116results about How to "Increase coupling area" patented technology

Several preferred embodiments of 1S1F 16T NVSRAM, 1S1F 20T NVSRAM, 1S2F 22T NVSRAM, 1S2F 14T NVSRAM cells are proposed, regardless of 1-poly, 2-poly, PMOS or NOS flash cell structures. Two separate sourcelines for the paired flash Strings are also proposed for easy adding ability for the NVSRAM circuit to detect the marginally erased Vt0 and marginally programmed Vt1 of the paired flash cell. By increasing an resistance added to common SRAM power line, the pull-down current through flash Strings to grounding source line can be made much larger than the pull-up current to improve SFwrite program operation. Simple method by increasing flash cell channel length to effectively enhance coupling area is applied to secure SRAM-to-Flash store operation under self-boost-program-inhibit scheme. 1S2F architecture also provide flexibility for alternate erasing and programming during both a recall and store operation.

The invention discloses a capacitive cross coupling flying bar and a coaxial cavity resonator thereof, and relates to a cavity filter in the microwave communication field. The coupling flying bar is of a centre-symmetrical strip sectional material structure, wherein, the center of the coupling flying bar is equipped with a cylindrical fine-adjusting coupling hole; two ends of the coupling flying bar are respectively equipped with a coupling disk with an annular surface; and two sides of the fine-adjusting coupling hole are respectively equipped with a cylindrical screw fastening hole. The capacitive cross coupling flying bar has the advantages that the flying bar is a new sectional material structural form and is made by cutting a sectional material, wherein, the utilization ratio of the material is high and the machining process is simple, thus facilitating large-scale production; the coupling surfaces of the flying bar are the annular surfaces parallel to the cylindrical surfaces of resonant columns, and the coupling area is large and the distance is consistent, which can realize strong cross coupling by increasing the coupling area in the case of slightly long distance and ensure that a high-power signal can smoothly pass; and coupling coefficients are finely adjusted by a fine-adjusting coupling screw, which solves the problem of offset of the coupling coefficients caused by machining and assembly accuracy and ensures debugging consistency.

The present invention is to provide a packing bag with a RFID function, which comprises a bag body, two conductive films and a RFID chip. The metal layer includes a first slot formed at a position proximate to an edge of the bag body and is used as a slot antenna. A second slot is formed between the two conductive films, and has a size capable for fixing the pins on two corresponding sides of the RFID chip onto the two conductive films respectively. The two conductive films are fixed on an external surface of an insulating layer of the bag body at a position corresponding to the first slot, such that the two conductive films can be coupled to two feed-in points of the slot antenna respectively, and the RFID chip can receive and transmit electromagnetic signals through the slot antenna (or the metal layer) accordingly.

An integrated non-volatile memory circuit is formed by first growing a thin dielectric layer on a semiconductor substrate surface, followed by depositing a layer of conductive material such as doped polysilicon on this dielectric layer, the conductive material then being separated into rows and columns of individual floating gates. Cell source and drain diffusions in the substrate are continuously-elongated across the rows. Field dielectric deposited between the rows of floating gates provides electrical isolation between the rows. Shallow trenches may be included between rows without interrupting the conductivity of the diffusions along their lengths. A deep dielectric filled trench is formed in the substrate between the array and peripheral circuits as electrical isolation. Various techniques are included that increase the field coupling area between the floating gates and a control gate. Other techniques increase the thickness of dielectric between control gates in order to decrease the field coupling between them.

A transparent ferrule is fused to an end of an optical fiber to increase the coupling area without altering the input numerical aperture of the fiber system. This is accomplished by controlling the length of the area at which the transparent ferrule is fused or welded. In addition, an extended ferrule portion is situated behind the fusion area and is separated from the fiber core such that light that fails to couple to the core is reflected from the inner diameter of the extended ferrule portion away from the fiber core, where it can be deflected or dissipated by a beam block or absorptive material. The transparent ferrule is formed from a plurality of relative thin wall ferrules that are successively fused from the side to form at the least the termination or coupling end of the transparent ferrule.

The invention provides a touch screen, a manufacturing method for the same and a display device, and relates to the technical field of display. The problems of frequent exposure, process complexity and high cost of a conventional touch screen are solved. The touch screen comprises a transparent conductive layer arranged on a substrate, wherein the transparent conductive layer comprises first electrodes, second electrodes and leads connected with each second electrode; the first electrodes are insulated from the second electrodes; each first electrode and a plurality of second electrodes form a sensing electrode group; the opposite sides of the first and second electrodes in each sensing electrode group are at least partially toothed.

A spacer, a split gate flash memory cell, and related method of forming the same. In one aspect, a composite spacer includes a first spacer insulating layer having a first deposition distribution that varies as a function of a location on a substrate. The composite spacer also includes a second spacer insulating layer having a second deposition distribution that varies in substantial opposition to the first deposition distribution. In another aspect, a composite spacer includes a first spacer insulating layer having a substantially uniform deposition distribution across a surface thereof. The composite spacer also includes a second spacer insulating layer having a varying deposition distribution with a thinner composition in selected regions of the memory cell. In another aspect, a coupling spacer provides for a conductive layer that extends between a floating gate and a substrate insulating layer adjacent a source recessed into the substrate of the memory cell.

