3results about How to "Reliable braking" patented technology

A movable protective basket for steel structure installation includes a track, a protective basket that can move on the track, and a drive system for moving the protective basket. A base is provided at the bottom of the protective basket, and the drive system is mounted on the bottom surface of the base. Wheel sets are provided between the protective basket and the top surface of the H-shaped steel track, between the base and the track, and on both sides of the track. The drive system includes a motor, a first drive shaft, a second drive shaft, a driven shaft, a belt, and pulleys. The motor is fixed to the bottom surface of the base with bolts. This invention effectively prevents falls from heights and ensures worker safety through the protective basket. The track and wheel set structure allows for movement without disassembly, rapid positioning, and automatic cable winding and unwinding, significantly improving the efficiency of steel structure installation. The adjustable triangular support shaft is adjustable via a telescopic rod to adapt to different track sizes, ensuring smooth operation and reliable braking. A cable winding device is included to eliminate cable safety hazards and reduce auxiliary operation risks.

This utility model discloses a rear end cover device for a vacuum servo motor, including a rear end cover body fixedly connected to the vacuum servo motor body, a first rolling bearing disposed in the center of the rear end cover body and sleeved and connected to the rotating shaft of the vacuum servo motor, a hollow armature connector mounting seat disposed at the rear end of the rear end cover body, an armature connector disposed in the armature connector mounting seat and coaxially arranged with the rotating shaft of the vacuum servo motor, and a first connecting plug disposed on the armature connector mounting seat and electrically connected to the armature connector; the armature connector includes an armature mounting seat fixed in the armature connector mounting seat, several reset support assemblies fixedly connected at one end to the armature mounting seat, an armature coil assembly fixed at the other end of the reset support assembly, and an armature sleeved on the reset support assembly and placed between the armature coil assembly and the armature mounting seat.

This utility model discloses a brake, which is installed on the output end of a rotary drive device for braking the drive end of the rotary drive device. The brake includes: a base, a brake wheel, a cylinder, a brake mounting bracket, a clamping mechanism, a clamping transmission mechanism, and a compression spring mechanism. The cylinder extends and retracts upward, causing the clamping transmission mechanism to rotate, causing the left side of the clamping mechanism to press against the brake wheel. When the clamping transmission mechanism rotates, it causes the right side of the brake mounting bracket to rotate to the left, causing the right side of the clamping mechanism to press against the brake wheel, thus braking the brake wheel. When the right side of the brake mounting bracket rotates to the left, the frame of the brake mounting bracket presses against one side of the compression spring mechanism, causing the clamping mechanism to exert a clamping force on the brake wheel.