43results about How to "Efficient Transmission" patented technology

The embodiment of the invention provides a method and a system for transmitting a picture through mobile equipment. The method mainly comprises the following steps that: first mobile equipment transmits the picture to a server, receives an identifier of the picture from the server, and transmits a notification message carrying the identifier of the picture to second mobile equipment; and the second mobile equipment transmits a request message carrying the identifier of the picture to the server, and receives the picture from the server. By the embodiment of the invention, information and the picture can be effectively transmitted between the mobile equipment, the resolution of the picture can be well adapted to a display screen of the mobile equipment, and the display direction of the picture can be well adapted to the browsing habits of a user.

The invention discloses a method for high efficient transmission of vector data on the basis of pixel non-destructive compression of an ordered point set. The transmission of pixel non-destructive compression of the ordered point set is based on characteristics of a rasterization graphic device as well as a visualized process of the vector data. According to the invention, a fixed-precision model with equal peak pixels is constructed; a relation between pixel losslessness of the fixed-precision model and an integer digit of a binary system on the binary system condition is established by a relation established between the model and binary system storage of an integer in the computer and a demand assignment algorithm of a binary bit of a peak coordinate is designed; a high efficient pixel-loss compression coding/decoding scheme of an ordered point set is established according to the above-mentioned algorithm; and on the basis of the compression coding technology of the ordered point set, an OGC simple element model is transformed and a high efficient vector transmission technology that meets GIS application is designed. According to the invention, the method can be applied to transform traditional GIS data transmission mechanism; on the premise that user interaction and a visualized effect are not affected, a network bandwidth is effectively utilized and a response ability of a system is improved.

The invention discloses a special mechanism for automatically conveying a high-temperature saw bit. The mechanism comprises a base, an upright post and the like, wherein the upright post is fixed on the base, a rotating crossarm is connected with the upright post and can rotate around the upright post, and a slider fixed on a conveyer belt is driven to move on a sliding guide rail by a sliding driving motor which is fixed on the rotating corssarm through pulley transmission; actions of a movable paw of clamping and loosening a high-temperature sheet are realized through the rotation of a clamping driving motor fixed on the slider; and the rotating driving motor is fixed on the base, an output shaft is provided with a pinion which is meshed with a circular arc rack fixed on the rotating crossarm to drive the rotating crossarm to rotate around the upright post, and a positioning pin on the rotating corssarm slides on the rotating guide rail during rotating so as to realize the function of rotatably conveying the high-temperature saw bit. The mechanism can realize the high-speed high-efficiency conveying of the high-temperature saw bit, eliminates adverse influence such as the pressing precision reduction and quality reduction of the saw bit caused by overlarge temperature drop in the conveying process, and has the advantages of high efficiency, high speed, accuracy and reliability.

The invention provides a message middleware based on digital home network, arranged between operating system of digital home equipment and application program, comprising application programming interface providing united programming interface for upper layer application programs, message queue, queue manager, message detector, storage manager, basic module, system management module and message transmission agent module. And it abstracts a logic communication function from different hardware system structures, operating systems, network accesses and communication standards of various message home appliances, providing a series of services for upper layer home network application programs to help build and configure distributed applications in home network and compose important members of digital home network.

The invention discloses a combined method of arc ion plating and twin target bipolar high-power pulsed magnetron sputtering, and belongs to the technical field of material surface treatment. The method aims to solve the problem of large particles due to use of low-melting-point pure metal (like aluminum) or multicomponent alloy materials and non-metallic materials (like graphite) in arc ion plating and the limitation of semiconductor material silicon, and discharge arcing in the unipolar high-power pulsed magnetron sputtering technique and the limit in using of high-melting-point and difficult-to-ionize target materials (like zirconium) are eliminated. The method includes the steps that first, workpieces are placed on a sample table inside a vacuum chamber and connected with related equipment; second, thin film deposition is performed, working gas is introduced when vacuumizing is executed to 10<-4> Pa, and a film coating power supply is switched on; and the large-particle defect in arc ion plating is overcome through high-power pulsed magnetron sputtering, the high-melting-point and difficult-to-ionize materials are ionized through arc ion plating, twin targets generate multi-component plasma and further adjust the content of the plasma in a thin film, plasma energy is regulated through a grid bias power supply, and accordingly the thin film can be prepared.

