TWM645193U - Neighborhood benefactor finder - Google Patents

Abstract

A device for searching for nearby noble people, including a personnel database, a processing module and a display module. The processing module finds the personnel who meet the caller's needs from the personnel database according to the caller's needs, and then determines the order of visits among these people based on the decision-making model to complete the itinerary arrangement. The display module enables the user device to display the itinerary. The order of visits between the persons can be adjusted, and the processor will record the adjusted order of visits to train a neural network to generate the decision-making model.

Description

Search device for nearby noble people

The present invention relates to a location providing device, in particular to a device for finding nearby noble people.

Before visiting a person, the visitor often needs to check the corresponding contact address of each person one by one, and consider the distance between the visitor's current location and the corresponding contact address of each person to decide which person to visit. However, advance path planning is often time-consuming and laborious.

Existing itinerary planning technology recommends the visitor to visit the nearest person by calculating the distance between the visitor's current location and the corresponding contact address of each person. However, existing itinerary planning technology often only considers how to visit people via the shortest route and ignores other important variables that will be encountered during the visit. As a result, the planned itinerary is not comprehensive enough. Therefore, it is necessary to seek A solution, especially for temporary needs.

A device for searching for nearby noble people, including a personnel database, a processing module and a display module. The processing module finds the personnel who meet the caller's needs from the personnel database according to the caller's needs, and then determines the order of visits among these people based on the decision-making model to complete the itinerary arrangement. The display module enables the user device to display the itinerary. The order of visits between the persons can be adjusted, and the processor will record the adjusted order of visits to train a neural network to generate the decision-making model.

1: Search device for nearby noble people

11: Personnel database

111:Application

112:Map database

113:Personnel information

114:Location information

115: Personnel description

12:Input module

13: Processing modules

14:Display module

15: Communication module

16:Play module

100:User

101:Personnel

20: Electronic map

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which:

Figure 1 is a block diagram of an embodiment of the novel nearby distinguished person finding device;

Figure 2 is a schematic diagram illustrating the screen displayed on the electronic map of nearby distinguished persons according to the present invention.

Referring to Figure 1, a first embodiment of the new nearby distinguished person search device 1 is shown. The user device has positioning capabilities and can provide the current location. The suggestion device 1 includes a person database 11, an input module 12, and a processing Module 13, a display module 14, a communication module 15 connected to a network (not shown), a map database 112 and a Play Mod 16. In this embodiment, the processing module 13 is electrically connected to the personnel database 11, the input module 12, the display module 14, the communication module 15 and the playback module 16 through wired means. However, In other embodiments of the present invention, the processing module 13 can also communicate with the personnel database 11, the map database 112, the input module 12, the display module 14, the communication module 15 and The playback module 16 is connected, but is not limited to this. In addition, the user device implementation may be, for example, a smartphone, a tablet computer or a laptop computer.

The personnel database 11 stores personnel information related to multiple personnel, where the personnel information includes multiple location information and multiple personnel descriptions respectively corresponding to the personnel, where the personnel description can be the abbreviation, price, and community name of the real estate. , address, floor, building registration area, land registration area, unit price per unit area, type, layout, house age, parking space, seating orientation, elevator, management fee, layout map, living functions, and you can also add several of the above personnel attributes. Each group forms a personnel description group. For example, three generations living under one roof are composed of more than 3 rooms and more than 30 square meters in the personnel attributes. In other words, the personnel are customers who have completed transactions, or community directors, committee members, security guards who may be related to real estate and may provide relevant information, or district directors, district officers, etc.

To put it simply, the processing module 13 in the new nearby VIP searching device 1 of the present invention finds the persons who meet the requirements of the calling VIP from the personnel database 11 on the electronic map 20 (as shown in the second figure) according to the calling VIP's requirements. personnel. Then, the processing module 13 determines the order of visits between the personnel according to the decision-making mode to complete the itinerary planning. Row. Among them, the decision-making model is related to the personnel description of the personnel who meet the needs of the caller. Obtaining the call request from the electronic map 20 mainly includes arbitrarily selecting a certain range on the electronic map 20 or specifying a specific business district, administrative region, etc., and then finding the persons falling within the range. , that is, the so-called personnel who meet the needs of the caller.

