TWI603279B - Meet the identity system for the first time - Google Patents

Description

Initial meeting confirmation identity system

The present invention relates to an initial meeting confirmation identity system, and more particularly to an initial meeting confirmation identity system that does not require the use of RFID.

Referring to Figure 1, the Patent Notice No. I408606 of the Republic of China on the use of RFID for initial meeting confirmation of identity systems discloses that an initial meeting confirmation identity system using RFID is placed in a mobile device (not shown) having a display. . The system 3 includes a visitor database 31, a reading unit 32, a data processing unit 33, and a user interface processing unit 34.

The visitor database 31 is used for depositing a plurality of pre-established visitor profiles corresponding to a plurality of visitors. Each of the visitor materials includes an identification information corresponding to the visitor, a photo corresponding to the identification information, and a weight corresponding to the identification information.

The reading unit 32 corresponds to a sensing area and is configured to read an identification information stored in at least one electronic tag (not shown) located in the sensing area.

The data processing unit 33 is configured to update an unreceived visitor data set according to the identification information read by the reading unit 32, and when the number of the unreceived visitors is greater than the total number of sub-pictures, root According to the total number of the sub-pictures, the identification information of the unreceived visitor, and the weight corresponding thereto, a data distribution result is obtained.

The user interface processing unit 34 is configured to divide a picture to be displayed through the display into a plurality of sub-pictures according to the total number of the sub-pictures, and when the number of unreceived visitors is greater than the total number of the sub-pictures, according to the The data distribution result displays a photo corresponding to the identification information of the unreceived visitor in the sub-pictures.

The existing initial meeting confirmation identity system 3 using RFID can indeed enable the host to actively and efficiently identify the first-time meeting visitors to be received in a short time, but since the prior art uses RFID to transmit identification information, There is a need to increase the cost of the RFID tag and its reading unit 32. However, due to the high cost of RFID tags, the current application of RFID technology is used for a large number of high-priced items, such as identification chips implanted on pets, leisure cards of the MRT system, or non-contact The access card, therefore, how to effectively reduce the cost of using the system 3, has become an urgent problem to be solved.

Accordingly, it is an object of the present invention to provide an initial meeting confirmation identity system that provides cost savings without the use of RFID.

Thus, the present invention initially recognizes the identity system and is suitable for use by a host and at least one visitor. The system includes at least one visitor mobile device and a host mobile device. The visitor mobile device includes a visitor communication module. The receptionist mobile device includes a visitor database, a receptionist communication module, a receptionist display module for presenting a display screen, and a Data processing module and a user interface processing module.

The visitor database is used for at least one pre-established visitor data storage corresponding to the visitor, wherein the visitor profile includes an identification information corresponding to the visitor, and a visitor photo corresponding to the identification information. And an importance ranking corresponding to the identification information.

The receiver communication module is configured to transmit a wireless network signal that is connected to a visitor communication module of the visitor mobile device within a wireless network, and receive the visit located within the wireless network range. The identification information transmitted by the mobile device.

The data processing module is configured to update an unreceived visitor data set according to the identification information received by the host communication module, where the unreceived visitor data set includes one of the unreceived visitors The number, and the identification information corresponding to the unreceived visitor, the data processing module is further configured to obtain, from the visitor database, a photo of the visitor corresponding to the identification information in the unreceived visitor data set, When the number of unreceived visitors is greater than a preset total number of sub-pictures, the data processing module is further configured to obtain, from the visitor database, corresponding to the identification information in the unreceived visitor data set. Ranking of importance levels, and obtaining a data based on the identification information in the unreceived visitor data set, the total number of the sub-pictures, and the importance level corresponding to the identification information in the unreceived visitor data set. Assign results.

The user interface processing module is configured to divide the display screen to be presented by the host display module into a plurality of sub-screens according to the total number of the sub-pictures, and the number of unreceived visitors is greater than the sub-picture total The user interface processing module is further configured to display the visitor photos obtained by the data processing module in the sub-screens according to the data distribution result.

