TWI509582B - Passenger location immediately monitoring system by browser and method thereof - Google Patents

Description

System and method for real-time monitoring of passenger position through browser

An instant monitoring system and method thereof, in particular, a system and method for real-time monitoring of a passenger's position through a browser.

Due to the rapid development of technology, vehicles are often provided with driving devices to provide passengers. The driving devices can provide functions such as advertising, games, video playback, etc. In addition, the driving devices provide passengers. The function of the ride monitoring is the ride monitoring provided by the rider through the driving device to ensure the safety of the rider.

Another type of ride monitoring is provided by the user's mobile device, that is, the occupant dials a specific number through the mobile device held by the occupant during the ride, and the mobile phone is based on the mobile device. Car ride monitoring to ensure the safety of the rider.

However, the above-mentioned two types of ride monitoring methods provide only the record monitoring. They do not provide immediate ride monitoring, which is a passive ride monitoring, which is slightly more protective for the occupants. Passive, when the rider has an unexpected situation, it is also necessary to specifically read the recorded ride monitoring content.

In summary, it can be seen that there has been a problem in the prior art that the existing ride monitoring does not provide immediate monitoring, so it is necessary to propose an improved technical means to solve this problem.

In view of the prior art, there is a problem that the existing ride monitoring does not provide real-time monitoring, and the present invention discloses a system for monitoring the position of a rider in real time through a browser, and a method thereof, wherein the present invention discloses through a browser A system for monitoring the position of a passenger in real time, comprising: a mobile device, a server and a client; the mobile device further comprises: a receiving module, an image capturing module and a transmitting module; and the server further comprises: a server receiving module The generating module and the server transmitting module; the client further comprises: a connecting module and a display module.

The receiving module of the mobile device is configured to receive the starting coordinates and the riding time input by the passenger, and receive the tracking coordinates periodically when the system time of the mobile device is consistent with the riding time; the image capturing mode of the mobile device The group is used to capture driving information; and the mobile device's transmission module is used to provide initial coordinates, travel time, tracking coordinates and driving information by wireless transmission.

The servo end receiving module of the servo end is used for obtaining the starting coordinates, the riding time, the tracking coordinates and the driving information by the wireless transmission self-transporting module; the generating module of the servo end is used for generating the riding according to the starting coordinate and the riding time. Information: When the servo receiving module obtains driving information from the transmitting module, the tracking information is generated according to the tracking coordinates; and the servo transmitting module of the server is used for transmitting the riding information, the driving information and the tracking information.

The client is embedded in the browser, and the client's connection module is used to establish a connection with the server, and the server transmits information, driving information and tracking information from the server; and the client's display module is used. Displaying the boarding information in the electronic map area in the user interface, and displaying the tracking information and the user interface in the electronic map area in the user interface when the connection module obtains the tracking information from the server transmitting module Driving information is displayed in the display area.

The method for real-time monitoring of a passenger's position through a browser includes the following steps: First, the mobile device receives a starting coordinate and a passenger's input time; and then the mobile device provides a wireless transmission start The coordinates and the travel time to the servo end; then, the servo generates the ride information according to the start coordinate and the travel time and provides the ride information to the client embedded in the browser; then, the electronic map of the client in the user interface The boarding information is displayed in the area; then, when the system time of the mobile device coincides with the boarding time, the mobile device periodically receives the tracking coordinates; then, the mobile device captures the driving information and provides the tracking coordinates and driving information to the servo by wireless transmission. Then, the server generates tracking information according to the tracking coordinates to provide driving information and tracking information to the client; finally, when the client obtains the tracking information from the server, the tracking information is displayed in the electronic map area in the user interface. And display driving information in the display area of the user interface.

