KR101836197B1 - Store management device for providing store investment information based on fintech and system using the same - Google Patents

Abstract

The present invention relates to a store management apparatus for providing store investment information based on Pin Tech and a store investment information providing system based on Pin Tech.
According to an embodiment of the present invention, there is provided a system for providing store investment information based on Pin Tech, comprising: a gas sensing sensor disposed in a store to detect gas leakage; A fire detection sensor disposed in the store to detect whether or not a fire has occurred; An intrusion detection sensor for detecting whether or not an intruder is intruded after closing of a store; A temperature sensor for sensing the temperature of the store; A humidity sensor for sensing the humidity of the store; A residential personnel sensing device for sensing an operating object inside the store and measuring the number of residential customers; A store management device for receiving data from the gas sensing sensor, the fire sensing sensor, the intrusion sensing sensor, the temperature sensor, the humidity sensor, and the room occupancy sensing device to determine a burial state; And an investment information providing server that receives data from the store management device and transmits data on a store status to a subscriber terminal (UE) subscribed to an investment information service in real time.

Description

BACKGROUND OF THE INVENTION Field of the Invention [0001] The present invention relates to a store management apparatus for providing investment information based on a pin-tech, and a pin-tech-based store investment information providing system including the same,

The present invention relates to a store management apparatus for providing store investment information based on Pin Tech, and a system for providing store investment information based on Pin Tech, and more particularly, The present invention relates to a store management apparatus for providing store investment information based on PinTech, which can be utilized for investment and store management, and a system for providing store investment information based on PinTech.

The data to judge for investment is very diverse. In particular, IOT-based financial investment analysis can receive a lot of data in real time. Therefore, it is necessary to find meaningful patterns hidden from a large number of data, to extract value, and to predict future investment potential based on this.

In order to properly analyze offline stores, visitors should be able to understand what happens at each stage, from the outside flow population to the store visitor, the pattern of stay and purchase, and the return visit. It is also necessary to know the proper stay time and the appropriate revisit rate. In general, I think that the longer the stay time, the higher the sales, but the appropriate time for residence depends on the type of industry. This is also true for customers' return rates.

In addition, all investment buildings have different usage patterns, sales products, sales, location directions of buildings, and exterior window equipment, and usage patterns are different. In addition, the amount of energy used differs according to changes in the outside temperature of each investment building.

Therefore, in the changes of sales, energy consumption, recurring days and seasons in investment buildings, information such as sales, visitor type, and floating population can be checked in real time, and a certain pattern can be found and used for investment There is a need.

Problems to be solved by the present invention are as follows.

First, the related information of the store is transmitted to the terminal of the subscriber in real time so that it can be utilized for investment.

Second, it is able to monitor the temperature, humidity, fire, crime prevention, and heat efficiency inside the store from outside in real time and manage multiple stores simultaneously.

The problems of the present invention are not limited to the above-mentioned problems, and other problems not mentioned can be clearly understood by those skilled in the art from the following description.

According to an aspect of the present invention, there is provided a system for providing store investment information based on Pin Tech, comprising: a gas sensing sensor disposed in a store for sensing gas leakage; A fire detection sensor disposed in the store to detect whether or not a fire has occurred; An intrusion detection sensor for detecting whether or not an intruder is intruded after closing of a store; A temperature sensor for sensing the temperature of the store; A humidity sensor for sensing the humidity of the store; A residential personnel sensing device for sensing an operating object inside the store and measuring the number of residential customers; A store management device for receiving data from the gas sensing sensor, the fire sensing sensor, the intrusion sensing sensor, the temperature sensor, the humidity sensor, and the room occupancy sensing device to determine a burial state; And an investment information providing server that receives data from the store management device and transmits data on a store status to a subscriber terminal (UE) subscribed to an investment information service in real time.

Also, the store management device for providing store investment information based on Pin Tech according to an embodiment of the present invention includes a sales information operation unit for receiving sales information from a payment manager for managing sales generated in a store, and calculating real-time sales information An embedded process module; And a communication module for transmitting an operation result of the process module to an investment information providing server that transmits sales information generated in the store to a plurality of predetermined user equipments (UEs).

