TWM511454U - Smartphone vehicle remote control and tracking system - Google Patents

Description

Smart phone vehicle remote control and tracking system

The present invention relates to a vehicle remote control and tracking system, and more particularly to a smart phone vehicle remote control and tracking system.

With the rapid growth of the semiconductor industry, many functions are integrated on a single integrated circuit chip. Therefore, the entire electronics field has a more and more broad direction of development, whether it is communication electronics, lighting electronics or automotive electronics, which are the focus of future development. For the automotive electronics field, with the rapid development of the automotive industry, people are increasingly pursuing the functionality of the car, both in terms of handling convenience and even theft prevention. Therefore, many car remote controls or anti-theft devices and methods have also been created.

Please refer to FIG. 5, which is a currently known vehicle remote controller 71. The vehicle remote controller has a signal transmitter 72 and a button 73. The vehicle owner points the vehicle remote controller 71 against a vehicle 70. When the button 73 is pressed, the signal transmitter 72 sends a signal to a vehicle computer of the vehicle 70, and the vehicle computer outputs a control signal to lock the door of the vehicle 70. If the owner is away from the vehicle 70, he thinks that the door is not locked. Since the owner is too far away from the vehicle 70 or has too much shielding in the middle, the owner must be close to the vehicle 70 to normally use the vehicle remote controller 71. The 71 will fail and the remote control cannot be turned on or off normally, which is inconvenient.

Moreover, due to the current situation of theft of cars, especially when the owner forgets to lock the door or the night owner is stealing at rest, the current anti-theft method uses a safety mechanical lock to fix the steering wheel or a horn warning, but in the above manner, If the gangsters prepare for the universal lock or the owner fails to hear the horn warning in time, the vehicle may be stolen, which is insufficient in theft prevention. In view of the above-mentioned deficiencies of the prior art, the use of the vehicle owner in remote control and anti-theft of the vehicle is inconvenient. Therefore, a system that is free from environmental influences and simple and convenient to use is necessary.

The main purpose of the present invention is to provide a remote control and tracking system for a smart mobile phone, which can remotely control the status of most devices in the vehicle through a mobile device, or monitor the current state of the vehicle, and is convenient to use and free from environmental influences, which can solve the shortcomings of the prior art. problem.

The technical means for achieving the above purpose is that the smart phone remote control and tracking system comprises: a server having a first communication module and being connected to more than one base station through a communication protocol; a mobile device Having a second communication module and connecting to the base station through the communication protocol; a vehicle host including a microcontroller, a third communication module, a control signal output unit, and a sensing signal receiving unit And a power module, the microcontroller is respectively connected to the third communication module, the control signal output unit, the sensing signal receiving unit and the power module, and the third communication module transmits the communication protocol The base station is connected, the sensing signal receiving unit receives a plurality of device status signals; wherein the mobile device transmits a demand information to the server through the communication protocol, and the server transmits a command information to the server through the communication protocol. The vehicle main unit outputs a control signal to change the state of the vehicle equipment, and the vehicle main unit signals most of the equipment status signals. Replaced by a state information, and transmitted to the server, the system instantly made the mobile device state information through the protocol.

According to the above configuration, when the vehicle owner sends the demand information containing the manipulation information to the server through the mobile device, the demand information is processed and generated by the server, and the command information is transmitted to the vehicle host. The vehicle host outputs a control signal according to the command information The state of the vehicle is changed, and the vehicle host transmits the status information back to the server for storage, and provides the vehicle owner to instantly obtain the status information through the mobile device, so as to instantly know the instantaneous state of the vehicle, with the novel wisdom The mobile phone remote control and tracking system monitors the real-time status of the vehicle in any environment, which is not only convenient to use, but also free from environmental influences, and can keep track of the current vehicle condition and improve the security of theft prevention.

10‧‧‧Server

11‧‧‧First Communication Module

20‧‧‧First base station

30‧‧‧Mobile devices

31‧‧‧Second communication module

32‧‧‧ touch display

33‧‧‧Monitoring interface

331‧‧‧Vehicle status display area

332‧‧‧Control area

40‧‧‧Car host

41‧‧‧Microcontroller

42‧‧‧3rd communication module

43‧‧‧Control signal output unit

44‧‧‧Sense signal receiving unit

45‧‧‧Power Module

46‧‧‧Wireless Positioning Module

50‧‧‧ satellite

60‧‧‧Second base station

70‧‧‧ Vehicles

71‧‧‧Car remote control

72‧‧‧Signal transmitter

73‧‧‧ button

1 is a system architecture diagram of a first preferred embodiment of the present invention.