The processing module 13 finds out that there are 10 most suitable persons, and the processing module 13 determines the relationship between these persons based on the initial algorithm determined by the personnel descriptions of these persons (that is, part of the so-called decision-making model). order of visits to complete the itinerary. More specifically, if the decision-making model is to allow home buyers to compare similar people, and to accelerate the home buyers to make a home purchase decision as soon as possible, the above algorithm will try to maximize the building registration area

The personnel database 11 stores the application program 111 executable in the processing module 13 , the map database 112 and personnel information 113 related to multiple personnel 101 . The person information 113 includes a plurality of location information 114 and a plurality of person descriptions 115 corresponding to the persons 101 respectively. The map database 112 includes a map, transportation information and street information (not shown). In this embodiment, each location information 114 includes a coordinate position and an address.

In order to arrange your itinerary reasonably, distance can be used as a factor in planning your itinerary. Specifically, the processing module 13 determines the current location of the user device and the first location information and the second location information corresponding to the first and second persons. information, calculate a first distance and a second distance between the current position and the first and second position information, and determine whether the first and second distances are less than a preset distance. When the processing When the module 13 determines that the first distance is less than the preset distance, the first person is regarded as a first neighboring person. When the processing module 13 determines that the second distance is less than the preset distance, the first person is regarded as a first neighboring person. The second person is regarded as a second adjacent person.

It is worth mentioning that in this embodiment, the first and second persons and the first and second adjacent persons are only examples. In other embodiments of the present invention, there can also be only one person. or three or more persons. In addition, each person may not necessarily be considered a neighboring person, that is, the number of neighboring persons may be less than or equal to the number of persons.

In terms of itinerary arrangement, if only the distance factor is simply considered, sometimes it will take more time to reach the destination. Therefore, the processing module 13 responds to the execution of the application 111 and also based on the current location and the means of transportation. Information and the first and second location information, estimate a first arrival time and a second arrival time corresponding to the first and second location information, and based on the current location, the street information and the The first and second location information estimate a first driving time and a first walking time and a second driving time and a second walking time corresponding to the first and second location information, and start from the first and second location information. An arrival time, the first driving time and the first walking time are used to obtain a first shortest time as a first transportation time, and the transportation mode corresponding to the first transportation time is used as a first recommended transportation mode, and since the second arrival A second shortest time is obtained between the second driving time and the second walking time as a second transportation time, and the transportation mode corresponding to the second transportation time is used as a second recommended transportation mode.

It is worth mentioning that the transportation information includes one bus information, one MRT information and one train information. For example, the processing module 13 estimates the travel time required to take the bus, the travel time required to take the MRT, and the distance to take the train based on the current location, the transportation information, and the first location information. The required traveling time is determined, and then a shortest traveling time is selected as the first arrival time corresponding to the first location information. If there is no MRT connection between the current location and the first location information, the travel time corresponding to taking the MRT is set to infinite, and the same is true for buses and trains. The street information includes a one-way street information, an underpass information and a land bridge information. For example, sometimes there is only a road between the current location and the first location information, but it is a one-way street. If you drive, you may have to take a long detour to reach it smoothly. At this time, the processing module 13The estimated first driving time will be longer than the first walking time.

In terms of itinerary arrangement, in addition to considering distance and commuting time, for users 100 such as real estate agents, special factors such as the probability of closing a transaction need to be specially considered. Therefore, the processing module 13 responds to the application 111 In addition, based on the first and second distances, and a first person weight and a second person weight corresponding to the first and second adjacent persons, it is determined that the first and second adjacent persons correspond to In a visit sequence, the neighbor with the smallest distance has the first priority in the visit sequence, and the neighbor with the largest distance has the last priority in the visit sequence. The processing module 13 also marks the current location, a first address and a second address corresponding to the first and second location information, and the access sequence on the map. In this embodiment, the processing module 13 only marks the first and second addresses corresponding to the first and second location information on the map, without marking the corresponding first and second location information. a first coordinate position and a second coordinate position. However, in other embodiments of the present invention, the processing module 13 can also only mark the first and second coordinate positions on the map, and is not limited to this. In addition, the processing module 13 uses an approximation method to determine the access sequence. However, in other embodiments of the present invention, the processing module 13 can also use a brute force method, a branch and bound method or a dynamic programming method. Determining the order of visits is not limited to this.

The display module 14 displays the map marked by the processing module 13, the first and second recommended transportation methods corresponding to the first and second location information, and the itinerary (including the first and second recommended transportation methods). The first and second person information corresponding to the two adjacent persons).