The details of other embodiments are included in the detailed description and drawings.

The present invention has the following effects.

First, related information of the store can be transmitted to the terminal of the subscriber in real time and utilized for investment.

Second, it can monitor the temperature, humidity, fire, crime prevention, and thermal efficiency inside the store from the outside in real time and manage multiple stores simultaneously.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the description of the claims.

FIG. 1 is a flow diagram illustrating a data acquisition process of a store management apparatus among the PIN tech-based store investment information providing system according to an exemplary embodiment of the present invention.
2 is a block diagram of a system for providing store investment information based on PinTech according to an embodiment of the present invention.
3 is a block diagram of a store management apparatus according to an embodiment of the present invention.
4 is a flowchart of a method of providing store investment information based on PinTech according to an embodiment of the present invention.
5 is a flowchart illustrating a method of providing store investment information based on PinTech according to another embodiment of the present invention.
6 is a flowchart of a method of providing store investment information based on Pin Tech according to another embodiment of the present invention.
FIG. 7 is a flow chart of a method of providing store investment information based on PinTech according to another embodiment of the present invention.
FIG. 8 is a flow chart of a method of providing store investment information based on Pin Tech according to another embodiment of the present invention.
FIG. 9 is a flowchart of a method of providing store investment information based on PinTech according to another embodiment of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS The advantages and features of the present invention, and the manner of achieving them, will be apparent from and elucidated with reference to the embodiments described hereinafter in conjunction with the accompanying drawings.

The present invention may, however, be embodied in many different forms and should not be construed as being limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the invention to those skilled in the art. Is provided to fully convey the scope of the invention to those skilled in the art, and the invention is only defined by the scope of the claims. Like reference numerals refer to like elements throughout the specification.

Hereinafter, the present invention will be described with reference to the drawings.

FIG. 1 is a flow diagram illustrating a data acquisition process of the store management apparatus 3 among the PIN tech-based store investment information providing system according to an embodiment of the present invention.

Referring to FIG. 1, a system for providing store investment information based on Pin Tech according to an exemplary embodiment of the present invention includes a gas sensing sensor 10 disposed in a store to detect gas leakage; A fire detection sensor 20 disposed in a store and detecting whether or not a fire has occurred; An intrusion detection sensor (30) for detecting whether an intruder is intruded after closing of a store; A temperature sensor 40 for sensing the temperature of the store; A humidity sensor (50) for sensing the humidity of the store; A residential personnel sensing device 60 for sensing an operating object inside the store and measuring the number of residential customers; Data is received from the gas detection sensor 10, the fire detection sensor 20, the intrusion detection sensor 30, the temperature sensor 40, the humidity sensor 50, A store management device 3; And an investment information providing server 5 that receives data from the store management device 3 and transmits data on the store status to the subscriber terminal 7 (UE) subscribed to the investment information service in real time.

Through the information transmitted from the sensors, subscribers can grasp the status of the store at a remote location and monitor a plurality of stores at the same time.

The PIN investment-based store investment information providing system according to an embodiment of the present invention includes a payment management unit 90 for managing sales generated in a store and transmitting sales information to the store management apparatus 3 in real time. The settlement manager 90 may be a device that manages POS (Point of Sale).

The occupant monitoring device 60 measures the distance between the operating objects and transmits the distance information to the store management device 3. The store management device 3 stores the distance information on the basis of the measured distance information and the number of operating objects To determine the number of groups and the number of customers per group. The occupant detection device (60) detects an object moving inside the store. The residential personnel detection device 60 measures the number of customers in the store by counting the number of moving objects.

The occupant detection device (60) measures the distance between moving objects. The measured values of the occupant detection device 60 are transmitted to the process module 100. The process module 100 can determine that the distance between the rooms is within a predetermined distance, that is, one group (team, group guest).

