TWI675761B - Motor vehicle dashboard system combined with a mobile device - Google Patents

Abstract

A locomotive instrumentation system combined with a mobile device. A height sensing module is provided on one side of the instrument for detecting vehicle height and warning driving. On the mobile device side, map information and speed limit data are provided, and the speed sensor is collected. The vehicle height information of the module is fed back to the instrument side to inform the driver of speeding and whether to turn or not. Based on this, you can avoid driving while looking at the mobile device and promptly remind the road related information to ensure the safety of pedestrians. By.

Description

Locomotive instrumentation system with mobile device

The invention relates to a locomotive instrumentation system combined with a mobile device. A locomotive instrumentation module is provided on the locomotive instrumentation, and a mobile device has an application program corresponding to the locomotive instrumentation module, combined with the mobile device's graphic information, to Remind the system driver of speed, altitude and map information.

In recent years, the technology of locomotive has greatly improved, and many young ethnic groups or social media creators will record the scenery and information such as roundabouts or mountain roads through video and live broadcast, and provide subscribers or viewers to watch related videos.

It is more difficult to take a locomotive film photography because driving requires operating the mobile device while riding the locomotive, which can cause traffic accidents when driving distracted.

In addition, for subscribers or viewers, after watching the video, they may also develop a willingness to ride around the island or climb a mountain. The problem of vehicle breakdown caused the travel mood to be greatly affected.

Therefore, how to solve the problems and shortcomings of the above-mentioned conventional knowledge is the subject that related industry is eager to develop.

The main purpose of the present invention is to provide a locomotive instrumentation system combined with a mobile device. A locomotive instrumentation module is provided on the instrument side for detecting altitude and warning driving speed, and map information and related routes are provided on the mobile device side. Data, using the locomotive instrument module to compare map information and display it on the instrument side, to inform driving related information, to avoid the disadvantages of using a mobile device while riding a locomotive.

To achieve the above object, the present invention includes:

A mobile device includes a mobile receiving module, a mobile device processor, a positioning unit, and a map information unit; the positioning unit is used to locate the mobile device and obtain a driving position, and then cooperate with the map information unit to provide Integrate the mobile device processor into a map information, and transmit the map information through the mobile receiving module;

A locomotive instrument module installed on the instrument of a two-wheeled vehicle. The locomotive instrument module has: a height detection unit, a vehicle information microprocessor, a comparison unit, a display unit, and a vehicle information transmission unit. The height detection unit is used to detect the height of the two-wheeled vehicle and converts it into a vehicle height information, and then transmits the vehicle height information to the vehicle information microprocessor; the vehicle information transmission unit receives the map information and converts it Transmitted to the vehicle information microprocessor; the vehicle information microprocessor integrates the vehicle height information and the map data information and analyzes the comparison unit; the comparison unit is electrically connected to the display unit and displays The vehicle height is above the locomotive instrument module, and the vehicle height information is transmitted back to the mobile device for integration by using the vehicle information transmission unit, and the height information is integrated and stored in cooperation with the map information unit; accordingly, the invention can be used on the mobile device 2. Read the height information of the location on the locomotive instrument.

The invention can further cooperate with navigation and speed camera related technologies to reduce the chance of using a mobile device while riding a locomotive, thereby achieving the purpose of safe driving.

Please refer to the first to second figures. The locomotive instrumentation system incorporating a mobile device according to the present invention mainly includes: a mobile device (1) and a locomotive instrumentation module (2).

