TWI675600B - Action history generation method and system - Google Patents

Abstract

A displacement record generating unit of a mobile history data generating system generates a displacement path record including a wireless signal identification data and a displacement path data. A customer data generating unit generates multiple customer consumption records and wireless signal reception records, and determines that multiple target customer consumption records that contain the same customer identification data match multiple target wireless signal reception records that contain the same wireless signal identification data. When matching conditions of the customer's consumption time and reception time, a piece of customer data including the customer identification data and the wireless signal identification data is generated. An aggregation unit determines that the displacement path record and the customer data contain the same wireless signal identification data, and generates an action history data including the customer data and the displacement path data.

Description

Method and system for generating action history

The present invention relates to a method for generating action history, and more particularly to a method for generating action history in the field of wireless network technology. The present invention also relates to an action history generation system capable of implementing the action history generation method.

In recent years, many physical stores have set up electronic membership systems, and entered membership numbers or scanned their membership cards at the time of checkout of member consumers, thereby establishing a consumer record of member consumers. In this way, after accumulating a certain number of consumption records, the shopping preferences of member consumers can be analyzed based on the consumption records, and related products can be marketed. However, if we analyze shopping preferences based on consumption records alone, we may not be able to discover the potential needs of member consumers, and miss the opportunity to further stimulate their desire to purchase. Therefore, there was room for improvement in the prior art.

Therefore, one of the objectives of the present invention is to provide an action history generating method capable of overcoming the disadvantages of the prior art.

The action history generating method of the present invention is implemented by an action history generating system, which includes a displacement record generating unit, a customer data generating unit, and an aggregation unit electrically connecting the displacement record generating unit and the customer data generating unit. ; The action history generating method includes the following steps: (A) The displacement record generating unit generates a displacement path record, the displacement path record includes a wireless signal identification data corresponding to a portable electronic device, and a displacement path data; B) The customer data generating unit generates multiple customer consumption records and multiple wireless signal reception records. Each customer consumption record includes a customer identification data and a customer consumption time, and each wireless signal reception record includes a wireless signal identification data. And a receiving time; (C) when the customer data generating unit judges that the customer identification data contained in the customer consumption records are consistent with each other, a plurality of target customer consumption records are included in the wireless signal reception records Included wireless signal identification information When a plurality of target wireless signal receiving records that match each other meet a matching condition, a piece of customer data is generated, wherein the matching condition includes each of the customer consumption time of the target customer consumption records and the targets. One of the reception times of the wireless signal reception records belongs to the same time range, and the customer data includes the customer identification information included in the target customer consumption records, and the target wireless signal reception records include The wireless signal identification data; (D) when the integration unit obtains the displacement path record and the customer data, and judges the wireless signal identification data and the customer data included in the displacement path record When the wireless signal identification data matches, an action history data including the customer data and the displacement path data is generated.

In some embodiments of the method for generating an action history of the present invention, the customer data generating unit includes an input device, a wireless signal receiving device, and a comparison module electrically connected to the input device and the wireless signal receiving device; In step (B), the customer consumption records are separately generated by the input device according to the received multiple billing information, and the wireless signal receiving records are generated by the wireless signal receiving device according to the received multiple wireless records. Signal data is generated separately, and the comparison device also obtains the customer consumption records from the input device and the wireless signal reception records from the wireless signal receiving device.

In some implementations of the method for generating an action history of the present invention, the displacement record generating unit includes a plurality of wireless signal detection devices adapted to be disposed in a space, and an operation mode electrically connected to the wireless signal detection devices. Group, in step (A), each wireless signal detecting device generates and transmits a piece of sensing data corresponding to the wireless signal to the computing module when a wireless signal is detected, wherein each piece of sensing data Including the wireless signal identification data, multiple sensing times, and multiple signal strength values corresponding to the sensing times, and the computing module is based on the sensing times and the sensing data of the sensing data. The signal strength value generates the displacement path data, and then generates the displacement path record according to the wireless signal identification data and the displacement path data.

In some implementation aspects of the method for generating action history of the present invention, in step (A), the displacement path data includes a plurality of area codes respectively corresponding to a plurality of areas of a space, and a plurality of area codes corresponding to each Area code length of stay.

In some implementation aspects of the method for generating an action history of the present invention, in step (B), each customer consumption record further includes detailed information of a consumer product, and in step (C), the customer information further includes the consumer product. Details.