The process module 100 can determine how many customers are made of one group. The process module 100 can grasp the sales per customer or group in real time through the sales management device and the staff room sensing device 60. [

2 is a block diagram of a system for providing store investment information based on PinTech according to an embodiment of the present invention. 3 is a block diagram of a store management apparatus 3 according to an embodiment of the present invention.

2 to 3, the store management apparatus 3 for providing store investment information based on Pin Tech according to an exemplary embodiment of the present invention receives sales information from a payment manager that manages sales generated in stores A process module (100) including a sales information operation unit (106) for calculating real time sales information; And a communication module 300 for transmitting an operation result of the process module 100 to an investment information providing server 5 that transmits sales information generated in a store to a plurality of predetermined subscriber terminals 7 .

The sales information calculated by the process module 100 is transmitted to the investment information providing server 5. The investment information providing server 5 transmits the sales information to the subscriber terminal 7 via the network 1 in real time.

The process module 100 collects signals of the terminals in the vicinity of the store through an access point (AP) 80 installed in the store, extracts the RSSI from the collected signals, And a terminal discriminating section (101) for recognizing the visited terminal as a customer terminal if the terminal meets a predetermined residence time condition after determining the terminal as a visited terminal if the terminal has a predetermined intensity condition or more, and the communication module (300) And transmits the recognition number information of the customer terminal to the server 5.

The wireless signal of the mobile device may be a signal using a communication network such as Wi-Fi, 3G / LTE, Bluetooth and the like.

Wi-Fi is composed of 6 modes. The most used mode is AP (80) (router) mode and client (terminal) mode. The AP 80 mode corresponds to a hotspot (wireless router) installed in connection with an external Internet line, and supports a connection of an Ethernet network 1 to wireless terminals. The client mode corresponds to a notebook computer, a cellular phone, or other wireless device that accesses the AP 80 to receive and transmit data.

In addition, the monitor mode developed for normal radio transmission / reception and packing debugging of Wi-Fi equipment plays a role of reading all the packets in the space.

The present invention grasps all packet headers in a space using a monitor mode, identifies a unique MAC address or MAC information of the terminal, recognizes a unique visitor, and calculates a distance based on the signal strength to collect statistical data of a shop visitor .

When using the signals of the 3G / LTE communication network, it distinguishes the electronic serial number (ESN) such as the MAC address of the Wi-Fi through the 3G / LTE cellular decoders. This enables them to recognize unique visitors and collect statistical data for shop visitors.

When using a Bluetooth wireless communication network, it can be utilized as a visitor recognition source as in the case of Wi-Fi. It can be used to collect statistical information on its own by replacing Wi-Fi, and can also be used for collecting data with Wi-Fi and correcting Wi-Fi statistical data.

Since the Wi-Fi signal is not connected to the specific AP 80 and a periodic signal is generated, the unique information can be grasped in real time through the sensor having the monitor mode.

The AP 80 is a portable terminal installed in a predetermined area (zone) or any location in the store (for example, a specific area or a center of a store, a specific area or a shop entrance, Or a communication terminal of a mobile phone, a smart phone, a PMP, a smart pad, a smart book, a tablet PC, a netbook, a notebook, etc., carried by a user who is moving around a store or a user visiting a store) And may be a wireless access point (Access Point). Hereinafter, for convenience of explanation, the name of a specific area (zone) or a store will be collectively referred to as a store.

 One or a plurality of the APs 80 (or the sensing APs 80) may be installed in one store according to the type and size of the store to acquire Wi-Fi signals received from the mobile terminals entering the service area thereof, To the subscriber terminal 7 through the subscriber terminal 1, for example. At this time, the WiFi signal transmitted from each AP 80 to the subscriber terminal 7 includes, for example, a customer MAC address, a reception strength (i.e., received field strength RSSI), a visit date / time and a store ID ), And the like.

