60 results about "Vertical overlap" patented technology

The invention discloses an embedded touch screen and a display device and aims at reducing mutual capacitance of a vertical overlapped surface of touch sensing electrodes and touch driving electrodes which are both arranged in the embedded touch screen and improving the touch control effect of the embedded touch screen. The embedded touch screen comprises a plurality of touch sensing electrodes arranged in a first direction and a plurality of touch driving electrodes arranged in a second direction perpendicular to the first direction. Each touch sensing electrode comprises a plurality of touch sensing sub electrodes which are electrically connected, and projections of the touch sensing sub electrodes in the vertical direction and projections of the touch driving electrodes in the vertical direction have no overlapped areas; and/or each touch driving electrode comprises a plurality of touch driving sub electrodes which are electrically connected, and projections of the touch driving sub electrodes in the vertical direction and projections of the touch sensing electrodes in the vertical direction have no overlapped areas.

This invention relates to a composite wall with thermal insulating and heat-proof function, in addition to its masonry method. The character of the wall comprises: 1, it is combined by course of headers and stretcher course whose size and shape are totally different; 2, adding thermal insulating material between header course and stretcher course; 3, the header course and stretcher course are crisscross and vertical stack, which can avoid the straight-line joint from cross section or bisect; 4, the thermal conductivity factor of the composite wall is 0.48/m2k, which can save energy 55% compared with the non-composite wall with the same thickness. (In accompanying diagram: A is stretcher course, B is header course, the margin part or shade part is thermal insulating material, unit is mm, ash steam is 10mm).

A vertically folded probe is provided that can provide improved scrub performance in cases where the probe height is limited. More specifically, such a probe includes a base and a tip, and an arm extending from the base to the tip as a single continuous member. The probe arm is vertically folded, such that it includes three or more vertical arm portions. The vertical arm portions have substantial vertical overlap, and are laterally displaced from each other. When such a probe is vertically brought down onto a device under test, the probe deforms. During probe deformation, at least two of the vertical arm portions come into contact with each other. Such contact between the arm portions can advantageously increase the lateral scrub motion at the probe tip, and can also advantageously reduce the probe inductance.

An image processing system and method of operation includes: a source image; a binary mask image generated from the source image; a connected components module for detecting character targets; a text unit module, coupled to the connected components module, for forming connected neighbors by grouping the character targets having bounding boxes with a horizontal overlap greater than a horizontal overlap threshold, and for forming a text unit by grouping the character targets having a character vertical overlap greater than a character vertical overlap threshold, each of the character targets having a character feature within a feature threshold; a identify baseline module, coupled to the text unit module, for calculating a text unit baseline angle for rotating the text unit to the horizontal; and an optical character recognition module, coupled to the text unit module, for detecting an output text of the text unit for display on a device.

The invention discloses a three-dimensional semiconductor storing device and a formation method thereof. A nonvolatile storing device comprises a string of a nonvolatile storing unit on a substrate. The string of the nonvolatile storing unit comprises a first vertical overlapped element of the nonvolatile storing unit on the substrate and a string selecting transistor on the first vertical overlapped element or the nonvolatile storing unit. A second vertical overlapped element is also arranged on the substrate, and a grounding selecting transistor is arranged on the second vertical overlapped element of the nonvolatile storing unit. The second vertical overlapped element of the nonvolatile storing unit is arranged close to the first vertical overlapped element of the nonvolatile storing unit. A junction doped semiconductor area is arranged in the substrate. The junction doped area electrically connects the first vertical overlapped element of the nonvolatile storing unit with the second vertical overlapped element of the nonvolatile storing unit in series, so that the overlapped elements can work as a string of an individual NAND storing unit.

The present invention provides a laser diode having both a small vertical far-field beam divergence and a large vertical optical confinement factor, as well as a method of fabricating the laser diode. The laser diode comprises a layer stack of semiconductor material, which includes a mode-splitting layer having a low refractive index inserted between waveguide layers. In addition to increasing the vertical near-field beam width of the laser diode, the mode-splitting layer also produces a shoulder in an optical mode generated in an active layer of the layer stack, increasing vertical overlap of the optical mode with the active layer.

The invention provides an array substrate and a restoration method, test method and manufacture method thereof, and a display apparatus. The array substrate comprises a substrate, a grid wire figure and a data line figure which are formed on the substrate, and a gate insulation layer formed between the grid wire figure and the data line figure, and further comprises a spare line figure formed at the same layer as the grid wire figure. The spare line figure comprises multiple spare lines parallel to grid wires in the grid wire figure, and the spare lines are distributed at positions of multiple rows of pixels which are limited by the grid wire figure and the data line figure and form vertical overlapping areas with data lines in the data line figure. The array substrate and the restoration method thereof, provided by the invention, when the array substrate generates a data line circuit break defect, can rapidly restore the defect. Besides, the restoration process is simple, and the realization is easy.

