Quantitative and alarm type bearing lathe with automatic arranging mechanism

Abstract

The invention discloses a quantitative and alarm type bearing lathe with an automatic arranging mechanism. The quantitative and alarm type bearing lathe comprises a lathe box, wherein an alarm is arranged on the lathe box; a lathe chuck is arranged in the lathe box; a material dropping slot is formed below the lathe chuck; a discharge slot is formed in one side of a discharge end of the material dropping slot; one end of the discharge slot is equipped with an electric telescopic pole; the telescopic end of the electric telescopic pole is equipped with a pushing head; the upper end surface of the pushing head is higher than the lower end surface of the discharge end; a pressure inductor is arranged at one side, close to the discharge slot, of the pushing head; a limiting baffle plate is arranged in a slot in the other end of the discharge slot; a pressure sensor is arranged at one side, opposite to the pushing head, of the limiting baffle plate; the limiting baffle plate is upwards equipped with a through slot from the central point; a circular rod is arranged in the through slot; and the pushing head, the pressure inductor on the limiting baffle plate and the electric telescopic pole are connected on a controller. The quantitative and alarm type bearing lathe disclosed by the invention has the characteristic of being high in stringing efficiency, saving time and labor, saving labor cost, being high in bearing quality, being fixed in stringing quantity, being capable of automatically alarming, and being convenient to use.

Description

technical field [0001] The invention relates to a bearing lathe, in particular to a quantitative and alarm type bearing lathe with an automatic arrangement mechanism. Background technique [0002] Bearing lathe is the basic equipment in the process of bearing production. It is to prepare bearings after turning the wool according to size. In the mass production workshop of bearings, the processing speed is fast. After the bearings are processed, they will automatically fall from the chuck of the lathe. , In order to facilitate the collection of bearings, the current method is to set a funnel-shaped feeding trough under the chuck, and lead it to a special collection device (usually a box or barrel) through a drainage pipe, before being transported to the next process. , the bearing needs to be coaxially threaded into a string. After the bearing is drained into the collection device, the placement is very chaotic, and the work of stringing is very troublesome. The commonly used...

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Problems solved by technology

[0002] The bearing lathe is the basic equipment in the bearing production process. The bearing is prepared by turning the wool according to the size. In the bearing batch production workshop, the processing speed is fast. After the bearing is processed, it will automatically fall from the chuck of the lathe. , in order to facilitate the collection of bearings, the current method is to set a funnel-shaped trough under the chuck, and lead it to a special collection device (usually a box or barrel) through a drainage pipe, before transporting to the next process , it is necessary to thread the bearings coaxially into strings. After the bearings are drained into the collection device, the placement is very confusing, and the work of threading the strings is very troublesome. The common method is to use a comb to move in the collection device, and the bearings are inserted randomly. On the rake teeth of the comb rake, when the bearings on the rake teeth reach a certain number, they can be manually removed to obtain a series of bearings. Another way is to manually put the bearings on the concentric shaft one by one. However, the above two Both methods have the defects of low efficiency, time-consuming and labor-intensive, and high labor costs. At the same time, the bearings will be scratched during the process of moving and threading, which reduces the quality of the bearings. Therefore, it is necessary to design a lathe that can automatically arrange the bearings. is of great significance

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