Manufacturing technology of new type force value compensation structure clutch
The utility model model force value compensation structure clutch is provided with a pressure plate, the pressure plate is provided with a supporting rib, the supporting rib is provided with a diaphragm spring, the diaphragm spring is provided with a gland, the pressure plate is provided with a step on the inner wall of the supporting rib, the step is arranged with a waveform support ring, the waveform support ring is arranged between the diaphragm spring and the diaphragm spring, the diaphragm spring is provided with a supporting disc under the pressure disc, the diaphragm spring is provided with a supporting disc, the diaphragm spring is provided with a supporting disc, the diaphragm spring is provided with a supporting disc, the diaphragm spring is provided with a supporting disc. The front end of the disc spring is crimped at the end of the supporting disc, and a supporting ring is arranged between the supporting disc and the diaphragm spring, and between the diaphragm spring and the gland, and the supporting disc, the diaphragm spring and the pressure disc are riveted through the rivet; The utility model can compensate the force value curve of the diaphragm spring, so as to ensure the universality and optimal application of the selection of the diaphragm force value, so that the pressing force is guaranteed under the premise of effectively reducing the maximum separating force and making the force value gentle; This structure optimizes the performance of the total pressure value of the clutch.
New type of force value compensation structure clutch
The technology relates to a pressure plate assembly of an automobile clutch, especially a clutch with a new type of force value compensation structure.
Technical introduction
At present, some cars are prone to heavy pedals, strenuous tramping, and strong frustration after use for a period of time, and the reason (see Figure 1-3) is that the diaphragm spring in the clutch pressure plate assembly structure is not compensated during the separation process, so that the force value curve is higher, and the wear separation force is increased, resulting in heavy pedals, strenuous tramping, and strong frustration.
Technical realization idea
The purpose of this technology is to improve the above shortcomings and provide the diaphragm spring in the separation process to compensate the force value, so that the force value curve is smooth, so that the wear separation force is effectively reduced, so that the diaphragm spring force value selection of a wide range of new force value compensation structure clutch. The novel force value compensation structure clutch is provided with a pressure plate, the pressure plate is provided with a supporting rib, the supporting rib is provided with a diaphragm spring, and the diaphragm spring is provided with a gland, which is characterized in that: A step is arranged on the inner wall of the supporting rib of the pressure disc, and a waveform supporting ring is arranged on the step, and a disc spring is arranged between the waveform supporting ring and the diaphragm spring, and a supporting disc is arranged in the lower pressure disc of the diaphragm spring, and the front end of the disc spring is crimped on the end of the supporting disc, and a supporting ring is arranged between the supporting disc and the diaphragm spring, and between the diaphragm spring and the gland. The supporting disc, diaphragm spring and pressure disc are riveted by rivet. The technology can compensate the force value curve of the diaphragm spring, so as to ensure the universality and optimal application of the selection of the diaphragm force value, so as to effectively reduce the maximum separation force and make the force value gentle on the premise that the pressing force is guaranteed. This structure optimizes the performance of the total pressure value of the clutch.
Technical protection point
The new type of force value compensation structure clutch is provided with a pressure plate, the pressure plate is provided with a supporting rib, the supporting rib is provided with a diaphragm spring, the diaphragm spring is provided with a gland, which is characterized in that: A step is arranged on the inner wall of the supporting rib of the pressure disc, and a waveform supporting ring is arranged on the step, and a disc spring is arranged between the waveform supporting ring and the diaphragm spring, and a supporting disc is arranged in the lower pressure disc of the diaphragm spring, and the front end of the disc spring is crimped on the end of the supporting disc, and a supporting ring is arranged between the supporting disc and the diaphragm spring, and between the diaphragm spring and the gland. The supporting disc, diaphragm spring and pressure disc are riveted by rivet.