The effect of the present invention is to transmit the wireless network signal that can be connected to the mobile device of the visitor within the wireless network by using the receiver communication module, and connect the mobile device to the recipient at the visitor mobile device. When the communication module transmits its corresponding identification information to the receptionist communication module, it replaces the method of transmitting identification information by using RFID in the past, thereby achieving cost-saving effect.

1‧‧‧Resident mobile device

11‧‧‧ Visitor database

12‧‧‧Recipient communication module

13‧‧‧Recipient display module

14‧‧‧ Data Processing Module

15‧‧‧User interface processing module

2‧‧‧Visitor mobile device

21‧‧‧ Visitor Communication Module

22‧‧‧Visitor Display Module

23‧‧‧ Positioning Module

4‧‧‧Wireless network range

501~516‧‧‧Steps

6‧‧‧Display screen

61‧‧‧ first sub-picture

62‧‧‧Second sub-picture

63‧‧‧ third sub-picture

64~66‧‧‧Confirm button

Other features and effects of the present invention will be apparent from the following description of the drawings, wherein: FIG. 1 is a system block diagram illustrating a conventional initial meeting identification system using RFID; FIG. 2 is a schematic view. The application environment of the preferred embodiment of the present invention is described in the first meeting of the present invention; FIG. 3 is a system block diagram showing a preferred embodiment of the initial meeting confirmation identity system of the present invention; FIG. 4 is a schematic diagram illustrating the preferred embodiment. For example, a display screen presented by the display module; and FIG. 5 is a flow chart illustrating a method for confirming the identity of the initial meeting of the identity system using the initial meeting of the present invention.

Referring to FIG. 2 and FIG. 3, a preferred embodiment of the initial meeting confirmation identity system of the present invention is suitable for use by a host and at least one visitor, and includes a receiver mobile device 1 and at least one visitor mobile device 2. The receiver mobile device 1 includes a visitor database 11, a receiver communication module 12, a receiver display module 13, a data processing module 14, and a user interface processing module 15. The visitor mobile device 2 includes a visitor communication module 21, a visitor display module 22 and a positioning module 23.

In the preferred embodiment, the host mobile device 1 is a mobile device having a wireless network base station function, such as a smart phone or a tablet. The visitor mobile device 2 is a smart phone, a tablet computer, a notebook computer, or a personal digital assistant (PDA), but is not limited thereto.

The visitor database 11 of the host mobile device 1 is used for at least one pre-established visitor data storage corresponding to the visitor, wherein the visitor profile includes an identification information corresponding to the visitor, corresponding to A visitor photo of the identification information and an importance ranking corresponding to the identification information. The identification information is used to identify the corresponding visitor. The visitor's photo is a photo of the respondent, with a special focus on the face. This importance ranking is based on the importance of the corresponding visitor. In other words, the more important the visitor, the more important the ranking is.

It is worth mentioning that the mobile device 1 can also be connected to a remote visitor database (not shown) built on a server via the Internet to obtain other related information about the visitor. Detailed information, For example, birthday, passport number, blood type, writing, hobbies, etc. The connection between the receiver mobile device 1, the server and the Internet is easily understood by those skilled in the art, and is not the focus of the present invention, and therefore will not be described herein.

The receiver communication module 12 of the receiver mobile device 1 is configured to transmit a wireless network signal that can be connected to the visitor communication module 21 of the visitor mobile device 2 within a wireless network range 4, and receive The identification information transmitted by the visitor mobile device 2 located in the wireless network range 4, and transmitting a corresponding one of the visitor messages to the visitor mobile device 2 corresponding to the identification information according to the received identification information. The receptionor communication module 12 has a wireless network base station to achieve the function of transmitting the wireless network signal.

The display module of the receiver mobile device 1 is configured to display a display screen. In the preferred embodiment, the display module is a touch screen.