It is worth mentioning that the user 100 can change the visit order marked on the map according to his or her own experience or special needs by operating the input module 12 to generate a change visit order signal. When the input module 12 generates the change access sequence signal through an input operation of the user 100 and transmits it to the When processing the module 13, the processing module 13 also changes the visit order marked on the map according to the change visit order signal, and the display module 14 is also used to display the map after changing the visit order. Thereby, the user 100 can change the access sequence as needed, so that the access sequence better meets the needs of the user 100 . Even, the user 100 can generate a hidden visit sequence signal by operating the input module 12, so as to display a simple person description and location information.

The playback module 16 plays a warning message. In response to the execution of the application 111, the processing module 13 also obtains a visit itinerary including the first and second location information according to the visit sequence, and determines whether the nearby noble's search device 1 is located in the visit itinerary. For the last one of the first and second location information, when the determination result is no, the processing module 13 determines whether the time for the nearby person's search device 1 to stay at a current location information has exceeded a predetermined time. Assume that when the determination result is yes, the processing module 13 controls the playback module 16 to play the warning message. In this embodiment, the playback module 16 can be a speaker, and the warning message can be a phone ringtone, whereby the user 100 can pretend that someone is calling and leave first. However, in other embodiments of the present invention, , the warning message can also be just a prompt sound used to remind the user 100.

The second embodiment of the novel nearby distinguished person finding device 1 is substantially the same as the first embodiment, and the similarities are not repeated here. The difference lies in that the person database 11 also stores the location information 114 corresponding to the second embodiment. Multiple building categories. this In addition, the processing module 13 does not determine the visiting sequence corresponding to the first and second neighboring persons based on the first and second distances. In response to the execution of the application 111, the processing module 13 also estimates the entry of the first and second building types based on a first building type and a second building type corresponding to the first and second location information. The location information corresponds to a first entry time and a second entry time of a first building and a second building. Then, the processing module 13 is based on a first sum of the first traffic time and the first entry time, a second sum of the second traffic time and the second entry time, and the first and third The second person weight is used to determine the visit sequence corresponding to the first and second neighboring persons.

It is worth mentioning that the entry time required to enter different buildings will vary according to the different building types corresponding to the different buildings. For example, it takes 5 to 10 seconds to enter the building type of Eru, Tongtiancuo, but it takes 3 to 6 seconds to enter the building type of Eru, Office Building. Minutes. Since you often need to renew your ID card before entering the office building, the entry time will be relatively long.

The third embodiment of the novel nearby distinguished person finding device 1 combines the method of the first embodiment to determine the visiting sequence based on the first and second distances, and the method of the second embodiment based on the first and second distances. The sum of the two is used to determine the access sequence. That is, the nearby distinguished person finding device 1 provides two different ways to determine the visit sequence, and allows the user 100 to choose his preferred determination method.

Initially, the processing module 13 responds to the execution of the application program 111 so that an option related to the determination method of the access sequence is displayed on the display module 14 , and the input module 12 passes the user 100 An input operation generates a selection signal and sends it to the processing module 13 .

Then, same as the first embodiment, the processing module 13 responds to the selection signal by executing the application 111 to obtain the first and second nearby persons and the first and second traffic times. .

Then, the processing module 13 responds to the selection signal according to the first and second distances and the first and second person weights, or according to the first and second sums and the first and second The weight of the two persons is used to determine the order of visits.

Then, similar to the first embodiment, the processing module 13 also marks the current location, a first address and a second address corresponding to the first and second location information, and the visit sequence on the map. superior.

To sum up, the novel nearby VIP searching device 1 of the present invention uses the processing module 13 to obtain the first request of the calling VIP located in the personnel description 115 based on the calling VIP requirement and the personnel description 115. and the data of the first and second persons corresponding to the second person, and determine whether the first and second distances are less than the preset distance to obtain the first and second nearby persons to ensure that the user 100 can visit the person based on the first and second person information displayed on the display module 14 without being missed due to the absence of the person. In addition, through the processing module 13 according to the Determining the visit order by waiting for the first and second distances, or determining the visit order based on the first and second sums, can provide the user with the 100 best or nearly best visit itinerary. Furthermore, when When the user 100 has other nearby people who need to visit and has stayed at the address of the current nearby person for the preset time, the playback module 16 will play the warning message to remind the user 100, so the cost can indeed be achieved. New purpose.

However, the above are only examples of the present invention, and should not be used to limit the scope of the present invention. All simple equivalent changes and modifications made based on the patent scope of the present invention and the content of the patent specification are still within the scope of the present invention. Within the scope covered by this new patent.