 Here, the network 1 may be any one of a second-generation communication network, a third-generation communication network, a fourth-generation communication network, and a fifth-generation communication network or a wired communication network including a wireless communication network including a combination of at least two communication networks and a wired Internet . ≪ / RTI >

Information on the subscriber terminal 7 may be stored in the investment information providing server 5. [ The subscriber terminal 7 means a portable terminal (for example, a mobile phone, a smart phone, a PMP, a smart pad, a smart book, a tablet PC, a netbook, a notebook, etc.) used or owned by subscribers, (E.g., a desktop computer, a notebook computer, a tablet PC, a netbook, etc.) that can be connected to the subscriber terminal 7 through the network 1, and the like.

 Each subscriber terminal 7 can receive a store investment information service from the subscriber terminal 7 via wireless or wire according to the present invention.

A method for distinguishing a floating terminal from a visited terminal and a customer terminal will be described in more detail as follows.

The process module 100 may include a signal collecting unit, a packet determining unit, a signal strength extracting unit, a flow terminal managing unit 102, a visiting terminal managing unit 103, a resident terminal filtering unit and a store statistics generating unit, The module 200 may include a signal storage unit, a terminal information storage unit, a statistic storage unit, and a MAC storage unit. (The above configurations are not shown)

The signal collecting unit collects Wi-Fi signals (Wi-Fi data) of portable terminals received in seconds from the APs 80 in each store having a preset service area via the network 1, And storing them in a signal storage unit. Here, the WiFi signal (data) may include, for example, a customer MAC address, a reception strength (i.e., RSSI), a visit date and time, and a store ID.

The packet discrimination unit analyzes the Wi-Fi signals collected through the signal collecting unit and stored in the signal storage unit to determine whether the Wi-Fi signal is a data packet (data frame) or another packet (other frame) , And when the data packet is a data packet, it transmits the determination result to the flow-order management unit 102, and when the packet is a packet, it transmits the determination result to the signal strength extraction unit. Here, the other packets (other frames) may mean, for example, Association Frame, Disassociation Frame, De-authentication Frame, and the like.

The signal strength extracting unit groups the data into the same terminal MAC in a cycle of 1 minute, extracts the maximum signal intensity, that is, the RSSI of the maximum value from the grouped data, and forwards it to the flow terminal management unit 102 And so on. Here, the grouping period of data to be grouped into the same terminal MAC may be changed to a shorter or longer period as necessary.

The flow terminal management unit 102 recognizes (processes) the portable terminal as a visiting customer terminal that has entered (entered) the store when a data packet (data frame) discrimination result is provided from the packet discrimination unit, And storing it in an information storage unit.

The flow terminal management unit 102 may determine that the RSSI of the maximum value transmitted from the signal strength extraction unit satisfies the range of the first signal intensity threshold condition and the predetermined second signal intensity threshold condition It is possible to provide a function of discriminating whether or not the image is displayed. Here, the first signal strength threshold condition means a condition that the RSSI is relatively low, and the second signal strength threshold condition is a condition that the RSSI is the first signal strength threshold condition May have a signal intensity range that is at least greater than the signal strength range of the signal strength of the signal.

When the RSSI of the maximum value satisfies the first signal strength threshold condition, the flow terminal management unit 102 recognizes the terminal as a flow terminal and stores it in the terminal information storage unit, RSSI) satisfies the second signal strength threshold condition, the terminal can be recognized as a visiting customer terminal and stored in the terminal information storage together with the condition satisfaction check frequency information. Here, the floating terminal means a portable terminal which can be recognized as a floating population in the vicinity of a store (or in front of a store), and a visiting customer terminal means a portable terminal that has come into a store.

The first and second signal strength threshold conditions are determined based on RSSI filtering reference values (profiling values of RSSI thresholds according to store classification) according to the store type (e.g., dense store, stand-alone store, roadside store, The RSSI filtering reference value can be flexibly applied according to the size of the store (large, medium, small, the number of buildings, etc.), and the installation location of the AP 80 (center of the store, The RSSI filtering reference value can be flexibly applied according to the minimum / maximum distance between the store boundaries from the installation position and the installation position of the AP 80, or the like. In addition, a plurality of APs 80 may be installed in each store according to its size and shape. In this case, the APs 80 may be designed to be grouped and processed according to the MACs of the users.

