Patent application number | Description | Published |
20090261219 | ON-VEHICLE HOLDER OF A PORTABLE ELECTRONIC DISPLAY DEVICE - An on-vehicle holder of a portable electronic display device comprises a support bracket, a U-shaped base and a movable engagement member. The U-shaped base is connected to the support bracket, comprising a first lateral plate, a second lateral plate and a bottom plate connecting together; a containing space portion is made by the first lateral plate, the second lateral plate and the bottom plate. The movable engagement member comprises an operating portion and a fastener portion. In addition, at least either the length of the first lateral plate or the length of the second lateral plate is longer than the width of the bottom plate. Consequently, the structure of the invention is made to contain the thickness of a portable electronic display device to achieve the objective of design miniaturization. | 10-22-2009 |
20090262072 | Cursor control system and method thereof - A cursor control system and method thereof, provides two-staging cursor control procedures for the first stage, displaying a template dividing the screen into plural districts, and moving the cursor from the original location to the selected district, and for the second stage, moving the first cursor from the selected district to another location designated location. | 10-22-2009 |
20090262086 | Touch-pad cursor control method - A touch-pad cursor control method is discussed. The touch-pad invention is placed in an electronic device and its control method is comprised of steps detecting if an object contacts the touch-pad; detecting the location of the object contacting the touch-pad; examining if an input for quick cursor movement exists, if YES, dragging the cursor on the device's display to the corresponding location of the object on the touch-pad in absolute coordinate positioning, if NOT, mapping the moving distance and direction of the object on the touch-pad to the position of the cursor on the device's display in relative coordinate positioning; detecting if an input button of the electronic device is pressed; and finally, executing a command based on an item pointed by said cursor on the display. By basing cursor movement on touch-pad input in both absolute and relative coordinate positioning methods, the invention determines cursor location, achieving a fast moving cursor effect | 10-22-2009 |
20090265570 | BATTERY STRUCTURE OF PORTABLE ELECTRONIC DEVICE - A battery structure of portable electronic device comprises an electronic device body, a power supply input module, an internal battery, an external battery module, and a power supply control module. The invention enables the following process priorities that the power supply control module automatically switches the power charging between the internal battery and the external battery when the external power supply input terminal electrically connects an external power supply. | 10-22-2009 |
20100177041 | Method of controlling cursor with multiple and variable speeds through a trackpad - A method of controlling cursor with multiple and variable speeds through a trackpad aims to be used on a system that controls a cursor on a screen through a trackpad by transforming user's finger position movement vector to a screen cursor position movement vector. Depending on finger touch position and depressing condition of the trackpad, at least an ON condition and an OFF condition are generated, and different alterations of depressing time and finger movement distance are formed. Selected speed parameters can be derived through at least two transformation equations. Multiply the speed parameters and finger coordinate alteration vector, the screen cursor movement vector can be obtained. Thus users can switch different cursor movement speeds and control mouse button function according to requirements to facilitate cursor control. | 07-15-2010 |
20100289751 | Operation method for a trackpad equipped with pushbutton function - An operation method for a trackpad equipped with pushbutton function aims to control operation of a screen in a cursor movement mode or a button input mode by detecting finger touch conditions on a trackpad. The method is adopted on a trackpad apparatus consisting of a touchpad movable up and down and a pushbutton located beneath the touchpad. The touchpad has at least one cursor zone and one button zone that are incorporated with the operation method to get conditions of the finger and the touchpad. The method includes at least the steps of: a. the finger touches the cursor zone and performs depressing or release depressing action to function as a cursor control command; b. the finger touches the cursor zone and slides into the button zone to do depressing or release depressing action to function as the cursor control command; c. the finger touches the button zone and slides into the cursor zone to do depressing or releasing depressing action to function as the cursor control command; d. the finger touches the cursor zone and slides into the button zone, and leaves the touchpad and then touches the previous spot of the button zone within a set time period to function as the cursor control command; and e. the finger directly touches the button zone and depresses without sliding to function as a button control command. Through the method of the invention users can control the cursor on the screen through the touchpad, and also enter the button control command through the touchpad. Thus user's labor of moving back and forth between the touchpad and a keyboard can be alleviated. | 11-18-2010 |
