17results about How to "Meet transmission needs" patented technology

The application provides a kind of isolated virtual communication software bus implementation method based on hardware isolation, belongs to the field of virtualization technology, including isolated virtual communication software bus running on privilege layer jailhouse, isolated virtual communication software bus service module is run on the operating system corresponding to each system domain isolated by hardware, communication is realized between each system domain through isolated shared memory.The application improves the flexibility, security and versatility of communication between hardware isolated systems, and simultaneously realizes the decoupling and communication function reuse of communication between isolated systems.

The utility model discloses a kind of multi-contact mechanism connector of screw interface, comprising: pin connector assembly and jack connector assembly;The pin connector assembly is inserted with jack connector assembly and is sealed under the action of connecting ring and sealing structure.The utility model is through the layout of multiple pin jacks, while meeting the demand of multi-line transmission, effectively reduce the volume of connector, reduce the complexity and occupied space of equipment connection.

This invention discloses an image sampling method for image super-resolution, relating to the field of image super-resolution reconstruction. It aims to solve the problems of low reconstruction detail and unsuitability for decoding in existing technologies. The technical solution involves lossless spatial downsampling through a BRB module combined with a pixel deshuffling operator, and quantizing the original image pixel information using a quantization operator. During reconstruction, the decoder decodes the quantized pixel information to obtain the complete pixel details of the original image, thereby continuously recovering lost high-frequency details during upsampling and achieving highly accurate super-resolution reconstruction.

The application provides a data transmission aid and relates to the field of data transmission.The data transmission aid comprises a data aid transmitter, a power line and a device power supply interface, one side of the data aid transmitter is provided with two USB interfaces and three network interfaces, and the other side of the data aid transmitter is provided with three male serial ports and three female serial ports.The data transmission aid realizes the functions of a serial port distributor, a serial port server, software distribution, data characteristic display, data mutual transmission between different interfaces and the like through the cooperation of internal hardware of the data aid transmitter and internal software of a display screen, so that the data aid transmitter and the display screen are provided with several most commonly used and most general data transmission interfaces, the special-shaped interface and the shell of the different models of the backup interface can be installed and dismounted in the installation slot at any time, the use needs of the data aid transmitter for some backup interface shells which are not commonly used can be ensured, and the application range is ensured.

The application discloses a data transmission method and a display device. The method comprises the following steps: outputting a differential dimming signal and a differential clock signal through a display controller, wherein the differential dimming signal is used for carrying dimming data corresponding to a frame of image; receiving the differential dimming signal and the differential clock signal through a dimming controller, and generating target dimming data for backlight control based on the differential dimming signal and the differential clock signal. The dimming data and the clock signal are transmitted in the form of differential signals, so that the data transmission rate can be effectively improved, the layout wiring in the panel can be simplified, the product cost can be optimized, and in addition, the transmission mode of the differential signal can effectively reduce the electromagnetic interference problem and improve the display performance of the equipment.

The application provides a display panel and an electronic device. The display panel comprises a substrate, a plurality of first pins, a plurality of second pins and a plurality of connecting lines. The plurality of first pins are arranged on a first side of the substrate, and the plurality of first pins are arranged side by side. The first pins are used for connecting a flexible circuit board. The plurality of second pins are arranged on the first side of the substrate, and the plurality of second pins are arranged side by side. The second pins are used for connecting a driving chip. The plurality of connecting lines are arranged on the first side of the substrate. One end of the connecting line is electrically connected with the first pin, and the other end is electrically connected with the second pin. The plurality of first pins comprise a first target pin and a second target pin. The area of the first target pin is larger than that of the second target pin. The design of the application can ensure stable transmission of signals.

The application relates to the technical field of photoelectric devices, in particular to an RC-Micro LED device and a preparation method thereof, which comprises, from bottom to top, a second substrate, a metal conductive support layer, a metal electrode layer, a first mirror layer, a transparent conductive layer, a gallium nitride epitaxial layer and a second mirror layer; the gallium nitride epitaxial layer is in a convex mesa structure, an insulating layer is covered on the sidewall of the convex mesa structure; the first mirror layer and the second mirror layer are oppositely arranged to form a Fabry-Perot resonant cavity structure. The RC-Micro LED device can meet the transmission requirement of high-speed short-distance optical interconnection.