The data processing module 14 of the receiver mobile device 1 is configured to update an unreceived visitor data set according to the identification information received by the host communication module 12. The unreceived visitor data set includes a number N of unreceived visitors and identification information corresponding to the unreceived visitor. The data processing module 14 is further configured to obtain, from the visitor database 11, a visitor photo corresponding to the identification information in the unreceived visitor data set.

When the number N of the unreceived visitors is greater than the preset total number C of sub-pictures, the data processing module 14 is further configured to obtain from the visitor database 11 and the unreceived visitor data set. The identification information corresponds to the importance ranking, and performs a sequential weighted average according to a context parameter, the number N of unreceived visitors, and the importance ranking corresponding to the identification information in the unreceived visitor data set. An algorithm (Ordered Weighted Average, OWA for short) to obtain the weight corresponding to the identification information in the unreceived visitor data set, and then according to the identification information in the unreceived visitor data set, the total number of the sub-pictures C. and a weight assignment algorithm corresponding to the identification information in the unreceived visitor data set to obtain a data distribution result. The total number of sub-pictures C is the maximum number of divided pictures that the receptionist display module 13 of the receptionist mobile device 1 can support.

In the preferred embodiment, the sequential weighted average algorithm is based on the original sequential weighted average mentioned in "An analytic approach for obtaining maximal entropy OWA operator weights" published by Fuller et al., Fuzzy Sets and Systems. The sequential weighted average algorithm obtained by adding Maximum entropy to the algorithm is implemented. The parameters required by the sequential weighted average algorithm are: α value, number of indicators N, and index importance ranking, respectively corresponding to the context parameters in the present invention, the number N of unreceived visitors, and the unreceived The ranking of the importance level of the identification information in the visitor data collection. It should be particularly noted that the context parameter is obtained by the receptionist using an operation interface provided by the user interface processing module 15 of the receiver mobile device 1, but in other embodiments of the present invention, The situation parameter may also be a preset value, which is not limited thereto. The context parameter indicates the current situation indicator of the host, and when α =0.5, it is the maximum information disorder. When α = 0 or 1, it is the minimum information disorder. Briefly, when the information desired by the reception toward centralized distribution, [alpha] may tend to 0 or 1, and if desired by reception of the distribution information towards decentralized, [alpha] tend to be 0.5.

In addition, the data distribution algorithm uses the gradient method mentioned in "A Linearly Convergent Method for Broadcast Data Allocation" published by Kuen-Fang Jea et al., Computers & Mathematics with Applications, Volume 56 Issue 2, July, 2008. (Gradient Method) algorithm to achieve. The parameters required by the gradient algorithm: C (Number of Channels), N (Number of Data Items), D (Database), L (Access Pattern), respectively corresponding to the total number of the sub-pictures C in the present invention, The number of unreceived visitors N , the identification information in the unreceived visitor data set, and the weight corresponding to the identification information in the unreceived visitor data set. The Near-Optimal Solution obtained by the gradient method algorithm is the data distribution result. The data distribution result represents a result of distributing the identification information in the unreceived visitor data set to the majority of the sub-pictures. Each sub-picture corresponds to the identification information assigned to the set of visitor data that should not be received.

The user interface processing module 15 of the receiver mobile device 1 divides the display screen to be presented by the resident display module 13 into a plurality of sub-screens according to the total number of sub-screens C. When the number N of the unreceived visitors is greater than the total number C of the sub-screens, the user interface processing module 15 is further configured to: respectively, the photo of the visitor obtained by the data processing module 14 according to the data distribution result Displayed in these sub-pictures. That is, for each sub-screen, a visitor photo corresponding to the corresponding identification information is displayed on the sub-screen. When the number N of the unreceived visitors is equal to or smaller than the total number C of the sub-pictures, the user interface processing module 15 directly displays the photos of the visitors obtained by the data processing module 14 respectively. In the sub-pictures.

