8results about How to "Avoid violent vibration" patented technology

The utility model relates to the technical field of vortex air pumps, and discloses a high-strength vortex air pump which comprises a working supporting table, the top face of the working supporting table is fixedly connected with a rotation driving motor, and an air pump stable driving assembly is arranged on an output shaft of the rotation driving motor. A vortex air pump left side shell and a vortex air pump right side shell are fixedly connected to the right side of the top face of the working supporting table, a fixed sealing assembly is arranged between the vortex air pump left side shell and the vortex air pump right side shell, and an air inlet hole and an air outlet hole are formed in the left side of the working supporting table. According to the vortex air pump, the air inlet dust removal assembly is matched with the air outlet buffer dust prevention assembly, so that external dust and corrosives are prevented from entering the inner side of the vortex air pump in the using process of the vortex air pump; the service life of the vortex air pump is prolonged, and meanwhile the air outlet speed of airflow is reduced.

This utility model discloses a mixer for saturated steam condensate and subcooled water, belonging to the technical field of mixer devices. The mixer for saturated steam condensate and subcooled water includes: a shell; a first tube and a second tube fixedly connected to both sides of the shell, the first and second tubes being symmetrically arranged; a water inlet pipe fixedly connected to the shell; a mounting plate fixedly connected inside the shell, with multiple sets of heat exchange tubes fixedly connected to the mounting plate; and a distribution section detachably connected to the shell, the distribution section including a first distribution plate and a second distribution plate, the first and second distribution plates being fixedly connected, and both the first and second distribution plates having distribution holes. This utility model, through the double-layer distribution hole structure of the first and second distribution plates, divides large bubbles in the saturated steam condensate into smaller bubbles, and, combined with the gradual cooling design of the heat exchange tubes, allows the bubbles to burst slowly and in batches within the tube, dispersing and releasing energy, thus avoiding violent vibrations caused by concentrated bursting.

This utility model relates to the field of relay technology, and provides an anti-arc safety relay for charging piles, including a relay housing and a coil installed at the center of the bottom of the housing; an iron core, which is slidably inserted into a through hole running vertically through the center of the coil; a transmission column, which is installed at the top of the iron core; a moving contact assembly, which is installed at the top of the transmission column; and two arc-extinguishing components, which are symmetrically installed on the left and right side walls near the top of the relay housing. This anti-arc safety relay for charging piles, through the scientific layout of multi-layer arc-extinguishing grids, a fast-rebound disconnection mechanism, and a buffer reset design, can effectively suppress and quickly eliminate the arc generated between the moving and stationary contacts, significantly improving the safety performance and service life of the relay.

The application discloses a right-angled isosceles air chamber type buffer double-inclined-plane sealed constant-pressure air supplement device, four rib plates concentrically fix an outer cover with a mounting flange and a center air inlet pipe with a bottom ring together. An outer sealing ring with an outer sealing ring groove is fixed on the rib plate of the inner surface of the outer cover, an inner sealing ring with an inner sealing ring groove is fixed on the rib plate of the center air inlet pipe, and the inner and outer sealing ring grooves are provided with inner and outer right-angled isosceles rings. The sealing vertical ring and the bottom of the inner and outer sealing ring grooves form an air buffer chamber. Two anti-rotation shafts fixed on a cross beam pass through two anti-rotation holes on an anti-rotation beam, and the anti-rotation beam is fixed on the upper end of the center air inlet pipe. The cross beam is fixed on the upper surface of a ring-shaped valve disc with inner and outer right-angled isosceles grooves, and the inner and outer right-angled isosceles grooves are concentric with the inner and outer right-angled isosceles rings. An upper cover is fixed on the outer cover, and the center air inlet pipe is fixed on the upper end of an air supplement pipeline through the bottom ring. The technical scheme disclosed by the application can be widely applied to the wide-load air supplement field of mixed-flow water turbines and reversible mixed-flow water turbines.

