322 results about "Device Panel" patented technology

A manufacturing method of a display panel for an LCD includes forming a gate line on a flexible insulation substrate, depositing a gate insulating layer on the gate line, forming a semiconductor layer on the gate insulating layer and forming a data line and a drain electrode on the semiconductor layer and the gate insulating layer. The forming the semiconductor layer may be performed by PECVD at about 100° C. to about 180° C., the gate insulating layer may have a thickness of about 2000 Å to about 5500. The method may further include performing hydrogen plasma treatment on the gate insulating layer after the depositing the gate insulating layer and annealing the substrate having the plurality of thin films after the forming the data line and the drain electrode. The insulation substrate may include PES.

Apparatus and methods relating to display stacks wherein one or more index matching layers are utilized to minimize reflectance at the boundaries of otherwise adjacent layers. More particularly, the present invention is directed to methods and apparatus relating to a multilayer display stack comprising a glass layer, a first index matching layer, a first intermediate layer, a second index matching layer, a second intermediate layer, and a light emitting display panel wherein: the glass layer, first index matching layer, first intermediate layer, second index matching layer, and second intermediate layer are each transparent or translucent, and comprise an index of refraction; the index of refraction of the first index matching layer is between the index of refraction of the glass layer and the first intermediate layer; and the index of refraction of the second index matching layer is between the index of refraction of the first intermediate layer and the second intermediate layer. Alternative embodiments may comprise additional index matching layers, additional non-index matching layers, as well as layers other than those described herein.

It is an object of this invention to make the amounts of liquid discharged from the nozzles of a liquid discharge head uniform. To achieve this object, there is provided a liquid discharge apparatus for discharging a liquid to a medium using a liquid discharge head having a plurality of nozzles for discharging the liquid, characterized by comprising a discharge amount changing device which can change the amounts of liquid discharged from the respective nozzles of the liquid discharge head independently of each of the plurality of nozzles, the discharge amount changing device including a voltage control device which can change a driving voltage value of a driving pulse to be supplied to each of the plurality of nozzles.

A control system interface integrates an electronic switching or sensing mechanism with an existing or custom-fabricated, functional or decorative equipment panel. The electronic switching or sensing mechanism is located on the rear surface of the equipment panel and a corresponding touch surface is defined on the front surface of the equipment panel. The electronic switching or sensing mechanism is responsive to a stimulus in the proximity of the touch surface, and it provides a control signal to a control system when it senses such a stimulus.

A gateway apparatus is provided which connects to appliances via a home network. The gateway apparatus includes means for acquiring appliance panel information indicating panel parts of the appliance and an operational range of the panel parts, and means for memorizing gateway apparatus information indicating whether a control command input to the appliance thorough a network built outside the home. The gateway apparatus further includes means for determining whether or not it is possible to accept the input by making reference to the gateway apparatus information when the control command input is received through the outside network and for producing a control command to the appliance based on the appliance panel information when the acceptance is possible. This makes it possible to perform remote control in a similar feeling obtained in operating a front panel of an actual home appliance. Through the outside network, the home appliance can be controlled with easier operations. A higher-reliable remote control system can be provided.

A display apparatus includes an active transflective device and a device panel. The active transflective device is configured to electrically control light transmissivity and light reflectivity. The display panel is configured to form an image by modulating at least one of light reflected and light transmitted by the active transflective device.

The invention relates to a multi-purpose salt fog test box belonging to the technical field of material analysis equipment. The multi-purpose salt fog test box comprises a main box body (1), a box cover (2), an observation cover (3), a salt water box (5) and a control device panel (4), wherein the main box body (1) is provided with a sealed water tank and internally comprises a salt fog collector(6-1), an ultrasonic salt fog generating device (8), a conduit (8-1), a heating and temperature warning device (9), a temperature sensor (10), a humidity sensor (11), support blocks (12-1), (13-1) and (14-1), a diaphragm (13), a sealing diaphragm (14) and a sample stage combination shelf (12); the external accessories of the test box comprise a box cover handle (2-1), a salt water box cover (5-1), a salt fog metering device (6), waste liquid drain pipes (5-2) and (8-2), a pipe (14-2) and a hinge part (7). The multi-purpose salt fog test box adopts the principle of the ultrasonic spray, omits the air compressor in the traditional salt fog test box, simplifies the test box and can be used for corrosion tests under constant-temperature-and-humidity conditions, alternating wetting and drying conditions and other conditions.

A mounting system includes a first surface and a second surface. A device panel can include at least first and second engaging members. The first and second surfaces are sized and shaped to engage the first and second engaging members respectively, and the first and second engaging members move along the first and second surfaces. The first and second surfaces are sized and shaped so the reaction forces between the first and second engaging members and the mounting panel cooperate to counteract the moment created by the center of gravity of the device panel to continuously immobilize the device panel at the plurality of angles relative to the support surface.

