60results about How to "Easy to adjust online" patented technology

The invention relates to a piezoelectrically-driven jet type glue dispensing device. The piezoelectrically-driven jet type glue dispensing device comprises a piezoelectric driving mechanism, a jet mechanism, a glue solution delivery mechanism and a supporting connecting frame, wherein a piezoelectric actuator of the piezoelectric driving mechanism is fixed between left and right end faces inside a rhombic amplification module; and the upper end of the rhombic amplification module is fixedly connected with the supporting connecting frame, and the lower end of the rhombic amplification module is fixedly connected with the upper end face of a pin. The piezoelectric actuator drives the pin to vibrate at high frequency to drive a glue solution to be sprayed out of a nozzle, and the distribution speed and volume of the glue solution can be regulated in real time by changing the frequency and amplitude of an electric signal exciting the piezoelectric actuator. The piezoelectrically-driven jet type glue dispensing device is an ideal jet type glue dispensing device which is reasonable in composition and structure, reliable in connection, high in distribution speed and high in accuracy. The distribution volume of the glue solution can be flexibly adjusted on line. The piezoelectrically-driven jet type glue dispensing device is applied to the occasions where glue is required to be precisely, quickly and flexibly dispensed for microelectronic packaging, chip manufacturing and the like.

The invention provides an elastic coupling dynamic and static torsion rigidity simple testing device and method. One end of an elastic coupling is fixed, and a loading arm and a torque preloading device are arranged on the other end. The torque preloading device is used to preload torque of a certain degree, a turning angle indicating gauge measures a static angular displacement of the coupling, a preload force is converted into preload static torque, and the static torsion rigidity of the coupling is obtained; and the loading arm is excited by a vibration exciter, an impedance head is utilized to measure the dynamic force and dynamic acceleration of an excited point of the loading arm, the force and acceleration are converted into the torque and dynamic angular displacement, and finally the dynamic torsion rigidity of the coupling is obtained. According to the invention, a special test table is not needed, the installation and adjustment are convenient, both the static torsion rigidity and the dynamic torsion rigidity can be measured, the vibration exciter is used for dynamic loading, the exciting frequency and amplitude can be conveniently adjusted on line, and the torsion rigidity under different working frequencies can be conveniently tested; in addition, dual-bearing constraint is adopted, bending-torsional coupling generated when the coupling is excited is avoided, and the measuring result is more precise.

The invention provides a mixer crystal four-dimensional high-precision adjustment mechanism, and relates to a high-throughput large-caliber high-precision optical element frequency conversion device. The mixer crystal four-dimensional high-precision adjustment mechanism is used for achieving four-dimensional high-precision adjustment of a mixer crystal in narrow space in a frequency conversion module in an inertial confinement laser nuclear fusion device in China. According to the mixer crystal four-dimensional high-precision adjustment mechanism, a mixing mechanism is arranged in a frequency multiplication box body, the lower end of a deflection angle modulation frame is arranged in a pitching adjustment frame in a rotating mode, the side walls of a mixing spacing adjustment rack are arranged on the lower portions of the side walls of the pitching adjustment frame in a rotating mode, a polarization state adjustment frame is inlaid on the end surface of the deflection angle modulation frame, a mixing gap adjustment base is arranged below the mixing spacing adjustment rack, a mixing horizontal moving adjustment mechanism is arranged between the mixing gap adjustment base and the mixing spacing adjustment rack, and a polarization state adjustment mechanism is arranged on the polarization state adjustment frame. The mixer crystal four-dimensional high-precision adjustment mechanism is used for posture adjustment of the mixer crystal.