Please refer to the first and second pictures. The mobile device (1) can select currently commercially available smartphones, tablets, and smart 3C products. The mobile device (1) mainly has a mobile receiving module (11), a Mobile device processor (12), a positioning unit (13), and a map information unit (14); the positioning unit (13) can locate the mobile device (1) through technologies such as Global Positioning System (GPS), triangulation algorithms, etc. Area, and then obtain the driving position, cooperate with the map information unit (14) built in the mobile device (1), the mobile device processor (12) performs the driving position and the map information unit (14) It is integrated to form a map information (15), and the map information (15) is transmitted through the mobile receiving module (11). Further, the mobile device (1) is provided with a communication unit (16), and the communication unit (16) can download the relevant information of the map information unit (14) through wireless transmission technologies such as 3G, 4G, WIFI, and Bluetooth. (Such as road conditions, speed limits, nearby restaurants, attractions), provide the mobile device processor (12) for integrated information.

Please refer to the first and second figures. The locomotive instrument module (2) is installed on the instrument (3) of the two-wheeled vehicle. The locomotive instrument module (2) has: a height detection unit (21), a vehicle information A microprocessor (22), a comparison unit (23), a display unit (24), and a vehicle information transmission unit (25). The height detection unit (21) can be selected such as a sonic altimeter, a radar altimeter, The phase radio altimeter detects the height of the vehicle location to form a vehicle height information (26), and then transmits the vehicle height information (26) to the vehicle information microprocessor (22) for processing; the vehicle information transmission unit ( 25) receiving the map information (15) transmitted from the mobile device (1) and transmitting it to the vehicle information microprocessor (22); the vehicle information microprocessor (22) sends the vehicle height information ( 26) and the map information (15) are integrated and submitted to the comparison unit (23) for analysis; the comparison unit (23) is electrically connected to the display unit (24) and displays the vehicle height above the locomotive instrument Module (2), allowing users to view the display unit (24) of the locomotive instrument module (2) to learn that the current height position is waived While driving, look at the lack of the mobile device (1), and at the same time, adjust the vehicle condition appropriately; further, the vehicle height information (26) is transmitted back to the mobile device for integration by using the vehicle information transmission unit, and cooperates with the map information unit ( 14) The altitude information is integrated and stored, so that the mobile device (2) will receive the altitude information of the current position of the driver for integration, and cooperate with the map information unit (14) to integrate and store the altitude information, which can provide other willing driving Information for users on the same route as a reference, can further understand the local road conditions (such as climbing, downhill, etc.), and can reduce accidents.

Please refer to the first and second diagrams. The method of using the present invention is as follows: when driving a mobile device when using a two-wheeled vehicle, the mobile device (1) can be obtained to obtain the driving position, and the map information unit (14) is transmitted to the mobile device processor. (12) Integrate into a map information (15), and transmit the map information (15) to the vehicle information transmission unit (25) through the mobile receiving module (11); then, the locomotive instrument module (2 ) Obtain the vehicle height information (26) of the two-wheeled vehicle. The vehicle information microprocessor (22) integrates the vehicle height information (26) and the map information (15), and then analyzes it through the comparison unit (23). Provide the height of the current vehicle position to avoid driving on high-altitude routes without preparation; and the system of the present invention displays the height on the meter of the two-wheeled vehicle, eliminating the need to drive while riding a locomotive while using a mobile device (1) Absence to prevent accidents.

Another point is that the present invention feeds back the height information of the current position of the vehicle back to the mobile device (1), and then allows the mobile device processor (12) to perform data integration, and the integrated map information (15) is stored in the map information unit (14). In addition, the present invention can further be applied to big data as a reference basis for other drivers to choose the route, and to effectively understand the road conditions in conjunction with route information, thereby adjusting the state of the locomotive to reduce vehicle breakdown or accidents.

Through the above-mentioned structure, young ethnic groups or social media creators can share the journeys to viewers or subscribers, while providing traffic and journey-related information, which can increase the click-through rate and viewing rate, thereby increasing the profit of the above-mentioned operators. It can also increase economic activity in the tourist area, while gaining multiple advantages.

Please refer to the third figure, which is the second embodiment of the present invention, which is basically the same as the technology disclosed in the first and second figures. The difference is that the mobile device (1) further includes a speed camera position (17) information. When the positioning unit (13) detects that the driver is approaching a speed camera, the mobile device (1) immediately signals the locomotive instrument module (2) to perform a warning reminder function to prevent the driver from driving too fast and being billed.