The invention relates to piggyback secondary payloads, a device for and a method of attaching piggyback secondary payloads, including a primary satellite and at least one secondary payload, such as a deployable microsatellite, affixed instrument package or the like, wherein the secondary payload is mounted on the nadir end of the primary satellite, preferably employing a universal adapter between the primary satellite and the at least one secondary payload.

Embodiments disclosed herein relate to a therapeutic ultrasound device spatial registration method and apparatus. The method enables locating a tissue target and surrounding tissue structures affecting the available acoustic beam paths to the target, relative to each individual therapeutic and diagnostic (e.g., imaging) transducer, in a device comprising a plurality of such transducers. By locating the target and tissue structures relative to each therapeutic transducer and / or array (e.g., in “local” coordinates) assists in transforming the locations relative to any transducers, enabling determination of which therapeutic transducers to use to treat the target, and specification of their respective ultrasound powers or energy, focal locations and beam patterns. The registration method employs a plurality of emitter and receiver acoustic sensors on, respectively, a plurality of imaging and therapeutic transducer device panels.

A mounting system includes a first surface and a second surface. A device panel can include at least first and second engaging members. The first and second surfaces are sized and shaped to engage the first and second engaging members respectively, and the first and second engaging members move along the first and second surfaces. The first and second surfaces are sized and shaped so the reaction forces between the first and second engaging members and the mounting panel cooperate to counteract the moment created by the center of gravity of the device panel to continuously immobilize the device panel at the plurality of angles relative to the support surface.

A method of manufacturing a silicon optoelectronic device, a silicon optoelectronic device manufactured by the method, and an image input and / or output apparatus including the silicon optoelectronic device are provided. The method includes preparing an n- or p-type silicon-based substrate, forming a microdefect pattern along a surface of the substrate by etching, forming a control film with an opening on the microdefect pattern, and forming a doping region on the surface of the substrate having the microdefect pattern in such a way that a predetermined dopant of the opposite type to the substrate is injected onto the substrate through the opening of the control film to be doped to a depth so that a photoelectric conversion effect leading to light emission and / or reception by quantum confinement effect in the p-n junction occurs. The silicon optoelectronic device has superior light-emitting efficiency, can be used as at least one of a light-emitting device and a light-receiving device, and has high wavelength selectivity. In addition, the silicon optoelectronic device panel having the two-dimensional array of the silicon optoelectronic devices can be applied in the image input and / or output apparatus capable of directly displaying an image and / or inputting optical information in a screen.

A substrate bonding apparatus for a liquid crystal display device panel includes an upper chamber plate, a lower chamber plate opposing the upper chamber plate, an upper low vacuum chamber provided on the upper chamber plate, a lower low vacuum chamber provided on a rear surface of the lower chamber plate, a sealing member provided on the lower chamber plate, the sealing member projecting from a top surface of the lower chamber plate at a predetermined height to contact the upper chamber plate to form a high vacuum chamber therein, at least two holes provided in each of the upper and lower chamber plates, at least two flow shut-off systems shutting off each of the holes, vacuum pumping system for reducing pressures of the upper and lower low vacuum chambers to low vacuum states, and reducing the high vacuum chamber to a high vacuum state, and upper and lower stages provided to upper and lower chamber plates, respectively, within an inside space of the high vacuum chamber to affix first and second substrates of the liquid crystal display device panel, respectively.

An active matrix organic electro luminescence device panel includes: a first substrate having a plurality of thin film transistors and a plurality of first electrodes that define regions arrayed in matrix that each contain a pixel, wherein each pixel has an organic electro luminescence layer and a second electrode, which are sequentially formed on one of the first electrodes; a second substrate being positioned over the second electrode to prevent the organic electro luminescence layer from being degraded due to oxygen and moisture; and a sealant that adheres the first and second substrates to each other, wherein a plurality of wires and a driver are formed on the second substrate to provide a signal for driving the first electrodes.

The invention relates to an organic light emitting diode (OLED) display unit and an OLED display device adopting the OLED display unit. The OLED display unit comprises a luminous device panel and an packaging substrate and is characterized in that electrode terminals are arranged on the luminous device panel; penetration holes which are in one-to-one correspondence to the electrode terminals are formed in the packaging substrate; one face of the packaging substrate is attached to the face (provided with the electrode terminals) of the luminous device panel; the packaging substrate is adhered to and packaged with the periphery of the luminous device panel; conductive substances are filled into the penetration holes in the packaging substrate and are leaded to the other face of the packaging substrate to form display unit electrodes; the display unit electrodes are connected and conducted with electrode terminals on a display substrate in a one-to-one correspondence manner; and the display unit electrodes are connected with a driving control unit. Display devices with various sizes can be assembled; spliced joints between standard display modules in the display device are greatly reduced; the precision of the display device is improved; and a good vision effect is achieved.