2 is a block diagram of a vehicle mainframe in accordance with a first preferred embodiment of the present invention.

3 is a schematic diagram of an application software interface of a preferred embodiment of the present invention.

4 is a system architecture diagram of a second preferred embodiment of the present invention.

Figure 5 is a schematic view of a known vehicle remote controller.

Referring to FIG. 1 and FIG. 2, the first preferred embodiment of the present invention includes a server 10, a first base station 20, a mobile device 30, and a vehicle. The host 40 and a satellite 50 are used.

The server 10 has a first communication module 11 connected to the first base station 20 via a communication protocol. The server 10 is configured to process and store the received information. The first base station 20 is configured to forward the received information. In this embodiment, the communication protocol may be a GSM protocol, a GPRS protocol, or a Wifi protocol. In this embodiment, the server is a vendor server. It is provided by the operator to provide processing or storage information.

The mobile device 30 has a second communication module 31 and a touch display 32. The second communication module 31 is coupled to the first base station 20 via the communication protocol. In this embodiment, the mobile device includes a smart phone or a tablet computer, and the mobile device can instantly monitor the condition of the vehicle.

As shown in FIG. 2, the vehicle host 40 has a microcontroller 41, a third communication module 42, a control signal output unit 43, a sensing signal receiving unit 44, a power module 45, and a wireless device. The positioning module 46 is connected to the third communication module 42, the control signal output unit 43, the sensing signal receiving unit 44, the power module 45, and the wireless positioning module 46, respectively. The third communication module 42 is coupled to the first base station 20 via the communication protocol, and the sensing signal receiving unit 44 is connected to a plurality of devices on the vehicle; the satellite 50 and the wireless positioning on the vehicle host 40 The module 46 is connected to locate the location of the vehicle through the satellite 50. In this embodiment, the first communication module 11, the second communication module 31, and the third communication module 42 are respectively a GSM. The module, a GPRS module or a Wifi module; the wireless positioning module 46 can be a GPS module.

To illustrate the specific application mode of the mobile device 30 of the present invention, please refer to FIG. 3 , wherein the monitoring interface 33 has a vehicle state display area 331 and a control area 332 for monitoring the instantaneous condition of the vehicle. The vehicle state display area 331 is provided with a vehicle body virtual layer, and a local change of different colors of the vehicle body virtual layer of the vehicle state display area 331 is used to distinguish whether the state of the device is changed, and the control area 332 is provided with a majority. State layers, which are used to accept commands entered by the owner to change the state of the device.

Further, when the owner performs a connection command through the mobile device 30 through the mobile device 30, as shown in FIG. 1, the mobile device 30 generates a connection information according to the connection command, and the mobile device 30 The second communication module 31 transmits the connection information to the first base station 20 by using the communication protocol, and the first base station 20 transfers the connection information to the first of the server 10 by using the communication protocol. The communication module 11 receives the connection information and processes the information to generate a command information, and the first communication module 11 of the server 10 transmits the command information to the first base station by using the communication protocol. 20. The first base station 20 then forwards the command information to the third communication module 42 of the vehicle host 40 through the communication protocol.

When the third communication module 42 of the vehicle host 40 receives the command information, the command information is transmitted to the microcontroller 41 for processing, and the microcontroller 41 sends a positioning signal to the wireless positioning. The module 46, after being connected to the satellite 50, generates a position signal and transmits the position signal to the microcontroller 41. The microcontroller 41 receives the sensing signal receiving unit 44 at the same time. The electronic signals of the majority of the devices of the vehicle are sensed, and the signals are processed together to generate a status information. The vehicle host 40 transmits the status information to the first through the third communication module 42 by using the communication protocol. A base station 20, the first base station 20 forwards the status packet to the first communication module 11 of the server 10 by using the communication protocol.

As shown in FIG. 1 and FIG. 3, the server 10 processes the status information to generate a connection status information, and the first communication module 11 transmits the connection status information to the mobile device 30 by using the communication protocol. The second communication module 31, after the mobile device 30 processes the connection status information, displays the vehicle status display area 331 on the monitoring interface 33 so that the vehicle owner can immediately know the current vehicle status.

When the owner performs an action command through the control area 332, the mobile device 30 processes the action command to generate a command message, and the second communication module 31 transmits the command packet to the first base by using the communication protocol. The first base station 20 forwards the command information to the first communication module 11 by using the communication protocol, and the server 10 receives and processes the command packet to generate an action command information, and transmits the first communication message. The module 11 transmits the operation command information to the first base station 20 in the communication protocol manner, and then transmits the information to the third communication module 42 of the vehicle host 40 through the first base station 20.