The invention relates to the technical field of reaction kettles, and discloses a jacket cooling and temperature control reaction kettle, which comprises a tank body, a feed port arranged on the upper surface of the tank body, a jacket, a steam inlet pipe, a discharge valve and a steam outlet pipe, the jacket is fixed on the peripheral surface of the tank body, the steam inlet pipe is fixed on the peripheral surface of the jacket, the discharge valve is fixed on the lower surface of the tank body, and the steam outlet pipe is fixed on the lower surface of the tank body. The steam outlet pipe is fixed on the lower surface of the jacket, the liquid collecting mechanism is arranged on the lower surface of the jacket, and the liquid collecting mechanism comprises a first annular groove, a first water guide plate, a vent hole, a liquid collecting frame, a liquid discharge valve and an exhaust valve. When the condensate water is discharged under the standard atmospheric pressure environment, the water attack phenomenon of the condensate water in the discharging process can be avoided, that is, the condensate water is prevented from being rapidly discharged from the liquid outlet under the action of high pressure, and violent vibration of the reaction kettle is avoided.

The application relates to the technical field of washing machine dehydration control, and provides a dehydration control method of a washing machine, which comprises the following steps: presetting k gears; determining a target rotating speed and a target eccentricity upper limit according to a target gear of dehydration; entering a target gear access control stage: under the condition that the actual front-end correction execution times are less than or equal to the front-end correction upper limit, cyclically executing front-end correction and updating the actual eccentricity; if the actual eccentricity is less than or equal to the target eccentricity upper limit, the washing machine is dehydrated at the target rotating speed; if the front-end correction actual execution times are greater than the front-end correction upper limit and the actual eccentricity is greater than the target eccentricity upper limit, a highest safety gear decision stage is entered: a highest safety gear is found, and the eccentricity upper limit of the next gear of the highest safety gear is less than the actual eccentricity and is less than or equal to the eccentricity upper limit of the highest safety gear. The application solves the technical problem of poor dehydration effect of a traditional washing machine.

This invention belongs to the technical field of motor bases, specifically relating to an automatic leveling motor base suitable for low-temperature environments. It includes a fixed cylinder, a support frame fixedly connected to the top of the fixed cylinder, a motor frame fixedly connected to the top of the support frame, leveling cylinders fixedly installed at the four corners of the bottom of the support frame, a protective frame fixedly sleeved around the support frame, and limiting frames symmetrically fixedly installed on the front and rear inner walls of the protective frame. Movable frames are located directly below the corresponding limiting frames. A heating cavity is provided inside the side wall of the protective frame. Conductive rods are fixedly connected to the side walls of the leveling cylinders, and resistance blocks are fixedly installed on the side walls of each connecting plate. One end of each conductive rod is slidably connected to the side wall of the corresponding resistance block. This motor base utilizes the heating cavity for auxiliary heating, avoiding insufficient lubrication and electronic component failure. When irreversible damage occurs at the connection between the base and the ground, the fixed cylinder provides a temporary stable working condition. Automatic leveling is achieved through the leveling cylinders, conductive rods, and resistance blocks.

This invention relates to the field of feed processing technology and discloses a dual-line layer hen feed pelleting and crushing device, including a hammer mill and two buffer bins at its inlet. The buffer bins have a feeding assembly at their output end, and the device also includes an adaptive feed flow rate control system. This system includes a load sensing module that calculates the load coefficient based on current, voltage, and power factor; a raw material property analysis module that calculates the raw material characteristic coefficient based on moisture content and bulk density; a process suitability assessment module that calculates the process matching degree based on the average output particle size, the proportion of excessively coarse particles, the load coefficient, and the raw material characteristic coefficient; an operating status monitoring module that calculates the equipment health coefficient based on vibration intensity and material level; and a multi-source fusion decision module that calculates the target feed flow rate based on the baseline feed flow rate, process matching degree, and equipment health coefficient. This invention achieves multi-dimensional intelligent control of the feed flow rate, improving crushing quality and operational stability.