43 results about "Magnetic valve" patented technology

An aircraft rudder control system having one or more rudder pedal adjustment systems, each including a rudder pedal actuatable to control movement of a rudder, and further including a support frame component, a rudder pedal arm, a pin, a pin receiving component, a first lever, a second lever, and / or a solenoid. The rudder pedal arm is rotatably attached to the support frame component and the rudder pedal is attached to the rudder arm. While the pin is received in the pin receiving component, the rudder pedal arm is prevented from rotating. When the pin is withdrawn from the pin receiving component, the rudder pedal arm is freed to be rotatably repositioned by user foot actuation. The first lever can manually actuate the pin into and out of the pin receiving component, and the second lever is operated by the solenoid, actuating the pin when the solenoid is activated and deactivated.

To provide an externally programmable shunt valve assembly with a motor having a rotor that is operable in response to an externally applied magnetic field and configured to increase or decrease the working pressure of the shunt valve assembly.SOLUTION: The motor may further include a position sensing mechanism that allows a position of the rotor and associated pressure setting of the valve to be determined using an external magnetic sensor. In certain examples, the motor further includes a mechanical brake which is magnetically operable between a locked position and an unlocked position and which, in the locked position, prevents rotation of the rotor.SELECTED DRAWING: Figure 1A

The application discloses a wind-sand environment simulation experiment table and application thereof, and relates to the technical field of wind-sand environment simulation experiments, and comprises a box body, the box body is provided with a transparent cover, the transparent cover covers half of the shell of the box body, sand filter screens are screw-connected to the front end and the rear end of the box body, and circular sand filter screens are fixedly connected to the middle portions of the sand filter screens. The wind-sand environment simulation experiment table and application thereof automatically guide the sand in the sand tank to the small magnetic valve pipe and the large magnetic valve pipe, ensure that the wind-sand assembly can continuously output the sand from the magnetic valve pipe structure under the condition of sand, and avoid the interruption phenomenon, so that the sand can be finally completely drained from the sand tank, sand particle residues are avoided, the problem of manually cleaning the sand particles in the sand tank is avoided, and the accurate statistics and collection of the total amount of sand changes in the wind-sand environment simulation experiment are facilitated.

The application provides a magnetic valve type static synchronous compensator fault diagnosis and state monitoring method and system, relates to the technical field of state monitoring of a compensator, and extracts a dynamic sensitivity characteristic value by calculating a derivative of instantaneous phase angle distortion and combining a nonlinear sensitivity amplification term; extracts a vibration energy characteristic value based on body vibration acceleration and a high-frequency impact penalty term, realizes accurate characterization of electromagnetic and mechanical two-dimensional characteristics, orthogonally maps the above cross-domain characteristics and connects them in time sequence, constructs a two-dimensional time sequence trajectory mapping set, and intuitively represents an electromechanical coupling dynamic evolution process; in combination with a safety boundary, intercepts an out-of-bound trajectory segment, solves a tortuosity and a return parameter, accurately filters power grid transient interference by using a two-channel logic of a phase space topological form, realizes high-sensitivity diagnosis and reliable isolation of a substantial internal fault of the compensator.

The utility model discloses a kind of chromatography devices of flow rate and time controllable, belong to medical instrument technical field, including liquid storage bottle, the upper end of liquid storage bottle is provided with inlet, the lower end of liquid storage bottle is provided with pipeline one, the lower end of pipeline one is provided with microfluid pump, the lower end of microfluid pump is provided with chromatography column, the lower end of chromatography column is provided with pipeline two, the lower end of pipeline two is provided with detector, the utility model is by being provided with the structure that liquid flow rate and reaction time can be controlled, the accurate control of liquid flow is realized, controller can automatically adjust the speed of microfluid pump and electromagnetic valve start-stop time according to preset experimental parameter, ensure that liquid flows at the speed set, and complete reaction within predetermined time, this design improves the accuracy and repeatability of experiment, especially suitable for the chromatography experiment that needs accurate control flow rate and time, can effectively improve experimental efficiency and the reliability of data.

