pipe connector

Abstract

The invention discloses a pipe connector, comprising: a first connecting ring and a second connecting ring are arranged concentrically, and a rotating screw can make the first connecting ring and the second connecting ring approach each other; one end of the supporting ring is fixed to the second connecting ring connection, the compression ring is arranged at the other end of the support ring, and can rotate relative to the support ring, the compression ring is provided with a sealing ring slot, the hourglass-shaped sealing ring is arranged inside the support ring, and its first edge is fixed on the support ring and Between the second connecting rings, the second edge is fixed in the sealing ring slot on the compression ring, so that the hourglass-shaped sealing ring can be tightened or released with the rotation of the compression ring; There is an opening, the top surface is fixedly connected to the end surface of the second connecting ring, and a plurality of distribution holes are arranged on the bottom surface of the circular truncated cavity, and each distribution pipe is connected to a distribution hole. It can be used for connection between pipes of different diameters, easy to disassemble, seal and reliable pipe connector, and can connect the output end of one device to multiple devices.

Description

technical field [0001] The invention belongs to the technical field of pipeline connection, and more specifically relates to a pipeline connector. Background technique [0002] In the field of manufacturing, it is often necessary to connect the pipes of different equipment together, so that multiple equipment can work together, and after some equipment is connected, it needs to disconnect each other after completing the corresponding work, and connect to other equipment for the next step. The steps work, but the size of the pipes between different devices is different, so this kind of cross-connection is difficult to realize, and it is often necessary to replace the pipes of the devices with different diameters to realize the connection, which wastes man-hours and increases production costs; On the one hand, in some work fields, it is usually necessary to connect the output end of one device to multiple devices through pipelines. The traditional shunting method is to use thr...

AI Technical Summary

Problems solved by technology

[0002] In the field of manufacturing, it is often necessary to connect the pipes of different equipment together, so that multiple equipment can work together, and after some equipment is connected, it needs to disconnect each other after completing the corresponding work, and connect to other equipment for the next step. The steps work, but the size of the pipes between different devices is different, so this kind of cross-connection is difficult to realize, and it is often necessary to replace the pipes of the devices with different diameters to realize the connection, which wastes man-hours and increases production costs; On the one hand, in some work fields, it is usually necessary to connect the output end of one device to multiple devices through pipelines. The traditional shunting method is to use three-way or four-way connection, which limits the number of shunting devices. Reduces productivity, is inconvenient to remove and replace at the same time, and is prone to leaks during use and during disassembly

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