20110260014 | PROTECTIVE COVER SUPPORT RACK FOR PORTABLE ELECTRONIC DEVICES - A protective cover support rack for electronic devices includes at least a protective cover body, a support lid and a hinge assembly. The protective cover body has an inner rim with an annular U-shaped trough formed thereon to hold and encase the body of an electronic device, and a lower half portion to cover the back side of the electronic device. The hinge assembly includes two hinge means each has one end fastened to one lateral side of the protective cover body and another end fastened to the bottom side of the support lid. Thereby the support lid can be adjusted at an angle smaller than 360 degrees to allow users to swivel to the front side as required to protect the screen of the electronic device, or adjust to a standing position to facilitate viewing, or fold it to fully in contact with back side of the protective cover body at a storing position, or swivel to facilitate hand grasping in use, thus provide diversified usages and improve practicality. | 10-27-2011 |
20120036679 | ASYMMETRICAL RESISTANT HINGE SET - An asymmetrical resistant hinge set includes at least a resistant hinge and an elastic element coaxially positioned. The resistant hinge is hinged on a first pivotal means located on the bottom side of a body. The elastic element provides action forces on the resistant hinge and one-way resistance to generate an asymmetrical hinge effect with a greater resistance in one direction and a smaller resistance in another direction when a support lid is flipped in forward and reverse directions to reduce the resistance of the resistant hinge. As a result, when the support lid is flipped to a selected angle it still can bear the weight of the body of a portable electronic device at the anchored position without drifting. | 02-16-2012 |
20120215439 | More accurate navigation method - A more accurate navigation method allowing the user to check the destination information online with personal computer and then performs steps of settings, searching and modifying the destination position on the website, draws the route inside the large destination from entrance to the final parking space, downloads the edited data and import the data to the navigation device by external transmission device. The navigation device is therefore capable of navigating the users to an approximate destination position and then accurately navigating the users to the specific parking space that is closest to the final destination. | 08-23-2012 |
20120234716 | Adjustable protective cover for electronic device - The present invention relates to an adjustable protective cover for electronic device that is consists of a front cover and a back cover; wherein the front cover and the back cover are connected and are capable of folding to cover and contain an electronic device. The inner surface of the back cover is a surface capable of being stuck and fixed that allows at least two independent corner covers to be fixed thereon. | 09-20-2012 |
20130147618 | TIRE PRESSURE DISPLAY DEVICE AND ITS DETECTION METHOD - The present invention is related to a tire pressure display device and its detection method. The tire pressure display device includes a main module, multiple tire pressure detection modules and a vehicle audio module, wherein the main module includes a CPU and a receiver. By the composition of the above elements and the detection method, the tire pressure display device may actively report the location and tire pressure of tires during pumping up, synchronously execute broadcasting with image and voice, and directly correct errors and detect if the tire pressure detection module is break down for warning. | 06-13-2013 |
20130328942 | HEAD UP DISPLAY FOR A VEHICLE - A head up display for a vehicle uses an anti-peep film to limit the optical image from the display module to be projected along a predetermined path, and the HUD is particularly designed so that the driver just can see the optical image displayed on the windshield without being able to see the optical image displayed on the display module. The use of the anti-peep film can reduce the brightness of the optical image projected from the display module. Therefore, a brightness-enhancement module is used to enhance the brightness of the optical image projected from the display module, so as to ensure that the optical image projected onto the reflection film from the display module can be clearly seen. Moreover, a first light source below the light guiding layer of the backlight module to substantially enhance the brightness of the optical image projected from the display module. | 12-12-2013 |
20140018024 | Sliding Method and Device for Tuning Radio Stations - The invention relates to a sliding method and device for tuning radio stations and, more particularly, to the sliding method and device using the car audio touch panel for tuning radio stations and fine tuning frequency by the finger. The device includes a radio module, a CPU and a touch panel. The touch panel includes a touch operation area and a frequency display area. By the device consisted of the above components, a control method is provided to tune radio station and fine tune frequency by using the sliding directions of the finger. | 01-16-2014 |
20140055615 | PARKING ASSISTANT DEVICE - A parking assistant device is built in with a parking-path planning software which is capable of calculating a parking path based on a selected parking mode, the only thing that the driver needs to do, during parking, simply involves turning the steering wheel to the extreme left, right and to the center, and driving the vehicle forward and backward, the parking operation is very simple, so that the possibility of error operation can be reduced to the least. Furthermore, the parking assistant of just provides assistant in parking, it does not require the use of complicated control system or devices, and therefore, the cost of the present invention is relatively low, which arouses the consumers' desire to buy the products. | 02-27-2014 |