The invention discloses a disk type translation permanent magnetic stator type permanent magnetic vortex speed regulating device. The device comprises an input shaft and an output shaft in a concentric arrangement. The input shaft is orderly and concentrically provided with a permanent magnet stator and a magnetic rotor along an axial direction. The permanent magnet stator can translate along the axial direction of the input shaft. The output shaft is concentrically provided with a conductor rotor. The permanent magnet stator comprises an outer ring iron core, a radially magnetized permanent magnet ring and an inner ring iron core nested in order. The magnetic rotor comprises inner and outer ring permanent magnet poles which are in a staggered arrangement along a circumferential direction. Both the inner and outer ring permanent magnet poles are in an interval arrangement with corresponding iron poles, and the polarities of the inner and outer ring permanent magnet poles are the opposite. Compared with the prior art, the device of the invention has the advantages that through axially translating the permanent magnet stator, a speed adjustment function is realized, thus a speed regulating mechanism is simplified, the maintenance cost is reduced, the service life is prolonged, the structure is simple, the operation is convenient, the device is suitable for the occasions of different requirements, and the device has the functions of a permanent magnet coupling coupler, a soft starter and a permanent magnet speed regulator.

The invention, which belongs to the field LF furnace electrode regulator field, relates to a multi-model LF furnace electrode adjusting method based on steel type clearance slag thickness. With the method, problems that the sensitivity of the controller is low and the network is not suitable for a real-time control system can be solved. Input data of an electrode regulator are collected, wherein the data include a three-phase secondary side current and three-phase secondary side voltage that are obtained by direct measurement, an initial current setting value of the electrode regulator, and data of the steel type, clearance, and slag thickness for setting a PID controller; according to the data, parameters of the PID controller are set in an on-line mode; static parameters of the set PID controller as well as the data of the steel type, clearance, and slag thickness are recorded, and an LF electrode PID setting model set is established; and after establishment of the PID setting model set, data of the steel type, clearance, and slag thickness are inputted, determination is carried out, and a proper model is invoked automatically. Therefore, optimization of an original control system is realized, thereby substantially improving the on-line adjusting process of the system and realizing better control of the electrode.

The invention discloses a coating device. A notch and a placing groove are formed in a coating platform; in the adjacent widening plates, a second long-strip open groove in the widening plate locatedinside is in sliding fit with a second long-strip convex block of the widening plate located outside, and a pushing convex block of the widening plate located outside extends into the long-strip guidegroove in the widening plate located inside to be in contact with the front inner wall of the long-strip guide groove; the widening plate located outside can move forwards to drive all the widening plates on the inner side of the widening plate to move forwards synchronously; and a cover plate can cover the placing groove, and the top surface of the cover plate is flush with the top surface of the coating platform. The invention further discloses a composite melt-blown fabric production device and a composite melt-blown fabric production method. The composite melt-blown fabric production device and the composite melt-blown fabric production method have the advantages that the coating breadth can be changed in real time to meet coating of cloth with different breadths, residues of coatingmaterials on the coating platform are reduced, the cloth function is improved, and the production efficiency is improved.

The utility model belongs to the field of seawater desalination, and relates to an 'outside-cylinder series-connection type' non-condensable gas removing device in a low-temperature multi-effect distillation seawater desalination system. The low-temperature multi-effect distillation seawater desalination system comprises evaporators, a steam injector, a steam condenser, the 'outside-cylinder series-connection type' non-condensable gas removing device, a concentrated saltwater heat exchanger, a fresh water heat exchanger, a seawater material feeding pump, a concentrated saltwater pump and a fresh water pump, wherein, the 'outside-cylinder series-connection type' non-condensable gas removing device comprises non-condensable gas communicating pipes, valves arranged on the communicating pipes, a vacuum pumping device, a connecting pipeline for connecting a non-condensable gas extracting opening of the steam condenser and the vacuum pumping device, and a valve arranged on the connecting pipeline; and each non-condensable gas communicating pipe is arranged outside a cylinder body of the corresponding evaporator and respectively connected with a heating steam side and a seawater evaporating side of the corresponding effect evaporator. The low-temperature multi-effect distillation seawater desalination system disclosed by the invention can adjust the non-condensable gas communicating pipes in an on-line manner and control the pressure difference among the effect evaporators, thereby adapting to working condition changes and guaranteeing the matching of the pressure of the effect evaporators.