The present invention provides a high hardness transparent glass-ceramic and a preparation method thereof, wherein the high hardness transparent glass-ceramic comprises, by weight, 55.0-70.0% of SiO2, 15.0-20.0% of Al2O3, 0-10.0% of MgO, and 0-12.5% of ZnO, and must contain one of MgO and ZnO, and the crystallized glass contains the micro-crystal of the spinel crystal. According to the present invention, the suitable precursor glass is used to carry out the heat treatment and the micro-crystal is subjected to crystallization precipitation from the glass matrix so as to prepare the high hardness transparent glass-ceramic, wherein the Mohs hardness is more than 7, and the 1 mm glass visible light transmittance is greater than 80%; and the high hardness transparent glass-ceramic overcomes the easy scratching problem f the common optical glass, and can be used as mobile phone protection panels, optical instruments, and protection lens, magnetic disk substrates, liquid crystal display device panels r other optoelectronic device protection lens and the like on communication equipment.

There is provided an organic electroluminescence (EL) device panel including a heat dissipation member formed on a lead-out wiring electrically connected to a first electrode or a second electrode. According to the organic EL device panel of the present invention, the organic EL device is not adversely affected by heat at a time of manufacturing and driving, so deterioration of pixels of the organic EL device is not generated.

A retainer shell used to install in a mounting hole on a device panel designed to accommodate electrical connector from an end of a standard extension harness. The retainer shell is designed to lock securely in an opening of the device panel without specialized tools to be required for such installation. The locking retainer shell is designed to have simple and reliable front panel push action installation and provide front panel interconnect to a mating cable assembly as example with the opposite mating gender.

A dual type flat panel display device including a first flat panel display device panel; and a second flat panel display device panel; wherein the first and second flat panel display device panels each include a pixel area including a plurality of scan lines arranged in a first direction, a plurality of data lines arranged in a second direction perpendicular to the first direction, and pixel electrodes disposed in an area formed by the plurality of data lines and the plurality of scan lines crossing the data lines; and a non-pixel area including a plurality of on / off switching devices at inputs of the scan lines or the data lines, wherein the switching devices are respectively connected to the plurality of scan lines or the plurality of data lines.

A method for manufacturing a panel having a surface of three-dimensional patterns and the structure thereof, first of all, provides a piece body, on the surface of which plane panel patterns are arranged by means of ink printing process, and which is thermally pressed into a plurality of projected three-dimensional panels. The piece body having projected three-dimensional panels is then placed between a lower mould and a first upper mould. A material of hard resin is injected into the clearance between the lower mould and the three-dimensional panel surfaces, and thus a transparent cladding layer capable of wear-resistance and protection for three-dimensional panels is formed. Next, material of hard resin is again injected into the space between the inner wall surfaces of the three-dimensional panels and a second upper mould for forming a supporting layer for supporting the three-dimensional panels. Afterwards, a material of rubber is injected into the space between a third upper mould and the inner wall surfaces of three-dimensional panels to form an elastic layer. At last, castings on the piece body and three molded layers are integrally cut according to respective contour to thus complete the manufacturing process of a single panel structure.

A liquid crystal display device including a backlight module, a liquid crystal display device panel and a second frame is provided. The backlight module includes a first frame. The first frame includes a first body, first fasteners and baffles. The first fasteners and the baffles are arranged on a sidewall of the first body. The liquid crystal display device panel is arranged on the backlight module. The second frame is assembled with the first frame for fixing the liquid crystal display device panel, and includes a second body and second fasteners arranged on a sidewall of the second body. The first fasteners fasten with the corresponding second fasteners, to limit the relative displacement between the first and second body along a first direction, and the baffles are adapted for limiting the relative displacement between the first and second body along a second direction.

The invention discloses a method and a device for generating a panel of equipment. The method comprises the following steps of: acquiring an sysObjectID of the equipment; searching the sysObjectID of the equipment in an equipment configuration file; determining an MIB configuration file corresponding to the equipment, entities contained in the equipment and a position in the panel of the equipment; according to the content of the MIB configuration file, acquiring actual information of the entities contained in the equipment from the equipment, wherein the information comprises marks of the entities; and according to the acquired marks of the entities, searching configuration information of the entities in the equipment configuration file, selecting corresponding configuration information according to the actual information of the entities and displaying the corresponding configuration information at the position in the panel of the equipment. The method and the device can intuitively display the actual conditions of panels of the equipment produced by different manufacturers, and sufficiently solve the displays of actual positions and states of the entities such as a single plate, a power supply, a fan, a port and the like on the equipment.