The user interface processing module 15 also provides the operation interface for the receptionist to input the context parameters and a plurality of operations respectively corresponding to the sub-pictures. When the host performs an operation corresponding to any of the sub-pictures, the user interface processing module 15 also transmits an operation signal corresponding to the any sub-picture to the data processing module 14. The data processing module 14 also updates the unreceived visitor data set according to the operation signal.

When receiving any operation signal, the data processing module 14 indicates that the receptionist has completed the reception of one of the visitors, so the data processing module 14 will not receive the unreceived visitor data set. The number N of the visitors who are received is reduced by one, and the identification information corresponding to the visitor photo displayed in the sub-screen corresponding to the operation signal is removed from the unreceived visitor data set. Although the preferred embodiment is implemented with a touch screen, other devices having similar functions, such as voice control and the like, can be used to achieve equivalent results.

The visitor communication module 21 of the visitor mobile device 2 is used to connect to the receptionist mobile device 1 in the wireless network range 4 Communication module 12. When the visitor communication module 21 of the visitor mobile device 2 is connected to the host communication module 12 of the host mobile device 1, the visitor communication module 21 of the visitor mobile device 2 is also used to transmit the corresponding The identification information is sent to the receptionist mobile device 1 and receives the receptionist message. The receptionist message is a photo of the receptionist, and the photo of the receptionist is a photo of the respondent, with a special focus on the part of the face for the visitor to actively seek the reception according to the photo of the receptionist. By.

The visitor display module 22 of the visitor mobile device 2 is used to present the photo of the visitor.

The positioning module 23 of the visitor mobile device 2 is configured to calculate a target position of the visitor mobile device 2 according to a Global Positioning System (GPS) signal, and the positioning module 23 is also used to Receiving the global positioning system signal, according to the wireless network signal sent by the receiver communication module 12 of the receiver mobile device 1, measuring a received signal strength indication (Resived Signal Strength Indication, RSSI), and according to the received signal The intensity indication calculates a relative distance. It should be noted that the positioning module 23 can also calculate the coordinate position or relative distance according to the global positioning system signal or the received signal strength indication, and is not limited thereto. Wherein, the coordinate position obtained according to the global positioning system signal is more accurate than the relative distance obtained according to the received signal strength indication, but when the visitor is located indoors, the visitor mobile device 2 may not receive To the global positioning system signal, using the received signal strength indication to calculate the relative distance can be an alternative.

The visitor communication module 21 of the visitor mobile device 2 is further configured to transmit the coordinate position or relative distance calculated by the positioning module 23 to the receiver mobile device 1. The receptionist communication module 12 of the receptionist mobile device 1 is also configured to receive the coordinate position or relative distance. The user interface processing module 15 is further configured to respectively display coordinate positions or relative distances corresponding to the identification information in the unreceived visitor data set in the sub-pictures, so that the receptionist can further obtain Know the rough location of the visitor and accelerate the overall reception time.

Referring to FIG. 2 to FIG. 5, the interaction between the visitor mobile device 2 and the host mobile device 1 will be described below in conjunction with an initial meeting confirmation method and an application example. Before the implementation of the initial meeting to confirm the identity method, some pre-operations are required. First, the receptionist first performs the construction work of the visitor database 11. Then, the host provides a download link to the visitor, and the visitor downloads an application (App) that can be installed on the visitor mobile device 2 and performs the function of the visitor mobile device 2 of the present invention, wherein the application The download link URL can be provided to the visitor by email or Quick Response Code (QR Code). For example, the host code can print the QR Code corresponding to the download link URL of the program. An invitation card for the visitor to use the visitor mobile device 2 to scan the QR Code to link to the download link website. Therefore, after the visitor downloads the application and installs it, the initial meeting confirmation method can be implemented. The initial meeting confirmation method includes the following steps.

As shown in step 501, the receptionist uses the receptionist to act The operation interface provided by the user interface processing module 15 of the device 1 inputs the context parameter.