In some implementations of the method for generating an action history of the present invention, the action history generating system further includes a first database electrically connected to the displacement record generating unit and the consolidating unit, and an electric data generating unit electrically connected to the customer data generating unit And the second database of the integration unit, in step (A), when the displacement record generating unit generates the displacement path record, the displacement path record is transmitted to the first database for storage, and in step (C) When the customer data generating unit generates the customer data, the customer data is transmitted to the second database for storage. In step (D), the integration unit obtains the displacement path from the first database. Records, and the customer information obtained from the second database.

Another object of the present invention is to provide an action history generation system capable of implementing the action history generation method.

The action history generating system of the present invention includes a displacement record generating unit, a customer data generating unit, and an aggregation unit. The aggregation unit is electrically connected to the displacement record generating unit and the customer data generating unit. The displacement record generating unit generates a displacement path record, and the displacement path record includes a wireless signal identification data corresponding to a portable electronic device and a displacement path data. The customer data generating unit generates multiple customer consumption records and multiple wireless signal reception records. Each customer consumption record includes a customer identification data and a customer consumption time, and each wireless signal reception record includes a wireless signal identification data and a Receive time. When the customer data generating unit judges that the customer identification data contained in the customer consumption records are consistent with each other, a plurality of target customer consumption records and the wireless signal identifications included in the wireless signal reception records When a plurality of target wireless signal receiving records that match each other meet a matching condition, a piece of customer data is generated, wherein the matching condition includes each of the target customer consumption records and each of the customer consumption time of the customer and the transactions. One of the reception times of the target wireless signal reception records belongs to the same time range, the customer data includes the customer identification information included in the target customer consumption records, and the target wireless signal reception records include The wireless signal identification information. When the integration unit obtains the displacement path record and the customer data, and determines that the wireless signal identification data included in the displacement path record matches the wireless signal identification data included in the customer data, a sum is generated. Mobile history data containing the customer data and the displacement path data.

In some embodiments of the action history generating system of the present invention, the customer data generating unit includes an input device, a wireless signal receiving device, and a comparison module electrically connected to the input device and the wireless signal receiving device. The customer consumption records are generated by the input device according to the received multiple billing data, and the wireless signal reception records are generated by the wireless signal receiving device according to the received multiple wireless signal data. The comparison device also obtains the customer consumption records from the input device and the wireless signal reception records from the wireless signal receiving device.

In some implementation forms of the action history generating system of the present invention, the displacement record generating unit includes a plurality of wireless signal detection devices suitable for being disposed in a space, and an operation mode electrically connected to the wireless signal detection devices. Group, each wireless signal detection device generates and transmits a piece of sensing data corresponding to the wireless signal to the computing module when a wireless signal is detected, wherein each piece of sensing data includes the wireless signal identification data, Multiple sensing times, and multiple signal strength values corresponding to the sensing times, and the computing module first generates the pen displacement based on the sensing time and the signal strength values of the sensing data The path data is generated according to the wireless signal identification data and the displacement path data.

In some implementation forms of the action history generating system of the present invention, the displacement path data includes a plurality of area codes respectively corresponding to a plurality of areas of a space, and a plurality of dwell time lengths respectively corresponding to the area codes.

In some implementation forms of the action history generating system of the present invention, each customer consumption record further includes detailed information of a consumer product, and the customer information further includes detailed information of the consumer product.

In some implementation forms of the action history generating system of the present invention, the action history generating system further includes a first database electrically connected to the displacement record generating unit and the consolidating unit, and an electric data generating unit electrically connected to the customer data generating unit. And the second database of the integration unit, when the displacement record generating unit generates the displacement path record, the displacement path record is transmitted to the first database for storage, and when the customer data generation unit generates the customer data, The customer data is transmitted to the second database for storage, and the integration unit obtains the displacement path record from the first database and the customer data from the second database.

The effect of the present invention is that the action history generation system can generate the action history data including the displacement path data and the customer data by implementing the action history generation method. The action history information not only indicates the customer identification data, consumer product details data, and customer consumption time of the same member consumer, but also indicates the wireless signal identification data of the portable electronic device held by the member consumer. , And correspond to the portable electronic device displacement path record. In this way, in addition to integrating the consumer history of the member consumer, the action history data also indicates the member consumer ’s mobile behavior in the physical store. It is helpful to analyze the potential needs of the consumer of the member.