Each of the first and second signal strength threshold conditions can be differentially applied to different values depending on the terminal OS (e.g., the type and version of the terminal OS) mounted on the portable terminal. For example, the WiFi MAC address is composed of six octets. The type and version of the terminal OS can be checked based on the three octets, and the threshold condition of the signal strength The range can be applied differently.

In this case, the flow terminal management unit 102 may determine that the terminal is located outside the road or at a terminal on a different layer from the store It is regarded as inappropriate data for the analysis for the store customer management, and the related information of the terminal is discarded.

The flow terminal management unit 102 determines whether or not the maximum value extracted from a Wi-Fi signal (for example, data grouped by the same terminal MAC group every one minute period) collected from the mobile terminal registered in the terminal information storage unit by the visiting client terminal or the visiting terminal It is regarded that the terminal (customer holding the terminal) advances out of the store (leaving), and the portable terminal is stored in the terminal information storage section when it is judged that the received signal electric field strength RSSI of the terminal And store the entry (exit) of the terminal.

When the visiting customer terminal meets a predetermined residence time condition, the visiting terminal management unit 103 determines that the visiting customer terminal is a customer terminal, that is, a predetermined staying judgment reference time (for example, 10 minutes, 15 minutes, 20 minutes, 30 minutes Minute, etc.), a packet meeting a predetermined residence time condition when a packet meeting a second signal strength threshold condition is collected from the visiting customer terminal by a predetermined number of cycles (e.g., three times, four times in one minute, etc.) .

The customer terminal management unit 104 may provide a function of cumulatively accumulating customer terminals classified as customer terminals among the visiting customer terminals and storing them in the terminal information management unit. Here, the customer terminal may refer to a portable terminal that stays in a store for a certain period of time after entering the store (e.g., a stay where a product or service can be purchased at a visited store).

The process module 100 includes a staff room information calculation unit 108. [ The staff member information calculation unit 108 calculates and stores the accumulation amount of the staff members present in the store and the rate of change over time.

The sales information calculation unit 106 calculates real-time sales information based on the determined number of real-time customer terminals and real-time sales information, and the communication module 300 transmits real-time sales information to the investment information providing server 5 And transmits information.

The subscriber having the subscriber terminal 7 can use the increase / decrease ratio of the per-user sales information and per-user sales per real-time at the store as an index for estimating the increase / decrease of the profitability of the store.

The process module 100 includes a grouping unit 105 for determining the number of customer groups entering the store and the number of customers per group based on the order of Medium Access Control (MAC) information of the customer terminal collected through the AP 80, And the communication module 300 transmits the number of customer groups and the number of customers per group to the investment information providing server 5.

The process module 100 can check the Mac information determined by the customer and judge the holder of the corresponding terminal as one group (group guest) if the user has entered the same time. This can be performed in the grouping section 105 of the process module 100.

The grouping unit 105 determines the number of the new customer group based on the MAC information input order of the customer terminal, groups and stores the MAC information of the group judged as newly entered, Grouping based on the order of the previously stored Mac information and the number based on the proximity if the proximity of the newly entered customer group exceeds the predetermined range through the sensing device 60. [

The grouping unit 105 may determine the number of terminals (number of customers) per group by counting the number of terminals constituting the group. Also, the grouping unit 105 simultaneously enters through the redundant person detecting unit 60, but the grouping unit 105 can distinguish between different groups. For example, when five persons enter at the same time, when two persons who are newly entered are close to each other and three persons are separated from each other and a predetermined time or more elapses, the two and three persons are judged as different groups can do. This is called regrouping.

The sales information calculation unit 106 calculates the correlation between the super-variable cost (sales-direct material cost) calculated based on the product information input to the settlement manager and the direct material cost per pre-stored product, the number of people per group, The communication module 300 transmits the correlation between the number of people per group and the second variation cost to the investment information providing server 5.

The sales information calculation unit 106 can transmit the superordinate variable cost to the investment information providing server 5. Second, variable costs are sales excluding direct material costs. Subscribers having the subscriber terminal 7 can obtain information closer to the net profit generated at the store through the super variable cost. Of course, the sales information calculation unit 106 can also output information on other fixed costs.