After receiving the action command information, the microcontroller 41 of the vehicle host 40 sends an execution signal to the control signal output unit 43, and the control signal output unit 43 will execute the operation signal. Sending to a device of the vehicle and changing the state of the device, the sensing signal receiving unit 44 senses the electronic signal of the current state of the majority of the device of the vehicle, and transmits the electronic signal to the microcontroller 41 for processing. Generating a device status change information, and transmitting, by the third communication module 42 the device status change information to the first base station 20 by using the communication protocol, the first base station 20 changes the device status change information through the communication protocol. Transferred to the first communication module 11 of the server 10.

The server 10 processes the device status change packet to generate a status signal information, and transmits the status message to the first base station 20 through the first communication module 11, and the first base station 20 further states the status. The signal information is forwarded to the second communication module 31 on the mobile device 30. Further, after the mobile device 30 receives and processes the status signal information, the mobile device status display area 331 indicates that the device status has changed in different colors.

Please refer to FIG. 4 for the second preferred embodiment of the present invention. The main content of the second preferred embodiment is substantially the same as that of the first preferred embodiment, but the second preferred embodiment further has a second base station. 60. The second base station 60 is mainly used to exchange information between the server 10 and the vehicle host 40 through the second base station 60 when the vehicle is far away from the vehicle owner, and the mobile device 30 and the server are used. 10 exchanging information through the first base station 20.

When the owner changes the state of a device through the control area 332 on the mobile device 30, the mobile device 30 generates an action message, and the action information is forwarded to the server 10 through the first base station 20 for processing. Generating an action control message, and transmitting the action control information packet to the microcontroller 41 of the vehicle host 40 via the second base station 60, the microcontroller 41 sends a device control signal to the control signal output unit. The control signal output unit 43 transmits the device control signal to a device on the vehicle and changes the state of the device. The sensing signal receiving unit 44 senses the electronic signal of the current state of the majority of the device. And transmitting the electronic signal to the microcontroller 41 for processing and generating a state action completion information, which is forwarded to the server 10 by the second base station 60 in the communication protocol, and the server 10 receives and processes to generate a Action completion information, through the first A base station 20 is forwarded to the mobile device 30 for processing, and the vehicle status display area 331 indicates that the device status has changed through a different color.

10‧‧‧Server

11‧‧‧First Communication Module

20‧‧‧First base station

30‧‧‧Mobile devices

31‧‧‧Second communication module

32‧‧‧ touch display

33‧‧‧Monitoring interface

40‧‧‧Car host

50‧‧‧ satellite

Claims (10)

A smart phone vehicle remote control and tracking system, comprising: a server having a first communication module and connected to more than one base station through a communication protocol; a mobile device having a second communication module, and Connected to the base station through the communication protocol; a vehicle host including a microcontroller, a third communication module, a control signal output unit, a sensing signal receiving unit, and a power module, the micro control The third communication module is connected to the third communication module, the control signal output unit, the sensing signal receiving unit and the power module, and the third communication module is coupled to the base station through the communication protocol, and the sensing signal is received. The unit receives a plurality of device status signals; wherein the mobile device transmits a demand information to the server through the communication protocol, and the server transmits a command information to the vehicle host through the communication protocol, and the vehicle host Outputting a control signal to change the state of a vehicle's device, the vehicle host converts most of the device status signals into a status message and transmits to The server, the mobile device obtains the status information instantaneously through the communication protocol. The smart phone vehicle remote control and tracking system of claim 1, wherein the mobile device has a touch display, the touch display displays a monitoring interface, and the monitoring interface has a vehicle status display area and a control area. The smart phone vehicle remote control and tracking system according to claim 2, wherein the vehicle state display area is further provided with a vehicle virtual layer, and the manipulation area is further provided with a plurality of state layers. The smart phone vehicle remote control and tracking system according to claim 3, wherein the base station is provided between the mobile device and the server, and another base station is disposed between the server and the vehicle host. The smart phone vehicle remote control and tracking system according to claim 4, wherein the vehicle host further has a wireless positioning module, and the wireless positioning module is connected to the microcontroller. The smart phone vehicle remote control and tracking system according to claim 5, further comprising a satellite, the satellite being coupled to the wireless positioning module. The smart phone vehicle remote control and tracking system according to claim 6, wherein the wireless positioning module is a GPS module. The smart phone remote control and tracking system of claim 7, wherein the first communication module, the second communication module, and the third communication module are respectively a GSM module, a GPRS module, or a Wifi module. group. The smart phone vehicle remote control and tracking system according to claim 8, wherein the mobile device is a smart phone or a tablet computer. The smart phone vehicle remote control and tracking system according to claim 9, wherein the server is a vendor server.