Abstract: The invention relates to a security system with power saving feature and device comprises an electric magnet and a corresponding iron plate. The electric magnet is connected to a G-sensor module and the iron plate has a pressing face to contact with the G-sensor module. When the door is opened, the electric magnet does not supply power; when the door is closed, the electric magnet with electromagnetic attraction attracts the iron plate and the pressing face presses the G-sensor module. That is, the electromagnetic lock usually stays in a low-energy attraction state; however, when the G-sensor module is triggered, the electromagnetic lock returns to a normal lock state for achieving power saving effect and control of the external force detection improvement.

Abstract: An equalizer control method is provided, where the method may write a plurality of parameters into a programmable filter pattern register file of a receiver to set up the programmable filter pattern register file. The receiver includes a plurality of equalization settings for selection, and the method may further perform selection between the equalization settings of the receiver according to the parameters of the programmable filter pattern register file and a signal sequence received by the receiver. An associated equalizer control apparatus is also provided, where the equalizer control apparatus is disposed in a receiver. The receiver includes a plurality of equalization settings, and the equalizer control apparatus applies the equalizer control method to perform selection between the equalization settings of the receiver.

Abstract: The invention relates to an electromagnetic doorlock with shock detection and power saving device comprises an electromagnet assembly and a corresponding adsorption assembly. The electromagnet assembly is connected to a shock detection module and the adsorption assembly has a suppressing unit to abut the shock detection module. When the door is opened, the electromagnet assembly does not supply power; when the door is closed, the electromagnet assembly with electromagnetic attraction adsorbs the adsorption assembly and the suppressing unit suppresses the shock detection module. That is, the electromagnetic doorlock usually stays in a low-energy adsorption state; however, when a shock detection module is triggered, the electromagnetic doorlock returns to normal lock state for achieving power saving effect and control of the external force detection improvement.

Abstract: The invention relates to an electromagnetic doorlock with shock detection and power saving device comprises an electromagnet assembly and a corresponding attraction assembly. The electromagnet assembly is connected to a shock detection module and the attraction assembly has a pressing unit to press the shock detection module. When the door is opened, the electromagnet assembly does not supply power; when the door is closed, the electromagnet assembly with electromagnetic attraction attracts the attraction assembly and the pressing unit presses the shock detection module. That is, the electromagnetic doorlock usually stays in a low-energy attraction state; however, when a shock detection module is triggered, the electromagnetic doorlock returns to normal lock state for achieving power saving effect and control of the external force detection.

Abstract: The present invention provides a testing device and a testing method. The testing method comprises: providing a testing device; bonding at least one connecting terminal of the testing device to signal lines of the display panel; and inputting test signals to the signal lines of the display panel through at least one test contact of the testing device. In the present invention, it is not required to arrange shorting bars on the display panel.

Abstract: An electric lock for doors has a housing with an opening, including a first catch and a second catch, an overlap formed by which enables the operation of the present invention. A blocking element connected to a driving device is displaced between an opening position and a closing position whereby the blocking element would stop the first catch from turning when being in the closing position, therefore controlling the turning of the second catch, rendering the opening a locked status and locking up the latch; when the blocking element is in the opening position, the blocking against the first catch would be eliminated, therefore turning the second catch together and rendering the opening an unlocked status, allowing the latch to be unlocked.

Abstract: The present application discloses a light-emitting device comprises a semiconductor light-emitting element, a transparent element covering the semiconductor light-emitting element, an insulating layer which connects to the transparent element, an intermediate layer which connects to the insulating layer; and a conductive adhesive material connecting to the intermediate layer.

Abstract: A TFT-LCD array substrate includes a display area, a peripheral area located at a periphery of the display area, and a connecting device. Wherein, the display area includes a plurality of data lines and gate lines. The peripheral area provides with a first test short bar provided with a plurality of data test lines for transmitting a test signal for the data lines, and a second test short bar provided with a gate test line for transmitting a test signal for the gate lines. The connecting device includes a first connection layer and a second connection layer. The connecting device is disposed at a connection location between one of the data test lines and one of the data lines, or between the gate test line and one of the gate lines. A test method for testing the TFT-LCD array substrate is also provided.

Abstract: An electromagnetic doorlock with button detection and power saving device includes an electromagnet assembly and a corresponding adsorption assembly. The electromagnet assembly is connected to a button detection module and the adsorption assembly has a pressing member to abut the button detection module. When the door is closed, the electromagnet assembly with electromagnetic attraction attracts the adsorption assembly and the pressing member presses the button detection module. That is, the electromagnetic doorlock usually stays in a low-energy attraction state; however, when the button detection module is triggered, the electromagnetic doorlock returns to a normal lock state for achieving power saving effect and control of the external force detection improvement.

Abstract: This disclosure discloses a light-emitting device. The light-emitting device comprises: a first electrode part; a second electrode part; a third electrode part, spaced apart from the first electrode part and the second electrode part; and a light-emitting unit partially covering the first electrode part and the second electrode part and fully covering the second electrode part, the light-emitting unit having a conductive structure contacting the second electrode part.

Abstract: The present disclosure provides a low dielectric constant resin formulation comprising 20-150 parts by weight of diisocyanate, 20-400 parts by weight of poly(2,6-dialkyl-1,4-phenylene oxide), and 200-650 parts by weight of a solvent. The present disclosure also provides a low dielectric constant resin prepolymer, composition, and composite produced from the above formulation, and a method for preparing the low dielectric constant resin prepolymer solution.