The invention relates to a device for seismic emission in an underground formation, comprising one or more vibrators of any type, and to a method of implementing same. In a preferred embodiment, each vibrator comprises at least one pillar (1) of sensitive elements (e.g. piezoelectric type) which is disposed between two end plates or horns (2, 3) and a signal generator which applies vibratory signals at the pillar. Said pillar (1) is encased in a protective sleeve (4) and the vibrator is positioned in a pit or cavity (W) and embedded in a mass of solid coupling material (7) which is in contact with the protective sleeve (4) and with the two end plates (2, 3) on at least one part of each of the respective faces thereof and which connects the vibrator to the surrounding formation. Several of such vibrators can be buried at intervals from one another in the pit. By triggering the aforementioned vibrators in sequence with the desired delays, it is possible to intensify the waves emitted by the device in a preferred direction. The invention is suitable, for example, repeated seismic monitoring of an underground deposit being mined.

The invention provides a self-aligning wireless charging system. Under the condition that a transmitting coil directly faces a receiving coil, each protrusion directly faces a groove corresponding tothe protrusion; the receiving coil is arranged on a chassis of an electric car, a ring-shaped reflector of sensors is placed on the outer side of the receiving coil and used for reflecting optical signals sent out by the sensors, the transmitting coil is arranged on a cross-shaped sliding table, and the cross-shaped sliding table can be used for X-direction and Y-direction mixing movement; the four sensors are arranged on the transmitting coil; the four sensors are located on the outer sides of the points where the transmitting coil is crossed with the X-axis direction and the Y-axis direction; the bottom of the cross-shaped sliding table is connected with the upper surface of a lifting platform which is installed on the ground of a parking lot, and the cross-shaped sliding table can be driven by a driving motor to go up and down. By means of the self-aligning wireless charging system, the defects in the prior art that the magnetic line parts of the transmitting coil and the receivingcoil at a gap are lost in vain, so that the wireless charging efficiency and speed are reduced, and the transmitting coil and the receiving coil are not aligned to a device.

This invention relates to a flash structure and its processing method in which, the finished flash suspended grating does not need microimage method, so situation of mistaken aligning will not occur between the suspended grating layer and the active zone, utilizing etching channel insulation zone to reach convex structure and its only necessary to add the etching depth of channel isolation area to increase the couple area between suspending grating layer and controlling grating to increase their cross link capacity without sacrificing flash total area.

Embodiments of the invention disclose a touch display apparatus and a fabrication method therefor. The touch display apparatus comprises a display substrate, a first touch electrode layer, a second touch electrode layer, an upper polarizer and a cover plate, wherein the display substrate comprises an array substrate and a color filter substrate that are arranged oppositely, and a liquid crystal layer sandwiched between the array substrate and the color filter substrate; the first touch electrode layer is located on a second surface, far away from the array substrate, of the color filter substrate; the first touch electrode layer comprises a plurality of first electrodes extending in a first direction; the upper polarizer is located at the upper part of the first touch electrode layer; the cover plate is located at the upper part of the upper polarizer and has an upper surface and a lower surface opposite to the upper surface; the second touch electrode layer is located on the lower surface, facing to the upper polarizer, of the cover plate; and the second touch electrode layer comprises a plurality of second electrodes extending in a second direction. According to the touch display apparatus and the fabrication method therefor, the touch display apparatus is simple to fabricate and the product yield can be increased.

The invention discloses a space light efficient automatic coupling device based on a photon lantern and a realization method thereof. The device includes a coupling structure based on the photon lantern, a coupling lens, a piezoelectric ceramic three-dimensional displacement table, a photoelectric detector, a data processing module, a computer, and the like. The coupling structure based on the photon lantern is formed by drawing large-core diameter plastic-clad multimode optical fibers arranged in hexagonal arrays, and the end face of the photon lantern is designed as an arc-shaped structure.The whole structure is encapsulated by capillaries, and the tail end is fused with single-mode optical fibers. The position of the photon lantern is dynamically adjusted in real time by receiving theintensity of light signals as a feedback to ensure that the coupling is at a high level. The whole device adopts a closed-loop feedback, is stable in performance, can resist interference caused by factors of platform vibration and the like, and has high environmental adaptability.

The invention discloses an annular hollow offset-focus laser cladding device, and relates to the technical field of laser processing. The annular hollow offset-focus laser cladding device comprises a shell, a conical reflector, an annular off-axis parabolic focus lens, a nozzle and a powder spraying pipe, the top of the shell is provided with a light inlet, the conical reflector is arranged in the shell, and the conical reflector is arranged facing the light inlet; the annular off-axis parabolic focus lens and the conical reflector are oppositely and coaxially arranged; and the nozzle is installed below the conical reflector, the lower end of the nozzle is connected with the powder spraying pipe, the powder spraying pipe is coaxial with annular hollow offset-focus light formed after reflection of the annular off-axis parabolic focus lens, and a collimation protection gas sleeve is arranged on the periphery of the powder spraying pipe. The annular off-axis parabolic focus lens is used for horizontally shifting the focusing focus of the maternal parabola. According to the annular hollow offset-focus laser cladding device, the homogenization of the energy density of an annular light spot is realized, the coupling effect of a laser beam and powder is improved, the utilization rate of the metal powder is improved, and the cladding quality and appearance are improved.