As shown in step 502, the receiver communication module 12 of the receiver mobile device 1 transmits the wireless network signal that is available to the visitor communication module 21 of the visitor mobile device 2 within the wireless network range 4. . As shown in FIG. 2, in this application example, there are a total of six visitor mobile devices 2 located within the wireless network range 4.

As shown in step 503, the visitor communication modules 21 of the visitor mobile devices 2 are respectively connected to the host communication module 12 of the host mobile device 1 within the wireless network range 4.

As shown in step 504, the positioning module 23 of the visitor mobile device 2 determines whether the corresponding global positioning system signal is received, and if so, proceeds to the processing of step 505; otherwise, proceeds to step 506. .

As shown in step 505, the positioning modules 23 respectively calculate their corresponding coordinate positions according to their corresponding global positioning system signals.

As shown in step 506, the positioning modules 23 respectively measure the corresponding received signal strength indications according to the wireless network signals sent by the receiver mobile device 1, and calculate the received signal strength indications according to the corresponding measurements. Its relative distance corresponding to the receptionist mobile device 1.

The coordinate positions and relative distances corresponding to the visitor mobile devices 2 may be collectively referred to as the positioning positions. Then, as shown in step 507, the visitor communication modules 21 respectively transmit their corresponding identification information, and their corresponding positioning positions (ie, coordinate positions or relative distances) to the recipient communication. Module 12.

As shown in step 508, the receptionist communication module 12 continuously receives the identification information and the location of the location transmitted by the visitor communication module 21 located in the wireless network range 4.

As shown in step 509, the receptionist communication module 12 transmits the receptionist message to the visitor mobile device 2 corresponding to the identification information according to the received identification information, and the data processing module 14 receives the And at least one of the identification information and the operation signal to update the unreceived visitor data set. In this application example, the number N of unreceived visitors is six, and the unreceived visitor data set includes the identification information of the visitor mobile device 2 located within the wireless network range 4.

Further, when the receptionist communication module 12 receives a new identification information in the wireless network range 4, that is, the receptionor communication module 12 receives a non-existence in the unreceived The identification information in the visitor data set, the data processing module 14 adds the identification information to the unreceived visitor data set, and increases the number N of unreceived visitors by one. Similarly, if the receptionist communication module 12 does not read the identification information originally existing in the unreceived visitor data set, that is, the visitor leaves the wireless network range 4, the data processing mode The group 14 will remove the identification information from the unreceived visitor profile and reduce the number N of unreceived visitors by one.

In addition, the data processing module 14 updates the unreceived visitor data set according to the operation signal, that is, the data processing module 14 will not receive the visitor when receiving the operation signal. The number N is decreased by one, and the identification information of the visitor corresponding to the completed reception is removed from the unreceived visitor data set.

As shown in step 510, the visitor communication module 21 of the visitor mobile device 2 receives the visitor message, and the visitor display module 22 of the visitor mobile device 2 presents the visitor message (ie, the photo of the visitor) ).

As shown in step 511, the data processing module 14 determines whether the total number of unreceived visitors scheduled to be received is zero, and if so, the reception of all visitors has been completed, and no further action is continued. If the total number of unreceived visitors is greater than zero at this time, proceed to step 512.

As shown in step 512, the data processing module 14 obtains a visitor photo corresponding to the identification information in the unreceived visitor data set from the visitor database 11. In this application example, the data processing module 14 obtains a total of six visitor photos.

As shown in step 513, at this time, it is determined whether the number N of the visitors that are not received at this time is greater than the preset total number C of the sub-pictures. If yes, proceed to step 514; otherwise, proceed to step 515. As shown in FIG. 4, in the application example, the number N of unreceived visitors is six, and the total number C of the sub-pictures is three (one first sub-picture 61 and one second sub-picture 62, respectively). A third sub-picture 63), so step 514 follows.

