A feeding mechanism for making water meter copper joints

Abstract

The invention relates to a feeding mechanism for manufacturing a water meter copper connector. The feeding mechanism for manufacturing the water meter copper connector is characterized by comprising climbing device for selecting the semi-finished products of the water meter copper connectors from a storage tank and conveying ; a sorting device, for screening out the semi-finished products of the water meter copper connectors with height not meeting the specification, and conveying the semi-finished products of the water meter copper connectors with height meeting the specification to a sequencing device, wherein the tail end of the climbing device is connected with the inlet of the sorting device through a conveying mechanism; the sequencing device, wherein the inlet of the sequencing device is connected with the outlet of the sorting device, and the outlet of the sequencing device is connected with en external water meter copper connector machining tool. According to the above devices, the semi-finished products of the water meter copper connectors is sequentially conveyed and automatically sorted, the sequencing state before output is monitored in real time, and the whole work progress of the feeding mechanism is regulated, so that mechanization and automation of the whole feeding mechanism are achieved, and the work efficiency is improved.

Description

technical field [0001] The invention relates to a feeding structure, in particular to a feeding structure for making copper joints of water meters. Background technique [0002] The water meter copper joint is a necessary connection component when installing the residential water meter. By sending the semi-finished water meter copper joint into the processing machine tool and processing one end of it into a thread shape, the water meter copper joint for installation can be obtained. Install and connect at both ends of the water meter The water meter copper connector is used to install the water meter on the water supply pipeline. Whether the water meter is tightly connected to the water supply pipeline and the use status of the water meter after installation are closely related to the quality of the water meter copper joints where the water meters are installed. Making water meter copper joints with matching specifications is one of the key processes. Workpieces such as wat...

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Problems solved by technology

In the actual operation process, the sorting process is often completed manually, which not only consumes a lot of manpower and time, but also has large errors in manual sorting.

Furthermore, the above-mentioned assembly line is used to feed the semi-finished copper joints of the water meter. The cooperation between the functional areas is the key to ensure the efficiency of the assembly line. However, in the actual production process, once the mechanization of each area is realized, it will be difficult to Ensure flexible cooperation and self-adjustment of work progress. Although it is possible to control the feeding and transmission speed of the feeding area and the transmission area with the help of interlocking belts, pulleys and other equipment, it is difficult to achieve in the material selection area and discharge area, especially in the discharge area. Inside, when the speed of the water meter copper joint semi-finished product to be processed entering the discharge area exceeds its output speed from the discharge area to the processing machine tool, the water meter copper joint semi-finished product will stay in the discharge area until it affects the operation of the entire feeding mechanism, resulting in process flow pickle

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