The system and method disclosed by the present invention are as above, and the difference from the prior art is that the present invention provides a starting coordinate and a travel time to the server through the mobile device to generate the boarding information, and displays the boarding information in the browser. In the client, the mobile device retrieves the driving information and periodically receives the tracking coordinates to provide the tracking information to the servo terminal, and displays the tracking information and the driving information in the client embedded in the browser, thereby providing real-time monitoring. Track the movement of passengers.

Through the above technical means, the present invention can achieve the technical effect of real-time monitoring of the position of the rider through the browser.

10‧‧‧Mobile devices

11‧‧‧ receiving module

12‧‧‧Image capture module

13‧‧‧Transmission module

20‧‧‧Server

21‧‧‧Servo Receiver Module

22‧‧‧Generation Module

23‧‧‧Server Transmitter Module

30‧‧‧Client

31‧‧‧Connection module

32‧‧‧Display module

41‧‧‧ starting coordinates

42‧‧‧Travel time

43‧‧‧Travel information

44‧‧‧ Driving Information

45‧‧‧ Tracking coordinates

46‧‧‧ Tracking information

Step 110‧‧‧ Mobile device receives the starting coordinates and the passenger's entered travel time

Step 120‧‧‧ Mobile device provides starting coordinates and travel time to the servo terminal by wireless transmission

Step 130‧‧‧ The server generates the boarding information according to the starting coordinates and the riding time and provides the boarding information to the client embedded in the browser.

Step 140‧‧‧ The client displays the boarding information in the electronic map area in the user interface

Step 150‧‧‧ When the system time of the mobile device coincides with the ride time, the mobile device periodically receives the tracking coordinates

Step 160‧‧‧Mobile device captures driving information and provides tracking coordinates and driving information to the server via wireless transmission

Step 170‧‧‧ The server generates tracking information based on the tracking coordinates to provide driving information and tracking information to the client

Step 180‧‧‧ When the client obtains the tracking information from the server, the tracking information is displayed in the electronic map area of the user interface and the driving information is displayed in the display area of the user interface.

FIG. 1 is a block diagram showing the system for monitoring the position of a passenger in real time through a browser.

FIG. 2 is a flow chart showing a method for instantly monitoring the position of a passenger through a browser according to the present invention.

FIG. 3 is a schematic diagram of a system architecture for monitoring the position of a passenger in real time through a browser according to the present invention.

The embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, so that the application of the technical means to solve the technical problems and achieve the technical effects can be fully understood and implemented.

The following is a description of the lost property search system for a taxi that is disclosed in the present invention. Please refer to FIG. 1 for the purpose of monitoring the rider's position in real time through a browser. System block diagram.

The system for monitoring the position of a passenger in real time through a browser includes: a mobile device 10, a server 20, and a client 30. The mobile device 10 further includes: a receiving module 11 and an image capturing module 12 And the transmission module 13; the server 20 further includes: a server receiving module 21, a generating module 22, and a server transmitting module 23; the client 30 further includes: a connecting module 31 and a display module 32.

When the passenger needs to take the vehicle, the mobile device can hold the travel time or the start coordinates and the travel time input, that is, the receiving module 11 of the mobile device 10 receives the mobile device 10 Or the starting coordinates input by the passenger and the passenger time input by the passenger, the starting coordinates include global positioning coordinates or electric coordinates, and the receiving module 11 of the mobile device 10 receives the starting coordinates and the riding After the time, the starting coordinates and the travel time can be provided to the server 20 through the transmission module 13 of the mobile device 10, and the wireless transmission includes the wireless network and the Wi-Fi, which is merely an example. It is to be understood that the scope of application of the invention is not limited thereto.

The above-mentioned electric coordinate information is used for a geographical coordinate on an electrical device, generally It adopts the TWD67 coordinate (that is, the horizontal Mercator projection second-degree banding TM coordinate) and establishes the electric coordinate information in a pre-defined coding manner, and the Mercator projection method, also known as the Mercator projection. The method or the positive-axis equiangular cylindrical projection is an equiangular cylindrical map projection method.

