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31results about How to "Fast information transmission" patented technology

Supersonic laser deposition micro shot peening method and spraying device

The invention provides a supersonic laser deposition micro shot peening method. The supersonic laser deposition micro shot peening method comprises the following steps that the surface of a to-be-repaired part is pretreated; a mixed spraying material is manufactured, then a laser beam is introduced in the cold spraying process, supersonic laser deposition micro shot peening is carried out on the pretreated to-be-repaired part, then aftertreatment is carried out on a workpiece repairing layer, and a qualified repaired part can be obtained. The invention further comprises a spraying device which comprises cold spraying equipment, laser equipment, carrier gas supply equipment and moving equipment, a mechanical arm of the moving equipment is suspended above the workbench, and the cold spraying equipment comprises a powder feeder, a gas heater, a cold spraying gun and a power source; the laser equipment comprises a laser head and an infrared detector; the carrier gas supply equipment comprises a gas cylinder group, a gas conveying pipeline and a control valve. The method has the beneficial effects that due to the introduction of the laser beam, the deposition efficiency and the bonding strength of the soft metal material are greatly improved compared with single cold spraying, and the defect that the porosity in a repairing layer is high is overcome.
Owner:ZHEJIANG UNIV OF TECH

Multifunctional foot-changing robot

PendingCN113830195AStrong ability to adapt to harsh terrain environmentFast information transmissionManipulatorVehiclesPhysical medicine and rehabilitationRobot hand
The invention discloses a multifunctional foot-changing robot which takes Raspberry Pi 4B as a main control board and is divided into three forms, namely a six-foot form, a four-foot form and a wheel type form. An image is obtained through a COMS camera, robot joints are controlled through a high-voltage bus steering engine, and finally, conversion from a wheel type to a foot type of the robot is achieved, and a QT upper computer is developed to conduct movement control and remote image transmission on the multi-foot robot. The robot can change the number of feet to adapt to different environments in the process of judging the terrain and task conditions; and when the six-foot form is changed into the four-foot form or the wheel form, the remaining two feet are changed into the mechanical arm state, and complex sampling and carrying work can be conducted, so that the adaptability and stability of the robot in different environments are improved. The multi-foot robot has extremely high capability of adapting to severe terrain environments, and can replace people to autonomously work in dangerous or unreachable extreme environments, such as post-disaster rescue, interstellar exploration, military reconnaissance, volcano monitoring, antiriot and anti-terrorism occasions.
Owner:XIAN UNVERSITY OF ARTS & SCI

Data visualization monitoring system based on virtual reality

PendingCN109493429ARealize three-dimensional intuitive monitoring and controlFast information transmissionData processing applicationsImage data processingPower equipmentThrough transmission
The invention relates to a data visualization monitoring system based on virtual reality, and the system comprises a VR camera which is disposed at the front end of a power equipment facility monitoring system; the monitoring host and the VR display device are arranged at the rear end of the power equipment facility monitoring system; the VR camera is connected with the monitoring host through a transmission line, and the VR display device is connected with the monitoring host through a transmission line. The monitoring host is provided with a VR starting module and a VR data processing module. The VR starting module is used for starting the VR camera and the VR display device; the VR data processing module is used for processing data from the VR camera and sending the processed data to the VR display device; Moreover, the monitoring host is also provided with an auxiliary operation facility for triggering signal actions to control the operation of the VR camera and the change of a data feedback mechanism or means so as to realize the real-time feedback of the system data and the operation state. The device can realize three-dimensional visual monitoring and control of the workingstate of each control device, and is good in operability.
Owner:SHANGHAI MUNICIPAL ELECTRIC POWER CO

Severe patient apnea rescue device based on 5G and using method of device

InactiveCN112169104ALive connectionRealize remote assisted teachingTracheal tubesMedical devicesPhysical medicine and rehabilitationRobotic arm
The invention discloses a severe patient apnea rescue device based on 5G and a using method of the device.The severe patient apnea rescue device comprises a respirator main body, a side bin and a front cover, a top shaft is installed on the respirator main body, the top of the top shaft is connected with a top bin, a display screen is installed on the front end face of the respirator main body, and an operation area is arranged below the display screen; and the side bin is installed on the left side of the respirator main body, a lamp tube is arranged inside the side bin, a protection plate isinstalled on the side surface of the respirator main body, a front shaft is installed on the front end face of the protection plate, and the front cover is installed in front of the front shaft. According to the severe patient apnea rescue method based on 5G, a traditional portable respirator is improved, tools such as a mechanical arm and a lamp tube are arranged, a 5G communication module is adopted, the device can be connected with an external network terminal in real time through a communication screen, remote auxiliary teaching and guidance can be achieved through functions such as videocalls, the problem of network delay is solved, and functions are more comprehensive.
Owner:THE FIRST PEOPLES HOSPITAL OF NANTONG

