1697results about How to "Easy to install and debug" patented technology

The invention relates to a networking method for a wireless sensor network based on multiple sink nodes. The method is characterized by comprising the following steps of: 101, sending a control command for acquiring sensor data to the network by a control server according to demand; 102, acquiring the sensor data and sending to the sink nodes by ordinary nodes; 103, collecting the acquired sensor data, sending commands for acquiring the sensor data to the ordinary nodes and simultaneously sending the acquired sensor data to a wireless base station by the sink nodes; 104, performing time synchronization of each of the sink nodes by a time server; 105, sending the sensor data received by the wireless base station to a data server through the network, simultaneously sending the commands for acquiring the sensor data to the sink nodes, and configuring a long-distance wireless communication module for the wireless base station; and 106, storing the acquired sensor data by the data server.

The invention discloses an automatic detection system and method of a high resolution printed circuit board. The detection system comprises a ray source, an object stage, a visible light collection camera, a ray detecting camera, a ray detecting image intensifier, a collection card, an image processing module and a control and analysis display module, wherein the object stage and the ray source are respectively connected with the control and analysis display module through a connecting line, the visible light collection camera and the ray detecting camera are respectively connected with the image processing module through the collection card, and the image processing module is connected with the control and analysis display module through a connecting circuit. The invention combines functions of visible light image navigation, X-ray detection, automatic analysis test marking and the like, is a detection for making quantification aiming to the quality of welding spots and tracing lines and realizes defect automatic detection of invisible welding spots and internal tracing lines.

The invention discloses a micro grid monitoring and energy management device and method. The device comprises a master controller module and a microclimate information monitoring module. The master controller module comprises a central processing unit module, a storage module, a communication module and an auxiliary module. The microclimate information monitoring module comprises a transfer module and an in-situ monitoring module. The method includes an information monitoring and communication modeling step, a super short-term power prediction step based on microclimate monitoring, a rolling optimization step, and a micro grid energy management method based on multi-time scale coordination control. According to the device, sufficient consideration is given to convenience and real-timeness of microclimate information acquisition, and real-time monitoring of various microclimate characteristic quantities is achieved; cost is low, the convenience is high, the real-timeness is strong, and strong flexibility is achieved; the method enables step-by-step thinning to be carried out on a micro grid energy management process and enables the micro power grid monitoring and energy management device to have higher real-timeness and accuracy and to feed back and respond to wind, light and load fluctuation information in a micro grid timely.

The invention discloses a device for testing the performance of an automotive steering system, comprising a steering simulating system, an axial loading system, a suspension fork simulating system and an automotive steering system, wherein the steering simulating system is used for simulating the rotation of a steering wheel in an automatic and manual mode; the axial loading system is used for simulating a steering load and loading the steering load to the automotive steering system (comprising a steering column, a steering gear, a tie rod and a simulation steering knuckle) through a Bell mechanism; the suspension fork simulating system is used for simulating wheel jumpiness during driving. The device for testing the performance of the automotive steering system is used for experimenting and testing the steering performance of an automotive steering in various driving conditions, such as experiments and tests of kinematic and mechanic parameters of full angle, transmission ratio characteristic, transmission clearance characteristic, transmission efficiency characteristic, driving moment, rigidity, relationship between steering performance and suspension fork jumpiness and the like. The device directly simulates the steering wheel to load the automotive steering through the Bell mechanism, so that the testing result is closer to a real working condition.

The package structure for a high-speed semiconductor light emission assembly comprises: a dish-type case with RF connector, a semiconductor refrigerator to control the work temperature of emission chip, a KOVAR metal heat sink, a medium heat sink substrate, a light emission device, a thermistor, a backlight detector, the metal wire to connect dc connection electrode and case pin, a coplanar waveguide transmission lie on medium substrate, and optical coupling assembly. Wherein, it uses BTF standard package form for dc terminals outside the case.