As shown in step 514, the data processing module 14 obtains, from the visitor database 11, an importance ranking corresponding to the identification information in the unreceived visitor data set, and is not received according to the context parameter. The number N of the visitors and the importance ranking corresponding to the identification information in the unreceived visitor data set, the weight corresponding to the identification information in the unreceived visitor data set, and then according to the The identification information in the received visitor data set, the total number C of the sub-pictures, and the weight corresponding to the identification information in the unreceived visitor data set, obtain the data distribution result.

In this application example, the data distribution result is that six pieces of identification information located in the wireless network range 4 are respectively allocated to the first sub-picture 61, the second sub-picture 62, and the third sub-picture 63. The identification information assigned to the first sub-screen 61 has one stroke, the identification information to which the second sub-screen 62 is assigned has two strokes, and the identification information to which the third sub-screen 63 is assigned has three strokes; Among the unreceived visitors, the visitor corresponding to the identification information to which the first sub-screen 61 is assigned is of higher importance (ie, its corresponding importance ranks earlier), and the second sub-screen The importance of the visitor corresponding to the identification information assigned to 62 is second, and the importance of the visitor corresponding to the identification information to which the third sub-screen 63 is assigned is low.

As shown in step 515, the user interface processing module 15 displays the location of the visitor's photo obtained by the data processing module 14 and the identification information corresponding to the identification information in the unreceived visitor data set. If the number N of the unreceived visitors is less than or equal to the total number C of the sub-pictures, the user interface processing module 15 directly receives the photo of the visitor obtained by the data processing module 14 and the unreceived The positioning positions corresponding to the identification information in the visitor data set are respectively displayed in the sub-pictures 61, 62, 63; if the number N of the unreceived visitors is greater than the total number C of the sub-pictures, the user The interface processing module 15 displays the location of the visitor photo obtained by the data processing module 14 and the identification information corresponding to the identification information in the unreceived visitor data set on the sub-screen according to the data distribution result. In the middle of 61, 62, 63.

In the application example, the user interface processing module 15 divides the display screen 6 to be displayed through the display module into three sub-pictures 61, 62, 63; since the first sub-picture 61 is assigned a piece of identification information, Therefore, within a time interval (Time Interval), only one visitor photo (a photo of the visitor corresponding to the identification information to which the first sub-screen 61 is assigned) is displayed in the first sub-screen 61, That is, the visitor photo and the location location are continuously played in the first sub-screen 61 during the predetermined time interval; similarly, the second sub-screen 62 is assigned to the two-character identification information, so at this time During the interval, the corresponding two visitor photos and the positioning position (the photo of the visitor corresponding to the identification information to which the second sub-screen 62 is assigned) are alternately displayed in the second sub-screen 62; similarly; The third sub-picture 63 has three pieces of identification information. Therefore, in the third sub-picture 63, the corresponding three visitor photos and the positioning position are displayed in turn (with the third sub-picture). 63 assigned to the knowledge Do not correspond to the photo of the visitor).

In other words, if the importance level corresponding to the identification information is ranked higher, the corresponding visitor photo is within a certain time interval. The longer the display time. That is to say, the more important the visitor, the more time the visitor's photo is displayed, and the easier it is to be received by the host, which means that the more important visitors can be reduced. Time (Waiting Time).

As shown in step 516, when the host performs an operation corresponding to any of the sub-pictures 61, 62, 63, the user interface processing module 15 also transmits an operation corresponding to any of the sub-pictures 61, 62, 63. The signal is sent to the data processing module 14. Next, the data processing module 14 reduces the total number of unreceived visitors by one and returns to step 508.

In this application example, the operation interface provided by the user interface processing module 15 includes "confirmation buttons" 64, 65, 66 (see FIG. 4) displayed on the sub-pictures 61, 62, 63. Of course, the operation interface may also be other implementations that can achieve similar functions, and are not limited to the preferred embodiment. The operation interface is used by the receptionist to touch the "confirmation button" 64, 65, 66 through the receptionist display module 13 to generate the corresponding operation signal. The operation signal indicates that the receptionist has completed the corresponding reception of the visitor.