The process module 100 includes a terminal ratio calculation unit 107 for calculating a ratio of a floating terminal to a visiting terminal, a ratio of a visited terminal to a client terminal, and a ratio of a floating terminal to a client terminal, 300 transmits the calculated terminal ratio to the investment information providing server 5.

The subscriber having the subscriber terminal 7 estimates the information about the external appearance or internal attractiveness of the store, the excellence of the item selection in the store, the price competitiveness of the store, and the attracting power of the store through the above ratio, You can do it. The process module 100 determines that the MAC information of the visited terminal stored and newly stored matches the previously stored Mac information and determines that the customer is a returning customer, Including,

The communication module 300 transmits the calculated returning customer ratio to the investment information providing server 5. The returning customer calculation unit 108 calculates the rate of change of the returning customer based on the stored ratio of the past returning customer and the current ratio and the communication module 300 transmits the rate of change of the calculated returning customer to the investment information providing server (5).

The subscriber having the subscriber terminal 7 can estimate the growth potential of the store based on the ratio of the returning customers. Conversely, if the percentage of returning customers is low or low, you might expect sales at stores to decrease or other risk factors.

The store management apparatus 3 for providing store investment information based on Pin Tech according to an embodiment of the present invention includes a staff room personnel detection device 60 installed inside a store to detect the number of customers, (106) calculates real-time per-user sales information based on the number of customers measured and the sales information received from the payment manager. The sales information calculation unit 106 calculates sales information per real time based on the real time sales information and the pre-inputted store area, and the communication module 300 transmits the sales information per real time area to the investment information providing server 5 do.

Based on the sales information per area, the subscriber having the subscriber terminal 7 can judge that the store area is inefficient compared to the sales if the ratio is low. In addition, we can conclude that the rate of return on items sold in stores is low. The process module 100 calculates the power consumption per real-time area based on the real-time power consumption consumed for cooling or heating the store per unit time transmitted from the power consumption meter 70 disposed in the store and the pre-input store area And an energy information calculation unit 110. The communication module 300 transmits power consumption per real time area to the investment information providing server 5. [

Stores and buildings may differ in cooling or heating capacity depending on the degree of construction, month and month of construction, and location conditions. The subscriber having the subscriber terminal 7 can evaluate the insulation ability of the store at a distance based on the real time consumption power per area. The insulation capacity of a store is directly related to the energy cost, which affects variable costs.

4 is a flowchart of a method of providing store investment information based on PinTech according to an embodiment of the present invention.

Referring to FIG. 4, a PIN tech-based store investment information providing method according to an embodiment of the present invention is characterized in that the investment information providing server 5 stores real-time sales information of a payment manager, (S11); And the step S12 of the investment information providing server 5 transmitting the received real-time revenue information to a plurality of predetermined user equipments (UE) 7 (UE).

The method for providing store investment information based on Pin Tech according to an exemplary embodiment of the present invention includes a step S14 of receiving the number of customers who have entered the store and the investment information providing server 5, The management apparatus 3 collects signals of the terminal in the vicinity of the store through the AP (access point) 80 installed in the store, extracts the RSSI from the collected signals, and if the intensity is below the predetermined intensity, If the visiting terminal judges that the visiting terminal satisfies the predetermined staying time condition after judging it as the visiting terminal, the terminal recognizes the terminal as the client terminal and judges (S13). In the method of providing store investment information based on Pin Tech according to an embodiment of the present invention, the investment information providing server transmits real-time per-user sales information to the subscriber terminal 7 (S15) Based on the number of received customer terminals and real-time sales information.

The number of the customer groups and the number of the customer groups are determined based on the order of inputting the Medium Access Control (MAC) information of the customer terminal by the store management apparatus 3, If the proximity of the customer group that newly enters through the occupant detection unit 60 installed in the inside of the store exceeds a predetermined range, the information is grouped and stored, and based on the order of the previously stored Mac information and the number of persons based on the proximity, Grouping and judging.

