5results about How to "Fast brake response" patented technology

A mine dump truck wet disc brake hydraulic system, including main control valve, one end of main control valve is connected pressure oil source, the other end is connected front brake system and middle and rear brake system, front brake system includes brake pedal, front axle proportional control valve group, front axle brake valve group and front brake cylinder, middle and rear brake system includes brake pedal, slow running valve, middle and rear axle brake valve, rear axle proportional valve group, relay valve group, rear axle brake cylinder and middle axle brake cylinder, the utility model discloses a mine dump truck wet disc brake hydraulic system can realize manual operation brake and line control remote brake function, reaches unmanned operation's requirement, is used for unmanned vehicle or auxiliary driving, and in order to adapt to the distance of middle and rear axle of three axle vehicle and the distance of main brake valve group is longer, two relay valve groups are added, brake corresponding speed is improved, faster brake response is realized, makes travel more safe.

The utility model relates to a transmission system for a small bar line packing machine head. Comprising a main control servo motor, a speed reducer, a main transmission gear, an electromagnetic clutch gear A, an electromagnetic clutch gear B, a main transmission shaft, a shaft-mounted flange A, a shaft-mounted flange B, an electromagnetic clutch A, an electromagnetic clutch B, an electromagnetic brake A, an electromagnetic brake B, a wire feeding disc wire channel wheel, a transmission bevel gear A, a transmission bevel gear B, a connecting rod shaft, a wire meshing air cylinder and an air cylinder tail tip. The utility model has the beneficial effects that the core transmission chain can reduce the transmission stage number and shorten the maintenance time; quick braking response can be achieved, and the wire feeding length error is reduced; unification of power sources of wire feeding and wire biting actions is ensured, and signal delay is avoided; complex electric control synchronization in a traditional packer system is avoided, and the defect that packing is not compact or wires are wasted is overcome. Abrasion caused by frequent start and stop is reduced, faults caused by continuous operation of equipment are greatly reduced, and maintenance cost and shutdown loss are also greatly reduced.

The utility model relates to the technical field of band-type brakes, in particular to a band-type brake torque dynamic compensation adjusting device which comprises a base, a band-type brake body is arranged at the top of the base and connected with a band-type brake braking torque detecting device, and a transmission shaft is integrally formed on the front side of a band-type brake wheel of the band-type brake body. An auxiliary braking assembly is arranged at the top of the base and located in front of the band-type brake body and comprises a fixed vertical plate installed on the front side of the top of the base through bolts, a rotating block is rotationally connected to the rear side of the fixed vertical plate, a braking wheel is arranged on the outer wall of the rotating block, and a dynamic compensation assembly used for braking the braking wheel is arranged at the top of the base. According to the band-type brake torque dynamic compensation adjusting device, through the linkage design of the auxiliary braking assembly and the dynamic compensation assembly, a redundant braking system is formed, secondary braking force is provided when braking force of the band-type brake body is reduced, and the safety redundancy capacity of an elevator system is remarkably enhanced.

This invention discloses a dual electromechanical braking device and its control method for automotive braking. The braking device includes a drive motor, an external gear ring, a reduction and torque amplification device, an electromagnetic power supply, an electromagnet A, a permanent magnet A, a first braking execution module, a second braking execution module, a first clamping mechanism, a second clamping mechanism, a first friction pad, a second friction pad, a brake disc, a bearing, a parking device, a displacement detection device, and a brake wear detection device. This invention uses two sets of braking devices to apply double braking to the brake disc, resulting in shorter braking time, better braking effect, and effectively improved safety performance. This invention also provides a control method for the braking process, including control methods for normal mode, emergency braking mode, and parking mode. During braking, if the braking device fails due to power failure, the detection device will promptly issue a safety alarm to the driver and immediately activate the other braking device for emergency braking, achieving backup braking.

The utility model discloses a kind of line pull oil pressure disc brake lower pump structure, including frame, handle assembly, main oil cylinder subassembly, adjusting screw, disc brake main body, brake cable, disc, hub and bolt;The disc is fixed on hub, and disc is fixed on frame by bolt;The disc brake main body is also fixed on frame, and the disc brake end of disc brake main body corresponds with the position of disc;Main oil cylinder subassembly is provided on the disc brake main body, and the piston end of main oil cylinder subassembly is connected with handle assembly;Adjusting nut is outwardly extended and arranged on the disc brake main body, and adjusting screw is arranged on adjusting nut, brake cable is arranged on the inner side of frame, and brake cable passes through adjusting screw and is connected with handle assembly.The utility model handle assembly is connected with push rod by pivot, can rotate left and right, can flexibly adapt different brake cable direction, reduce pipe friction, improve compatibility.