Provided is a torque-adjustable friction type safe clutch. A shaft II port is connected at one end of a casing, a shaft I port is positioned in the casing, the other end of the casing is connected with an end cover, the end cover is covered on the shaft I port, a convex ring is positioned in the middle of the shaft I port to divide the casing into a main cavity and an auxiliary cavity, a main friction pair assembly and an auxiliary friction pair assembly are respectively arranged in the main cavity and the auxiliary cavity, main adjusting holes are evenly distributed along the periphery of the end cover, a main torque adjusting device for adjusting the main friction pair assembly is arranged in each main adjusting hole, auxiliary adjusting holes are evenly distributed at the edge of the shaft II port along the periphery of the shaft II port, and an auxiliary torque adjusting device for adjusting the auxiliary friction pair assembly is arranged in each auxiliary adjusting hole. The torque-adjustable friction type safe clutch can widen the torque adjusting range and achieve online adjustment.

The invention discloses a multi-degree-of-freedom adjusting device which comprises: an overturning assembly, wherein the overturning assembly comprises a first overturning driving source, a first overturning piece, a second overturning driving source and a second overturning piece, and the first overturning driving source is connected with the first overturning piece to drive the first overturningpiece to overturn, the second overturning driving source is arranged on the first overturning piece, and the second overturning driving source is connected with the second overturning piece to drivethe second overturning piece to overturn; a conveying assembly which is in butt joint with the transmission line so as to input or output products; and a lifting assembly, wherein the lifting assemblyis located on the lower side of the conveying assembly and drives the conveying assembly to do lifting action, the conveying assembly descends so that the products can fall on the second overturningpiece, and the conveying assembly ascends so that the products on the second overturning piece can be jacked. Machining, assembling, detecting and conveying of curved surface products are facilitated,the working precision is improved, the size is small, and the structure is compact.

The invention discloses a full-automatic ramie bidirectional stripping machine comprising a ramie conveyor, a front stripping machine and a rear stripping machine. The ramie conveyor includes a conveyor frame, a feeding conveyor, a ramie uniformizing device and a ramie feeding device, and the feeding conveyor, the ramie uniformizing device and the ramie feeding device are installed on the conveyorframe; the ramie stripping machine includes a hemp stripping machine frame, a ramie clamping and conveying device and a ramie stripping mechanism, and the ramie clamping and conveying device and theramie stripping mechanism are installed on the hemp stripping machine frame; the output end of the feeding conveyor is connected with the input end of the ramie uniformizing device, the output end ofthe ramie uniformizing device is connected with the input end of the ramie clamping and conveying device, and the output end of the ramie feeding device is connected with the input end of the ramie clamping and conveying device. According to a ramie stalk conveyor of the present invention, continuity of the ramie stalks, automatic completion of ramie uniformization, cutting, rolling and strippingcan be realized; and meanwhile, the ramie bidirectional stripping machine can realize bidirectional stripping of the ramie stalks through two ramie stripping devices staggered fore and aft, and the clamped and conveyed part of the ramie stalks can be stripped, thereby improving the utilization rate of the ramie stalks and improving the stripping efficiency from the ramie stalks to ramie fibers.