The invention belongs to the technical field of photoelectric detectors, and concretely relates to p-n junction self-driven solar blind ultraviolet detector based on an organic-inorganic composite structure and a preparation method thereof. The structure of the device includes a substrate, a n-type gallium oxide micron wire, a p-type organic conductive polymer nano film, and metal contact electrodes prepared on the p-type and n-type layers. The characteristics of the self-driven solar blind ultraviolet detector with the organic-inorganic composite structure are that a core-shell structure is formed by the p-type organic conductive polymer nano film and the n-type gallium oxide micron wire, and so the self-driven solar blind ultraviolet detector has good photoelectric characteristics and deep ultraviolet selectivity when operated under zero bias voltage. The device solves the problem that a p-type material in a conventional inorganic semiconductor deep ultraviolet photodetector of a p-nstructure cannot be controllably prepared. The detector of the invention is simple in preparation process and has great application prospect in the field of solar blind ultraviolet detection.

The invention relates to a space laboratory information system based on an advanced in-orbit data processing method. The telemetering, instruction and communication functions are realized through a data information system based on a 1553B bus, and the high-speed data transmission is realized through a high-speed data transmission system based on AOS. The space laboratory information system based on the advanced in-orbit data processing method disclosed by the invention can support a manned spacecraft to accomplish all in-orbit functions.

The invention relates to the field of wafer processing, and provides multi-carrier-disc wafer transfer equipment and system for solving the problems that by adopting polishing head rotation and carrier table linear movement for wafer conveying, wafers are prone to being contaminated due to process switching between different polishing tables, the conveying flexibility is limited by linear movementdesign, and the conveying efficiency is low. According to the multi-carrier-disc wafer transfer equipment, a drive control mechanism can drive and control a circular track to sequentially transfer and stop all wafer carrier discs charged at a cleaning station to one of polishing stations, and discharging and charging are completed at the polishing stations; and the drive control mechanism can also drive and control the circular track to transfer and stop all the wafer carrier discs charged at the polishing stations to the cleaning station, and discharging is completed. Through the transmission mode, multi-step complex processes can be achieved, and the effects that each wafer is independently polished at the corresponding polishing station and efficiently transferred between different transfer stations are achieved. The multi-carrier-disc wafer transfer system comprises the multi-carrier-disc wafer transfer equipment.

The invention relates to an underactuated flexible gripper, and belongs to the technical field of agricultural intelligent equipment. The underactuated flexible gripper includes a gripper base, guiderods, a palm, a palm-adjacent finger, a fingertip structure, a driving device and a control device, wherein the fingertip structure includes a fingertip, a ball, a compression spring, a spring limit device, a slider limit surface, a slide groove and a rubber cushion, the driving device includes a stepper motor, a coupling, a ball screw, a disc slider, a curved push rod, the guide rods, a connecting rod I, a connecting rod II, a connecting rod III and a slide bar, and the control device comprises a controller and a pressure sensor. The underactuated flexible gripper is used to solve the problems that the fruit harvesting rate is not high and fruits are easily damaged.

The invention belongs to the technical field of microwave engineering and specifically relates to a circular waveguide wave-mode suppressor capable of suppressing a TE11-mode microwave and a design method thereof. The circular waveguide wave-mode suppressor comprises a circular waveguide. The circular waveguide is provided with a first cavity, a second cavity, a third cavity, a fourth cavity and afifth cavity in sequence in the microwave transmission direction. A first transition waveguide is arranged between the first cavity and the second cavity; a second transition waveguide is arranged between the second cavity and the third cavity; a third transition waveguide is arranged between the third cavity and the fourth cavity; and a fourth transition waveguide is arranged between the fourthcavity and the fifth cavity. The circular waveguide wave-mode suppressor can effectively filter the TE11-mode microwave, so that a TM01-mode microwave is allowed to be transmitted more efficiently; and verification is realized based on a numerical simulation program, such as CST-MWS and HFSS software, and simulation results show the suppressor can be used in various wave bands.

The present invention discloses a cross-platform audio frequency transmission method. The method comprises: realizing cross-platform high-efficiency transmission of an audio frequency file in a plurality of terminal platform, and providing an audio frequency file buffer memory method on the terminals. The technical scheme of the invention comprises: conversion of the coding formats of the audio file recorded by a terminal platform and a preset coding format is employed to realize cross-platform transmission, and MD5 value is calculated through URL to play the audio file stored in local in advance. After the capacity of the local storage is full, the longest unused voice file is deleted according to the LRU strategy. Compared to the prior art, the high-efficiency transmission of the audio file among multiple platforms such as IOS, Android, Window and the like can be realized, and play audio can perform automatic offline buffer so as to allow users to greatly save the network data flow.