The invention relates to an array substrate and a manufacturing method thereof and a display device. The array substrate comprises a substrate, common electrodes, multiple rows of grid lines and multiple pixel electrodes, wherein the common electrodes, the multiple rows of grid lines and the multiple pixel electrodes are formed on the substrate; the pixel electrodes and the common electrodes are arranged at different layers; a vertical overlap part exists in each pixel electrode and the corresponding common electrode; and in two pixel electrodes connected to the same row of grid lines, the area of the vertical overlap part of the pixel electrode which is further to the first ends of the grid lines and the corresponding common electrode is smaller than that of the pixel electrode which is nearer the first ends of the grid lines and the corresponding common electrode. According to the array substrate, the leaping voltage of the pixel electrode further to the first ends of the grid lines obtains more compensation than that nearer the first ends of the grid lines, so that the difference between the leaping voltages of two pixel electrodes is reduced; the residual image is reduced. Furthermore, compared with the mode of increasing a gate-source capacitance in the prior art, the array substrate has the advantage that the power consumption of the array substrate can be reduced.

The invention discloses a construction method for improving the waterproof effect of coiled materials. The method comprises the following steps that a concrete base layer is cleaned; the base layer is coated and sprayed with a base layer treating agent; additional layers are pasted to internal and external corners, pipeline root portions and deformation joint positions; hot melting pasting construction is conducted on the middle of the waterproof coiled materials, and adjacent waterproof coiled materials are connected at the edge positions in a vertical overlapped mode; a preheated soldering iron enables a gentle tilt angle to be formed on the overlap connection edge of the lower-layer waterproof coiled materials at the overlap connection position through soldering in the overlap connection direction; hot melting and edge sealing are conducted on the waterproof coiled materials. According to the construction method for improving the waterproof effect of the coiled materials, during waterproof coiled material hot melting pasting construction, the preheated soldering iron enables the tilt angle to be formed on the edge of the waterproof coiled materials, no gaps exit at the overlap connection positions of the adjacent waterproof coiled materials, the integration of the waterproof coiled materials on the outer layer of the structure is ensured, the problem that water lines are formed by coiled material waterproof construction overlap connection joints is solved, the water leakage hidden danger caused by construction technological defects is eradiated, and the waterproof effect of a structural base plate is significantly improved on the premise that the cost is not increased and construction is convenient.

The once flattening and energy storing capacitor welding process for connecting wide thin steel bands includes vertical overlapping two steel bands to be welded on the planar lower electrode, lowering the upper electrode to densify the overlapped area, once discharging of the energy storing capacitor via the welding transformer in the designed parameters, maintaining the pressure after finishing discharge to complete once welding and form weld seam. The present invention is suitable for common cold rolled low carbon steel plate and galvanized steel plate. The present invention has high welding efficiency and welded joint has high strength and toughness.

The present invention relates to a method and device for providing encoded video data from a video signal. The method comprises the steps of providing intra-coded picture data and predictive-coded picture data, based on the video signal, and generating a first and a second frame of said encoded video data. In the generating step of the intra-coded picture data is arranged in first and second slices in the first and second frames, respectively. The slices are arranged in an overlapping manner in the frames, advantageously with a vertical overlap m_y which is equal to or greater than a maximum absolute length of a vertical motion vector. The invention also relates to a corresponding decoding method and device, as well as a corresponding video encoder, a video decoder and a video codec. The invention may be implemented and used in accordance with standard specifications such as H.264. The invention leads to increased network smoothness as well as improved robustness and reduced error propagation during transmission.

Disclosed is a disk cartridge capable of preventing the permeation of dust in the disk cartridge. A labyrinth shape portion having a recessed dust deposition portion formed in a gap at a portion between tilt planes for overlap of shutters are vertically overlapped to each other.

The invention relates to a process for processing zymotic fluid, in particular to a process for processing zymotic fluid by a flexible compression method, including the following steps: (1) preprocessing zymotic fluid; (2) distributing materials: a vertical overlapped way is adopted, only filter media such as filter cloth, and the like exist between material layers; (3) prepressing: the pressure range for prepressing is 0.05-2kgf/cm<2>, the time is 1-6h and the pressure is maintained for 0.5-2h; (4) primary compression: a hydraulic way is adopted, the pressure range is 5-20kgf/cm<2>, the time is 2-10h and the pressure is maintained for 0.5-2h; (5) secondary compression: a hydraulic way is adopted, the pressure range is 20-100kgf/cm<2>, the time is 2-10h and the pressure is maintained for 0.5-2h; (6) discharging; and (7) post-processing. Compared with the prior process for processing zymotic fluid, the invention has low humidity content of filter residue and energy consumption and favorable environment protection and is suitable for processing a system with high solid content.