The method for providing store investment information based on Pin Tech according to an embodiment of the present invention is a method for providing store investment information based on the product information input to the settlement manager and the super-variable cost calculated on the basis of the direct material cost per pre- Sales-direct material cost) (S17); And a step S18 of transmitting the correlation between the number of people per group and the variable cost to the subscriber terminal 7.

5 is a flowchart illustrating a method of providing store investment information based on PinTech according to another embodiment of the present invention.

Referring to FIG. 5, in the method of providing investment information providing server 5 based on Pin Tech according to an embodiment of the present invention, the investment information providing server 5 calculates a ratio of a visiting terminal to a visiting terminal, And a ratio of the customer terminal to the subscriber terminal 7 (S24).

6 is a flowchart of a method of providing store investment information based on Pin Tech according to another embodiment of the present invention.

Referring to FIG. 6, in the method of providing store investment information based on Pin Tech according to an embodiment of the present invention, the investment information providing server 5 transmits the ratio of returning customers among the total visiting customers to the subscriber terminal 7 Step S34, and the ratio of the returning customer is determined as the returning customer if the MAC information of the newly received and stored visited terminal coincides with the previously stored Mac information.

The method of providing store investment information based on Pin Tech according to an embodiment of the present invention includes a step in which the investment information providing server 5 transmits a change in the ratio of returning customers to the subscriber terminal 7 (S35).

FIG. 7 is a flow chart of a method of providing store investment information based on PinTech according to another embodiment of the present invention.

Referring to FIG. 7, in step S44, the investment information providing server 5 transmits real-time per-user sales information to the subscriber terminal 7 according to an embodiment of the present invention. And the real-time per-user sales information is determined based on the real-time occupant number information received from the occupant's number detection device 60 provided in the store by the store management device 3. [

FIG. 8 is a flow chart of a method of providing store investment information based on Pin Tech according to another embodiment of the present invention.

Referring to FIG. 8, in the method of providing store investment information based on Pin Tech according to an embodiment of the present invention, the investment information providing server 5 generates sales information per real-time area based on real-time sales information and pre- To the subscriber terminal 7 (S54).

FIG. 9 is a flowchart of a method of providing store investment information based on PinTech according to another embodiment of the present invention.

Referring to FIG. 9, a method of providing store investment information based on Pin Tech according to an embodiment of the present invention includes a step S 64 of transmitting investment information to the subscriber terminal 7 by the investment information providing server 5, ), And the real-time power consumption per unit area is calculated based on the real-time power consumption consumed by the store management apparatus 3 for cooling or heating the store per unit time and the pre-input store area.

The method for providing store investment information based on Pin Tech according to an embodiment of the present invention includes: receiving S external temperature information of an area where the investment information providing server 5 is located (S65); Comparing the external temperature information with the consumed power per real time, and evaluating the burden energy efficiency grade through a predetermined table (S66); And transmitting the evaluated store energy efficiency rating to the subscriber terminal 7 (S67). The method of providing store investment information based on Pin Tech according to an exemplary embodiment of the present invention includes: (S68) receiving investment temperature information of an area by the investment information providing server 5; Estimating a daily energy cost based on the daily temperature information and the energy efficiency grade (S69); And transmitting the estimated daily energy cost to the subscriber terminal 7 (S70).

The system for providing store investment information based on Pin Tech according to an embodiment of the present invention includes a subscriber terminal 7 (UE) subscribed to an investment information service; An access point (AP) 80 for receiving a signal for a wireless Internet connection of a terminal UE existing in the vicinity of a store; A settlement manager for managing sales information of a sale target sold in a store; (RSSI) is extracted from the signal collected by the AP 80, and if it is determined that the intensity is lower than a predetermined strength condition, it is determined that the terminal is a visited terminal if the intensity is higher than a predetermined strength condition, and then the visiting terminal satisfies a predetermined residence time condition (MAC) information input order of the customer terminal, judges the personnel of the customer group newly entering based on the order of inputting the MAC (Medium Access Control) information of the customer terminal, groups and stores the MAC information of the group judged as newly entered, If the degree of proximity of the newly entered customer group exceeds the predetermined range through the redundant person detecting unit 60 installed in the inside, the microcomputer 60 re-groups the MAC information based on the order of the previously stored MAC information, A store management device (3) for judging the number and the number of people, calculating a settlement amount for each group and a sales amount of one person per group through the settlement amount received from the settlement manager; And an investment information providing server (5) for transmitting the information transmitted through the store management device (3) to the subscriber terminal (7).