The invention discloses a two-way ramie stripping machine. The two-way ramie stripping machine comprises a rack and a front ramie stripping device and a rear ramie stripping device which are mounted on the rack; the front ramie stripping device comprises a front ramie clamping and conveying device and a front ramie stripping mechanism; the front ramie clamping and conveying device comprises frontclamping and conveying chains arranged oppositely up and down to clamp and convey ramie; the rear ramie clamping and conveying device comprises a rear ramie clamping and conveying device and a rear ramie stripping mechanism; the rear ramie clamping and conveying device comprises rear clamping and conveying chains arranged oppositely up and down to clamp and convey ramie; the rear ramie stripping mechanism is arranged on one side of the rear clamping and conveying chains; the rear clamping and conveying chain and the front ramie stripping mechanism are arranged on the same side of the front clamping and conveying chains; and the output ends of the front clamping and conveying chains and the input ends of the rear clamping and conveying chains are arranged in a staggered mode. According to the two-way ramie stripping machine provided by the invention, the two-way hemp stripping of the ramie stalks can be realized through the two hemp stripping devices which are arranged in a front-back staggered mode, namely the ramie stalk clamping and conveying part can be subjected to ramie stripping treatment.

In order to prevent double ghost, a contact image sensor having a structure which is convenient to adjust the position of the light-receiving element array substrate is provided. The contact image sensor is composed of a light source 20 having a light-receiving element array, a slit 22, a lens 24, a light-receiving element array substrate 26 provided with a light-receiving element array 25, and a housing 28 holding the above parts. Four leads 30 for power supply are provided at one end of the light source 20. Four U-shape grooves 32 for allowing leads 30 to pass through are formed at one end of the light-receiving element array substrate 26. The size of the grooves 32 is left with sufficient space with respect to the thickness of the lead 30.

The invention discloses an online adjustable target flow switch, which comprises a pipe barrel (1), a pipe barrel flange (10), a target sheet (2), a rotating supporting plate (20), a rotating supporting plate seat (22), a target rod (3), a sliding column (30), an internal magnetic steel block (31), a compressed spring (4), a compressed spring adjustment device (5), a shell (6), a microswitch (7), an external magnetic steel block (71), a transmission rod mechanism (8) and a wiring terminal (9), wherein the shell (6) is fixedly arranged on the pipe barrel (1) through a support and the pipe barrel (1) is made to be placed in a groove (60) opened in the end surface of the shell (6). The sealing performance is reliable; and when a flow alarming value needs to be set again, a pipeline valve does not need to be closed, and an alarming point can be directly adjusted in the field and set.

The invention discloses a digital auxiliary clamping device for curved surface parts, and relates to the technical field of clamps. The digital auxiliary clamping device for the curved surface parts comprises a main board and guide rails; the guide rails are arranged on two sides of the main board in parallel; supports are arranged on the guide rails and can slide along the guide rails; the supports are provided with adaptive clamping units, and the adaptive clamping units can slide up and down along the supports; and the adaptive clamping units are used for clamping workpieces, and the workpieces are arranged on the main board and arranged between the guide rails. According to the digital auxiliary clamping device for the curved surface parts, the number of the supports and the adaptive clamping units and the number of sensors in a working condition monitoring system can be reasonably adjusted so as to adapt to the curved surface parts with different lengths and different working conditions, thereby improving the machining precision of curved surfaces.

The invention provides a novel microgrid energy storage device power supply system. The system comprises alternating current input, an alternating current/direct current conversion circuit, a direct current conversion circuit, a linear voltage stabilizing circuit, a direct current output detection circuit, direct current output, a driving circuit, a digital-to-analog conversion circuit, a man-machine interaction circuit and a closed-loop control circuit. The alternating current input is converted into a direct current through the alternating current/direct current conversion circuit. Output ofthe alternating current/direct current converter circuit passes through the direct current conversion circuit to obtain the input of the linear voltage stabilizing circuit. The linear voltage stabilizing circuit is controlled by the closed-loop control circuit. The output of the linear voltage stabilizing circuit is the direct current output, the direct current output provides input for the closed-loop control circuit through the voltage detection circuit, the closed-loop control circuit provides data for the man-machine interaction circuit, and the direct current conversion circuit needs thedriving circuit to provide an input signal. A power supply of the invention is low in ripple and low in noise, online interaction and fault wave recording can be achieved, and operation stability isimproved.