The invention discloses an expendable seawater measurement device which comprises a measuring probe and a launcher, wherein the launcher comprises a fixing plate, a supporting plate, a spindle, a pull rod and a junction box; a handle, a rolling bearing and an eccentric wheel are mounted on the spindle; the rolling bearing is contacted with the supporting plate; one end of the pull rod is mounted on the fixing plate, and the other end of the pull rod penetrates through a pull rod guide slot of the supporting plate and is connected with an eccentric shaft of the eccentric wheel; the junction box is positioned between the fixing plate and the supporting plate; a contact pin used for being contacted with a metal contact on the measuring probe is arranged on a side face, which faces the fixing plate, of the junction box; a tightening spring is arranged on a side face, which faces the supporting plate, of the junction box; and the junction box is connected with the supporting plate through the tightening spring. According to the expendable seawater measurement device disclosed by the invention, the acquired data can be effectively transmitted in real time when the measuring probe is reliably put in, and the expendable seawater measurement device is simple in structure, light and reliable and is conveniently operated and used on deck by scientific research personnel.

The invention provides a method and a system for realizing PostgreSQL incremental data synchronization, and belongs to the technical field of data synchronization. According to the method, a WAL log generated by a production library is analyzed into an SQL corresponding to the operation, filtering can be carried out through a table name or a user name, incremental data is obtained, and the incremental data is efficiently sent to a target end in real time by means of the real-time performance of data transmission of a CMSP and converted into an operation SQL of a destination end database, and afunction of synchronizing incremental data of a PostgreSQL with other common types of databases is realized.

The invention discloses a method for transmitting images through an unmanned aerial vehicle. The method comprises the following steps: receiving a connection request from receiving equipment through the unmanned aerial vehicle to obtain a link address of the receiving equipment; acquiring a first image through the unmanned aerial vehicle; uniformly partitioning the first image to obtain a plurality of second images; converting the plurality of second images into third images of the same sizes one by one, and transmitting data of the third images to the receiving equipment in sequence through the link address; restoring the third images after the receiving equipment receives the data of the third images in sequence, and performing non-linear conversion on the restored third images to obtain the second images; and splicing the first image according to the second images. Through adoption of the method, transmitted images can be converted in blocks, so that the transmission efficiency is increased effectively, and the transmission quality is improved effectively. Correspondingly, the invention also provides an unmanned aerial vehicle, receiving equipment and a system for transmitting images through the unmanned aerial vehicle.

The invention discloses a ship maintenance platform. The system comprises a ship end data sensing system and a ship data monitoring system, ship maintenance management system. The cross-end data sensing system is in data signal connection with the ship data monitoring system. The ship data monitoring system is in data signal connection with the ship maintenance management system. The ship end datasensing system collects and obtains operation state data of ship cabin equipment through ship end data sensing equipment, real-time comprehensive monitoring of the ship operation state is achieved, and the ship data monitoring system processes and analyzes the ship cabin sensing data to obtain operation state information of all the equipment of a ship. The method has the advantages that the operation state of ship cabin equipment is analyzed and displayed by collecting ship-end cabin data, and management of the whole process of ship maintenance is achieved.

The embodiment of the invention discloses an uplink signal transmission processing method and terminal equipment. The method comprises the following steps: 1, ; if the total transmitting power of theuplink signals transmitted on the same time domain resource is greater than the maximum transmitting power of the terminal equipment; and allocating transmitting power or discarding the transmitting power according to the priority of the uplink signal, or adjusting the transmitting power according to a preset proportion, so that the total transmitting power of the uplink signal is less than or equal to the maximum transmitting power, thereby avoiding the transmission problem caused by inconsistent understanding of the transmission of the terminal equipment and the network equipment, and improving the effectiveness of communication.

The invention belongs to the technical field of transmission, and particularly relates to a two-gear transmission mechanism based on gear ring drive. The two-gear transmission mechanism comprises a header fixed plate, an input shaft, an output shaft, a first rotary mechanism, a second rotary mechanism, a sun wheel, a first limiting block, a first one-way clutch ring, a second gear ring loop, a second gear ring and the like, wherein the input shaft can perform gear regulation according to the first rotary mechanism or the second rotary mechanism under different rotation speeds, so that the output shaft can transmit different rotation speeds under gear switching; and compared with the conventional transmission technology, the two-gear transmission mechanism adopts a simple mechanism to realize automatic regulation according to speeds, and conventional mechanical friction variable-gear transmission is changed into liquid friction variable-gear transmission, so that friction loss is greatly reduced, and efficient transmission of the transmission mechanism is realized. The two-gear transmission mechanism is compact in structure, and has a relatively good practical effect.

In order to provide a solution for safely collecting patient physiological state information and disease information by using an electronic medical record, ensuring the safety and portability of disease information and physiological information of the patients and the application thereof in security, the invention provides a disease information collection method based on RFID. The disease information collection method based on RFID greatly improves security of disease and physiological information of the patients in the mobile scene while optimizing the transmission efficiency of the image information.