A portable key safe includes a carrying case and a locking device, wherein the carrying case has a case body, a receiving space, a handle, an operation panel and two door panels, the locking device is arranged on the operation panel and has a plurality of input keys, a first lock assembly, a second lock assembly and a door opening knob, the first lock assembly and the second lock assembly are respectively arranged on both sides of the operation panel to lock the door panels respectively, the door opening knob is connected to unlock the first lock assembly and the second lock assembly by rotating, the plurality of input keys are used to input a password to drive a solenoid valve to control whether the door opening knob can rotate, and the door opening knob can unlock the first lock assembly and the second lock assembly by rotating in different directions.

An automation module for CNC machining is disclosed, enabling fully automated two-operation part processing on a three-axis milling machine. The system comprises a manifold base integrating a first pneumatic vise, a second pneumatic vise, and a part-flipping station disposed therebetween. The vises secure a workpiece for sequential machining operations, while the part-flipping station reorients the workpiece between operations. All pneumatic actuation is internally routed through the base and controlled via solenoids, facilitating rapid setup and modular installation. The system supports robotic or pneumatic part-handling devices and includes a standardized 96 mm pull-stud pattern for compatibility with zero-point fixturing systems. Macro-based software templates allow for streamlined CNC programming across multiple controller platforms. The invention reduces setup time, eliminates manual repositioning, and enables continuous, unattended machining of dual-operation components.

This invention provides a low-temperature start-up system for a proton exchange membrane fuel cell, belonging to the field of fuel cell technology. It solves the problems of excessively long heating time, uneven heating, and limited fuel cell output power during low-temperature start-up in existing technologies. The system includes a hysteresis heating component, a power lithium battery, a fuel cell, a DC-DC converter, a DC-AC converter, a frequency converter, and a first solenoid valve. The hysteresis heating component includes a magnetic conductor and an energized coil wound around the magnetic conductor. One end of the magnetic conductor has a first magnetic conductor opening for inserting the power lithium battery, and the other end has a second magnetic conductor opening for inserting the fuel cell. The first solenoid valve, the energized coil, and the frequency converter are connected sequentially to form a hysteresis effect generation circuit. The fuel cell supplies power to the hysteresis effect generation circuit after sequentially passing through the DC-DC converter and the DC-AC converter. This system generates an alternating magnetic field through the hysteresis heating component to heat the fuel cell and the power lithium battery.

This utility model relates to the field of injection molding fixture technology and discloses a lightweight injection molding fixture, including an upper fixture, a lower fixture, and a locking mechanism disposed between the upper and lower fixtures. The upper and lower fixtures are arranged vertically and vertically, forming a sealed cavity for injection. The locking mechanism includes a positioning groove and a magnetic valve. A positioning pin is disposed in the positioning groove and passes through the upper and lower fixtures for positioning. The magnetic valves are respectively disposed on opposite sides of the upper and lower fixtures and are positioned accordingly for adsorption and locking of the upper and lower fixtures. Both the upper and lower fixtures are injection molded and have a hollow center. The injection molding fixture of this utility model has a short manufacturing cycle, low cost, high operating efficiency, and high stability.

This utility model discloses a storage device, including a cabinet with a base, at least one door panel installed at the front opening of the accommodating space within the base, at least one shelf within the accommodating space, and multiple storage shelves for placing preset items on the surface of the shelf; a control module containing a controller installed within the cabinet; at least one electronic lock device installed at the front opening of the base and electrically connected to the controller, comprising a door lock body corresponding to the door panel position, a solenoid valve module for controlling the door lock body to lock or unlock the door panel, and a door sensor unit for detecting whether the door panel is closed or open; and multiple electronic tag modules installed on the front side of the shelf and electrically connected to the controller, comprising at least one display unit corresponding to any storage shelf position for displaying preset item information, a button switch for providing confirmation to a user upon pressing to complete the retrieval, and a gesture sensor for detecting the user's retrieval action of the preset items placed on the storage shelf.