The following is a description of the process of converting the electrical coordinate information into the horizontal McCarty projection second-degree banding TM coordinates (TWD67, Taiwan Datum 1967) with the power coordinate information as “R1998 EE79”. The first is 80 kilometers from east to west and 50 from north to south. In the range of kilometers, Taiwan (including the outer island) is divided into areas from A to Z. Each area has the X coordinate on the west side and the Y coordinate on the south side as the origin of each area. The power coordinate information is “R1998 EE79”. That is, it is located in the R area, and the X coordinate on the west side of the R area is 250,000 meters, and the Y coordinate on the southmost side is 2,500,000 meters.

Then, in each area (80 km × 50 km), the area is 800 meters long, 500 meters wide from north to south, and the area is divided into 10,000 different sub-areas. The power coordinate information is “R1998 EE79”. "R1998" stands for the 1998 sub-region in the R region. The origin coordinate conversion of "R1998" is as follows: X coordinate: 250,000 (R region origin) + 19 × 800 = 265,200 m ; Y coordinate: 2500000 (R area origin) + 98 × 500 = 2549000 meters; the origin of the R area No. 1998 figure is: X: 265200; Y: 2549000.

Next, each sub-area (800 meters × 500 meters), and then in the range of 100 meters × 100 meters, each sub-area, from east to west A to H, north to north to A to E, combined into 40 For a small area of 100 meters x 100 meters, the power coordinate information is "R1998 EE79", "EE" represents the EE area in the 1998 sub-area of the R area, and the origin of "R1998 EE" The coordinate conversion is as follows: X coordinate: 265200 (the origin of the 1998 sub-area) + 4 × 100 = 265,600 meters; Y coordinate: 2549000 (the origin of the 1998 sub-area) + 4 × 100 = 2549400 meters; R The origin of the EE region of the 1998 sub-region is: X: 265600; Y: 2549400.

Then, the electric coordinate information is the range represented by the "79" of the "R1998 EE79", which is 7 × 10 meters eastward from the origin of the EE area, and 10 square meters to the north. That is, the coordinate origin of the EE region 79 of the 1998 sub-region of the R region is X: 265670; Y: 2549490, that is, the electric coordinate information is "R1998 EE79" converted to the TWD67 coordinate, that is, X: 265670; Y: 2549490, although the coordinate area converted is still 10 meters × 10 meters, but it is already visually identifiable to identify each other's appearance range. After the above, the power coordinate information and the TWD67 coordinate conversion process have been clearly understood. Learn about power coordinates.

The servo terminal receiving module 21 of the server 20 can wirelessly transmit the starting coordinates and the boarding time from the transmitting module 13 of the mobile device 10. Then, the generating module 22 of the server 20 can be based on the starting coordinates and multiplication. The vehicle time generates the boarding information, thereby performing the dispatching operation according to the boarding information generated by the generating module 22 of the server 20, and the server transmitting module 22 of the server 20 provides the boarding information to the client. 30, it is worth noting that the client 30 described above is embedded in the browser.

The connection module 31 of the client 30 is transmitted from the servo terminal of the server 20 through wired transmission (for example, wired network, etc.) or wireless transmission (for example, wireless network, Wi-Fi, etc.). The boarding information is obtained, and after the connection module 31 of the client 30 obtains the boarding information from the server terminal module 23 of the server 20, the display module 32 of the client 30 is an electronic map in the user interface. The boarding information is displayed in the area, so that other users can obtain the passenger's starting position through the client 30 embedded in the browser.

When the passenger picks up the vehicle at the time of the ride, the user can retrieve the driving information provided by the vehicle through the image capturing module 12 of the mobile device 10. The driving information may be the license plate number or the business registration number. ... and the like, which are merely illustrative, are not intended to limit the scope of application of the present invention. At the same time, the system time of the mobile device 10 will coincide with the ride time, and the servo terminal receiving module of the mobile device 10 21 will receive the tracking coordinates regularly, and the above tracking coordinates are the global positioning coordinates.