20140057237 | METHOD FOR PARKING A VEHICLE BY USING A PARKING ASSISTANT SYSTEM - A method for parking a vehicle enables a driver to park a vehicle easily and quickly by using a parking assistant system. Based on the distance from the vehicle to an adjacent vehicle detected or calculated by the parking assistant system, and the virtual parking path calculated based on the virtual parking position selected by the target parking frame and the specification of the vehicle, the only thing that the driver needs to do during parking, simply involves turning the steering wheel to the extreme left, right and to the center, and driving the vehicle forward and backward, therefore, the parking operation is very simple and easy. | 02-27-2014 |
20140058656 | METHOD FOR CALCULATING A PARKING PATH - A method for calculating a parking path, which is capable of simplifying the parking operation and making it easier for the driver to park a vehicle. Since the operation that the driver is required to do simply includes: turning the steering wheel to the extreme left, right and to the center, and driving the vehicle forward and backward, the parking operation is very simple, so that the possibility of error operation can be reduced to the least. In other words, the vehicle can be accurately parked in the parking space as long as the start position is accurate. The automatic parking system just provides reference to the driver, the driver still can made adjustment according to actual conditions. | 02-27-2014 |
20140074940 | DESTINATION PLANNING METHOD - A destination planning method suitable for use on a vehicle comprises the following steps: a, destination editing and file transmission; b, using electronic apparatus or navigation device to receive the file; and c, using the destination file. The destination file can be automatically sent to the navigation device after it is edited by a sender, which improves the ease of use and solves the inconvenience caused manual operation. | 03-13-2014 |
20140160287 | GUIDE METHOD OF A REVERSE GUIDELINE SYSTEM - A guide method of a reverse guideline system, wherein a reverse guideline system is used to draw a reverse guideline on the image shot behind the car, the reverse guideline system comprises a detected and computed reverse direction route line and an actual direction curve, which is computed according to the current steering wheel angle, each route line of the reverse direction route line, which is marked by different features to increase the recognition, is served as the basis for the driver operating the steering wheel, the driver reverses the car according to the planed parking path as long as the front sections of the actual direction curve and the reverse direction route line are overlapped, to thereby guide the driver to park in the parking space quickly. | 06-12-2014 |
20140240204 | HEAD-UP DISPLAY DEVICE FOR A SMART PHONE - A head-up display device for a smart phone, which includes a satellite positioning module, a short-distance wireless transmission module, a base, a display module, a light sensor, and a semitransparent reflective film, wherein the short-distance wireless transmission is used to receive the related message data sent by the smart phone and the satellite positioning module, and the image is displayed on the semitransparent reflective film by mirror image method after displaying by the display module, to thereby avoid the danger of the driver lowering head for reading messages, to ensure road safety. | 08-28-2014 |
20140263931 | HOLDER FOR PORTABLE ELECTRONIC DEVICE - A holder for a portable electronic device, which includes a base and an upper cover, wherein the first adjustment element is used by the base to link up the first clamping arm and the second clamping arm for synchronous adjustable motion, and the first release button is provided for spacing control; the second adjustment element is used by the upper cover to link up the third clamping arm and the fourth clamping arm for synchronous adjustable motion, and the second release button is provided for spacing control; by the composition of the above elements, the operation of holding tightly in multiple directions is achieved, to thereby avoid the portable electronic device flopping down. | 09-18-2014 |
20140267585 | REARVIEW PANORAMIC HEAD-UP DISPLAY DEVICE FOR VEHICLES - A rearview panoramic head-up display device for vehicles, which includes a camera lens input port group, a base, a display module, a detection module and a semitransparent reflective film. The camera lens set on each side outside the car are used to capture the image around the car and transmit the images to the present device inside the car. A three-dimensional rear panoramic image is formed by synthesizing the images by a panoramic display processor in the present device and projected on the windshield of the car by the display module, so that the driver may observe the real-time condition in rear, left rear and right rear of the car while looking ahead, the driver may know the condition around the car without moving the line of sight through a large angle, to thereby improve traffic safety. | 09-18-2014 |
20140285364 | METHOD FOR DISPLAYING THE VEHICLE SAFETY DISTANCE - A method for displaying the vehicle safety distance, which is executed under the basic structure of a vehicle safety warning device, the vehicle safety warning device at least includes a display module and an image recognition module. The method displays various virtual icons of different situations on the road, to display in advance and warn the lane departure situation, to thereby ensure traffic safety. | 09-25-2014 |
20150015965 | CLAMSHELL CAR HEAD-UP DISPLAY DEVICE - A clamshell car head-up display device includes a body, a display module, a lid, a shaft group and a shaft, the display module is provided to project display information on the reflector plate of the lid, and the shaft group is provided to fix the flip angle of the lid when being lifted, to thereby ensure that the information screen does not be shaken due to car driving. | 01-15-2015 |