Sin Etke Technology Co., Ltd.

Cheng-Hung Huang

Chun-Chung Lee

Kuo-Rong Chen

Disclosed is an inexpensive, easy-to-install, highly durable vehicle rear side video monitoring system, which uses a CMOS image pickup device to pick up the image of the scene behind the vehicle, and a high brightness LED to provide sufficient illumination for enabling the CMOS image pickup device to pick up the image clearly.

Vehicle rear side video monitoring system

Disclosed is a beacon-based traffic control system installed in a motor vehicle for receiving a wireless signal from one of a plurality of beacons that arranged in multiple geographic locations, each beacon being defined to have a respective identification code, each beacon having a short-distance wireless transmitter for transmitting a wireless signal for receiving by the beacon-based traffic control system so that when the motor vehicle is moving to a different geographic location, the beacon-based traffic control system fetches the identification code from the wireless signal of the local beacon and searches the memory thereof to find a corresponding action command and then to execute the action command, controlling the operation of the electronic component of the motor vehicle subject to the action command.

Beacon-based traffic control system

A speedometer includes a function storage device, which has stored therein four conversion functions, a selector, which provides four options corresponding to the four conversion functions in the function storage device, and a microprocessor, which counts pulse signals sent by the sensor device of the motor vehicle to obtain a counted total value, selects the corresponding conversion function from the function storage device corresponding to the option selected through the selector according to the quantity of poles (two, four, eight or sixteen) on the drive shaft of the motor vehicle, and puts the counted total value into the selected conversion function for calculation to obtain a car speed value.

Speedometer and motor vehicle arrangement

A parking lot reservation system in which each vehicle sends to a remote server through a GPRS module a park reservation request carrying the information of the ID code and current location of the vehicle and specific conditions, and the remote server searches a parking lot database to select the qualified parking lot information subject to the park reservation request and then sends a reservation command to the parking lot computer of the associated parking lot through the Internet to finish the reservation. After success of reservation, the parking lot computer sends a response message indicative of successful reservation to the GPRS module of the vehicle via the remote server.

Parking lot reservation system with electronic identification

Disclosed is a vehicle security system, which includes a security controller and a remote controller. The security controller is electrically connected to sensors and alarms, respectively, and has a memory storing an anti-thief alert grade table. The anti-thief alert grade table records at least two alert grades each having a respective sensitivity default value corresponding to each sensor. The sensitivity default value of each alert grade for each sensor defines the critical actuation value of the respective sensor for the respective alert grade. The remote controller has a control button for pressing to control the security controller to enter the desired alert grade of the alert mode.

Vehicle security system

A system for prompting an on-vehicle wireless communication module in poor communication quality and method thereof, in which the in-car computer starts a wireless communication module to detect the receiving quality thereof and to obtain a detecting signal result during the alert mode of the security controller is set after the ignition switch is switched off, and the in-car computer outputs a voice prompt message when the ignition switch is switched on again if the detecting signal result does not surpass a predetermined receiving quality default value. The in-car computer also stores each poor communication quality location in the electronic map so that a voice prompt message is automatically produced when passing each poor communication quality location on a subsequent occasion.

Prompting system for on-vehicle wireless communication module of car after parking in poor communication quality environment and method thereof

A vehicle burglar alarm system includes a global position system installed in a vehicle for receiving a satellite signal, and an on-vehicle main unit installed in the vehicle and electrically connected with the global position system, the on-vehicle main unit having a first flag, the first flag having a first status without satellite signal and a second status with satellite signal for indicating satellite receiving status of the global position system, the on-vehicle main unit being to output a relocation signal immediately after changing of the first flag from the first status without satellite signal to the second status with satellite signal during burglar alarming mode.

Vehicle burglar alarm system with GPS recognition

A wireless vehicle burglar-alarm system formed of an on-board main unit and a wireless communication is disclosed. The on-board main unit obtains the CGI (Cell Global Identity) of a wireless communication base station from its broadcast and stores the CGI in a memory, and sends a re-location signal to the on-board main unit when the storage CGI is changed during an alert mode of the on-board main unit, causing the on-board main unit to start the at least one alarm. The on-board main unit sends an alarm signal to an alarm and drives the wireless communication apparatus to send an alarm message to the car owner wirelessly upon detection of an abnormal condition of the car through a sensor.

