146results about How to "No crosstalk" patented technology

This invention relates to the field of electrophoretic displays. In particular, it relates to imagewise opening, filling, and sealing multicolor display components and the manufacture of multicolor displays.

The application provides an antenna module and a mobile terminal. The antenna module comprises at least a first antenna and a second antenna. The first antenna includes a first feed point and a connected first radiator. The second antenna includes a second feed point and a connected second radiator. A gap is sandwiched between the first radiator and the second radiator. A first ground wire shared by the first antenna and the second antenna is disposed at one end of the second radiator close to the gap. A second ground wire is disposed at one end of the second radiator away from the gap. Further, the first ground wire and the second ground wire are separately connected to the ground. It can be seen from the above description that only one gap is sandwiched between the end portions of the radiators of the first antenna and the second antenna, but since the currents excited by the first antenna and the second antenna are orthogonally complementary, the currents on the ground of the first antenna and the second antenna cannot suffer crosstalk, thereby improving the isolation of the first antenna and the second antenna and ensuring the performance of the first antenna and the second antenna during communication.

Provided is a reflective aluminum nanorod array. Each nanorod and a magnesium fluoride layer, an aluminum reflective layer and a dielectric substrate layer corresponding to the nanorod constitute a unit structure. The unit structures have narrow band response to red, green and blue light respectively, and the unit structures are recorded as a unit structure R, a unit structure G and a unit structure B respectively. The three unit structures are alternately arranged in sequence in the length direction of the unit structures. A method for realizing color hologram by using the reflective aluminum nanorod array comprises the steps of determining the main wavelength of response, finding out the side length of the unit structures, the thickness of the magnesium fluoride layers and the width, height and length of the nanorods, calculating the arrangement period size, the number of units and the orientation angle, and arranging the three unit structures alternately for color hologram. The advantages are as follows: the process is simple and has high stability and reliability; the aluminum nanorod corresponding to each structure parameter modulates the phase of light of only one color, and there is no crosstalk between light of different colors; and the reflective aluminum nanorod array and the method can be widely used in true color 3D display, information storage and other fields.

The invention discloses a micro-fluidic chip and a chip assembly, and relates to the technical field of microfluidics. Integration and fully integrated operation of sample preparation and amplification separation in nucleic acid detection can be realized, operation of the nucleic acid is facilitated, and the nucleic acid detection efficiency is improved. The micro-fluidic chip comprises a liquid storage unit, an extraction and amplification unit as well as a waste liquid recovering unit, wherein the liquid storage unit is used for realizing sequential sampling of liquid reagents; the extraction and amplification unit is used for performing amplification and separation to obtain a to-be-detected sample; the waste liquid recovering unit is used for recovering the detection waste liquid; theliquid storage unit comprises a plurality of liquid storage devices and a first circulating pipeline communicated with the liquid outlet of each liquid storage device; a first control piece is arranged between each liquid outlet and the first circulating pipeline; the first control piece is used for controlling the breakover state of the liquid outlet; when any one liquid storage device is in a pressurizing state, the corresponding first control piece is in an opening state and the rest first control pieces are in a closed state. The micro-fluidic chip and the chip assembly, which are providedby the invention, are applied to nucleic acid detection.

The invention relates to a liquid crystal display and a drive method of public voltage of the liquid crystal display. The liquid crystal display comprises a liquid crystal display panel, a public voltage generator and a public voltage compensator. The liquid crystal display panel comprises a public electrode, a first public pressure wire and a second public pressure wire. The public voltage compensator comprises an input end and an output end. The public voltage generator is connected with the public electrode by the first public pressure wire. The public voltage compensator is connected with the public electrode by the second public pressure wire. The public voltage generator is used for providing the liquid crystal display panel with the public voltage. The public voltage compensator is used for providing the liquid crystal display panel with compensated public voltage according to the actual public voltage of the first public pressure wire.

An autostereoscopic display apparatus includes a backlight unit, a polarizing plate disposed in front of the backlight unit; a display panel displaying a left eye image and a right eye image by interlacing pixel lines of the left and right eye images alternately and sequentially; a lenticular lens sheet, disposed between the polarizing plate and the display panel, separating light emitted from the backlight unit into a left eye zone and a right eye zone; and a polarization switch controlling a polarization direction of light proceeding towards the left eye viewing zone so that light is incident on pixel lines of the display panel displaying the left eye image and a polarization direction of light proceeding towards the right eye viewing zone so that light is incident on pixel lines of the display panel displaying the right eye image, in synchronization with a vertical scanning time of the display panel.

