| Patent application number | Description | Published |
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| 20080244832 | Air permeable fabric sheet member - A fabric sheet member includes a cover cloth layer, an inner cloth layer, and two or more longitudinal fabric elements disposed between the cover cloth layer and the inner cloth layer, and secured to the cover cloth layer and the inner cloth layer for forming one or more air circulating spaces between the longitudinal fabric elements and the cover cloth layer and the inner cloth layer. The longitudinal fabric elements may be secured to the cover cloth layer and the inner cloth layer with such as stitches. The longitudinal fabric elements may be made of resilient cotton materials or filament materials. The fabric sheet member may be attached to a pillow, a bed cushion, a seat cushion or the like. | 10-09-2008 |
| 20090032666 | Mouse pad - A mouse pad includes an intermediate layer attached to a base layer, and a coating layer attached to the intermediate layer and arranged for allowing an image or pattern to be applied onto the coating layer with an image output facility by the users themselves. The mouse pad includes a release layer detachable from the base layer for protecting the base layer. A punch line is formed in an outer peripheral portion of the mouse pad for being detached or released from the base layer. The punch line of the mouse pad is preferably not formed in the release layer. The mouse pad includes a thickness for no more than 1 mm for allowing the mouse pad to be applied with the image with the image output facility. | 02-05-2009 |
| 20090126107 | Cushioning device having changeable cushioning members - A cushioning device includes a base support, and a number of cushioning members selectively and changeably attached onto the base support and selectively arranged to various structure by the users themselves. The cushioning members each may include such as a hexagonal cross section and arrangeable to various patterns, and each may include one or more perforations for air circulating purposes. The cushioning members may be attached to the base support with such as a hook-and-loop fastening device. The base support includes a pattern for engaging with the cushioning members and for allowing the cushioning members to be arranged to the predetermined positions according to the pattern. | 05-21-2009 |
| 20110005668 | METHOD FOR PRODUCING A BUFFER PAD - A method for producing a buffer pad is provided with the following steps: cutting a plate into a mesh and a plurality of blocks; the mesh has a plurality of mesh holes, and the blocks have a shape corresponding to the mesh holes and are engaged with the mesh holes respectively; releasably attaching the cut plate to a sticky surface of a substrate, thereby the first surface of the block are temporarily attached to the substrate; separating the mesh from the substrate, and the blocks disengaging from the mesh holes and being left on the substrate; coating the second surfaces of the blocks with adhesive; attaching a film to the second surfaces of the blocks; separating the blocks from the sticky surface of the substrate. Thereby, a buffer pad is produced. | 01-13-2011 |
| 20110064911 | SOFT CUSHION STRUCTURE - A soft cushion structure of the present invention includes a soft foaming resilient supportive body and a soft elastomer. The soft foaming resilient supportive body has one or more penetrating holes which communicate upper and under gel rooms disposed on the soft foaming resilient supportive body. The soft elastomer is filled in the holes and at least a part of the upper and under gel rooms respectively, so as to combine the soft elastomer with the soft foaming resilient supportive body to form a composite structure. | 03-17-2011 |
| 20110193254 | METHOD FOR THE PREPARATION OF FOAMED AND CROSSLINKED RUBBER - The method of the present invention is adapted to foam and crosslink a raw material including a rubber, a crosslinking agent and a foaming agent. The method includes the following steps: (1) a first crosslinking and foaming step, placing the raw material into a first mold, crosslinking and foaming the raw material to form a pre-molded body; (2) a second crosslinking and foaming step, withdrawing the pre-molded body from the first mold, placing the pre-molded body into a second mold after the pre-molded body being cooled down, crosslinking and foaming the pre-molded body to form a molded body; and (3) a third crosslinking and foaming step, withdrawing the molded body from the second mold, placing the molded body into a heating device after the molded body being cooled down, crosslinking and foaming the molded body to form a product. | 08-11-2011 |
| 20110259499 | TIRE HAVING SELF-SEALING PROPERTY - The tire of the present invention has self-sealing property. The tire has an inner tire surface, which is formed with a plurality of protrusions. The protrusions are circumferentially distributed over the inner tire surface. A sealing gel layer is disposed on the inner tire surface and at least partially covers the protrusions to form a composite structure. Thereby, the protrusions can spread the force applied on the sealing gel layer while the tire is rotated rapidly. As such, the problems that the sealing gel layer is concentrated or delaminated can be prohibited. | 10-27-2011 |