Hereinafter, the operation and effect of the embodiment of the present invention will be described.

According to the present invention, when a wireless signal of a mobile device is used, unique information such as a MAC address or MAC information is detected, and the visitor's visit information such as the number of accurate visitors, stay time in a store, .

 Therefore, it is possible to grasp the visit information of the customer such as the stay time and the return rate, and to analyze the correlation with the sales information and monitor it in real time. In addition, there is a problem that the proper stay time and store problems to be managed by the store owners, for example, insulation efficiency is low due to low cooling efficiency, stores are too big compared to sales, It may be necessary, or may require measures to increase the re-visit rate.

If you have not yet invested in a store, you may decide to invest based on real-time analysis results.

On the other hand, even if the investor does not go to a plurality of stores, the above analysis result can be continuously evaluated and monitored regardless of time and location through the terminal. Therefore, it is easy for one person to invest in a plurality of places or to invest one place or several places at the same time through the funding.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It should be understood that various modifications may be made by those skilled in the art without departing from the spirit and scope of the present invention.

1: Network
3: store management device
5: Investment information providing server
7: Subscriber terminal
10: Gas sensor
20: Fire sensor
30: Intrusion detection sensor
40: Temperature sensor
50: Humidity sensor
60: Personnel detection system
70: Power consumption meter
80: AP
90: settlement manager
100: Process module
101:
102:
103: Visited terminal management unit
104: Customer terminal management unit
105:
106: Sales information operation unit
107: Terminal Ratio Calculator
108: Returning customer operation unit
109:
110: Energy information computing unit
200: Database module
300: communication module

Claims (15)

delete delete delete A process module for obtaining real-time store status information based on the residential personnel sensing device and the store information obtained from at least one device installed in the store; And
And a communication module for transmitting the real-time store status information to the investment information providing server,
Wherein the store status information includes real-time sales information obtained from a payment manager of the store,
The investment information providing server transmits investment information on the store to a user equipment (UE)
Wherein the investment information is acquired based on the store status information,
Wherein the user terminal includes at least one of a terminal of a user subscribed to an investment information providing service or a terminal subscribed to an investment information providing service,
The investment information is transmitted in real time,
Wherein the real-
(MAC) address of the terminal in the store recognized through at least one access point installed in the store, the order in which the MAC address is acquired, and the time at which the MAC address was acquired, A store management device for providing store investment information based on PinTech, which includes sales information per area calculated on the basis of the number of customer groups, the number of people per group, the admission order per group, and the store area. delete delete delete 5. The method of claim 4,
Wherein the at least one device comprises a residential personnel sensing device,
Wherein the real-
A new customer group determined based on the group-by-group entry order, personnel of the new customer group, and MAC address of the new customer group,
When the degree of proximity between the terminals included in the new customer group exceeds a predetermined distance as a result of the detection of the residential personnel detection device, A store management apparatus for providing information on store investment based on PinTech. delete delete delete delete 5. The method of claim 4,
Wherein the at least one device comprises a residential personnel sensing device,
Wherein the real-
Real-time sales information obtained based on the number of customers detected through the redundant personnel detection device and the real-time sales information,
Store management system for providing investment information on the basis of PinTech. 5. The method of claim 4,
Wherein the real-
Real-time sales information, and real-time per-area sales information obtained based on the area of the store. 5. The method of claim 4,
Wherein the real-
A store management system for providing investment information based on PinTech, which includes real-time cooling / heating power consumption and real-time electricity consumption per area.

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