TW201335898A - Application system for transportation vehicle - Google Patents

Abstract

An application system for transportation vehicle is configured in a transportation vehicle, the application system consists of a power supply unit disposed at the transportation vehicle, a monitoring device electrically connected to the power supply unit in order to monitor the vehicle internal information and external information, and an information processing apparatus electrically connected to the monitoring device, where the information processing apparatus can store, display and determine the internal information and external information of the transportation vehicle. By using the monitoring device and the information processing apparatus, not only the internal information and external information of the transportation vehicle can be monitored, but also a deterrence effect can be unleashed when the transportation vehicle is illegally invaded, so as to prevent the transportation vehicle from being stolen.

Description

Application system for vehicles

The present invention relates to a system, and more particularly to an application system for a vehicle that can monitor the internal condition of the vehicle, the external environment, the sunlight illumination, and the geographical location.

With the advancement of transportation technology and the rapid growth of the economy, people's lives are becoming more and more busy, and vehicles such as cars and boats have already become the means of transportation for people to work or at home; however, most of the current transportation is flowing. The appearance, high horsepower and comfortable handling direction.

However, with the warming of the climate, the probability of high temperature during the day is increasing, and the internal temperature of the vehicle parked under the strong sun is rapidly rising due to the sunlight, so that the user is using the vehicle. , often due to internal high temperature and physiological discomfort, which in turn affects the mood and quality of driving.

Moreover, since the current vehicles are highly mobile, once stolen, the thief will remove the vehicle from the original position and it is difficult to find, and the user has already been stolen for a long time, which leads to the current vehicle. The rate of theft has been high.

Accordingly, it is an object of the present invention to provide an application system for a vehicle that can actively control the operation of the vehicle.

Therefore, the application system for a vehicle of the present invention is provided in a vehicle, the application system includes a power supply device disposed on the vehicle, and is electrically connected to the power supply device to monitor internal information and external information of the vehicle. And a monitoring device electrically coupled to the monitoring device for storing, displaying or discriminating the information processing device of the vehicle internal information and external information measured by the monitoring device.

The utility model has the beneficial effects that the monitoring device and the information processing device can not only monitor the internal information and external information of the vehicle, but also play a deterrent role when the vehicle is illegally invaded to avoid the vehicle being Theft occurred.

The above and other technical contents, features and advantages of the present invention will be apparent from the following detailed description of the preferred embodiments of the invention.

Before the present invention is described in detail, it is noted that in the following description, similar elements are denoted by the same reference numerals.

Referring to FIG. 1 , a first preferred embodiment of an application system for a vehicle of the present invention is applied to a vehicle 100. The application system includes a power supply device 1 disposed on the vehicle 100 and the power supply. The monitoring device 2 electrically connected to the device 1 and an information processing device 3 electrically connected to the monitoring device 2. In the present embodiment, the vehicle 100 is a vehicle.

The power supply device 1 includes a solar battery 11 disposed on the vehicle 100, a charge and discharge control unit 12 electrically connected to the solar battery 11, a battery 13 electrically connected to the charge and discharge control unit 12, and a battery The first temperature sensing unit 14 electrically connected to the charging and discharging control unit 12, the first solar illuminance sensing unit 15 electrically connected to the charging and discharging control unit 12, and a first display unit 16. In the embodiment, the first display unit 16 is a liquid crystal display mounted on the vehicle 100.

The charge and discharge control unit 12 has an over voltage protection circuit 121 (Over Voltage Protection), a low voltage protection circuit 122 (Under Voltage Protection) and an over temperature protection circuit 123 (Over Temperature Protection) to regulate the pair of solar cells 11 The charging operation of the battery 13 and the discharging operation of the battery 13 prevent the solar battery 11 from overcharging the battery 13 and the excessive discharge of the battery 13 to increase the safety of the solar battery 11 and the battery 13 and Its service life.

The first temperature sensing unit 14 is a temperature sensor for sensing the internal temperature of the vehicle 100, and the first sunlight illumination sensing unit 15 is for sensing the sunlight illumination outside the vehicle 100. The illuminance sensor, the first temperature sensing unit 14 and the first sunlight illuminance sensing unit 15 can convert the internal temperature of the vehicle 100 and the external sunlight illuminance into temperature signals and illuminance signals, respectively, and display On the first display unit 16.