After the servo receiving module 21 of the mobile device 10 receives the module timing receiving tracking coordinates and the image capturing module 12 of the mobile device 10 captures the driving information provided by the vehicle, the transmitting module of the mobile device 10 can be transmitted. 13 provides the tracking coordinates and driving information to the server 20 by wireless transmission.

The server receiving module 21 of the server 20 can wirelessly transmit the tracking module and the driving information from the transmitting module 13 of the mobile device 10. Then, the generating module 22 of the server 20 can generate tracking information according to the tracking coordinates, and The tracking information and the driving information are provided to the client 30 by the server transmitting module 23 of the server 20.

The connection module 31 of the client 30 is transmitted by wire (for example, a wired network) The path (etc.) or wireless transmission (e.g., wireless network, Wi-Fi, etc.) obtains tracking information and driving information from the server transmitting module 23 of the server 20, and the connection module 31 at the client 30. After the servo end transmitting module 23 of the server 20 obtains the tracking information and the driving information, the display module 32 of the client 30 displays the tracking information and the display area of the user interface in the electronic map area in the user interface. The driving information is displayed in the middle, so that other users can track the moving position of the passenger according to the tracking information through the embedded information embedded in the browser, and obtain the driving information of the vehicle taken by the passenger.

Next, the operation mode and flow of the present invention will be described below by way of an embodiment. The following embodiments will be described with reference to "first figure" and "second figure", and "second figure" is shown as The present invention provides a flow chart of a method for instantly monitoring the position of a passenger through a browser.

Please refer to "Figure 3". "Figure 3" is a schematic diagram of the system architecture for real-time monitoring of the passenger position through a browser.

When the passenger needs to take the vehicle, the mobile device 42 by the passenger can perform the input of the travel time 42 of "23 o'clock," that is, the receiving module 11 of the mobile device 10 receives the initial coordinate 41 as " The east longitude is 121 degrees, 30 minutes and 30 seconds, the north latitude is 25 degrees, 20 minutes and 20 seconds" and the passenger's input time 42 is "23:0 minutes" (step 110), which is merely illustrative and not limited thereto. In the application scope of the present invention, the receiving module 11 of the mobile device 10 receives the starting coordinates 41 as "the longitude 121 degrees 30 minutes 30 seconds, the north latitude 25 degrees 20 minutes 20 seconds" and the riding time 42 is "23 points 0" After the sub-", the starting coordinate 41 can be wirelessly transmitted through the transmission module 13 of the mobile device 10 as "east longitude 121 degrees 30 minutes 30 seconds, north latitude 25 degrees 20 minutes 20 seconds" and the travel time 42 is "23 points" 0 minutes is provided to the server 20 (step 120), and the wireless transmission described above includes a wireless network and Wi-Fi, which are merely illustrative and are not intended to limit the scope of application of the present invention.

The servo terminal receiving module 21 of the server 20 can wirelessly transmit the transmission module 13 from the mobile device 10 to obtain the starting coordinate 41 as "the longitude 121 degrees 30 minutes 30 seconds, the north latitude 25 degrees 20 minutes 20 seconds" and the riding time. 42 is "23 o'clock 0", and then, the generation module 22 of the servo end 20 can be "the longitude 121 degrees 30 minutes 30 seconds, the north latitude 25 degrees 20 minutes 20 seconds" and the riding time 42 according to the starting coordinates 41. "23:0" generates the boarding information 43, whereby the boarding information 43 generated by the generating module 22 of the server 20 can be used to perform the dispatching operation, and the servo terminal transmitting module 23 of the server 20 will The boarding information 43 is provided to the client 30 (step 130). It is worth noting that the client 30 described above is embedded in the browser.