In the above two embodiments, the locomotive instrument module (2) of the present invention can further cooperate with the map information (15) of the mobile device (1) for route navigation, so that when turning to turn, the display unit (2) 24) Assist the driver to turn left or right, reducing the effectiveness of using mobile devices while driving.

In the above two embodiments, the display unit (24) of the locomotive instrument module (2) of the present invention can select a liquid crystal display module. Basically, the information of the display unit (24) is simple and concise, as long as it can provide Altitude and speed limit information can be used to reduce driving misjudgement information.

To sum up, none of the constituent structures of the present invention have been seen in books or publicly used, and are in line with the requirements for the application for invention patents.

(1) ‧‧‧mobile device

(11) ‧‧‧Mobile receiving module

(12) ‧‧‧Mobile Device Processor

(13) ‧‧‧Positioning unit

(14) ‧‧‧Map Information Unit

(15) ‧‧‧Map information

(16) ‧‧‧Communication Unit

(17) ‧‧‧Speed camera position

(2) ‧‧‧ Locomotive Instrumentation Module

(21) ‧‧‧Altitude Detection Unit

(22) ‧‧‧Vehicle information microprocessor

(23) ‧‧‧Comparison unit

(24) ‧‧‧Display unit

(25) ‧‧‧Vehicle information transmission unit

(26) ‧‧‧vehicle height information

(3) ‧‧‧Instrument

The first diagram is a schematic structural diagram of a first embodiment of the present invention. The second diagram is a state diagram of the present invention. The third diagram is a schematic structural diagram of a second embodiment of the present invention.

Claims (6)

A locomotive instrumentation system incorporating a mobile device includes: a mobile device including a mobile receiving module, a mobile device processor, a positioning unit, and a map information unit; the positioning unit is used to locate the mobile device, and After obtaining the driving position, the map information unit is provided to the mobile device processor for integration into map information, and the map information is transmitted through the mobile receiving module; a locomotive instrument module, which is installed on a two-wheeled vehicle On the instrument, the locomotive instrument module includes: a height detection unit, a vehicle information microprocessor, a comparison unit, a display unit, and a vehicle information transmission unit. The height detection unit is used to detect The height of the two-wheeled vehicle is further converted into a vehicle height information, and then the vehicle height information is transmitted to the vehicle information microprocessor; the vehicle information transmission unit receives the map information and transmits it to the vehicle information microprocessor; the vehicle The information microprocessor integrates the vehicle height information and the map information and transfers it to the comparison unit. Analysis; the comparison unit is electrically connected to the display unit and displays the vehicle height above the locomotive instrument module, and the vehicle height information is transmitted back to the mobile device for integration by using the vehicle information transmission unit, and cooperates with the map information unit The altitude information is integrated and stored; according to the present invention, the altitude information of the location can be read on the mobile device and the locomotive instrument. The locomotive instrumentation system incorporating a mobile device according to claim 1, wherein the mobile device can use a smart phone; or a tablet computer; or a smart 3C product. The locomotive instrumentation system incorporating a mobile device according to claim 1, wherein the positioning unit can locate a driving position through a global positioning system. The locomotive instrumentation system incorporating a mobile device according to claim 1, wherein the positioning unit is capable of locating a driving position through a triangulation algorithm. The locomotive instrumentation system incorporating a mobile device according to claim 1, wherein the mobile device is provided with a communication unit, and the communication unit can download the map information unit through wireless transmission technologies such as 3G, 4G, WIFI, and Bluetooth, Provide the mobile device processor for integration information. The locomotive instrumentation system incorporating a mobile device according to claim 1, wherein the mobile device further includes position information of a speed camera, and when the driving position is close to a speed camera, the mobile device immediately reminds the locomotive instrument module to perform a warning reminder .