The invention provides a speaker box which comprises an upper cover, a lower cover forming an accommodating space with the upper cover and a speaker body accommodated in the accommodating space. The speaker body comprises a vibrating diaphragm, the upper cover and the vibrating diaphragm enclose to form a front sound cavity, a sound channel used for guiding sound generated from the speaker body is further arranged in the speaker box, and the front sound cavity and the sound channel commonly form a front cavity; the speaker box further comprises a leakage structure, the leakage structure comprises a sealing cover arranged above the upper cover and a leakage hole penetrating the upper cover, the upper cover and the sealing cover enclose to form a cavity, and the leakage hole is communicated with the front cavity and the cavity. The invention further provides electronic equipment with the speaker box. Compared with the prior art, the speaker box is low in intermediate frequency distortion, weak in high-frequency resonant, low in radio-frequency component, good in sound feeling and free of sound crosstalk from sound holes.

The invention relates to a fiber array dynamic infrared scene generation apparatus based on a MEMS technology and belongs to a dynamic infrared scene generation technology field. By using the apparatus of the invention, conversion from a visible light image to an infrared image can be realized. Purposes of greatly increasing a performance index of the dynamic infrared image generation apparatus and reducing cost can be reached. The apparatus comprises: a substrate, a fiber array formed by pixel columns and a visible light absorption infrared radiation layer of a pixel column top. A substrate material can use transparent glasses or silicon according to different optical path designs. The fiber array is made on the substrate by using a MEMS technology. The pixel columns forming the fiber array are mutually independent and can be taken as an imaging unit. A visible light absorption infrared radiation film is made on the each pixel column top. The visible light absorption infrared radiation film absorbs energy of the incident visible light image, radiates outwards the infrared light after the temperature is increased and generates the infrared image corresponding to the visible light image.

The invention relates an image sensor and a forming method thereof. The image sensor comprises a semi-conductor substrate, a plurality of pixel units in a pixel array area and logic circuit devices in a peripheral device area, wherein the semi-conductor substrate comprises the pixel array area and the peripheral device area; every two adjacent pixel units are isolated from each other through a first shallow groove isolation structure; every two adjacent logic circuit devices are isolated from each other through a second shallow groove isolation structure; the first shallow groove isolation structures are deeper than the second shallow groove isolation structures. As the pixel units are isolated from one another only by the deeper first shallow groove isolation structures, and a P-type well region is not needed to be formed, processing steps are reduced; as the first shallow groove isolation structures are mainly used for isolating photoelectrons produced by photodiodes from crosstalk, and the working voltage corresponding to transistors in the pixel units is lower, and the first shallow groove isolation structures can effectively conduct electrical isolation even the first shallow groove isolation structures have bubbles.

The invention provides a loudspeaker box and an electronic device with the loudspeaker box. The loudspeaker box comprises an upper cover with a top wall, a lower cover, a single loudspeaker contained between the upper cover and the lower cover, and a leakage structure. The single loudspeaker comprises vibration diaphragm. The upper cover and the vibration diaphragm form a front voice chamber. The loudspeaker box is also equipped with a voice outlet channel communicated with the front voice chamber. The front voice chamber and the voice outlet channel form a front chamber. The leakage structure comprises a sealing cover and a leakage pipeline arranged on the top wall. A hollow chamber is enclosed by the upper cover and the sealing cover. The leakage pipeline is communicated with the front chamber and the hollow chamber. The leakage pipeline comprises a first opening end communicated with the hollow chamber, a second opening end communicated with the front chamber, and a connection channel connected with the first opening end and the second opening end. Compared with the prior art, the loudspeaker box provided by the invention has the advantages that the intermediate frequency distortion is relatively low, the high frequency resonance is reduced, the resonance peak is reduced, the high frequency components are reduced, the sense of listening gets better, and there is no voice crosstalk at a voice outlet hole.

This is an integral optical fiber sensor and testing system using for the carbon monoxide and methane. It composes of first DFB laser source, second DFB laser source, first waveform generator, second waveform generator, first wavelength select modulator, second wavelength select modulator, optical fiber coupling implement, sensor detection head, photoelectric conversion module, signal modulate data collection module and microprocessor. The first waveform generator acts on first wavelength select modulator, the latter controls the first DFB laser source and it connects with one import ending of coupling implement by optical fiber. The second waveform generator acts on second wavelength select modulator, the latter controls the second DFB laser source and it connects with another import ending of coupling implement by optical fiber. The fan-out of coupling implement connects with sensor detection head and the latter connects with photoelectric conversion module. The photoelectric conversion module connects with signal modulate and data collection module by lead and the latter connects with microprocessor by lead. The microprocessor controls the first wavelength selecting and modulator, second wavelength selecting and modulator and display modulator.