The utility model provides a battery connector combination which comprises a first battery connector and a second battery connector which are connected in an inserted mode, the first battery connector is used for being installed on an external circuit board and provided with a first insulation body and a plurality of first terminals, and the second battery connector is used for being installed on the external circuit board and provided with a second insulation body and a plurality of second terminals. The first battery connector is provided with a first insulating body and a plurality of first terminals, the second battery connector is provided with a second insulating body and a plurality of second terminals, the middle part of the first insulating body is sunken to form a butt joint cavity which is opened upwards, the first terminals are arranged along the lengthwise direction, and the second battery connector is inserted with the first battery connector along the vertical direction. The second insulation body is provided with a butt joint protruding part inserted into the butt joint cavity, the two sides of the second terminal in the width direction are clamped by the first terminal, and the width direction is perpendicular to the lengthwise direction. The battery connector combination provided by the utility model can transmit large current and can effectively reduce the size in the lengthwise direction.

The utility model discloses a photovoltaic substrate transmission line body and a transmission device, and belongs to the technical field of photovoltaic modules. The photovoltaic substrate transmission line body comprises a rack, a conveying roller assembly and a rotating assembly. The conveying roller assembly comprises a frame seat and a plurality of conveying roller parts, the frame seat is connected to the rack, the conveying roller parts are rotatably connected to the frame seat, the conveying roller parts are uniformly distributed at intervals in the length direction of the frame seat, the conveying roller parts are used for conveying photovoltaic substrates, and the total area of the conveying roller parts is matched with the area of the photovoltaic substrates; the fixed end of the rotating assembly is arranged on the rack, the driving end of the rotating assembly is connected with the frame base, and the rotating assembly is used for rotating the frame base around the Z axis. According to the photovoltaic substrate transmission line body, the transmission requirement of a large-area photovoltaic substrate can be met, and the photovoltaic substrate can meet various different feeding directions; the method can be suitable for transmission demand scenes with long service life and low noise; and meanwhile, rapid replacement of each photovoltaic substrate transmission line body can be facilitated.

The application provides a transmission system and a window body. The transmission system comprises an upper transmission device and a lower transmission device. The upper transmission device realizes the pulling and tilting of the upper edge of a window sash. An upper sliding self-locking mechanism controls the translation of an upper sliding frame and the opening and closing of an upper swing arm transmission mechanism to ensure that the window sash does not tilt when it translates and that the window sash does not translate when it tilts. The lower transmission device realizes the pulling and translation of the lower edge of the window sash. A lower sliding self-locking mechanism controls the translation of a lower sliding frame and the opening and closing of a first lower load-bearing transmission mechanism to further ensure that the window sash does not tilt when it translates and that the window sash does not translate when it tilts. The first lower load-bearing transmission mechanism and the second lower load-bearing transmission mechanism are respectively connected to the side of a window frame. The transmission can be normally realized, and sufficient space can be provided for the arrangement of load-bearing shafts. The load-bearing quality of the door and window can be effectively improved, and the transmission demand of heavy doors and windows can be met.

A large-current drawer cabinet comprises a cabinet body, the cabinet body is provided with a cover plate, an insulating mounting plate is arranged in the cabinet body, a circuit breaker is arranged on the insulating mounting plate, one end of the circuit breaker is provided with a first conducting bar, and the other end of the circuit breaker is connected with a second conducting bar through a mutual inductor. According to the drawer cabinet, the drawer cabinet can bear larger current, and the requirements of large-scale industrial equipment, an electric power system and the like for large-current transmission are met.

The application discloses a routing and scheduling based time sensitive network topology design method, and relates to the field of industrial networks.The application carries out mathematical modeling on a TSN topology-routing-scheduling joint problem, designs an optimization target, and solves the optimization target of the TSN topology-routing-scheduling joint problem based on schedulability analysis.The application can not only effectively reduce the number of switches and cables, but also significantly reduce deployment cost and maintenance cost;by simplifying the modeling of the scheduling part and converting complex nonlinear constraints into linear / quadratic modeling, the TSN routing and scheduling problem can be directly input into a commercial solver for efficient solving;the TSN network can be quickly deployed, real-time requirements of an industrial site are met, and the TSN network is adapted to rapid changes of a flexible production environment.