Before explaining the embodiments of the present invention, it is specifically stated that the “electrical connection” described in this patent specification may refer to a wired connection between two hardware connected by a physical wire and transmitting electrical signals to each other, or through wireless A wireless connection for signal transmission and wireless communication with each other.

Referring to FIG. 1, an embodiment of an action history generation system 1 of the present invention is applicable to a physical store. The action history generation system 1 includes a displacement record generation unit 11, a customer data generation unit 12, a first database 13, The second database 14 and a collection unit 15.

The displacement record generating unit 11 includes a plurality of wireless signal detection devices 111 (two of which are exemplarily shown in FIG. 1), and an operation module 112 electrically connected to the wireless signal detection devices 111. The wireless signal detection devices 111 are, for example, implemented as multiple Wifi signal receivers, and the wireless signal detection devices 111 are adapted to be arranged in the space of the physical store at intervals such that the physical store is available for consumption. The area where the person walks (for example, the area where the product is displayed) is located within the detection range of at least two of the wireless signal detection devices 111. In this embodiment, the number of the wireless signal detection devices 111 may be, for example, six, and the detection range of each wireless signal detection device 111 is, for example, detection with another at least one wireless signal detection device 111. The ranges partially overlap but are not limited to this.

The customer data generating unit 12 includes an input device 121, a wireless signal receiving device 122, and a comparison module 123 electrically connected to the input device 121 and the wireless signal receiving device 122. In this embodiment, the input device 121 is, for example, a POS machine (POS stands for Point of Sales) provided at a checkout counter of the physical store. The wireless signal receiving device 122 is, for example, implemented as a Wifi signal receiver similar to the wireless signal detecting devices 111, and the wireless signal receiving device 122 is adapted to be disposed adjacent to the input device 121. In the future, when a consumer checks out at the checkout counter, he will definitely be within the receiving range of the wireless signal receiving device 122.

The first database 13 is electrically connected between the operation module 112 and the consolidation unit 15 of the displacement record generating unit 11, and the second database 14 is electrically connected with the comparison module of the customer data generating unit 12. 123 and the collection unit 15.

It is added that in other embodiments, the wireless signal detection device 111 and the wireless signal receiving device 122 may each be implemented as a Bluetooth signal receiver, a zigbee signal receiver, or other wireless protocols. The receiver of the signal is not limited to this embodiment. In addition, in this embodiment, the computing module 112 and the first database 13 may be implemented, for example, as an independent computer device with computing functions. The comparison module 123 and the second database 14 may For example, it is implemented as another independent computer device, and the integration unit 15 is implemented as another independent computer device, for example. However, in other embodiments, the first database 13 and the second database 14 may also be implemented as the same computer equipment as the integration unit 15, and the operation module 112 and the comparison module 123 For example, they are two other independent computer devices. Alternatively, the computing module 112, the comparison module 123, the first database 13, the second database 14, and the integration unit 15 can also be implemented as the same computer device, instead of using this embodiment. Limited.

With reference to FIG. 2, the following describes in detail how the action history generation system 1 of this embodiment implements an action history generation method. For ease of understanding, the following description is based on the assumption that there is only one member consumer who carries a portable electronic device 9 (shown in FIG. 1 and may be, for example, a smart phone) in the physical store to select and checkout the goods .

In this embodiment, the action history generation method includes a displacement record generation program P1 executed by the displacement record generation unit 11, a customer data generation program P2 executed by the customer data generation unit 12, and a The consolidation program P3 executed by the consolidation unit 15. In particular, the displacement record generation program P1 and the customer data generation program P2 may be executed at the same time, for example, and there is no absolute sequence in order. However, the aggregation unit 15 must perform the displacement record generation program P1 After the execution of the customer data generation program P2 is completed, the aggregation process P3 can be executed.

First, the displacement record generating program P1 in the action history generating method will be described. The displacement record generating program P1 includes steps S11 and S12 shown in FIG. 2.