1: Search device for nearby noble people

11: Personnel database

111:Application

112:Map database

113:Personnel information

114:Location information

115: Personnel description

12:Input module

13: Processing module

14:Display module

15: Communication module

16:Play module

100:User

101:Personnel

Claims (8)

A device for searching for nearby noble people, including: a personnel database that stores personnel information related to multiple persons, wherein the personnel information includes multiple location information and multiple person descriptions respectively corresponding to the persons; a map database , including a means of transportation information and a street information in an electronic map; a processing module, based on a request of a caller received through the electronic map, to find out from the personnel database that meets the request of the caller These people, and then decide a visiting sequence among these people to complete a itinerary based on a decision-making model, which is related to the personnel description of the people who meet the needs of the caller, and the The processing module also estimates an arrival time corresponding to the location information of the person arriving based on a current location of a user device, the transportation information from the map database, and the location information, and based on the current location , the street information and the location information from the person database, estimate the driving time or/and walking time corresponding to the location information of the person arriving, and calculate the arrival time, driving time and walking time from the arrival time, driving time and walking time. Obtain a shortest time, and use the transportation mode corresponding to the shortest time as a recommended transportation mode, and the display module also displays a recommended transportation mode; a display module allows the user device to display the itinerary and the Recommended transportation options, the itinerary includes the location information. The device for finding nearby distinguished persons as described in claim 1, wherein when the processing module obtains the address of a first person and a second person based on the person's information, When responding to a first person's data and a second person's data, the processing module calculates a first position information and a second position information corresponding to the current position and the first and second persons respectively. A first distance and a second distance between the current position and the first and second position information, and determining whether the first and second distances are less than a preset distance, when the processing module determines that the When the first distance is less than the preset distance, the first person is regarded as a first neighboring person. When the processing module determines that the second distance is less than the preset distance, the second person is regarded as a first neighboring person. 2. Nearby persons. The device for finding nearby distinguished persons as described in claim 2, wherein the processing module further determines the visiting sequence corresponding to the first and second nearby persons based on the first and second distances, and the display module The visiting sequence is also displayed. The neighboring person corresponding to the smallest distance enjoys the first priority in the visiting sequence, and the neighboring person corresponding to the largest distance enjoys the last priority in the visiting sequence. As for the device for finding nearby noble people as described in claim 3, the personnel information also includes multiple personnel weights of the personnel, and the processing module not only based on the first and second distances, but also based on the first and a first person weight and a second person weight corresponding to the second adjacent person, and determine the visit sequence corresponding to the first and second adjacent persons. The device for finding nearby distinguished people as described in request item 4, wherein the person database also stores a map database, and the map database includes transportation information, street information and multiple building categories corresponding to the location information. The processing module also uses at least one of the transportation information and the street information from the personnel database, the current location and the first and second location information, estimating a first traffic time and a second traffic time corresponding to the first and second location information, and based on a first building type and a first location information corresponding to the first and second location information The second building type estimates a first entry time and a second entry time into a first building and a second building corresponding to the first and second location information, and based on the first traffic time A first sum of the first entry time, and a second sum of the second traffic time and the second entry time determine the visiting sequence corresponding to the first and second neighboring persons, and the display module The visit order is also displayed. The neighbor corresponding to the smallest sum enjoys the first order of the visit, and the neighbor corresponding to the largest sum enjoys the last order of the visit. As for the device for finding nearby noble people as described in request item 5, the personnel information also includes multiple personnel weights of the personnel, and the processing module not only determines the first location information corresponding to the first location information and the second location information corresponding to the first location information, but also the first location information corresponding to the location information. and a second sum, and determine the visiting sequence corresponding to the first and second neighboring persons based on a first person weight and a second person weight corresponding to the first and second neighboring persons. The device for searching for nearby distinguished persons as described in claim 1 further includes an input module. When a change of access sequence signal is generated through an input operation by a user and transmitted to the processing module, the processing module also generates a signal according to the input operation of the user. The change access sequence signal changes the access sequence. The device for finding nearby guests as described in claim 6, wherein the processing module estimates the first and second location information based on the current location, the transportation information and the first and second location information. The corresponding one arrives first Arrival time and a second arrival time, and based on the current location, the street information and the first and second location information, estimate a first driving time and a first time corresponding to the first and second location information. Walking time and a second driving time and a second walking time, and obtain a first shortest time from the first arrival time, the first driving time and the first walking time as the first transportation time, and since The second arrival time, the second driving time and the second walking time obtain a second shortest time as the second transportation time.

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