A universal connection device for rotating pipes

Abstract

The invention discloses a universal connecting device for rotating a pipeline. The universal connecting device comprises an output angle adjusting assembly, the fixed end of the output angle adjustingassembly is fixedly connected to the output end of a rotating direction adjusting assembly, the input end of the rotating direction adjusting assembly is connected with an input angle adjusting assembly, and the lower end face of the rotating direction adjusting assembly is fixedly connected with a fixing frame. A driven pipeline and a driving pipeline are connected with the universal connectingdevice in a through mode, after liquid in the pipelines flows through the universal connecting device, the flow direction is changed, the deviation angle can be adjusted according to the needs, usingis convenient, the transmission axis direction can be changed while the flow direction of the liquid is changed, and transmission is conveniently conducted by using the pipelines. Through the rotatingdirection adjusting assembly, a circuit is controlled to be opened and closed, the rotating direction of the driven pipeline can be controlled freely, and the application range is further expanded. By changing the ratio of the inner diameter of a second outer gear to the diameter of a center gear to the inner diameter of a rotating ring, the rotating speed of the driven pipeline is increased or decreased.

Description

technical field [0001] The invention relates to the technical field of mechanical equipment, in particular to a universal connection device for rotating pipelines. Background technique [0002] In mechanical equipment, there are usually transmission structures and delivery mechanisms, such as the power system and fuel delivery in automobiles. Among them, the transmission shaft is the most widely used transmission structure, and the transmission through pipelines is also the most common transmission mechanism. However, under the existing technology, the two are independent of each other, and a large number of parts and space are required to realize the functions of transmission and transmission, and many There are rotating pipes in the machine, but its structure is simple, resulting in a single function, the angle cannot be adjusted, and the direction of rotation cannot be changed. As a result, this part of the resources cannot be used effectively. If the shaft transmission a...

AI Technical Summary

Problems solved by technology

Among them, the transmission shaft is the most widely used transmission structure, and the transmission through pipelines is also the most common transmission mechanism. However, under the existing technology, the two are independent of each other, and a large number of parts and space are required to realize the functions of transmission and transmission, and many There are rotating pipes in the machine, but its structure is simple, resulting in a single function, problems such as the inability to adjust the angle, and the inability to change the direction of rotation. As a result, this part of the resources cannot be used effectively. If the shaft transmission and pipeline transportation can be combined, it can be effectively Reduce occupied space, reduce the use of repeated parts, and make full use of resources

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