The invention provides a method for stabilizing and synchronizing a multi-network system based on a feedback control loop and a fuzzy control technology; the method comprises: dynamically regulating a feedback control gain and an artificial modulation variable of a control behavior to stabilize and synchronize the multi-network system. The method for stabilizing and synchronizing the multi-network system has the advantages that the dynamic stabilization and synchronization of the multi-network system is satisfied by utilizing an artificial intelligence and modern control technology and obtaining the network state information; and therefore, the high-effective transmission of the service is realized.

The invention belongs to the technical field of organic photoelectric materials, and particularly relates to organic compounds and an application thereof. A 1-substituted dibenzoheterocycle structureand an aromatic ring/heteroaromatic ring are connected to the 2,3 positions of quinoxaline. The dibenzoheterocycle structure has a very good electron transmission effect, and quinoxaline is connectedwith the dibenzoheterocycle to realize efficient transmission of charges in molecules, so reduction of the voltage of the material is facilitated, and the light-emitting efficiency is improved. Compared with other connection modes, the 1-substituted dibenzoheterocycle connection mode adopted by the invention has a large steric hindrance, can well protect the active center, is beneficial to the stability of the molecular structure, and prolongs the service life. The compounds are thermodynamically stable, have an excellent material stability, and can be used as a bipolar host material for a light-emitting layer of an organic light-emitting device to achieve the very high light-emitting efficiency and long service life.

The invention discloses a harmonic drive cam. According to the characteristic curve of the cam, low-angular-frequency and high-angular-frequency cosine waves are added on the basis of a cosine function, a low-angular-frequency cosine term is used for reducing the trend that a radius vector of the long axis of the cam becomes smaller, a high-angular-frequency cosine term is used for changing the deformation amount of the short axis of the cam, and the deformation amount of the long axis of the cam is smaller than that of the short axis of the cam. According to the harmonic drive cam, the comprehensive performance of harmonic drive is improved, the harmonic drive wrap angle can be increased through the characteristic curve of the harmonic drive cam, and the harmonic drive bearing capacity is improved.

The invention discloses a differential output digital buffer and a control method thereof. The differential output digital buffer includes a controller, an inductor L, a capacitor CL, a switch tube SW1, a switch tube SW2, a switch tube SW3, a switch tube SW4 and a switch tube SW5. The controller is used for detecting current flowing through the inductor L and controlling the switching-on and switching-off of the switch tube SW1, the switch tube SW2, the switch tube SW3, the switch tube SW4 and the switch tube SW5. The first end and the second end of the capacitor CL are two output terminals of the differential output digital buffer. According to the invention, by utilizing LC oscillation, differential signals are driven in a lossless way, so that power consumption of the differential output digital buffer is reduced and an aim of efficiently transmitting wired differential voltage signals is achieved.

The invention belongs to the technical field of material supply devices and particularly relates to a conveying mechanism for a disk-shaped part. The conveying mechanism for the disk-shaped part comprises a hopper. A discharging port is formed in the hopper. The conveying mechanism for the disk-shaped part further comprises a paddle-shaped wheel. A groove is formed in the inner wall of the hopper. The groove and the discharging port are in the same plane. The groove is communicated with the discharging port. The paddle-shaped wheel is matched with the groove. A rotating shaft is arranged in the center of the paddle-shaped wheel. The paddle-shaped wheel is connected with the hopper through the rotating shaft in a sliding mode. The conveying mechanism for the disk-shaped part aims to solve the problems that most existing material conveying devices are complicated in structural design and the disk-shaped part cannot be efficiently conveyed by the existing material conveying devices.

The invention discloses a hydraulic power device of a dual-axis shearing type crusher, relates to the technical field of hydraulic power systems, and aims to solve the problem that an existing hydraulic power system is not beneficial for heat dissipation and maintenance, and is easily polluted. According to the technical scheme, the key point is that the hydraulic power device comprises a closed type hydraulic station and an external pipeline, wherein a hydraulic motor is connected to the closed type hydraulic station through an external pipeline; the closed type hydraulic station comprises acabinet type box body with a plurality of shutters on four side walls, a square tube beam, and an oil tank assembly, wherein an air cooler is mounted on the top of the cabinet type box body, the square tube beam is arranged on the middle part of the cabinet type box body for dividing the cabinet type box body into an upper box body and a lower box body from top to bottom; the oil tank assembly isborne on the square tube beam, and is positioned in the upper box body; and a motor pump group, an energy accumulator group and a flushing valve group are arranged in the lower box body. The motor pump group comprises a motor, a main pump and a gear pump, the main pump and the gear pump are positioned below the oil tank assembly, and the motor is positioned at one side of the oil tank assembly. The hydraulic power device facilitates heat dissipation and maintenance, and has a dustproof function.

