technology, characterized by: The network community management system includes a customer identification module, a commodity sampling module and a network navigation module, wherein the customer identification module is used to identify the customer flow in each area of ​​the community supermarket, the commodity sampling module is used to calculate the sales of commodities on the ground piles in each area, and the network navigation module is used to move the position of the ground piles in each area according to the flow of people and the sales of each commodity ground pile; The customer identification module includes an infrared sensing module, a counting module and a timing module, the commodity sampling module includes a quality sensing module and a hot selling analysis module, the network navigation module includes a positioning module, an arrangement matching module and a mobile navigation module, and the hot selling analysis module is electrically connected to the arrangement matching module; The infrared sensing module is used to draw infrared sensing thermal images of customers in the community supermarket through infrared sensing, the counting module is used to record the number of customers, the timing module is used to record the time, the quality sensing module is used to sense the change in the quantity of goods on the ground pile, the hot sale analysis module is used to analyze the sales of regional ground pile goods in the community supermarket, the positioning module is used to locate the ground pile, the arrangement matching module is used to match the ground pile of goods in the area according to the sales of the goods, and the mobile navigation module is used to move the ground pile and navigate to the matching area; The specific working process of the network community management system includes the following steps: S1. Multiple commodity piles are distributed in a community supermarket. When a customer enters the community supermarket, the infrared sensing module performs infrared sensing recognition on the customers in each area of ​​the community supermarket. The customer recognition module recognizes the customer flow H in the area P near the pile. S2, the quality sensing module senses the change in the quality of the goods on the ground pile, determines the actions of the user picking up the goods and putting them back or picking up the goods without putting them back, the popularity analysis module calculates the customer's hesitation degree W for the goods, and the goods sampling module calculates the sales situation S of the regional ground pile goods in the community supermarket according to the customer flow; S3, the arrangement and matching module arranges the customer flow H of the ground pile location and the sales situation S of the ground pile goods respectively, and then matches them according to the arrangement order; S4, the mobile navigation module is installed at the bottom of the ground pile, and moves to the area corresponding to the ground pile according to the result of the arrangement and matching module; The specific working process of the customer identification module in the above step S1 includes the following steps: S1-1. Multiple commodity piles are distributed in the community supermarket. The infrared sensing unit is installed in the piles. When customers enter the community supermarket, the infrared sensing module performs infrared sensing and identification on customers in various areas of the community supermarket and draws infrared sensing thermal images of the human body. S1-2, the counting unit counts the number of customers n in the area P near the current pile, and the timing module records the total number of customers N passing through the area within the sampling time Δt; S1-3, the customer identification module calculates the customer flow in the area Where k is the customer passing coefficient, which is related to calculating the customer flow by the number of people passing through the area; The specific working process of the commodity sampling module includes the following steps: S2-1, the quality sensing module records the mass M of the goods on the ground pile, and when the user takes the goods, the quality sensing module records the change Δm in the quality of the goods; S2-2, the quality sensing module determines the actions of users picking up goods and putting them back or picking up goods without putting them back according to the increase and decrease Δm of the mass of the goods on the ground pile, that is, every decrease of Δm in mass means that a customer picks up the goods, and every increase of Δm in mass means that a customer puts the goods back. The quality sensing module records the number of customers who pick up goods and do not put them back within the sampling time Δt as x1, and the number of customers who pick up goods and put them back as x2; S2-3. The hot sale analysis module calculates the degree of hesitation of customers in the area regarding the product. The commodity sampling module calculates the sales of regional ground-floor commodities in community supermarkets based on customer flow, specifically: Where M is the area of ​​the region; The network navigation module includes a protection unit, which is used to prevent the ground pile from colliding with customers during movement. The protection unit includes a distance analysis unit and a speed control unit. The distance analysis unit is used to analyze the distance between the ground pile and the customer, and the speed control unit is used to control the moving speed of the ground pile. The specific working process of the protection unit includes the following steps: S5-1, during the movement of the ground pile, the distance analysis unit calculates the distance d from the infrared sensing thermal imaging of the customer according to the positioning of the ground pile by the positioning unit; S5-2, the speed control unit controls the movement of the ground pile at an initial speed v0. When the distance d is less than the preset value d0 of the protection unit, the speed control unit reduces the speed to 0 and continues to move forward after the customer leaves.

2. According to claim 1, an autonomous network community management system based on blockchain technology is characterized by: The quality sensing module includes a reminder unit, which is used to remind community supermarket staff to replenish the goods piled on the ground. When the quality sensing module senses that the quality of the goods is lower than a preset value M0, the reminder unit determines that the quantity of the goods piled on the ground is insufficient and issues a stock-out reminder to the staff.

3. According to claim 1, an autonomous network community management system based on blockchain technology is characterized by: The network community management system includes a reset unit, which is used to reset the stored data after the ground pile moves to the matched area, and repeat this process.

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