The invention discloses a camera and antenna integrated structure and a working method thereof. The structure comprises a camera module and an antenna, wherein a magnetic conduction material is arranged outside the camera module, the antenna is arranged on the magnetic conduction material. A first method comprises the following steps of judging whether the camera module is opened or not when the antenna is opened, if yes, closing the camera module and opening the antenna, otherwise directly opening the antenna; and judging whether the antenna is opened or not when the camera module is opened, if yes, completing operation, otherwise opening the camera module. Or a second method comprises the following steps of judging whether the antenna is opened or not when the camera module is opened, if yes, closing the antenna and opening the camera module, otherwise directly opening the camera module; and judging whether the camera module is opened or not when the antenna is opened, if yes, completing operation, otherwise opening the antenna. The camera and the antenna are integratedly designed, and the camera and antenna integrated structure is compact and is low in cost.

This invention relates to the field of electrophoretic displays. In particular, it relates to imagewise opening, filling and sealing multicolor display components and the manufacture of multicolor displays.

The invention provides a plastic optical fiber network electricity checks meter system, and belongs to the field of power line information transmission. The checks meter system provided by the invention has strong anti-electromagnetic interference and nuclear radiation resistance as well as reliable performance; collected data has strong real-time performance, and low cost and high speed transmission of data are realized; the plastic optical fiber network electricity checks meter system is composed of electricity meters, a meter reading module, plastic optical fiber, a plastic optical fiber network switch and a data processing center; The signal flow direction of the checks meter system is as follows: an optic transmitter of the meter reading module converts an electricity meter signal to a network optical signal; the optical signal is coupled to the plastic optical fiber; an optical receiver of the meter reading module receives signals and reduces the optical signal to a network electrical signal; the plastic optical fiber network switch is used for data processing; and the data processing center is used to process data so as to complete the whole process of meter reading. The checks meter system provided by the invention has excellent anti-electromagnetic interference performance, strong security, high sensitivity and small volume, is simple to prepare, requires low cost, and has waterproof and moistureproof properties as well as long service life.

The invention discloses an optical fiber simulated Raman scattering effect based optical neuron and an establishment method thereof. The optical neuron comprises external optical transmitters, a first local optical transmitter, a second local optical transmitter, a subtracter, a combiner, a third optical fiber, an optical filter, a first optical-electrical converter, a second optical-electrical converter and a laser diode, wherein the third optical fiber performs power cumulative summing operation by non-linear effect of simulated Raman scattering. The method includes: selecting the external optical transmitters and the first local optical transmitter, performing coupling output by the combiner, selecting the third optical fiber for power cumulative summing operation, selecting the optical filter, selecting the first optical-electrical converter, selecting the second local optical transmitter and the second optical-electrical converter, constructing the subtracter, and selecting the laser diode for converting electrical signals to optical signals. The optical neuron is novel and reasonable in design, convenient to implement, low in cost, power consumption and noise, rapid in information processing, high in expandability and practicality, good is using effect and convenient to popularize and use.

The embodiment of the invention discloses an optical module. One side of a shell is provided with an optical receiving adapter and an optical transmitting adapter and the shell is internally providedwith a laser array, a transmitting-end optical multiplexing module and a first displacement prism; one end of a PCB is arranged in the shell, and the laser array is electrically connected with the upper surface of the PCB; the lower surface of the PCB is provided with an optical receiver array; the first displacement prism propagates light from the optical receiving adapter to the lower surface ofthe PCB, and the light then passes through a receiving-end optical multiplexing module and is reflected to the optical receiver array through a reflecting surface; the laser array and the transmitting-end optical multiplexing module are arranged in the shell and corresponding to the upper surface area of the PCB; the received light is propagated to the lower surface of the PCB through the first displacement prism. A component at the receiving end and a component at the transmitting end are located at different sides of the PCB, when the optical module works, no crosstalk happens between the component at the receiving end and the component at the transmitting end, and according to the above layout mode, the utilization ratio of the shell is improved.

The invention relates to an audio-video monitor system based on optical fiber transmission. The audio-video monitor system comprises a front end camera, a pickup, an optical fiber transmission module, a digital video recorder and a displayer. The front end camera and the pickup are respectively connected with input ends of the optical fiber transmission module; output ends of the optical fiber transmission module are connected with the digital video recorder and the displayer; audio signals and video signals collected by the front end camera and the pickup are transmitted to the digital video recorder and the displayer through the optical fiber transmission module; the digital video recorder stores the received signals; and the displayer displays the received signals in real time. Compared with the prior art, the audio-video monitor system has the advantages of large message capacity, long transmission distance, strong anti-electromagnetic interference ability, good safety and so on.