In step S11, when each wireless signal detecting device 111 detects a wireless signal from the portable electronic device 9, it generates and transmits a piece of sensing data corresponding to the wireless signal to the operation according to the wireless signal. Module 112. Each piece of sensing data includes a unique wireless signal identification data corresponding to the portable electronic device 9, multiple sensing times, multiple signal strength values corresponding to these sensing times, and a pair of The detection device identification data of one of the wireless signal detection devices 111. Each signal strength value indicates the distance between the portable electronic device 9 and the corresponding wireless signal detection device 111. Specifically, in this embodiment, the wireless signal is, for example, a Wifi signal sent by the portable electronic device 9, and the Wifi function of the portable electronic device 9 is turned on and is set to authorize the wireless signal. When the wireless signal detection device 111 records its information (for example, when the portable electronic device 9 is connected to a Wifi hotspot provided by the physical store), as long as the portable electronic device 9 is located at any location Within a detection range of a wireless signal detection device 111, the wireless signal detection device 111 can continuously receive the Wifi signal from the portable electronic device 9.

Table 1 below shows an example of sensing data. [Table 1] Sensing data Detection device identification data: Rx0001 Wireless signal identification information : RFb151 Sensing time Signal strength value 9/3/2018: 51:00 -40 dBm 2018/3 / 9-16: 51: 01 -48 dBm 2018/3 / 9-16: 51: 02 -51 dBm 2018/3 / 9-16: 51: 03 -53 dBm 2018/3 / 9-16: 51: 04 -59 dBm

Then, step S12 is performed.

In step S12, the operation module 112 generates a displacement path record according to the sensing data obtained from the wireless signal detection devices 111, and transmits the displacement path record to the first database 13 for storage. . Referring to FIG. 1, FIG. 2 and FIG. 3 at the same time, specifically, the manner in which the operation module 112 generates the pen displacement path record includes the sub-steps S121 to S125 shown in FIG. 3.

First, in sub-step S121, the computing module 112 groups the signal strength values in the sensing data according to the corresponding sensing time. More specifically, the computing module 112, for example, All signal strength values corresponding to the same sensing time are grouped into one group. For example, suppose that at "2018/3 / 9-16: 51: 00", the portable electronic device 9 is located in the wireless signal detection Within the detection range of two of the detection devices 111, the two wireless signal detection devices 111 each generate a signal strength value corresponding to a sensing time of "2018/3 / 9-16: 51: 00" , The computing module 112 divides the two signal strength values corresponding to "2018/3 / 9-16: 51: 00" into the same group. As another example, suppose that at "2018/3 / 9-16: 51: 01", the portable electronic device 9 is located within the detection range of three of the wireless signal detection devices 111, then The three wireless signal detection devices 111 each generate a signal strength value corresponding to a sensing time of "2018/3 / 9-16: 51: 01", and the computing module 112 will correspond to "2018 / The three signal strength values of 3 / 9-16: 51: 01 "are divided into the same group.

Next, in sub-step S122, the computing module 112 calculates a pair of corresponding sensing times according to each set of signal strength values corresponding to the corresponding sensing times and the relative positions of the wireless signal detection devices 111. The position coordinates of the position of the portable electronic device 9 are indicated. The computing module 112 calculates the position of the portable electronic device 9 according to the positions set by the wireless signal detection devices 111 and the signal strength value detected by each wireless signal detection device 111 at the same time. The method belongs to the existing technology (such as “triangular positioning” or other positioning methods with similar effects), and can be understood and used by those skilled in the art in the technical field of the present invention, so the details are not described here.

Then, in a sub-step S123, the operation module 112 arranges all the position coordinates in the order of the corresponding sensing times, and according to a pre-stored conversion table, looks up each A position coordinate is converted into a pair of area codes where time should be sensed. The conversion table contains, for example, a plurality of different area codes and a plurality of coordinate ranges corresponding to the area codes. The operation module 112 determines, for example, that each position coordinate belongs to one of the coordinate ranges, and then The position coordinate is converted into the area code corresponding to the coordinate range, but not limited thereto. The area codes indicate, for example, multiple areas of the physical store space, such as a food area, a bathroom area, a clothing area, a furniture area, etc., but are not limited thereto.

Then, in sub-step S124, the operation module 112 generates a piece of displacement path data according to all the area codes and the sensing times corresponding to the area codes. The displacement path data includes the area codes and multiple Each corresponds to the length of the stay time of the area codes, and indicates the displacement path of the portable electronic device 9 in the physical store and the time spent in each area.

Finally, in sub-step S125, the operation module 112 generates the displacement path record including the displacement path data and the corresponding wireless signal identification data, and transmits the displacement path record to the first database 13 Save and complete the displacement record generation program P1.