Assuming that the receptionist has completed the reception of the visitor corresponding to the identification information to which the first sub-screen 61 is assigned, the receptionist touches the "confirmation button" 64 in the first sub-screen 61, the use The interface processing module 15 transmits the operation signal corresponding to the first sub-screen 61 to the data processing module 14, and the user interface processing module 15 will not display the corresponding visitor on the first sub-screen 61. Photo, then, the data processing module 14 will reduce the number N of unreceived visitors and the total number of unreceived visitors by one, and remove the corresponding completed from the unreceived visitor data set. The identification information of the visitor for the reception.

In summary, the present invention has the following advantages: First, the receptionist communication module 12 transmits a visitor communication module 21 for the visitor mobile device 2 within a wireless network range 4 The wireless network signal causes the visitor communication module 21 to connect to the receiver communication module 12 within the wireless network range 4, and transmit its corresponding identification information to the receiver communication module 12 to Replacing the past method of using RFID to transmit identification information, thereby achieving cost savings. Secondly, the receptionist communication module 12 transmits the receptionist information to the visitor mobile devices 2 corresponding to the identification information according to the received identification information, so that the visitor can actively find the receptionist. Third, the positioning module 23 calculates the coordinate position or relative distance, and uses the visitor communication module 21 to transmit its corresponding coordinate position or relative distance to the receptionor communication module 12, so that the receptionist can Further more precise knowledge of the visitor's rough location, thereby accelerating the overall reception time. Fourth, when constructing the visitor's data, it is only necessary to define the corresponding importance ranking of the interviewer rather than the explicit weight value. Since the weight value is often difficult to define clearly, if the definition is not taken into account. The data distribution result generated by the data processing module 14 is not ideal. The data processing module 14 calculates the corresponding weight according to the importance degree corresponding to the identification information in the visitor data set, which will greatly Improve the convenience of building such visitors and the accuracy of data distribution results. Therefore, the object of the present invention can be achieved.

However, the above is only the preferred embodiment of the present invention. The scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the present invention in the scope of the invention and the scope of the patent specification are still within the scope of the invention.

1‧‧‧Resident mobile device

11‧‧‧ Visitor database

12‧‧‧Recipient communication module

13‧‧‧Recipient display module

14‧‧‧ Data Processing Module

15‧‧‧User interface processing module

2‧‧‧Visitor mobile device

21‧‧‧ Visitor Communication Module

22‧‧‧Visitor Display Module

23‧‧‧ Positioning Module

Claims (9)