| 20110277900 | PUNCTURE PREVENTING TIRE - The puncture preventing tire of the present invention includes an annular tire body and a reinforced sealant layer. The tire body has an inner surface which defines an air chamber. The reinforced sealant layer is attached to the inner surface of the tire body to at least partially cover the inner surface. The reinforced sealant layer includes high viscosity sealant and multiple stationary posts. The stationary posts are circumferentially spread on the inner surface and are surrounded by the high viscosity sealant. Therefore, the sealant can be adequately supported by the stationary posts, and the sealant layer may not be deformed during the rapid rotation of the tire when the tire has not been punctured yet. | 11-17-2011 |
| Patent application number | Description | Published |
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| 20080204293 | MULTI-CHANNEL DISPLAY DRIVER CIRCUIT INCORPORATING MODIFIED D/A CONVERTERS - A multi-channel display driver circuit incorporating modified D/A converters has a plurality of digital comparators connected to a number generator. Each digital comparator has an output, a digital data input and a reference input. The reference inputs of all digital comparators are connected to the number generator and the outputs are respectively connected to corresponding data channels of a display. By the proposed technique, each digital comparator obtains a unique non-sequence reference signal, and then compares it with the input digital data signal. Since the non-sequential signals are input to the reference input of the digital comparator, the overshoot distortion, the harmonic distortion and the electromagnetic interference problems are prevented. Therefore, the precise imaging can be obtained with this signal modulation technique in small circuit size. | 08-28-2008 |
| 20110022989 | METHOD AND SYSTEM FOR NAVIGATING DATA AND STORAGE MEDIUM USING THE METHOD - A method and a system for navigating data and a storage medium using the method are provided. In the method, a search condition is received to search data conforming to the search condition from a database. If the number of the data conforming to the search condition is greater than a threshold, the data are grouped into a plurality of groups according to a grouping rule. A grouping result is displayed, so as to display a name of each of the groups and a specific number of the data in the each of the groups and not display the other data in the each of the groups. | 01-27-2011 |
| 20110121748 | DECODING CIRCUIT AND DECODING METHOD THEREOF - A decoding circuit is adapted for decoding an input signal. The input signal includes at least a break and the time length of the break is a preset time. The decoding circuit includes a decoding unit and a detecting unit. The detecting unit detects whether the voltage level of the input signal is kept at a specific logic level for more than the preset time. If the input signal is kept at the specific logic level for more than the preset time, the detecting circuit, according to the voltage level of the specific logic level, outputs the input signal or the inverted input signal to the decoding unit so as to perform a decoding process. | 05-26-2011 |
| 20110156604 | DRIVING CIRCUIT OF LIGHT EMITTING DIODE - A driving circuit of a light emitting diode (LED) is provided, including a driving unit, a current pre-charging unit and a feedback selecting unit. The driving unit outputs a driving power to drive the LEDs and outputs at least a first feedback signal according to the current conducted by the LEDs. The current pre-charging unit is coupled to an output of the driving unit to provide a current path to the driving unit and generates a second feedback signal according to a current conducted by the current pre-charging unit. The feedback selecting unit selects and outputs one of first feedback signals or the second feedback signal according to an enable signal, and the driving unit adjusts the driving power according to an output of the feedback selecting unit so as to maintain a current driving capability of the driving circuit to provide a sufficient current to drive the LEDs. | 06-30-2011 |
| 20110234579 | APPARATUS AND METHOD FOR DRIVING LIGHT EMITTING DIODE - A driving apparatus for driving at least one first light emitting diode unit and a second light emitting diode unit includes a data transmitting unit and a driving unit. The data transmitting unit is used for receiving and storing driving data. The driving data includes first data corresponding to a first driving signal and second data corresponding to a second driving signal. The driving unit divides the first driving signal into a plurality of first sub-driving signals and the second driving signal into a plurality of second sub-driving signals, and then alternately outputs the first sub-driving signals and the second sub-driving signals to alternately drive the first light emitting diode unit and the second light emitting diode unit. | 09-29-2011 |
