Efficient rotating hub device

Abstract

The invention discloses an efficient rotating hub device. The efficient rotating hub device comprises a supporting frame assembly, a driving device assembly, a flange connection assembly, a rotating frame assembly, a shaft seat supporting assembly and a sensor detection assembly. The efficient rotating hub device is large in loading capacity, `can load 20 tons, still can stably run under a high load, and is high in precision. Design of a split type supporting frame, multiple design types of rotating frames and precise position plane confirmation greatly improve adaptability of the device, andabundant work position plane selections can meet processing demands of different lathed pieces. The compact type sensor assembly at the shaft end is effectively protected, and therefore faulty operation of the device is prevented from being caused due to spattering of welding slags in the welding process, and reliability of the device is improved. Routine maintenance and routine overhaul of the efficient rotating hub device are convenient, and a locking device improves safety in the maintenance process. Standardized design for all parts in the complete machine can be performed, and therefore the whole device is systematized, and promotion and application of the device in the industry are facilitated.

Description

technical field [0001] The invention relates to the field of body-in-white processing, in particular to high-efficiency rotating hub equipment. Background technique [0002] Body-in-white refers to the body that has been welded but not painted, and the welding of the body-in-white needs to be loaded on the rotating hub equipment and completed with the help of a manipulator. Rotary hub equipment, as the key equipment on the automobile welding production line, plays an important role in the level of automobile manufacturing, directly affecting the scale of automobile production, production efficiency and production quality. With the rapid development of my country's automobile industry and fierce market competition, the replacement of automobile products is getting faster and faster, and the design of automobile body is becoming more and more personalized. There is a huge demand for automobile welding and assembly lines. [0003] At present, most of the rotating hub equipment...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the rotating hub equipment in the automobile industry is of non-standard design, which is difficult to adapt to more and more complex production requirements. For example, sensors and other components need to be installed on the supporting frame of the equipment. If you want to adjust the height of the equipment, you need to replace the matching parts. The support frame is time-consuming and labor-intensive; the distributed design of the sensor makes the sensor lack effective protection, and is easily affected by the spattered welding slag during the welding process, resulting in misoperation of the equipment; it is difficult for the drive device to achieve high-precision operation under heavy load; the adaptability of the equipment is poor , it is impossible to process a variety of different car parts; the equipment needs regular maintenance, but the maintenance of large equipment requires higher safety and convenience, and the above problems need to be resolved

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