The monitoring device 2 is selected from a power monitoring unit 21, a first image capturing unit 22, a second image capturing unit 23, a geographic location receiving unit 24, and a second temperature sense electrically connected to the power monitoring unit 21. The measuring unit 25, a second solar illuminance sensing unit 26, or a combination thereof.

In the present embodiment, the monitoring device 2 includes a power monitoring unit 21 electrically connected to the charging and discharging control unit 12 to detect the power of the battery 13 , and is electrically connected to the power monitoring unit 21 to capture the vehicle 100 . a first image capturing unit 22 of the internal image, a second image capturing unit 23 electrically connected to the power monitoring unit 21 to capture an external image of the vehicle 100, and a geographical location electrically connected to the power monitoring unit 21 The receiving unit 24, a second temperature sensing unit 25 electrically connected to the power monitoring unit 21, and a second solar illuminance sensing unit 26 electrically connected to the power monitoring unit 21.

The second temperature sensing unit 25 is a temperature sensor installed in the vehicle 100 to sense the temperature inside the vehicle 100 and generate a corresponding temperature signal; and the second sunlight illumination sensing unit 26 Is an illuminance sensor disposed outside the vehicle 100 to sense the intensity of the sunlight outside the vehicle 100 and converting the sensed sunlight intensity into an illuminance signal, the geographic location receiving unit 24 A global locator that is installed in the vehicle 100 for receiving geographic information about the location of the vehicle 100.

Moreover, the power quantity monitoring unit 21 not only electrically connects the components, but also electrically connects with other electrical appliances (such as a blower, a cooling fan, a USB charging and discharging, etc.) in the vehicle 100 (not shown). In order to monitor the overall power consumption, the power consumption is prevented from exceeding the output power of the battery 13 or the power generated by the solar battery 11.

The information processing device 3 includes a second display unit 31, an identification module 32, a drive module 33 electrically connected to the identification module 32, and an information storage unit 34.

The second display unit 31 is configured to display the temperature measured by the second temperature sensing unit 25, the sunlight illuminance measured by the second solar illuminance sensing unit 26, and the detected by the power monitoring unit 21. The information, the image captured by the first image capturing unit 22 and the second image capturing unit 23, and the geographic information of the geographic location receiving unit 24.

The identification module 32 is not only suitable for determining the signals of the components of the monitoring device 2, but also stored in the information access unit 34 for the user to conveniently read or download, and the driving module 33 can also perform corresponding actions. .

For example, when the second temperature sensing unit 25 (or the first temperature sensing unit 14) detects that the temperature inside the vehicle 100 is too high, the identification module 32 causes the driving module 33 to drive the The air blower (not shown) of the vehicle 100 discharges the internal high temperature; when the door and window of the vehicle 100 are improperly opened, the identification module 32 causes the driving module 33 to drive the vehicle 100 to sound a warning sound to scare Take the thief.

Referring to FIG. 2, a second preferred embodiment of the present invention for a vehicle application system is substantially the same as the first preferred embodiment. The difference is that the application system further includes a monitoring platform 4, and The power supply device 1 further includes a first wireless communication module 17, and the information processing device 3 further includes a second wireless communication module 35, and a reading module electrically connected to the second wireless communication module 35. 36.

The monitoring platform 4 includes a third wireless communication module 41, an application software (APP) 42 and a third display that can be selectively connected to the first wireless communication module 17 or the second wireless communication module 35. Unit 43.

The temperature signal generated by the first temperature sensing unit 14 of the power supply device 1 and the illuminance signal generated by the first solar illuminance sensing unit 15 are the first wireless communication module 17 and the first The wireless communication module 41 is transmitted to the monitoring platform 4, and the power monitoring unit 21, the first image capturing unit 22, the second image capturing unit 23, the geographic location receiving unit 24, and the second temperature sensing of the monitoring device 2 The information generated by the unit 25 and the second solar illuminance sensing unit 26 is transmitted to the monitoring platform 4 via the second wireless communication module 35 and the third wireless communication module 41 via the communication connection.