Dynamically connectable all-optical space information network and its information transmitting device

An all-optical spatial information network allowing dynamic linking and information transmitting devices of the all-optical spatial information network are applied to the field of space communication. To solve technical problems of an existing spatial information network, the all-optical spatial information network is structurally composed of a plurality of nodes, each node is provided with an information transmitting device, an information receiving device and a target scanning and tracking device, and the scanning angle of each node is theta; according to the nodes, when the first node is in communication with the second node, the first node finds the second nodes through the corresponding target scanning and tracking device and then transmits information to the information receiving device of the second node through the corresponding information transmitting device; meanwhile, the first node finds the third node within the scanning angle theta through the target scanning and tracking device and then transmits communication information to the third node, and the third node transmits the information to the information receiving device of the second node through the corresponding information transmitting device; the first node, the second node, the third node, the four node and the like form the all-optical information communication network.
Owner:CHANGCHUN UNIV OF SCI & TECH

High-heat-dissipation multilayer high-frequency copper-based microwave signal plate and preparation process thereof

The invention discloses a high-heat-dissipation multilayer high-frequency copper-based microwave signal board and a preparation technology thereof, and belongs to the field of PBC multilayer high-frequency metal substrates, the high-heat-dissipation multilayer high-frequency copper-based microwave signal board comprises a copper base material and a plurality of circuit layers, the copper base material comprises a G1 copper base layer and a G2 copper base layer, and the G1 copper base layer and the G2 copper base layer are arranged on the PCB multilayer high-frequency metal substrate. A heat dissipation groove and a first heat dissipation hole are formed in one side of the G1 copper base layer, a second heat dissipation hole is formed in the G2 copper base layer, the multi-layer circuit layer comprises an L1 circuit core, an L2 circuit layer core, an L3 circuit layer core and an L4 outer layer wire core, the multi-layer circuit layer, the G1 copper base layer and the G2 copper base layer are pressed to form an integrated copper base plate, a concentric cover film layer is attached to the copper base plate, and a heat dissipation groove is formed in one side of the G1 copper base layer. The problem of high heat dissipation of part of special high-frequency carrier products is reduced or solved, the problem of concentricity of multiple layers of high-frequency covering films is solved, the problems of hole plugging and solder mask blistering and cracking in multiple layers of thick copper holes are solved, and the method has market prospects and is suitable for popularization.
Owner:赣州市超跃科技有限公司

Space multi-node laser ad hoc network communication system

The invention discloses a space multi-node laser self-organized network communication system, and belongs to the technical field of the wireless laser communication and network. The problem existing in the traditional space laser communication networking system is solved. The system is composed of six nodes, each of the first node and the sixth node is composed of an optical transmitting / receivingmodule, a gigabit network switch, a group of large-field laser transmitting lens group and a group of optical receiving lens group; each of other nodes is composed of two optical transmitting / receiving modules, one gigabit network switch, two groups of large-field laser transmitting lens group and two groups of optical receiving lens group; the gigabit network switch in each node is connected with the optical transmitting / receiving modules; and the optical transmitting / receiving modules are respectively connected with the large-field laser transmitting lens group and the optical receiving lens group; various nodes are mutually connected through the corresponding large-field laser transmitting lens groups and the optical receiving lens groups; the data transmission among any nodes in the self-organized network system is realized; the space multi-node laser self-organized network communication can be realized, and the system is suitable for the data chain transmission in the future intelligent internet of things.
Owner:CHANGCHUN UNIV OF SCI & TECH