It is added that, for ease of understanding, this embodiment only describes the manner in which the arithmetic module 112 generates a single displacement path record. However, in other embodiments or practical applications, if the wireless signal detection device 111 When receiving N Wifi signals from N portable electronic devices, the computing module 112 will generate corresponding N displacement path records, which is not limited to this embodiment.

Next, the client data generating program P2 in the action history generating method will be described below. The client data generating program P2 includes steps S21 and S22 shown in FIG. 2.

In step S21, the input device 121 and the wireless signal receiving device 122 respectively generate multiple customer consumption records and multiple wireless signal reception records.

The following first describes the generation of these customer consumption records and these wireless signal reception records.

In this embodiment, with respect to the manner of generating the customer consumption records, whenever the input device 121 receives a piece of checkout information input by a checkout person of the physical store, for example, the input device 121 The corresponding billing information generates a corresponding customer consumption record. Each customer consumption record includes a customer identification data, a consumer product details data and a customer consumption time, wherein the customer identification data is, for example, a member number, and the consumer product details data includes, for example, a product name, a pair of corresponding product names The amount of the product and the amount of the product corresponding to the product name. The customer's consumption time is, for example, the time when the input device 121 receives the checkout data, but it is not limited thereto.

Table 2 below shows an example of customer spending records. [Table 2] Customer spending history Customer identification information A02208 Consumer Product Details product name OO Brand Milk Powder Number of Products 1 The amount of goods 125 yuan Customer spending time 2018/3 / 9-16: 51

In this embodiment, for the generation manner of the wireless signal receiving records, whenever the wireless signal receiving device 122 receives the Wifi signal from the portable electronic device 9, the wireless signal receiving device 122 according to the The Wifi signal generates a corresponding record of wireless signal reception. Each wireless signal receiving record contains the wireless signal identification data corresponding to the portable electronic device 9 and a receiving time. It is added that, when the wireless signal receiving device 122 continuously receives the Wifi signal from the portable electronic device 9, the wireless signal receiving device 122 generates a stroke every predetermined time (for example, 1 minute). The wireless signal receiving record corresponding to the portable electronic device 9 is not limited thereto.

Table 3 below shows an example of wireless signal reception records. [table 3] Wireless signal reception record Wireless Signal Identification Information RFb151 Receiving time 2018/3 / 9-16: 51

After the input device 121 and the wireless signal receiving device 122 generate the customer consumption records and the wireless signal reception records, respectively, step S22 is performed.

In step S22, the comparison module 123 obtains the customer consumption records and the wireless signal reception records from the input device 121 and the wireless signal receiving device 122, and determines the customer consumption records. When some of these wireless signals meet a matching condition, a piece of customer data is generated, and the customer data is transmitted to the second database 14 for storage. The customer data includes the customer identification data, the wireless signal identification data corresponding to the portable electronic device 9, and the consumer goods detailed data. The way in which the comparison module 123 obtains the customer consumption records and the wireless signal reception records may be, for example, the input device 121 and the wireless signal receiving device 122 are automatically processed separately in a batch or batch manner. The customer consumption records and the wireless signal receiving records may be transmitted, or the comparison module 123 may actively read the input device 121 and the wireless signal receiving device 122, or manually manipulate the data The customer consumption records and the wireless signal reception records are transferred or copied to the comparison module 123 by a portable data carrier, and are not particularly limited.

Referring to FIG. 1, FIG. 2 and FIG. 4 at the same time, specifically, the manner in which the comparison module 123 generates the customer data includes sub-steps S221 to S223 shown in FIG. 4.

First, in sub-step S221, the comparison module 123 selects multiple target customer consumption records from the customer consumption records, and selects multiple target wireless signal reception records from the wireless signal reception records. . Specifically, the comparison module 123 compares the customer identification information contained in the customer consumption records, and uses the customer identification records included in the customer identification information to match each other as the Consumption records of target customers. Similarly, the comparison module 123 compares the wireless signal identification data contained in the wireless signal reception records and matches the included wireless signal identification data with each other. Multiple wireless signal reception records are used as the target wireless signal reception records. For example, if the customer identification information of all four of these customer consumption records is "A02208", the comparison module 123 will treat the four customer consumption records containing "A02208" as four Consumption records of target customers. Similarly, if all the wireless signal identification data of four of the wireless signal receiving records are "RFb151", the comparison module 123 will treat the four customer consumption records containing "RFb151" as Four target customer spending records.