The connection module 31 of the client 30 is transmitted from the servo terminal of the server 20 through wired transmission (for example, wired network, etc.) or wireless transmission (for example, wireless network, Wi-Fi, etc.). The boarding information 43 is obtained, and after the connection module 31 of the client 30 obtains the boarding information 43 from the server terminal module 23 of the server 20, the display module 32 of the client 30 is in the user interface. The boarding information 43 is displayed in the electronic map area (step 140), whereby other users can obtain the passenger's starting riding position through the client 30 embedded in the browser.

When the passenger picks up the vehicle at the time of the departure time 42 of "23 o'clock, the user can retrieve the driving information 44 provided by the vehicle through the image capturing module 12 of the mobile device 10 as "AB-1234". (Step 160), the driving information mentioned above is exemplified by the license plate number, and is not limited to the application scope of the present invention. At the same time, the system time of the mobile device 10 is "23 o'clock 0". The vehicle time 42 is "23 o'clock", and the servo end receiving module 21 of the mobile device 10 periodically receives the tracking coordinate 45 as "the longitude 121 degrees 30 minutes 40 seconds, the north latitude 25 degrees 20 minutes 30 seconds" (for example) The tracking coordinates are received every 10 seconds, which are merely illustrative here, and are not intended to limit the scope of application of the present invention, step 150).

The image receiving module 22 of the mobile device 10 receives the module timing receiving tracking coordinate 45 as "the longitude 121 degrees 30 minutes 40 seconds, the north latitude 25 degrees 20 minutes 30 seconds" and the image capturing module 12 of the mobile device 10 After the driving information 44 provided by the vehicle is "AB-1234", the tracking coordinate 45 can be wirelessly transmitted through the transmission module 13 of the mobile device 10 as "the longitude 121 degrees 30 minutes 40 seconds, the north latitude 25 degrees 20 minutes 30 The seconds" and the driving information 44 are provided to the servo terminal 20 for "AB-1234" (step 160).

The servo terminal receiving module 21 of the server 20 can wirelessly transmit the tracking module 45 from the transmission module 13 of the mobile device 10 to "the east longitude 121 degrees 30 minutes 40 seconds, the north latitude 25 degrees 20 minutes 30 seconds" and the driving information 44 is "AB-1234", then, the generating module 22 of the server 20 can generate the tracking information 46 according to the tracking coordinate 45 as "the longitude 121 degrees 30 minutes 40 seconds, the north latitude 25 degrees 20 minutes 30 seconds", and will be generated by the servo end. The server transfer module 23 of 20 provides the tracking information 46 and the driving information 44 to "AB-1234" to the client 30 (step 170).

The connection module 31 of the client 30 transmits the module from the servo end of the server 20 through wired transmission (for example, wired network, etc.) or wireless transmission (for example, wireless network, Wi-Fi, etc.). The group 23 obtains the tracking information 46 and the driving information 44 is "AB-1234", and the connection module 31 of the client 30 obtains the tracking information 46 and the driving information from the server transmitting module 23 of the server 20. After 44 is "AB-1234", the display module 32 of the client 30 displays the tracking information 46 in the electronic map area in the user interface and displays the driving information 44 in the display area of the user interface as "AB- 1234" (step 180), so that other users can track the moving position of the passenger according to the tracking information through the embedded information embedded in the browser, and obtain the driving information of the vehicle taken by the passenger.

In summary, it can be seen that the difference between the present invention and the prior art is that the present invention provides a starting coordinate and a travel time to the server through the mobile device to generate the boarding information, and displays the boarding information on the client embedded in the browser. In the middle, the mobile device captures the driving information and periodically receives the tracking coordinates to provide the tracking information to the servo terminal, and displays the tracking information and the driving information in the client embedded in the browser, thereby providing real-time monitoring and tracking. The location of the passenger's movement.

By means of this technical means, the existing ride monitoring provided by the prior art does not provide the problem of real-time monitoring, thereby achieving the technical effect of instantly monitoring the position of the rider through the browser.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any changes in the form and details of the embodiments may be made without departing from the spirit and scope of the invention. The scope of the invention is to be determined by the scope of the appended claims.