The invention provides a touch panel and a display device. The touch panel comprises a substrate and a touch IC. A plurality of columns of first touch electrode units and a plurality of second touch electrode units are arranged on the substrate, and are arranged at the same layer. The first touch electrode unit includes a first conductive portion and a first hollow-out portion, the first conductive portion including a strip-shaped conductive portion and a plurality of bent conductive portions, the plurality of bent conductive portions being connected with the strip-shaped conductive portions;The second touch electrode unit comprises a second conductive part and a second hollow-out part, wherein the second conductive part is a bent structure, the second conductive part and the bent conductive part intersect each other, and the second conductive part corresponds to the first hollow-out part, and the bent conductive part corresponds to the second hollow-out part; The plurality of columnsof first touch electrode units and the plurality of second touch electrode units are arranged on the same layer, and the single-layer structure can effectively reduce the production cost of the touchpanel.

A side-coupled dual-channel optical waveguide transmission system for a photonic crystal relates to a microstructural photonic crystal element in the field of optical technology, and solves the problem of large scattering resulting from high roughness of the existing photonic crystal waveguide. An efficient coupling structure for the photonic crystal waveguide and a traditional optical device or an external light source is provided. The system comprises a waveguide layer, a low refractive index buried layer and a substrate layer, wherein the waveguide layer is arranged at the upper part of the low refractive index buried layer, the lower part of the low refractive index buried layer is connected with the substrate layer; a mode that multiple photonic crystal resonant cavities are connected in parallel is adopted, electromagnetic waves are coupled in a photonic crystal waveguide defect area by a coupling area of a waveguide area II, and the coupling efficiency is high; and as the upper parts of the photonic crystal resonant cavities, corresponding to point defects, are distributed with coupling medium columns, the coupling efficiency is further improved. The whole photonic crystal waveguide is integrated on one substrate without external optical elements, so that a photonic crystal waveguide structure is more compact, is smaller in size and is higher in the integration degree.

The invention provides a touch substrate, a fabrication method for the touch substrate, and a touch apparatus. The touch substrate comprises a substrate as well as a first touch electrode graph and a second touch electrode graph that are formed on the substrate in a same-layer manner. Each second touch electrode comprises a main body part and an extension part; and the extension part of each second touch electrode is correspondingly embedded in a gap of the first touch electrode graph. The first touch electrode graph further comprises an extension part located at the end part and connected to a main body part of a first touch electrode located at the end part; a gap corresponding to the extension part of the first touch electrode graph is formed in the main body part of the second touch electrode located at the end part; and the extension part of the first touch electrode graph is embedded in the gap. According to the touch substrate provided by the invention, the end part coupling area of the second touch electrode graph and the first touch electrode graph can be enlarged, so that the sensitivity of touch detection of a region can be improved.

The invention discloses a packaging bag with radio frequency identification capability and a manufacturing method thereof. The packaging bag includes a bag body, at least including a metal layer, an insulating layer and a bonding layer, and the outer surface of the metal layer is covered on the inner surface of the insulating layer. Above, the inner side of the metal layer is draped on the outer side of the bonding layer, and the corresponding edges of the bonding layer are sealed to form a bag body, and an accommodation space is formed in the bag body, and the metal layer is positioned adjacent to the edge of the bag body Open the first slit, the configuration of the first slit makes the metal layer as the slot antenna; two conductive films, the second slit is maintained between the two conductive films, and the two conductive films are fixed on the outer side of the insulating layer corresponding to the position of the first slit; radio frequency The size of the identification chip is smaller than the conductive film, and the two corresponding side pins of the radio frequency identification chip are fixed on the two conductive films. The invention uses the metal layer in the bag as the slot antenna of the radio frequency identification chip, saves the design and material cost of the traditional non-radio frequency identification tag, and can maintain good transmission performance at the same time.

A resonant-coupling two-way transmission photon crystal waveguide and a manufacturing method thereof relate to a micro-structure photonic crystal component in the optical technology field. The invention provides the coupling waveguide and the manufacturing method which can realize high efficient coupling between the photonic crystal waveguide and a traditional optical element or an external light source. According to the invention, a mode that a plurality of photonic-crystal resonant cavities are parallel to each other is used. Through a coupled zone of a waveguide second area, an electromagnetic wave is coupled into a photonic crystal waveguide defect area so as to achieve a purpose of increasing a coupling area. Coupling efficiency is high. Simultaneously, because of the increasing of the coupling area, convenience can be provided for operations, such as prefocusing before the coupling, alignment and the like. Because coupling medium columns are distributed on a position of an upper portion of the photonic-crystal resonant cavity, the coupling efficiency can be further increased, wherein the position corresponds with the position of a point defect. Besides, the whole photonic crystal waveguide is integrated on a same substrate. The external optical element is not needed so that the photonic crystal waveguide structure is compact, a volume is small and an integration level is high.