The first wireless communication module 17, the second wireless communication module 35 and the third wireless communication module 41 are selected from the Global System of Mobile communication (GSM) and high speed downlink packet access. High Speed Downlink Packet Access (HSDPA), third-generation mobile communication technology (3rd Generation, 3G), fourth-generation mobile communication technology (4th Generation, 4G), or wireless network (Wireless) communication connection. In this embodiment, the third generation mobile communication technology is used for communication connection.

The application software 42 can be downloaded for free or paid from a specific website (such as Android Market or Apple store), and the application software 42 is used to retrieve the relevant information received from the third communication module 41. The signal generated by the power supply device 1 and the monitoring device 2 is displayed on the third display unit 43, so that the user can know the information from the remote end.

In actual application, the user can remotely monitor the third display unit 43 of the monitoring platform 4 to know the temperature inside the vehicle 100, and the application software 42 transmits an instruction via the third. The wireless communication module 41 and the second communication module 35 are sent to the information processing device 3 to drive the air blower (not shown) of the vehicle 100 to reduce the temperature inside the vehicle 100. When driving the vehicle 100, the driving mood and quality are not affected by the high temperature; when the vehicle 100 is stolen, the user can also display the first image capturing unit 22 on the third display unit 43. The image of the thief's long image and theft is immediately processed by the alarm, and the application software 42 can also transmit an instruction to the information processing module 3, so that the driving module 33 causes the vehicle 100 to emit a warning sound. To scare away the thief.

If the vehicle 100 is stolen and left in the home position, the information processing unit 3 can notify the monitoring platform 4 by the second wireless communication module 35 while the warning sound is being sounded. It is known that the vehicle 100 has been stolen, and the user can use the third display unit 43 to display information provided by the second image capturing unit 23 and the geographic location receiving unit 24, and to understand information such as images and geolocation of the vehicle 100. (such as latitude and longitude or on the street, etc.), and then know the current location of the vehicle 100 can go outside, can also provide police to find and quickly find the vehicle 100; again, when the user forgets the vehicle 100 The parking lot can also quickly find the vehicle 100 by the information provided by the second image capturing unit 23 and the geographic location receiving unit 24 displayed on the third display unit 43; in addition, driving the traffic During the process of the tool 100, the driver's driving information can be monitored remotely through the application software 42 to avoid fatigue driving, thereby facilitating the convenience and safety of use; Control platform 4 is selected from the smartphone, computer, or personal digital assistant (Personal Digital Assistant, PDA).

The reading module 36 is configured to read a subscriber identity module card (SIM card) 361, so that the reading module 36 identifies the content of the module card 361 according to the user identity. The second wireless communication module 35 is transmitted to the same monitoring platform 4 as a user identity module card 361, thereby enhancing the security of wirelessly transmitting information, and at the same time being available to a plurality of people. Of course, in the actual application, the reading module 36 and the user identification module card 361 can be omitted, and the wireless communication function can still be achieved.

In summary, the application system for a vehicle of the present invention utilizes the monitoring device 2 and the information processing device 3 to monitor not only internal information and external information of the vehicle 100, but when the vehicle 100 is illegally invaded, It is also possible to exert a deterrent effect to effectively prevent the vehicle 100 from being stolen, so that the object of the present invention can be achieved.

The above is only the preferred embodiment of the present invention, and the scope of the invention is not limited thereto, that is, the simple equivalent changes and modifications made by the scope of the invention and the description of the invention are All remain within the scope of the invention patent.