This utility model discloses a press-type magnetically controlled teapot, including a teapot body, a tea compartment, and a lid. The tea compartment is located in the spout of the teapot body, and a spout is located at the bottom of the tea compartment. A magnetic valve core is installed inside the spout, and the magnetic valve core is vertically slidable and normally closed. The lid is placed on top of the tea compartment and has a press-type magnetic control that slides vertically between a first position and a second position. When there is water in the tea compartment and the press-type magnetic control is in the first position, it exerts a first magnetic attraction on the magnetic valve core, but this attraction is insufficient to drive the valve core upwards. When the press-type magnetic control descends from the first position to the second position under user pressure, it exerts a second magnetic attraction on the valve core, driving it upwards to switch to the open state. This utility model achieves opening and closing control of the magnetic valve core through a press-operated method, significantly improving the user experience and making the opening and closing control more reliable and stable.

This invention provides a method and system for equalizing multiple branches of a grid-type magnetic valve-type static synchronous condenser with overcapacity, relating to the field of reactive power compensation technology in power systems. The invention first defines adjacent branches of each branch of the synchronous condenser according to their electrical cascading sequence, and reads reference signals within the current rolling window. For each branch, the adjustment deviation between that branch and its adjacent branches is calculated at each sampling point, and cumulative deviation verification and marking of branches to be adjusted are completed within the current rolling window. At the start of the next monitoring cycle, the branch to be adjusted performs virtual impedance step adjustment at a fixed ratio until the current deviation meets the requirements. It then determines whether the number of times the reference data for this adjustment has been repeated in previous adjustment cycles exceeds the sample size trigger threshold. If it does, the fixed ratio is optimized and replaced. This method, with its decentralized architecture, offers higher reliability and allows for the development of fixed ratio optimization measures during continuous operation, improving convergence and iteration speed.

The present application relates to the field of environmental protection treatment technology of coking industry, and particularly relates to a coke oven flue gas collecting device and method. The coke oven flue gas collecting device comprises a collecting assembly one, a collecting assembly two, a controller and a plurality of dust hoods. The dust hood is provided with an air outlet one, an air outlet two and a dust concentration detector. The collecting assembly one comprises a flue gas pipeline one and a sub-magnetic valve one for controlling the opening degree of the air outlet one. The collecting assembly two comprises a flue gas pipeline two, an induced draft fan one and a sub-magnetic valve two for controlling the opening degree of the air outlet two. The controller is used to start the collecting assembly one under the conditions of coal charging or coke discharging. The controller is also used to adjust the opening degree of the sub-magnetic valve two to 5%~10% under the non-working condition, and to adjust the opening degree of the sub-magnetic valve two in real time according to the concentration value of the dust concentration detector. The present scheme can effectively collect the flue gas under the full working condition of the coke oven, greatly reduce the flue gas overflow, and meet the requirement of ultra-low flue gas emission.

The utility model discloses a VSD pipeline with magnetic valve structure, including collection bottle, the outside of collection bottle is provided with connecting assembly, the top of collection bottle is provided with bottle lid, the inner wall top of bottle lid is provided with anti -overflow device, the top of bottle lid is provided with suction connector, the inside intercommunication of suction connector has connecting pipeline, the top of connecting pipeline is provided with negative pressure component, the top of negative pressure component is provided with alarm component, through setting above structure, can send out alarm when negative pressure pressure is too high or too low, remind medical staff, avoid the patient VSD to have no negative pressure, but the operation area still continues to wash in, cannot suck out the effusion without negative pressure, will lead to skin grafting operation failure, through setting magnetic valve, can make the suction pipeline keep negative pressure when replacing the soft belt, avoid the phenomenon that the patient appears painful when replacing the soft bag, and then convenient for staff to use.

A new soilless culture box belongs to the technical field of crop cultivation equipment, which comprises a soilless culture box body with a culture box, a nutrient solution tank and a light supplementing lamp, a fixing plate, a solenoid valve, a control circuit, an electric heating mechanism and a prompt circuit; the culture box body and the nutrient solution tank are attracted together by a magnet; the fixing plate has multiple sets; the upper end of each planting hole of the culture box is provided with a magnet ring A; the lower end of the fixing plate is provided with a magnet ring B; the fixing plate is installed on each planting hole through the attraction of the magnet ring B and the magnet ring A; the light supplementing lamp is installed on the fixing plate; the electric heating mechanism comprises an electric heating pipe, a cylinder, an outer shell and a temperature switch; the control circuit and the prompt circuit are installed in an electric control box and are electrically connected. The new type brings convenience to the cleaning and replacement of the culture box and the nutrient solution tank, realizes resource recycling, facilitates the growth of different types of crops, and can send an alarm sound to prompt the staff to handle when the nutrient solution in the nutrient solution tank stops flowing.