An electronic kanban system in a machining workshop

The invention discloses an electronic display board system of a mechanical processing workshop. The electronic display board system comprises a server module, a total workshop electronic display boar system module, and all procedure electronic display boar system modules. The server module is used for exchanging information with an enterprise ERP system and carrying out information interaction with the total workshop electronic display boar system module and all procedure electronic display boar system modules. The total workshop electronic display boar system module is used for coordination of information interaction with the server module and all procedure electronic display boar system modules. And all procedure electronic display boar system modules are used for collecting processing information; and on the basis of massive processing information, workers can be guided to carry out processing production. With a convenient communication device, the information transmission speed and the information processing speed are fast; with the good remote monitoring capability, the management personnel can obtain processing information of the workshop without any space and time limit; and on the basis of the flexible mechanical structure, the adaptability to the processing environment is high.
Owner:CHINA UNIV OF MINING & TECH

Explain the system and how it works

ActiveCN103377602BNot affected by distanceQuick and effective understandingAudible advertisingLocation information based serviceComputer terminalWorking set
The invention relates to the technical field of wireless communication, and provides an explanation system which comprises wireless signal transmission nodes and explanation terminals. Each wireless signal transmission node transmits a unique identification code; each explanation terminal comprises a sensing, positioning and reading unit, a micro-control unit, a storage unit, a processing unit and a playing unit, the sensing, positioning and reading units receive identification code information, each micro-control unit is connected with the corresponding sensing, positioning and reading unit, node information and the identification codes corresponding to the node information are stored in the storage units, the processing units extract the corresponding node information according to the identification code information, the node information can be played by the aid of the playing units, the micro-control unit, the storage unit and the playing unit of each explanation terminal are connected with the processing unit of the explanation terminal, and each sensing, positioning and reading unit is connected with the corresponding micro-control unit. The explanation system has the advantages that the information of the current nodes can be automatically played for users, and by the aid of the explanation system, audiences can quickly and effectively understand correlation introduction to the current nodes without influence of the quantity of the audiences or influence of the distances from the audiences to the nodes.
Owner:上海益航网络科技有限公司

Movable wireless thermal imaging temperature measurement method for transformer substation

PendingCN112097920AUninterrupted temperatureUninterrupted analysis and pre-controlPyrometry using electric radation detectorsAlarm messageTelecommunications
The invention discloses a movable wireless thermal imaging temperature measurement method for a transformer substation. The method comprises the following steps: S1, arranging a movable thermal imaging temperature measurement device; S2, installing a GPS positioner on the movable thermal imaging temperature measurement device; S3, mounting a full-angle holder; S4, after fixed-time and fixed-angleimage acquisition is carried out on the field high-voltage equipment, sending acquired data to a background server or a handheld terminal in a wireless mode; S5, processing the received data, and displaying the processed data on a display screen; S6, when the temperature, detected by the thermal imaging temperature measuring device, of the high-voltage equipment exceeds a preset value, the alarm gives an alarm and transmits the problem to the background server; S7, an operator makes a technical scheme for solving the problem according to the sent position information and alarm information; andS8, recording reasons and solutions of the problem, and inputting the reasons and the solutions into the background server. Operation and maintenance personnel are greatly facilitated, the monitoringeffect of the heating equipment is improved, and the working intensity of the operation and maintenance personnel is reduced.
Owner:STATE GRID HENAN ELECTRIC POWER COMPANY ZHENGZHOU POWER SUPPLY +2

Enhanced transmission method based on stratospheric quasi-static satellite base station

The invention relates to coverage enhancement technology in the field of satellite communication, and discloses an information transmission method based on a stratospheric quasi-static satellite base station, which comprises steps: (1) the stratospheric quasi-static satellite base station is formed by a stratospheric floating system, a communication load system and an operation control system, has small movement relatively to the ground, and can be deployed according to needs over a region with a satellite signal coverage enhancement requirement for providing long-time stable transparent forwarding or communication forwarding treatment service for various satellite users; and (2) the stratospheric quasi-static satellite base station distributes communication resources according to user types and service types, provides in-base station transmission service for communication between users in the current base station coverage region, provides inter-base station transmission service for communication outside the base station coverage region, signals are relayed and transmitted by the satellite via the base station, and subsequent communication transmission is completed via the satellite. Space and cost advantages of the stratospheric quasi-static satellite base station are used for providing convenient and high-efficiency coverage enhancement ability for satellite communication.
Owner:军事科学院系统工程研究院网络信息研究所
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