The invention discloses a cage-stabilizing and cage-locking device for a cage of a vertical shaft. The device consists of a first supporting seat (1), an oscillating platform (2), a cage-clipping device (3), a guiding device (4), a second supporting seat (5), an oscillating hydraulic cylinder or air cylinder (6) and a straight push hydraulic cylinder or air cylinder (7). The device is characterized in that: the oscillating platform (2) is hinged with the first supporting seat (1), and the oscillating hydraulic cylinder or air cylinder (6) is hinged with the oscillating platform (2) and the second supporting seat (5) respectively; the straight push hydraulic cylinder or air cylinder (7) is hinged with the cage-clipping device(3) and the first supporting seat (1) respectively; and the guiding device (4) and the second supporting seat (5) are connected by a spring. The cage-stabilizing and cage-locking device of the invention comprises two sets of cage-locking devices symmetrically arranged, and the forward and backward movements of the cage-clipping device are realized by the guiding device (4) and the straight push hydraulic cylinder or air cylinder (7). The device of the inventionhas a simple structure and can be conveniently assembled and tuned; and by using the device, the cage can be locked when assembled or disassembled, so that the cage is prevented from swaying up and down due to elastic change when being assembled and disassembled, and the stable assembly and disassembly of the cage is ensured. The device has the advantages of preventing skid of a wire cable, reducing the elastic deformation of the wire cable, and prolonging life time of the wire cable and the friction lining.

The invention provides an information retrieval system for the accurate storage position of stock articles and the method thereof. The system of the invention includes two parts of hardware and software. The hardware comprises six parts including a microcomputer for system management and data processing, a radio signal receiver, a plurality of special warehouse entry radio scanners, a plurality of special warehouse exit radio scanners, bar codes on an article storage rack layer, and bar codes of articles. The software comprises three subprograms including system management, data processing and inquiry display. The invention has the fundamental principle that the bar codes attached on the stock articles and the bar codes on the article storage rack layer are scanned through the radio scanners, after the analysis and the processing of the computer, the relation between each stock article and the storage rack layer is created, and the sequence information among the articles is confirmed, thereby obtaining the accurate storage position information of all stock articles, wherein, the information includes six level information including the building number, the floor number, the room number, the rack number, the rack layer number, and the sequence number of each layer where the article is positioned. The invention is characterized in that all stock articles do not need to sort and separate and stock in a fixed position, and the mixed positioning of various articles cannot influence the accuracy of the system information. In addition, the usage of the invention can reduce the workload for the article entry/exit warehouse, thereby improving the working efficiency of the entry/exit warehouse, and improving the space utilization rate of the storage rack.

The invention discloses a method for measuring hinge moment of a control surface. The method is used for measuring the hinge moment of the control surface by using a balance when a wind tunnel test aiming at the control surface of an aircraft model is performed. A single-component balance is adopted to be directly connected to a rotary shaft of the control surface extending into a machine body, and the hinge moment of the control surface is directly measured by the balance, so that defect of low measuring accuracy due to influence of deformation of a wing on a three-component balance is overcome. In addition, as space in the machine body is wide enough, a balance with higher precision can be designed, and equipment such as the balance and a measurement cable are very convenient to mount and debug. Moreover, according to the method for measuring the hinge moment, the single-component balance can be used for directly measuring not only the hinge moment of the control surface but also the hinge moment of the control surface at different angles and does not need to be changed for different angles like the existing three-component balance, test flexibility is greatly improved, and adaptability is better.

