40results about How to "Good reset function" patented technology

The invention provides an SMA spring-STF viscous damper which comprises a first connecting component, a piston rod, a left end cover, a first damping cavity, a damping cylinder, a piston, a second damping cavity, two SMA springs, a right end cover and a second connecting component, wherein the left end cover is arranged at one end of the damping cylinder; the right end cover is arranged at the other end of the damping cylinder; the interior of the damping cylinder is divided by the piston into the first damping cavity and the second damping cavity; the SMA springs which sleeve the piston rod are correspondingly arranged in the first damping cavity and the second damping cavity; the first damping cavity and the second damping cavity are filled with an STF shearing thickener; when the pistonmoves towards one side, the SMA spring on one side is compressed, and the SMA spring on the other side is restored towards the trend of the original length; and due to the different expansion and contraction degrees of the SMA springs on both sides, the resistance difference is produced, and the damping force is provided for the viscous damper. The SMA spring-STF viscous damper provided by the invention has the effects of improving the energy consumption under low-frequency loads and causing limiting resistance to the structural excessive displacement; furthermore, the self-resetting effect can be achieved after unloading; and the SMA spring-STF viscous damper has the advantages that the structure is simple and the space is saved.

The invention discloses a shock-insulating elastic returning mechanism with the preset starting load. The shock-insulating elastic returning mechanism comprises a guide rod, at least two stopping blocks and a preset starting load elastic unit; the stopping blocks are arranged on the guide rod in a sleeving manner; and the preset starting load elastic unit comprises a spiral steel spring, the spiral steel spring is arranged on the guide rod in the sleeving manner and between the stopping blocks, and the spiral steel spring is a pre-pressed spiral steel spring and has a pre-pressed length and the preset starting load. When an external load generated by shock is larger than the preset starting load, the spiral steel spring is started; thus, the shock-insulating elastic returning mechanism has the preset starting load function. The invention also discloses start-control shock insulating equipment with the preset starting load.

The invention relates to a nonlinear track type particle damper, which comprises an outer track, a roller, a buffer element, a damping cavity unit and particle groups. The outer track is connected with the main system through a fixing device. The buffer material is laid on the track, and the buffer element is set at the end of the track to limit the position of the roller. The damping cavity unit is a single cuboid or spherical structure, a total of 8, each damping cavity A layer of particle group is arranged inside the body unit, and the particle group is composed of circular or irregularly shaped metal or non-metallic particles. The present invention uses the vibration of the mass body of the damper itself and the friction and collision of particles in the cavity to consume energy, and the damping cavity unit is placed outside, which is beneficial to intensify the movement of the system, increase energy consumption, and improve the energy consumption efficiency of the system. Higher, in addition, the non-linear surface track design makes the system have a good reset function and automatic limit ability.

The invention relates to a traditional Chinese medicine raw material slicing device, which includes a frame, on which a conveyor belt is installed, and a hopper for constraining the horizontal movement of the medicinal material is installed at the feeding end of the conveyor belt. There are slicing knives and supporting surfaces arranged at intervals up and down. The slicing knives and supporting surfaces are arranged horizontally. The distance between the slicing knives and the supporting surface is consistent with the slice thickness of the medicinal materials. The driving mechanism is connected with the supporting material surface, and the driving mechanism is used to drive the slicing knife and the supporting material surface to move horizontally. The slicing knife moves horizontally to slice the medicinal materials, and the supporting material surface moves horizontally to transfer the sliced ​​medicinal materials to the conveyor belt. The structure of the invention is stable. , reasonable layout, stable operation, high slicing efficiency, low slicing breakage rate, automatic slicing processing can be realized, which meets the current use requirements.

The invention relates to a cylinder handle lock, which comprises a lock body, a handle and a block cover component which comprises a front block cover component and a back block cover component. The back block cover component comprises a rotational frame which is sheathed on the lock body, a decorative cover which is sheathed on the rotational frame, a block cover which is sheathed outside the rotational frame and inside the decorative cover, a positioning spring which is arranged at the lower part of the block cover and is arranged on the decorative cover in a block way, a reset spring whichis arranged inside the block cover and at the upper part of the positioning spring, a limiting sleeve which is sheathed outside the rotational frame, limiting columns which are arranged at the two sides of the limiting sleeve symmetrically and a block spring which is sheathed on the rotational frame and above the limiting sleeve. The application range of the handle lock is comparatively wide for door frames of different thicknesses, assembly and disassembly are convenient, and the use function of the lock cannot be affected when the lock endures larger torque.

The invention relates to a reset circuit, which comprises a power-on reset circuit and a power-off reset circuit, wherein the power-on reset circuit comprises a first field-effect tube, a second field-effect tube, a third field-effect tube, a first two-input NAND gate, a second two-input NAND gate, a first NOT gate, a second NOT gate, a third NOT gate, a fourth NOT gate, an OR gate, a first capacitor, a second capacitor and a buffering delay module; and the power-off reset circuit comprises fourth to tenth field-effect tubes, a fifth NOT gate and a buffering module. The reset circuit can well execute a reset function, is simple, low in cost and high in electro magnetic compatibility (EMC), can be widely used in integrated circuits, particularly integrated circuits with strict requirements on cost control such as infrared circuits, as well as most microprogrammed control units (MCUs) and circuits with high requirements on anti-interference performance and EMC performance.