Abstract: A liquid crystal module is disclosed. The liquid crystal module includes a back plate having a vertical plate, a plastic frame arranged on the vertical plate for supporting the liquid crystal glass, a connecting assembly and a front frame. The connecting assembly is arranged above the plastic frame. An engaging location of the connecting assembly and the plastic frame is adjustable. A lateral side of the connecting assembly abuts against an edge of the liquid crystal glass. The front frame arranged above the connecting assembly is fixed with the connecting assembly. The front frame covers a rim of the liquid crystal glass. The relative location of the front frame and the liquid crystal glass can be easily adjusted via the connecting assembly. In addition, the displacement of the display area resulting from assembly errors is avoided. As such, the display area and the exposed black matrix remain consistent.

Abstract: The invention relates to an electromagnetic doorlock with shock detection and power saving device comprises an electromagnet assembly and a corresponding attraction assembly. The electromagnet assembly is connected to a shock detection module and the attraction assembly has a pressing unit to press the shock detection module. When the door is opened, the electromagnet assembly does not supply power; when the door is closed, the electromagnet assembly with electromagnetic attraction attracts the attraction assembly and the pressing unit presses the shock detection module. That is, the electromagnetic doorlock usually stays in a low-energy attraction state; however, when a shock detection module is triggered, the electromagnetic doorlock returns to normal lock state for achieving power saving effect and control of the external force detection.

Abstract: A device for panel reliability testing and method thereof are proposed. The device includes a connection module, for connecting the panel and an aging module; a reliability chamber control module for sending a voltage regulation command to a bias module and/or a switch control command to the aging module; the bias module, for regulating voltage and transmitting information about voltage regulation to the aging module; and the aging module, for performing an aging operation on the panel depending on the switch control command sent from the reliability chamber control module and the information about voltage regulation transmitted from the bias module. Compared with the prior art, LCD panels undergo the aging testing before being packaged, thereby shortening a time period of manufacturing LCD panels and enhancing production efficiency.

Abstract: A halogen-free and phosphorus-free resin formulation, prepared by the following method, is provided. The method includes mixing a carboxy anhydride derivative, diisocyanate, a styrene maleic anhydride (SMA) copolymer derivative and a solvent to form a mixture, and heating the mixture to form a resin formulation. The disclosure also provides a halogen-free and phosphorus-free composite material with a low dielectric constant and flame resistance prepared from the resin formulation.

Abstract: The present invention discloses a TFT-LCD array substrate comprising a display area comprising a plurality of data lines and a plurality of gate lines; a peripheral area located at a periphery of the display area and provided with a first test short bar provided with a plurality of data test lines for transmitting a test signal for the data lines in the display area, and a second test short bar provided with a gate test line for transmitting a test signal for the gate lines in the display area; and a connecting device comprising a first connection layer and a second connection and provided at a connection location between one of the data test lines in the first test short bar and one of the data lines in the display area, or provided at a connection location between the gate test line in the second test short bar and one of the gate lines in the display area. The present invention also provides a corresponding test method. The present invention can achieve testing the TFT-LCD array substrate twice.

Abstract: A wiring structure of a wiring area on a liquid crystal displaying panel includes a number of wiring lines connected to one end of a corresponding data line and corresponding scan line on the wiring area, at least one signal testing point, a number of first testing lines connected between the wiring lines and the signal testing point, a number of second testing lines connected between the signal testing point and the other end of the corresponding data line and the corresponding scan line, and a switch controlling circuit connected to the second testing lines. After the testing lines are disconnected from the wiring lines in the previous process, the testing signal still can be transmitted through the other end of the corresponding data line or the scan line, to implement the image test of the liquid crystal displaying panel.

Abstract: The present invention discloses a liquid crystal panel, which, in shorting bar area, connects scan signal line to scan signal test point through a first switch, connects data signal line to data signal test point through a first unidirectional circuit or a second switch, and connects common electrode to common electrode test point through conductive wire. The present invention also discloses a liquid crystal module and a method of determining reason behind bad display for liquid crystal module. With the method, the liquid crystal panel of the present invention can realize to spare the cutting of test leads of shorting bar area and cutting facility used in cell process.

Abstract: The invention relates to an electromagnetic doorlock with button detection and power saving device comprises an electromagnet assembly and a corresponding adsorption assembly. The electromagnet assembly is connected to a button detection module and the adsorption assembly has a pressing member to abut the button detection module. When the door is closed, the electromagnet assembly with electromagnetic attraction attracts the adsorption assembly and the pressing member presses the button detection module. That is, the electromagnetic doorlock usually stays in a low-energy attraction state; however, when the button detection module is triggered, the electromagnetic doorlock returns to a normal lock state for achieving power saving effect and control of the external force detection improvement.

Abstract: The invention relates to a security system with power saving feature and device comprises an electric magnet and a corresponding iron plate. The electric magnet is connected to a G-sensor module and the iron plate has a pressing face to contact with the G-sensor module. When the door is opened, the electric magnet does not supply power; when the door is closed, the electric magnet with electromagnetic attraction attracts the iron plate and the pressing face presses the G-sensor module. That is, the electromagnetic lock usually stays in a low-energy attraction state; however, when the G-sensor module is triggered, the electromagnetic lock returns to a normal lock state for achieving power saving effect and control of the external force detection improvement.