An initial meeting confirmation identity system for use by a host and at least one visitor, the system comprising: at least one visitor mobile device, the visitor mobile device comprising a visitor communication module; and a receiver mobile device The method includes a visitor database for at least one pre-established visitor data storage corresponding to the visitor, wherein the visitor profile includes an identification information corresponding to the visitor, and a corresponding to the identification information. a visitor photo, and an important ranking corresponding to the identification information, a receptionist communication module for transmitting a communication module of the visitor's mobile device for the visitor's mobile device within a wireless network a wireless network signal, and receiving identification information transmitted by the visitor mobile device located in the wireless network, a receptionist display module for presenting a display screen, and a data processing module for The identification information received by the receptionist communication module updates an unreceived visitor data set, and the unreceived visitor data collection package a number of unreceived visitors, and identification information corresponding to the unreceived visitor, the data processing module is further configured to obtain from the visitor database and the unreceived visitor data set Identifying the photo of the visitor corresponding to the information, when the number of unreceived visitors is greater than the preset total number of sub-pictures, the data processing module Also used to obtain an importance ranking corresponding to the identification information in the unreceived visitor data set from the visitor database, and according to the number of the unreceived visitor data sets and the unreceived a ranking weighted average algorithm corresponding to the importance level corresponding to the identification information in the visitor data set, to obtain the weight corresponding to the identification information in the unreceived visitor data set, and according to the unreceived visitor The identification information in the data set, the total number of the sub-pictures, and the weight corresponding to the identification information in the unreceived visitor data set, obtain a data distribution result, and a user interface processing module, according to the child The total number of pictures is divided into a plurality of sub-pictures by the display screen displayed by the host display module. When the number of unreceived visitors is greater than the total number of sub-pictures, the user interface processing module is further used. Based on the data distribution result, the visitor photos obtained by the data processing module are respectively displayed on the sub-screens. The first meeting confirmation identity system according to claim 1, wherein the data processing module is based on the identification of the unreceived visitor data set when the number of unreceived visitors is greater than the total number of the sub-pictures The weight corresponding to the information, the identification information in the unreceived visitor data set, and the total number of the sub-pictures are subjected to a data distribution algorithm to obtain the data distribution result, wherein the data distribution result is: the reception is not received The identification information in the visitor data set is assigned to the results of the sub-pictures, and each sub-picture corresponds to the visitor data set that should not be received. The identification information assigned to the middle. The first meeting confirmation identity system, as described in claim 1, wherein the user interface processing module further provides an operation interface for the receptionist to input a context parameter, the data processing module is based on the context parameter, The number of unreceived visitor data sets and the importance level corresponding to the identification information in the unreceived visitor data set are ranked by the sequential weighted average algorithm to obtain the unreceived visitor data. The weight corresponding to the identification information in the collection. The first meeting confirmation identity system according to claim 1, wherein the receiver communication module is further configured to transmit a corresponding receiver message to the visitor mobile device, and the visitor communication module is used in the wireless network. The receiver communication module is connected to the receiver mobile device to transmit the corresponding identification information to the receptionist mobile device and receive the receptionist message. The first meeting confirmation identity system as described in claim 4, wherein the visitor mobile device further includes a visitor display module, the visitor message is a photo of the visitor, and the visitor display module is used to present the reception Photo. The initial meeting confirmation identity system of claim 1, wherein the visitor mobile device further includes a positioning module, wherein the positioning module is configured to calculate a target position of the visitor mobile device according to a global positioning system signal, The visitor communication module is further configured to transmit the coordinate location to the receiver mobile device, and the user interface processing module is further configured to display the identification in the unreceived visitor data set in the sub-screens respectively. The coordinate position corresponding to the information. The first meeting confirmation identity system according to claim 6, wherein the positioning module is further configured to: according to the wireless network signal quantity sent by the receiver communication module of the receiver mobile device when the global positioning system signal cannot be received Measure a received signal strength indication, and calculate a relative distance according to the received signal strength indication, the visitor communication module is further configured to transmit the relative distance to the receiver mobile device, and the user interface processing module is further configured to The relative distances corresponding to the identification information in the unreceived visitor data set are respectively displayed in the sub-pictures. The first meeting confirmation identity system according to claim 1, wherein the visitor mobile device further includes a positioning module, wherein the positioning module is configured to send a wireless network signal according to the receiver communication module of the receiver mobile device Measure a received signal strength indication, and calculate a relative distance according to the received signal strength indication, the visitor communication module is further configured to transmit the relative distance to the receiver mobile device, and the user interface processing module is further configured to: The relative distances corresponding to the identification information in the unreceived visitor data set are respectively displayed in the sub-pictures. The first meeting confirmation identity system according to claim 1, wherein the user interface processing module of the receiver mobile device is further configured to provide an operation interface for the receptionist to perform a plurality of corresponding to the sub-pictures respectively. The user interface processing module further transmits an operation signal corresponding to the any sub-picture to the data processing module of the receiver mobile device, when the operator performs an operation corresponding to any of the sub-screens, The data processing module also updates the unreceived based on the operation signal. Visitor data collection.