The invention discloses a rail train displacement and speed detection system. The system comprises a background detection camera, a target detection camera, an active light source and a vehicle-mounted processor, all of which are arranged on a train. The light field of the active light source covers the view field, directly facing a steel rail, of the background detection camera and the view field, directly facing the steel rail, of the target detection camera; the vehicle-mounted processor compares the movement offset of two frames of adjacent background images collected by the background detection camera and the movement offset of two frames of adjacent target images collected by the target detection camera, and a first displacement and a second displacement in one image capture of the train are calculated in combination with imaging plane and rail plane height values; the vehicle-mounted processor conducts weighting calculation on the first displacement and the second displacement, and real-time displacement and speed of the train are obtained. The system has the advantages of being high in reliability, high in detection precision, low in cost, easy and convenient to install and maintain and wide in application range.

A portable natural gas flow measuring and checking system comprises an on-site flowmeter, a natural gas flow measuring and checking device and a portable computer; the on-site flowmeter does real-time measuring to the on-site flow capacity and transmits the data to the natural gas flow measuring and checking device; the natural gas flow measuring and checking device receives the field data from the on-site flowmeter and transmits the data to the portable computer; the portable computer processes the detected data from the natural gas flow measuring and checking device; one end of the natural gas flow measuring and checking device is connected to the on-site flowmeter and the other end is connected to the portable computer. The system has the advantages of high measuring accuracy, better measuring ability, low power consumption, better interference resistance, broad application sphere of electric voltage, simple and convenient operation, convenient carrying and the like, and the invention can be widely used in the measuring and detecting of water, water vapor, sewage and the like in the industries of petroleum, chemical industry, electric power, metallurgy and the like to guarantee the stability of measuring capacity of on-line meter.

An optical adjusting mount capable of movably processing all-solid-state high power lasers comprises a frame, a support and a fine adjustment screw pair, wherein a lens hole of the frame is internally equipped with a baffle ring, a retainer ring is disposed on the front of the baffle ring, four tension spring holes are positioned on the frame, the back face of the frame is equipped with a V-type groove, a concave groove and a ball tapered-groove, the side face of the frame is equipped with a cooling water inlet and an outlet, the support is equipped with four tension spring holes, two holes for the fine adjustment screw pair and a ball tapered-groove which correspond to the frame, the frame and the support are connected through tension springs, each of the ball tapered-grooves of the frame and the support are inlaid with a ball, the fine adjustment screw pair is respectively mounted in the two holes for the fine adjustment screw pair of the support, the front ends of the fine adjustment screw pair are respectively located in the V-type groove and the groove. The optical adjusting mount has the advantages of scientific reasonable design, compact structure, low material consumption and low cost, further utilizes the baffle ring made of low-hardness fine heat conductivity red copper to press the lens on the end face, thereby effectively reducing the lens temperature, and utilizes the V-type groove and the ball for positioning, thereby realizing stable and reliable groove limiting.

The invention provides a data acquisition system (DAS), a data acquisition control method and mobile CT (Computed Tomography) scanner. The data acquisition system comprises a plurality of signal acquisition modules corresponding to a plurality of detectors, a DAS control panel and acquisition control modules, wherein the signal acquisition modules are used for acquiring current signals outputted by the detectors, and converting the current signals into digital signals; the DAS control panel is used for obtaining configuration information required by signal acquisition, and packaging and serializing the digital signals; and the acquisition control modules are used for computing the configuration information, and controlling the signal acquisition modules to acquire the signals according to the computed configuration information. A modular design is adopted, so that installation and debugging of a complete machine are facilitated, and the system has good maintainability and stability.

The invention provides remote three-dimensional micro-deformation visual on-line monitoring method and system. The system comprises a composite target, a laser source, a visual detector, a positioning holder, an electric controller, an optical fiber transmission device, a digital acquisition card and an industrial control computer. The visual detector and the laser source in the system can realize three-dimensional monitoring, the overall design structure is simple, and the processes of installation and debugging are convenient; meanwhile, the electric zoom is used for carrying out visual detection to realize the purposes of adjustable monitoring distance and high measuring accuracy; and a digital camera and the optical fiber transmission device are combined to realize reliable transmission of remote signals and separation of the field and the monitoring space, and the composite target realizes integration of different target monitoring.