1. . . Power supply unit

11. . . Solar battery

12. . . Charge and discharge control unit

121. . . Overvoltage protection circuit

122. . . Low voltage protection circuit

123. . . Over temperature protection circuit

13. . . Battery

14. . . First temperature sensing unit

15. . . First sunlight illumination sensing unit

16. . . First display unit

17. . . First wireless communication module

2. . . Monitoring device

twenty one. . . Power monitoring unit

twenty two. . . First image unit

twenty three. . . Second image unit

twenty four. . . Geographic location receiving unit

25. . . Second temperature sensing unit

26. . . Second solar illumination sensing unit

3. . . Information processing device

31. . . Second display unit

32. . . Identification module

33. . . Drive module

34. . . Information storage unit

35. . . Second wireless communication module

36. . . Read module

361. . . User identity module card

4. . . monitoring platform

41. . . Third wireless communication module

42. . . Application software

43. . . Third display unit

100. . . Transportation

1 is a system block diagram illustrating a first preferred embodiment of an application system for a vehicle of the present invention; and

2 is a system block diagram showing a second preferred embodiment of the present invention for a vehicle application system.

1. . . Power supply unit

11. . . Solar battery

12. . . Charge and discharge control unit

121. . . Overvoltage protection circuit

122. . . Low voltage protection circuit

123. . . Over temperature protection circuit

13. . . Battery

14. . . First temperature sensing unit

15. . . First sunlight illumination sensing unit

16. . . First display unit

2. . . Monitoring device

twenty one. . . Power monitoring unit

twenty two. . . First image unit

twenty three. . . Second image unit

twenty four. . . Geographic location receiving unit

25. . . Second temperature sensing unit

26. . . Second solar illumination sensing unit

3. . . Information processing device

31. . . Second display unit

32. . . Identification module

33. . . Drive module

34. . . Information storage unit

100. . . Transportation

Claims (10)

An application system for a vehicle, disposed in a vehicle, comprising: a power supply device disposed on the vehicle; a monitoring device electrically connected to the power supply device to monitor internal information and external information of the vehicle; And an information processing device electrically connected to the monitoring device for storing, displaying, and discriminating the internal information and external information of the vehicle measured by the monitoring device. The application system for a vehicle according to claim 1, wherein the power supply device comprises a solar battery disposed on the vehicle, a charge and discharge control unit electrically connected to the solar battery, and a The charge and discharge control unit is electrically connected to the battery, and the charge and discharge control unit is adapted to regulate the charging operation of the battery by the solar battery and the discharge operation of the battery. The application system for a vehicle according to claim 2, wherein the power supply device further comprises a first temperature sense electrically connected to the charge and discharge control unit to convert the temperature inside the vehicle into a temperature signal. The measuring unit, a first sunlight illuminating unit electrically connected to the charging and discharging control unit to convert the sunlight illuminance into an illuminance signal, and a first display unit for displaying the temperature signal and the illuminance signal. The application system for a vehicle according to claim 2, wherein the monitoring device is selected from the group consisting of a power monitoring unit, a first image capturing unit, a second image capturing unit, and a geographic location receiving unit. a second temperature sensing unit, a second solar illumination sensing unit, or a combination thereof. The application system for a vehicle according to claim 1, wherein the information processing device comprises a second display unit for displaying internal information and external information of the vehicle monitored by the monitoring device, An identification module for identifying internal and external information of the vehicle monitored by the monitoring device, a driving module controlled by the identification module, and a storage for identifying the traffic identified by the identification module Information storage unit for internal information and external information of the tool. The application system for a vehicle according to claim 1, further comprising a monitoring platform, the power supply device further comprising a first wireless communication module communicatively coupled to the monitoring platform, the information processing device further comprising a a second wireless communication module that is in communication with the monitoring platform, and the monitoring platform includes a third wireless communication module that can communicate with the first wireless communication module and the second wireless communication module. The application system for a vehicle according to claim 6 , wherein the information processing device further comprises an electrical connection with the second wireless communication module to read a user identification module card. The second wireless communication module is connected by a third wireless communication module signal of the monitoring platform that is the same as the data contained in the user identification module card. The application system for a vehicle according to claim 6 , wherein the monitoring platform further comprises an application software for capturing a message connected by the third wireless communication module, and a display device for displaying the The third display unit of the message captured by the application software. The application system for a vehicle according to the seventh aspect of the invention, wherein the monitoring platform further comprises an application software for capturing a message of the third wireless communication module signal connection, and a display device for displaying the The third display unit of the message captured by the application software. The application system for a vehicle according to any one of claims 6 to 9, wherein the monitoring platform is selected from a smart phone, a computer or a personal digital assistant.