Wireless vehicle burglar-alarm system

An inter-vehicle message disseminating method in which every vehicle carries a blue-tooth device (or 802.11 device) to actively login to or to passively accept a login from the respective blue-tooth device (or 802.11 devices) of other vehicles with a common authorization key to make a wireless connection for mutual transmitting message. When a message provided to one first vehicle, the first vehicle transmits the message to a number of second vehicles through the respective blue-tooth device, and then the second vehicles again transmit the message with their respective blue-tooth devices to another third vehicles. To transmit the message generation to generation repeatedly within these vehicles, forming a virus infectious frame to wirelessly disseminate kinds of message of update, advertising/promoting, searching, rescuing, socializing information to everywhere without geographic limitations.

Inter-vehicle message disseminating method and apparatus for the application of the method

A vehicle communication system is disclosed, which includes a voice output device for voice output, a voice pick-up device for voice input, a packet assembler/disassembler unit adapted for assembling different vehicle supplementary system data into respective packet data or disassembling demodulated packet data into corresponding vehicle supplementary system data, a GSM module adapted for transmitting data-carrying voice signal to a remote side or receiving data-carrying voice signal from a remote side, a carrier wave modulator circuit adapted for modulating packet data into analog signal and adding the modulated analog signal to the voice signal from the voice pick-up device to form a data-carrying voice signal for transmitting to a remote side through the GSM module, and a demodulator circuit adapted for demodulating data-carrying voice signal and discriminating the signal into packet data and voice signal.

Vehicle communication system capable of transmitting and receiving a data-carrying voice signal

A personal rescue system in which the car driver can double-click the emergency button of a personal remote control secretly to send an emergency signal to an on-board movable alert device when extorted by evil fellows, causing the controller of the movable alert device to turn the audio/video output device of the movable alert device into a background mode and then to drive the wireless communication device of the movable alert device to send a rescuing message to a remote side wirelessly under the background mode without infuriating the evil fellows.

Personal rescue system

An On-Board wireless transaction system including a card reader/writer and a GSM modem, and adapted for use in a motor vehicle to directly order commodities wirelessly and complete the transaction on the real time. The card reader/writer reads value-added points from a fare card. An On-Board Unit deducts the transaction points from the value-added points and writes the balance points into the fare card upon an ordering demand, and wirelessly transmits the PIN of the fare card and the data of the transaction points with the GSM modem through a GSM wireless network to a shop-end computer for enabling the contracted shop to provide the commodity and to complete the transaction. The shop-end computer has the function of calculating the accumulated transaction points corresponding every PIN (personal identification number) of the fare card for providing a bonus accumulated points promotion.

On-board wireless transaction system and method

A customerized driving environment setting system in which a portable memory card having multiple setting data stored therein is insertable into a card reader/writer on a motor vehicle and a motor vehicle wireless download device is controlled to download updated data from a remote customs service center wirelessly for updating the setting data of the portable memory card. Accessing of the card reader/writer to the portable memory card enables the user to set the accessories of the motor vehicle subject to the setting data of the portable memory card quickly, and to update the setting data of the portable memory card wirelessly. The user can carry the portable memory card to the repair shop, information station, and home computer to update the setting data anytime and anywhere.

Customerized driving environment setting system for use in a motor vehicle

The present invention discloses a vehicle computer system, and the vehicle computer system's method of receiving messages from a control center. The vehicle computer system includes a pager and a mobile telephone. oIn order to save the communication fee between the mobile telephone and the control center, the vehicle computer system uses the pager to receive the pre-message and the mobile telephone to receive the post-message, if the message contains large amounts of data.

Vehicle computer system and its method of receiving message from control center

A simple navigation system is disclosed in which a remote customer service center calculates an optimal route and selects a geo area covering all traveling routes of the optimal route. The geo area is defined by two boundary points, and equally divided by a pair of 2D grid number into multiple geo zones each defined with a respective pair of 2D index. The remote customer service center sends the two boundary points, the pair of 2D grid number, and multiple pairs of 2D indexes of traveling zones arranged orderly from a starting point to a destination to a car wirelessly. The car reconstructs a 2D grillwork with two boundary points, divides the 2D grillwork subject to the 2D grid number, defines each grid a pair of 2D index, and fines a guiding direction by comparing the pairs of 2D indexes of the current grid and the next traveling grid.

Growing community of inventors

Miaoli Hsien, Taiwan

Cheng-Hung Huang