36results about How to "Severe vibration" patented technology

A shock-proof electric marine engine, e.g. an engine or generator, is for a marine (Navy) ship, and includes a stator and a rotor in a housing. The stator and the rotor are connected in such a way that they are rotatably displaceable in a counter direction and in a radial / axial manner with limited slack. The rotor and stator form a displaceable unit in relation to the housing, which can be displaced away from the housing with a higher vibration overshoot range. The housing is elastically connected to the marine (navy) ship.

This rare earth magnet having high strength and high electrical resistance has a structure including an R—Fe—B-based rare earth magnet particles 18 which are enclosed with a high strength and high electrical resistance composite layer 12. The high strength and high electrical resistance composite layer 12 is constituted from a glass-based layer 16 that has a structure comprising a glass phase or R oxide particles 13 dispersed in glass phase, and R oxide particle-based mixture layers 17 that are formed on both sides of the glass-based layer 16 and contain an R-rich alloy phase 14 which contains 50 atomic % or more of R in the grain boundary of the R oxide particles.

A ring-shaped back yoke and a ring-shaped magnet are provided on a bottom surface of a ring-shaped opening part formed at a central portion of an alignment ring of a turntable part. The back yoke is provided with a protruding pawl which protrudes in a direction perpendicular to a plane of the back yoke, and the alignment ring is provided with a through hole into which the protruding pawl is inserted when mounting the back yoke to the alignment ring. The protruding pawl of the back yoke and an upper surface of a rotor frame are fixed together using an adhesive.

This rare earth magnet having high strength and high electrical resistance has a structure including an R—Fe—B-based rare earth magnet particles 18 which are enclosed with a high strength and high electrical resistance composite layer 12. The high strength and high electrical resistance composite layer 12 is constituted from a glass-based layer 16 that has a structure comprising a glass phase or R oxide particles 13 dispersed in glass phase, and R oxide particle-based mixture layers 17 that are formed on both sides of the glass-based layer 16 and contain an R-rich alloy phase 14 which contains 50 atomic % or more of R in the grain boundary of the R oxide particles.

The invention discloses a rotating shaft with a vibration reduction device. The rotating shaft comprises a fixed base, wherein the top of the fixed base is fixedly connected with a bottom cover, the side surface of the bottom cover is movably connected with two sets of transmission shafts through bearings, one ends of the two sets of transmission shafts are located outside the bottom cover and arefixedly connected with belt wheels, the other ends of the two sets of transmission shafts are located inside the bottom cover and are fixedly connected with pinions, a rotating shaft is movably connected to the interior of the bottom cover and located between the two transmission shafts, the side surface of the rotating shaft is fixedly connected with a gearwheel, and the gearwheel is in meshed transmission with the two pinions. The invention belongs to the technical field of rotating shafts. According to the rotating shaft, the two sets of transmission shafts are arranged, and are in transmission through the gearwheel and the pinions, vibration generated in the transmission process can be effectively reduced to be transmitted along with the rotating shaft, and the circumstances that violent vibration is caused and noises are generated during transmission of the second belt wheel, the transmission efficiency is reduced, and the service life is affected are avoided.

The invention relates to solder wire preparation equipment, in particular to a solder wire preparation machine. The solder wire preparation machine comprises a rosin treatment mechanism, an extrusionmechanism and a rosin pen communicating with the rosin treatment mechanism and the extrusion mechanism. The extrusion mechanism comprises a hydraulic cylinder for providing extrusion power, an extrusion rod for extruding a solder column and a solder wire mold for generating a solder wire; the rosin pen communicates with the solder wire mold; the rosin treatment mechanism comprises a fusion cylinder used for fusing rosin at a high temperature, an externally-connected tank communicating with the fusion cylinder, two liquid through pipes, one air through pipe, an internally-connected tank communicating with the rosin pen, and an air pump; the bottom of the fusion cylinder communicates with the bottom of the externally-connected tank through one liquid through pipe; the bottom of the externally-connected tank communicates with the bottom of the internally-connected tank through one liquid through pipe; an extraction opening of the air pump communicates with the top of the externally-connected tank; an air outlet of the air pump communicates with the top of the internally-connected tank; and an extraction opening is formed in the top of the externally-connected tank. The solder wire preparation machine can prepare the solder wire not provided with a hollow cavity.

The invention discloses a vibration energy collection device based on piezoelectric stacking and electromagnetic induction. The device consists of a device base, a device frame, an amplitude amplification mechanism and an energy collection mechanism from bottom to top. The amplitude amplification mechanism includes a piezoelectric device and a magnet array. 1 and magnet array 2. The energy collection mechanism includes cantilever beams, magnet array 3, magnet array 4 and induction coils. Compared with other energy collection devices, this device utilizes vibration more fully and can obtain more The advantage of outputting energy.

The present invention discloses a dual -frequency superposition micro -foam -efficient dynamic experimental system and method in a dual -frequency superposition. The experimental method includes: 1) The actual waveform of the coke area measured according to the water hearing device, set the KZK equation parameterNon -linear incentive waveforms; 2) Construct HIFU efficiency models according to the vibration characteristics of the viscosity and micro -bubbles in the biological tissue and micro bubbles in compressed fluids;The simulation results of the steps determine the HIFU waveform phase, sound pressure, and frequency parameters for thermal ablation or tissue damage experiments.The present invention makes full use of the dynamic characteristics of micro -bubbles in biological tissues, designing sound wave -shaped and phase parameters, causing the maximum vibration of micro -bubbles in the coke area, enhancing the effect of emptiness, and improving the safety and efficiency of HIFU thermal melt and tissue damage.Essence

The present invention relates to the technical field of clothing treatment equipment, and in particular provides a vibration reduction device for clothing treatment equipment and clothing treatment equipment, aiming at solving the problem of poor vibration reduction effect of the clothing treatment equipment. For this purpose, the present invention provides a vibration damping device for a laundry treating apparatus comprising a casing and an outer tub accommodated in the casing, the vibration damping device comprising a vibration damping sliding seat disposed under the outer tub, the outer tub being connected to the outer tub. The vibration-damping carriage is ball-jointed to dampen vibrations of the laundry treating apparatus. The laundry treating apparatus of the present invention includes the above-described vibration damping device. The invention can effectively restrain the large shaking of the outer tub under the action of the outer tub and the vibration damping sliding seat which are joined in a ball head manner, avoid the collision between the outer tub and the shell, and avoid the violent vibration of the washing machine and the generation of huge noise. , thereby improving the user experience.