10‧‧‧Mobile devices

11‧‧‧ receiving module

12‧‧‧Image capture module

13‧‧‧Transmission module

20‧‧‧Server

21‧‧‧Servo Receiver Module

22‧‧‧Generation Module

23‧‧‧Server Transmitter Module

30‧‧‧Client

31‧‧‧Connection module

32‧‧‧Display module

Claims (10)

A system for monitoring a passenger's position in real time through a browser, comprising: a mobile device, the mobile device further comprising: a receiving module for receiving a starting coordinate and a passenger time input by the passenger, and When the system time of the mobile device is consistent with the travel time, a tracking coordinate is periodically received; an image capturing module is used to capture the information of the traveling vehicle; and a transmitting module is configured to provide the starting by wireless transmission. a coordinate, the travel time, the tracking coordinate, and the driving information; a servo end, the server further includes: a servo receiving module, configured to obtain the starting coordinate and the multiplication from the transmitting module by wireless transmission a vehicle time, the tracking coordinates, and the driving information; a generating module configured to generate a boarding information according to the starting coordinate and the driving time, when the server receiving module obtains the driving information from the transmitting module Generating a tracking information according to the tracking coordinates; and a server transmitting module for transmitting the boarding information, the driving information and the tracking information; and a client, the client Is embedded in the browser, the client further comprises: a connection module for establishing a connection with the server, and obtaining the boarding information, the driving information and the tracking information from the server transmitting module; And a display module for displaying the boarding information in an electronic map area in a user interface, and when the connection module obtains the tracking information from the server transmitting module, in the user interface The tracking information is displayed in the electronic map area and the driving information is displayed in the display area of the user interface. A system for instantly monitoring a passenger's location through a browser as described in claim 1 wherein the starting coordinates comprise global positioning coordinates or electrical coordinates. A system for instantly monitoring a passenger's position through a browser as described in claim 1 of the patent application, wherein the tracking coordinate is a global positioning coordinate. A system for instantly monitoring a passenger's location through a browser as described in claim 1, wherein the wireless transmission comprises a wireless network and Wi-Fi. A system for instantly monitoring a passenger's location through a browser as described in claim 1, wherein the server and the client transmit data by wireless transmission or wired transmission. A method for instantaneously monitoring a passenger's position through a browser, comprising the steps of: a mobile device receiving a starting coordinate and a passenger time input by a passenger; the mobile device providing the initial coordinate and the multiplication by wireless transmission The vehicle time is up to a server; the server generates a boarding information according to the starting coordinates and the boarding time, and provides the boarding information to a client embedded in the browser; the client is in a user interface The boarding information is displayed in an electronic map area; when the system time of the mobile device is consistent with the boarding time, the mobile device periodically receives a tracking coordinate; the mobile device captures a row of vehicle information and provides the tracking coordinates by wireless transmission The driving information is sent to the server; the server generates a tracking information according to the tracking coordinates to provide the driving information and the tracking information to the client; and when the client obtains the tracking information from the server, Displaying the tracking information in the electronic map area of the user interface and displaying the line in the display area of the user interface News. A method for instantly monitoring a passenger's position through a browser as described in claim 6 of the patent application scope, Wherein the mobile device receives the initial coordinate and the step of the travel time, the start coordinate includes a global positioning coordinate or an electrical coordinate. The method for instantaneously monitoring a passenger position through a browser according to claim 6, wherein when the system time of the mobile device coincides with the travel time, the mobile device periodically receives the tracking coordinate The tracking coordinates are global positioning coordinates. A method for instantly monitoring a passenger's location through a browser as described in claim 6 wherein the wireless transmission comprises a wireless network and Wi-Fi. The method for real-time monitoring of a passenger's location through a browser as described in claim 6 wherein the server and the client transmit data by wireless transmission or wired transmission.