The invention discloses a binding machine. The binding machine comprises a driving part, a transmission part, a binding part and a shearing part. The transmission part is driven by the driving part, and binding and shearing of a binding wire are completed through forward and reverse rotation of the transmission part; the binding part is in transmission connection with the transmission part, and inthe binding part, the binding wire is wound to form a binding coil; and the shearing part comprises a shearing transmission part and a shearing knife which are in transmission connection with the transmission part, and the shearing knife is driven by the shearing transmission part to shear off the binding coil from the binding wire. The binding part can quickly bind plant vines, and the arrangedbinding part can change the conveying path of the binding wire, so that the binding wire used for binding can be automatically wound to form a hanging ring shape to be wound on the surfaces of the vines, and binding is achieved; the binding efficiency is improved, and the labor intensity is reduced; and the arranged shearing part can be used for quickly shearing the binding wire, so that the working efficiency is improved, and the situation that scissors or other sharp edges are manually taken for shearing in the traditional process is avoided.

A sedan windshield wiper capable of changing the brushed water area according to rainfall magnitude belongs to the field of automobile devices. The sedan windshield wiper comprises a first gear, a rack, a second gear, a first rubber bar and plastic main body, a gear shaft, a second rubber bar and plastic main body and a gear switch, wherein the first rubber bar and plastic main body and the second gear are fixed together by the gear shaft; the rack is mounted in the second rubber bar and plastic main body and is respectively meshed with the first gear and the second gear; the gear shaft of the second gear is fixed to the second rubber bar and plastic main body; the gear switch is connected with the first gear by the gear shaft of the first gear. The relative brushed rain diameter of the windshield wiper can be automatically controlled by the gear switch, the brushed area that the windshield wiper is used for brushing rain for a circle is changed, and the rain brushing diameters of different windshield wipers can be selected according to different rainfall.

The invention discloses an electric connector component which is characterized by comprising a first isolator and a first electronic component, wherein the first isolator is provided with a plurality of first conducting parts; the first electronic component is provided with a plurality of second conducting parts corresponding to the first conducting parts, and the second conducting parts are tin-free material electric conductors. At least one liquid metal electric conductor is correspondingly arranged between the first isolator and the first electronic component and is electrically conducted with the first conducting parts and the second conducting parts. The liquid metal electric conductor is gallium or gallium alloy.

The invention relates to the technical field of intelligent campuses, in particular to a control system based on intelligent campus management, which comprises a control module, and a safety module, a course module, a payment module, an environment module and a positioning module which are electrically connected with the control module respectively. According to the invention, the problems that the school operation cost is relatively high due to the fact that different quantities of manpower need to be distributed for each post in the existing campus management, and the information transmission between the posts is lagged due to the fact that the information transmission between the personnel is not timely are solved.

The invention discloses a microwave and terahertz wave all-metal hyperbolic metamaterial antenna and an implementation method thereof. The all-metal hyperbolic metamaterial antenna comprises metal meander lines and supporting columns, wherein each metal meander line is in a square waveform shape, the multiple metal meander lines are periodically arranged in the y direction to form a metal two-dimensional meander line plane, and the multiple layers of metal two-dimensional meander line planes are periodically arranged in the x direction to form the all-metal hyperbolic metamaterial antenna. According to the invention, the loss of the whole structure can be effectively reduced, the transmission rate on incident traveling waves is also extremely high at the same time, and the TM polarized incident wave transmission rate exceeds 80% when the incident angle is less than 50 degrees; meanwhile, due to lack of a solid filling medium, the antenna can also work in some special scenes, such as high-power occasions and threshold-free Cherenkov radiation requiring free movement of electrons; and the antenna is not limited to a microwave band, and a low-loss terahertz all-metal hyperbolic metamaterial antenna can also be designed by applying the method in a terahertz band with extremely high dielectric loss.

The invention discloses a response message backhaul method, apparatus and system. The method in the technical scheme of the embodiment of the invention comprises the following steps: receiving information sent by an information sending end by an information receiving end, and generating a response message corresponding to the information; and processing the response message, generating and sending a corresponding sound wave signal so as to continue to receive and decode the response message in the sound wave so as to backhaul the response message to the information sending end. The problem that the response message is returned to the communication link along the original way to increase the burden in the prior art is solved, and meanwhile a way of effectively returning the response message is provided for a special scene that the response message is prohibited from being returned along the original way.