The invention displays a lattice fringe on a spatial light modulator such as a liquid crystal panel or a digital mirror device panel, irradiates it with laser beams in three primary colors red, green and blue, and uses a primary diffracted beam created by the lattice fringe as an image recording reference beam. On moving the lattice fringe on the spatial light modulator on the modulator, a phase of the diffracted beam shifts due to a movement of a fringe, a phase shift amount of the beam is proportionate to an amount of movement of the fringe, and becomes unconnected to a wavelength of the beam. By this method, as an optical phase can be accurately shifted rendering unnecessary a device for detecting or regulating the optical phase, a system configuration of an image recording apparatus becomes simple.

The present invention discloses a display panel and a display device. The device panel comprises a plurality of pixel units arranged at a display area in an array assignment, and a gate drive circuit at least arranged at the display area; and the gate drive circuit comprises a plurality of cascade shifting register units, each shifting register unit is respectively connected with one row of the pixel units, and each shifting register unit at least comprises three shifting register unit subcircuit in the display area. Because each shifting register unit provides gate drive signals for the correspondingly connected one row of the pixel units, the at least three shifting register unit subcircuits included by each shifting register unit are arranged in the display area to realize the segment scanning of each shifting register unit subcircuit for the same row of the pixel units so as to reduce the load difference of each shifting register unit for each pixel unit in the correspondingly connected one row of the pixel units and prolong the effective charging time of each pixel unit.

A substrate bonding apparatus for a liquid crystal display device panel includes an upper chamber plate, a lower chamber plate opposing the upper chamber plate, an upper low vacuum chamber provided on the upper chamber plate, a lower low vacuum chamber provided on a rear surface of the lower chamber plate, a sealing member provided on the lower chamber plate, the sealing member projecting from a top surface of the lower chamber plate at a predetermined height to contact the upper chamber plate to form a high vacuum chamber therein, at least two holes provided in each of the upper and lower chamber plates, at least two flow shut-off systems shutting off each of the holes, vacuum pumping system for reducing pressures of the upper and lower low vacuum chambers to low vacuum states, and reducing the high vacuum chamber to a high vacuum state, and upper and lower stages provided to upper and lower chamber plates, respectively, within an inside space of the high vacuum chamber to affix first and second substrates of the liquid crystal display device panel, respectively.

The invention is a network device panel management system, including: component, single-device panel management module, multi-device panel management module and user interface, where the component reflects concrete managed objects in the network devices, and sets corresponding configuration information for the managed objects; the single-device panel management module corresponds to a single device and is composed of several components; the multi-device panel management module acts as a parent module of the single-device panel management module and gathers several signal-device panel management modules together and is used to simultaneously process and display many signal-device panel management modules; and the user interface is an interface for the user to operate network device panel management system and directly manage the multi-device panel management module; and all the above-mentioned management modules complete setting corresponding configuration information for each managed object by the control and cooperation of parent and sub modules.

The invention discloses a method for constructing testing software. Through the method, programming personnel conveniently and rapidly construct the testing software, the software has high expandability, the functions of the software can be rapidly expanded under the condition that the software is separated from a compiling environment, the customer requirements are timely met and the requirements can be automatically modified by a user. The testing software is divided into a testing program framework layer, a script interpretation engine and device dynamic link library (DLL) layer and a testing script layer, wherein the testing program framework layer is used for initializing a script interpretation engine, displaying logs, testing required control display and displaying an equipment panel; the script interpretation engine and device DLL layer is used for interpreting a script, operating a control script and connecting a testing script to an interface function of a device DLL; the testing script layer is used for describing a testing process; and a testing command loads a sequence of testing a script execution testing command through the script interpretation engine, so that a variety of testing equipment and the testing processes are met.

The invention relates to liquid crystal display device panel combination method. It includes the following steps: preparing one color light filter base plate includes one display area and one non display area of which edge location are set at lease two interval cushion of which height is the same as the photo-resist type interval end in the display area, and thin film transistor array base plate; binding the two base plates. The produced base plate can avoid color uneven for panel exclusion area to increase base plate technology qualified rate.

The invention discloses a composite module and a manufacturing method thereof, and belongs to the technical field of optical communication. The composite module comprises a shell, an optical device and a power supply device, wherein the first end of the shell is provided with a first socket, and the second end of the shell is provided with a second socket; the optical device comprises a first optical connector, a photoelectric conversion device and a second optical connector, wherein one end of the photoelectric conversion device is connected with the first optical connector, and the other end is connected with the second optical connector; the power supply device comprises a first electric connector, a power supply circuit and a second electric connector, wherein one end of the power supply circuit is connected with the first electric connector, and the other end is connected with the second electric connector; and the photoelectric conversion device and the power supply circuit are located in the shell, the first optical connector is located at the first socket, the first electric connector is exposed out of the shell, and the second optical connector and the second electric connector are located at the second socket. According to the application, the equipment panel only needs to be provided with a port for inserting the composite module, so that the panel size of the equipment can be saved, and the miniaturization development of the equipment is facilitated.