The invention discloses a multilayer ceramic antenna and a preparation method thereof. The ceramic antenna comprises a ceramic medium and multiple layers of radiating conductor belts positioned in the ceramic medium, and is characterized in that the ceramic antenna further comprises peripheral end sealing metal and edge isolating holes, wherein by adopting the edge isolating holes, vertical overlapping parts of the multiple layers of radiating conductor belts protrude from the surface of the ceramic medium; the edge isolating holes are used for isolating adjacent peripheral end sealing metal; and the peripheral end sealing metal is used for interconnecting the multiple layers of radiating conductor belts. The multilayer ceramic antenna disclosed by the invention has the advantages that through the isolating holes and chamfers positioned in appropriate positions of the edge of the periphery of the ceramic medium, the vertical overlapping parts of the multiple layers of radiating conductor belts and the vertical overlapping parts of the multiple layers of radiating conductor belts with an external micro strip feeder line are enabled to protrude from the surface of the ceramic medium and be isolated from each other, and the multiple layers of connectors can be conveniently connected through the end sealing metal, thereby realizing the interconnection among different metal layers under the circumstance that a through-hole is not needed; and besides, a large quantity of ceramic media can be stacked to be edge-punched and chamfered at once.

The invention provides a trench insulated gate bipolar transistor device and a generating method thereof. A relatively thick gate oxide film is formed at the bottom of a trench region through a plasmafilm forming process. Due to the fact that the thickness of the gate oxide film at the bottom of a trench is increased, the consistency of the gate oxide thickness is guaranteed, the defect that a gate oxide layer at the bottom of the trench is easy to break down is eliminated, and the robustness of a gate oxide breakdown voltage is improved. Meanwhile, the area of a gate-drain capacitor is reduced, so that the Miller capacitance is reduced, the switch delay time is shortened, the switch dynamic loss of a device is reduced, and the switch characteristic of the device is improved. Meanwhile, the relatively thick gate oxide film is formed at the bottom of the trench, so that the upper surface of polycrystalline silicon subjected to back etching can be leveled and is slightly higher than thesurface of a silicon wafer of a N-type base region; and higher N+ emitter junction depth can be formed without increasing the injection energy of an N+ emitter and carrying out longer-time high-temperature trap pushing, so that the vertical overlapping area of the gate and the source is reduced, the gate-source capacitance is reduced, and the switch loss of an IGBT is reduced.

To make possible using three-dimensional data of electric cable housing components to automatically generate and output a drawing that is simple and useful as two-dimensional data for clearly representing the relationship between upper and lower components. Determination controller 121 of two-dimensional data generation unit 120 converts three-dimensional data of electric cable housing components, which is read by the data reading part 122, into a line segment for each component by diagram generation part 123, and converts a contact part between components or a part where components partially overlap with each other, into an intersection point, to generate a diagram composed of the line segment and intersection point. Determination controller 121, by coplanarization part 125, shifts line segments of a plurality of components that overlap vertically on the diagram onto a single plane, and slides the line segments at a predetermined interval to represent the vertical overlap on the plane. Determination controller 121 outputs the generated two-dimensional data of the electric cable housing components from interface unit 110 in the form of file by file output part 127, and stores the data in the form of file in storage unit 130.

A solid-state imaging device includes: a semiconductor substrate; photoelectric conversion units formed in array on the semiconductor substrate and forming a light receiving unit; and wiring sections formed in positions among the photoelectric conversion units. The wiring sections include wiring bodies formed by superimposing wiring layers on the light receiving unit and including a bottom wiringbody on the semiconductor substrate side, a top wiring body on an uppermost side, and an intermediate wiring body between the bottom wiring body and the top wiring body, and contacts connecting the wiring bodies in order of vertical overlap, and in at least one of the wiring sections, the wiring bodies other than the bottom wiring body are superimposed while being shifted from a position right above the bottom wiring body, and amounts of shift of the intermediate wiring body and the contacts connected to the intermediate wiring body are the same.

The invention discloses a natural ripe raw honey production method of apis sinensis honey. A beehive is opened, an uppermost first layer of the beehive is enabled to cock up by a blade, ripe sealed honey on the uppermost first layer is cut by a stainless steel wire, a sealing wax cover is cut off by a honey cutter to destroy honeycomb ticks, the honey is filtered with gauze, filtered honey is contained in a container, the container is sealed, after-ripening storing is conducted, floating pollen is separated and removed through a stainless steel ladle, a finished product is bottled, and products are sold. Bees are kept by adopting the square vertical overlapped beehive, therefore, child ticks and unripe and non-sealed beehive ticks can be prevented from being destroyed, development and growth of a bee swarm are promoted, and the honey yield is increased; by adopting the mode of taking the honey through cutting, the honey quality can be improved, and it is guaranteed that all beneficial ingredients in the honey are not artificially destroyed.