Then, in sub-step S222, the comparison module 123 determines whether the target customer consumption records and the target wireless signal reception records meet the matching conditions, and the matching conditions include the customers of the target customer consumption records. Each of the consumption times belongs to the same time range as one of the reception times of the target wireless signal reception records. More specifically, in this embodiment, the matching condition includes that the customer consumption time of each target customer consumption record matches the reception time of one of the target wireless signal reception records. However, in other embodiments, the matching The condition may also be that the time difference between the customer consumption time of each target customer consumption record and the reception time of one of the target wireless signal reception records is less than a predetermined threshold (for example, 5 minutes), and is not limited to this embodiment.

To make it easier to understand the manner of determining the matching conditions in this embodiment, first refer to Table 4 below for illustration. [Table 4] Target customer spending record Target wireless signal reception record Customer identification information Customer spending time Wireless Signal Identification Information Receiving time A02208 2018/3 / 9-16: 51 RFb151 2018/3 / 9-16: 51 A02208 2018/3 / 21-10: 26 RFb151 2018/3 / 21-10: 26 A02208 2018/3 / 29-15: 10 RFb151 2018/3 / 29-15: 10 A02208 2018/4 / 2-12: 54 RFb151 2018/4 / 2-12: 54

The left half of Table 4 lists the consumption records of the four target customers whose customer identification information is "A02208", and the right half of Table 4 lists the reception records of the four target wireless signal whose identification information is "RFb151" It should be noted that the customer consumption time of the first to fourth target customer consumption records in Table 4 correspond to the reception time of the first to fourth target wireless signal reception records respectively. Therefore, for this comparison For the module 123, the comparison module 123 determines that the four target customer consumption records and the four target wireless signal reception records in Table 4 meet the matching conditions. In practical applications, by the judgment of the matching conditions, even if the input device 121 receives a plurality of customer consumption records containing different customer identification data (that is, there are multiple different member consumers who have checked out), And the wireless signal receiving device 122 receives a plurality of wireless signal receiving records containing different wireless signal identification data (that is, there are multiple portable electronic devices located within the detection range of the wireless signal receiving device 122 at the same time), The comparison module 123 can still judge based on the temporal correlation of the customer consumption records and the wireless signal reception records (that is, the matching between the customer consumption times and the reception times). Whether each customer identification data corresponds to one of the wireless signal identification data.

Finally, in sub-step S223, when the comparison module 123 determines that the target customer consumption records and the target wireless signal reception records meet the matching conditions, the customer data is generated and the customer data is transmitted Until the second database 14 is stored, the client data generating program P2 is completed. In this embodiment, the customer information includes, for example, the customer identification information included in the target customer consumption records (for example, "A02208" in Table 3), the consumer products included in the target customer consumption records Detailed information, the consumption time of the customers included in the target customer consumption records, and the wireless signal identification data included in the target wireless signal reception records (for example, "RFb151" in Table 3). As a result, the customer information not only establishes the correspondence between the customer identification information and the wireless signal identification information, but also integrates the consumer records of the member consumers.

Table 5 below shows an example customer profile. [table 5] Customer Information Customer identification information A02208 Wireless Signal Identification Information RFb151 Customer spending time 2018/3 / 9-16: 51 Consumer Product Details product name OO Brand Milk Powder Number of Products 1 The amount of goods 125 yuan

In particular, this embodiment only describes the manner in which the comparison module 123 generates a single piece of customer data for the sake of understanding. However, in other embodiments or practical applications, if the comparison module 123 determines that When there are N sets of target wireless signal reception records and target wireless signal reception records that meet the matching conditions, corresponding N pieces of customer data will be generated, which is not limited to this embodiment.

Finally, referring to FIG. 1 and FIG. 2 at the same time, the following describes the aggregation procedure P3 in the action history generating method. The aggregation procedure P3 includes steps S31 and S32 shown in FIG. 2.

In step S31, the integration unit 15 obtains the displacement path record from the first database 13 and obtains the customer data from the second database 14. The way in which the integration unit 15 obtains the displacement path record and the customer data may be, for example, the first database 13 and the second database 14 automatically transmit the displacement path record and the customer data, respectively. To the consolidating unit 15, the consolidating unit 15 may actively read from the first database 13 and the second database 14, or manually record the displacement path and the customer The data is transferred or copied to the collection unit 15 by using a portable data carrier, and is not particularly limited. Next, step S32 is performed.