This application discloses a miniature piezoelectric pump that resists high-frequency vibration loosening and supports multi-directional adaptive assembly. It includes an upper pump body and a lower pump body, with multiple sets of mutually cooperating rotary locking mechanisms on both bodies. The upper and lower pump bodies are connected via these mechanisms to support phase reversal installation in 90° increments. A piezoelectric drive assembly configured to operate under 21kHz high-frequency alternating stress is located between the upper and lower pump bodies. Each rotary locking mechanism includes a groove in the upper pump body and a claw in the lower pump body. The inner wall of the groove has a lift angle α, which satisfies the high-frequency dynamic self-locking condition tanα ≤ μ. d / K s The locking end of the slide is equipped with an elastic interference locking structure. This application adopts multiple technical optimizations, such as a rotary locking mechanism, a specially designed piezoelectric drive component, and a refined structural design, to overcome the industry pain points of conventional micro piezoelectric pumps, such as easy loosening, seal failure, assembly limitations, and unstable operation under high-frequency vibration conditions.

This utility model relates to the technical field of pneumatic transmission devices, and discloses a pneumatic transmission device with a temperature control structure. It includes a base, a fan device fixedly mounted on the top of the base, a fan controller fixedly mounted on the front of the fan device, a connecting pipe fixedly connected to the exhaust end of the fan device, and a transmission pipe detachably connected to the right side of the connecting pipe. Through the overall design of the temperature control mechanism, an external temperature transmitter can be attached to the outer wall of the transmission pipe to monitor the temperature of the transmitted material. When the material temperature drops, a small controller will control the heating element to work, heating the transmitted material through the transmission pipe to replenish its heat. When the temperature exceeds a preset value, the small controller will control the heating element to stop working, thus achieving the temperature control function. This avoids the problem of some materials easily deteriorating during transmission, meeting the transmission needs of these materials and improving the applicability of material conveying.

The utility model provides a kind of quick blind insertion connector structure, including male connector and female connector. Male connector includes first pipe body, first spring and the valve core with plugging part, and the sealing of plugging ring of first liquid outlet hole is realized by first spring driving valve core plugging;Female connector includes second pipe body, valve rod and duckbill valve, and independent sealing is realized by duckbill valve closure. When inserting, valve rod is pressed and plugging part is separated from plugging ring, and male channel is opened, and liquid flows out in turn through plugging ring and duckbill valve. The structure breaks through the elastic parameter binding limit of traditional double-off spring, and female end can be adapted to different male ends, improving compatibility. When not inserted, it is bidirectional independent sealing to prevent leakage, and after insertion, connection is firm and smooth, suitable for liquid cooling system and other scenes.

The application discloses a high-frequency anti-interference rotary connector and a high-frequency anti-interference rotary connector assembly, which comprise a plurality of conductive rings and a plurality of brush groups. The brushes in the same brush group are connected through inner layer copper cladding and are in an adjacent state. A plurality of brush groups form a second cable connection group. The brush group in the middle of the second cable connection group is used for connecting the inner conductor of a second radio frequency cable. The remaining brush groups on both sides of the brush group in the middle are used for connecting the corresponding layer outer conductor of the second radio frequency cable. The brush groups connected with the same layer outer conductor are connected through outer layer copper cladding to form an outer shielding ring. A plurality of outer shielding rings are distributed in a radial manner with the brush group in the middle as the center, simulate the structure of the corresponding coaxial cable, and wrap and protect the coaxial radio frequency signal. A protrusion is formed on the outermost conductive ring in a first cable connection group. A plurality of brush groups are located between the two protrusions. The two protrusions simulate the outer shielding layer of the coaxial cable structure and avoid the interference of external signals on the coaxial radio frequency signal.

The application provides an optical fiber communication and sensing integrated system and method, and relates to the technical field of optical communication networks.The system comprises an optical master control module, an optical distribution network module, an optical execution module and an optical sensing module; the optical master control module is connected with the optical execution module and the optical sensing module through the optical distribution network module; the optical master control module is used for transmitting a composite optical signal to a backbone optical fiber, receiving and demodulating an uplink communication signal and a reflected sensing signal; the optical distribution network module is used for distributing the composite optical signal to a communication branch of the optical execution module and a sensing branch of the optical sensing module through an optical distribution and combination component; the optical execution module is used for accessing the communication branch, parsing a control instruction from a downlink communication signal to drive a local actuator to act, and uploading state data to the optical master control module; and the optical sensing module is used for accessing the sensing branch, sensing a physical state change of a measured part as a passive sensing terminal, and returning the reflected sensing signal to the optical master control module along an original optical path.