A control device controls an internal combustion engine including a piston jet that injects lubricating oil to a back surface of a piston and an oil pump that changes a unit discharge amount that is a discharge amount of the lubricating oil per revolution. The control device includes a processing circuit. The processing circuit is configured to close an electric valve provided on a supply path of the lubricating oil to the piston jet to stop injection of the lubricating oil from the piston jet when an oil temperature is lower than a predetermined temperature. The processing circuit is configured to maintain the unit discharge amount of the lubricating oil discharged from the oil pump at a predetermined amount or more while the injection of the lubricating oil from the piston jet is stopped when the oil temperature is lower than the predetermined temperature.

The present application relates to a kind of magnetic valve automatic assembly machine's index plate structure, including carousel, motor and the clamping device for clamping magnet valve internal parts, the motor and carousel are connected, motor drives carousel rotation, the clamping device is arranged at carousel with interval, the clamping device includes for the magnet valve clamping seat of magnet valve, left push component, right push component, first cylinder and synchronous push component;The magnet valve clamping seat sits on carousel surface;Above all, the index plate structure of the magnetic valve automatic assembly machine design innovation, with efficient automatic assembly, stable and reliable clamping device, synchronous push mechanism, it is easy to operate, maintenance cost is low and applicability is strong and so on Advantageous effect, help to improve production efficiency, reduce cost, and ensure assembly quality and stability.

The utility model relates to vacuum machine technical field, concretely relates to a novel vacuum machine, including cylinder, including cylinder, the top of cylinder installs the top cover, the bottom of top cover installs circuit board, the surface fixed connection of circuit board has the buzzer, the bottom fixed connection of top cover has the mounting hole no.

This invention relates to a box-opening robot and its control method. The robot includes a body and a gantry mechanism. The gantry mechanism also has a fork carriage with two forks spaced apart at its front end. The forks are hinged to the fork carriage, and a folding cylinder is installed between the forks and the fork carriage. A blind spot laser and a top surround-view camera are located at the top rear of the body, and side surround-view cameras are located on both sides of the body. Obstacle avoidance lasers are located on both sides of the bottom rear of the body. A navigation laser is located at the top of the gantry mechanism, and a bottom recognition laser and a fork-end surround-view camera are located at the bottom of the forks. The body also includes an industrial control computer, a hydraulic pump, and solenoid valves. The industrial control computer controls the movement of the body and the retraction and extension of the forks based on data from the navigation laser, blind spot laser, and obstacle avoidance laser. This invention employs a foldable fork structure, allowing the robot to adjust its posture within a limited space. Furthermore, the use of multiple sensors, including lasers and surround-view cameras, in conjunction with the control system ensures the robot's control accuracy and safety.

A live fish transportation packaging device and method, including a live bag and a transportation frame, the live bag including a bag body, a first magnetic valve body, and a second magnetic valve body, through the structural linkage of the live bag and the transportation frame, the contaminated water in the live fish chamber is isolated and discharged into the waste water chamber during transportation, and then new water is injected into the live fish chamber, thereby improving the water quality, and the pre-stored oxygen in the new water chamber and the waste water chamber is automatically mixed when communicating with the live fish chamber, thereby improving the oxygen content in the live fish chamber, and the water quality and oxygen are updated to achieve the purpose of prolonging the survival time of the fish in the live bag during transportation.

The utility model discloses a kind of dynamic response type intelligent reactors of frequency conversion driving system, including support and the coil of being wound in iron cylinder, iron cylinder inner chamber is equipped with iron core and the piston piece that can slide up and down, piston piece is connected with driving device and is formed with the adjustable volume magnetic conduction filling space with iron cylinder inner wall.Magnetic conduction filling space and liquid storage box, pressure relief cylinder constitute closed loop magnetic conduction fluid circuit, and the injection amount of magnetic conduction fluid is accurately adjusted by piston displacement.Solved the technical problems of traditional mechanical adjustment large vibration, magnetic valve type reactor harmonic distortion high.