In step S32, when the aggregation unit 15 determines that the wireless signal identification data included in the displacement path record and the wireless signal identification data included in the customer data match each other, a stroke including the displacement path is generated. Data and action history data of the customer data.

In summary, the action history generation system 1 of this embodiment can generate the action history data including the displacement path data and the customer data by implementing the action history generation method. The action history information not only indicates the customer identification information, consumer product details, and customer consumption time of the same member consumer, but also indicates the wireless signal identification of the portable electronic device 9 held by the member consumer. Data, and corresponding to the displacement path record of the portable electronic device 9, so that in addition to integrating the consumer history of the member consumer, the action history data also indicates the movement of the member consumer in the physical store Behavior (such as which area in the physical store stays longer), which is helpful to analyze the potential needs of the member consumer, so it can indeed achieve the purpose of cost invention.

However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited in this way, any simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the patent specification of the present invention are still Within the scope of the invention patent.

1‧‧‧action history generation system

11‧‧‧Displacement record generating unit

111‧‧‧Wireless signal detection device

112‧‧‧ Computing Module

12‧‧‧Customer data generating unit

121‧‧‧ input device

122‧‧‧Wireless signal receiving device

123‧‧‧comparison module

13‧‧‧First Database

14‧‧‧Second Database

15‧‧‧Aggregation Unit

9‧‧‧ portable electronic device

P1‧‧‧Displacement record generation procedure

P2‧‧‧Customer data generation procedure

P3‧‧‧Consolidation Procedure

S11, S12, S21, S22, S31, S32 ‧‧‧ steps

S121 ~ S125, S221 ~ S223‧‧‧Sub-step

Other features and effects of the present invention will be clearly presented in the embodiment with reference to the drawings, wherein: FIG. 1 is a system block diagram of an embodiment of an action history generating system of the present invention; FIG. 2 is a flowchart, Exemplarily illustrating how the embodiment implements an action history generation method; FIG. 3 is a flowchart illustrating how an operation module of the embodiment generates a displacement path record in the action history generation method; and FIG. 4 is a flowchart exemplarily explaining how a comparison module of this embodiment generates a piece of customer data in the action history generating method.

Claims (12)

A method for generating action history data is implemented by an action history generation system. The action history generation system includes a displacement record generation unit, a customer data generation unit, and a collection of electrical connections between the displacement record generation unit and the customer data generation unit. The action history generating method includes the following steps: (A) the displacement record generating unit generates a displacement path record, the displacement path record includes a wireless signal identification data corresponding to a portable electronic device, and a displacement path data; (B) The customer data generating unit generates multiple customer consumption records and multiple wireless signal reception records. Each customer consumption record includes a customer identification data and a customer consumption time, and each wireless signal reception record includes a wireless signal identification. Data and a reception time; (C) when the customer data generating unit judges that the customer identification data contained in the customer consumption records are consistent with each other, a plurality of target customer consumption records are related to the wireless signal reception records Wireless signals When a plurality of target wireless signal receiving records that are consistent with each other match a matching condition, a piece of customer data is generated, wherein the matching condition includes each of the customer consumption time of the target customer consumption records and each of the customer consumption time. One of the receiving times of the target wireless signal receiving records belongs to a same time range. The customer data includes the customer identification information included in the target customer consumption records and the target wireless signal receiving records. The wireless signal identification data included; and (D) when the integration unit obtains the displacement path record and the customer data, and judges the wireless signal identification data and the customer data included in the displacement path record When the included wireless signal identification data matches, an action history data including the customer data and the displacement path data is generated. The method of generating action history data according to claim 1, wherein the customer data generating unit includes an input device, a wireless signal receiving device, and a comparison module electrically connected to the input device and the wireless signal receiving device; In step (B), the customer consumption records are separately generated by the input device according to the received multiple billing data, and the wireless signal reception records are generated by the wireless signal receiving device according to the received multiple records. The wireless signal data is generated separately, and the comparison device also obtains the customer consumption records from the input device and the wireless signal reception records from the wireless signal receiving device. The method for generating mobile history data according to claim 1, wherein the displacement record generating unit includes a plurality of wireless signal detection devices adapted to be disposed in a space, and an operation electrically connected to the wireless signal detection devices. Module, in step (A), each wireless signal detection device generates and sends a piece of sensing data corresponding to the wireless signal to the computing module when a wireless signal is detected, wherein each of the sensing signals The data includes the wireless signal identification data, a plurality of sensing times, and a plurality of signal strength values corresponding to the sensing times, and the computing module is based on the sensing times and the sensing data of the sensing data. The displacement path data is generated after the signal strength value is generated, and then the displacement path record is generated according to the wireless signal identification data and the displacement path data. The method of generating action history data according to claim 1, wherein, in step (A), the displacement path data includes a plurality of area codes corresponding to a plurality of areas of a space, and a plurality of corresponding area codes respectively. The length of time for which the area code stays. The method for generating action history data as described in claim 1, wherein in step (B), each customer consumption record further includes detailed information of consumer goods, and in step (C), the customer data also includes the consumption Product details. The method of generating action history data according to claim 1, wherein the action history generating system further comprises a first database electrically connected to the displacement record generating unit and the consolidating unit, and an electric connection to the customer data generating Unit and the second database of the integration unit, in step (A), when the displacement record generating unit generates the displacement path record, the displacement path record is transmitted to the first database for storage, and in step (C ), When the customer data generating unit generates the customer data, the customer data is transmitted to the second database for storage. In step (D), the aggregation unit obtains the displacement from the first database. Route records, and the customer data obtained from the second database. An action history data generating system includes: a displacement record generating unit; a customer data generating unit; and a collection unit electrically connecting the displacement record generating unit and the customer data generating unit; wherein the displacement record generating unit generates a displacement Path record, the displacement path record includes wireless signal identification data corresponding to a portable electronic device, and a piece of displacement path data; the customer data generating unit generates multiple customer consumption records and multiple wireless signal reception records, each customer The consumption record includes a customer identification data and a customer consumption time, and each wireless signal reception record includes a wireless signal identification data and a reception time; when the customer data generation unit determines that the customer consumption records contain the When a plurality of target customer consumption records in which the customer identification information matches each other, and a plurality of target wireless signal reception records in which the wireless signal identification data included in the wireless signal reception records match each other, a matching condition is generated, A customer It is expected that each of the matching conditions includes the consumption time of the target customer consumption records and each of the reception time of the target wireless signal reception records belongs to the same time range, The customer information includes the customer identification information included in the target customer consumption records, and the wireless signal identification data included in the target wireless signal reception records; and when the integration unit obtains the displacement path record and the transaction When the customer data is determined and the wireless signal identification data included in the displacement path record matches the wireless signal identification data included in the customer data, an action is generated that includes the customer data and the displacement path data Resume information. The mobile history data generating system according to claim 7, wherein the customer data generating unit includes an input device, a wireless signal receiving device, and a comparison module electrically connecting the input device and the wireless signal receiving device, The customer consumption records are separately generated by the input device according to the received multiple billing data, and the wireless signal receiving records are separately generated by the wireless signal receiving device according to the received multiple wireless signal data, and The comparison device also obtains the customer consumption records from the input device and the wireless signal reception records from the wireless signal receiving device. The mobile history data generating system according to claim 7, wherein the displacement record generating unit includes a plurality of wireless signal detection devices adapted to be disposed in a space, and an operation electrically connected to the wireless signal detection devices Module, each wireless signal detection device generates and sends a piece of sensing data corresponding to the wireless signal to the computing module when a wireless signal is detected, wherein each piece of sensing data includes the wireless signal identification data , Multiple sensing times, and multiple signal strength values corresponding to the sensing times, and the computing module first generates the pen based on the sensing time and the signal strength values of the sensing data The displacement path data is generated according to the wireless signal identification data and the displacement path data. The action history data generating system according to claim 7, wherein the displacement path data includes a plurality of area codes respectively corresponding to a plurality of areas of a space, and a plurality of residence time lengths respectively corresponding to the area codes . The system for generating action history data as described in claim 7, wherein each customer consumption record further includes detailed information of a consumer product, and the customer information further includes detailed information of the consumer product. The action history data generation system according to claim 7, wherein the action history generation system further includes a first database electrically connected to the displacement record generation unit and the aggregation unit, and an electrical connection to the customer data generation system. Unit and the second database of the aggregation unit, when the displacement record generating unit generates the displacement path record, the displacement path record is transmitted to the first database for storage, and when the customer data generation unit generates the customer data , Transmitting the customer data to the second database for storage, the integration unit obtains the displacement path record from the first database, and obtains the customer data from the second database.