Porcelain knob feeding mechanism adapting to different specifications

Abstract

The invention relates to a porcelain knob feeding mechanism adapting to different specifications and belongs to the field of automatic equipment. The porcelain knob feeding mechanism comprises a stockbin component, a lifting cylinder and a stock bin protective plate, wherein the lifting cylinder is used for driving the stock bin component to do a lifting motion; the lifting cylinder and the stockbin component are combined to form a group of automatic feeding components; four or more groups of automatic feeding components are arranged inside a square chamber; the stock bin component comprisesa hollow pipe, a stock bin cover an a discharging funnel; the bottom of the discharging funnel is a funnel hole and is provided with a discharging steel pipe which is used for penetrating into the funnel hole in a manner of being matched with the funnel hole; when the stock bin component is driven to do the lifting motion by the lifting cylinder, the funnel hole moves up and down along the surface of the discharging steel pipe; when the funnel hole moves downwards to a lower limit position, a feeding end of the discharging steel pipe does a relative upward motion so as to drive a porcelain knob inside the hollow pipe to enter the discharging steel pipe along the feeding end of the discharging steel pipe and then the porcelain knob is sent to a material supply pipe from a discharging end of the discharging steel pipe, thus downward feeding is implemented, stable overall material feeding and material supply is realized, precise material feeding and material supply is realized, and intelligent control is realized.

Description

technical field [0001] The invention relates to the field of automation equipment, in particular to an automatic feeding mechanism, in particular to a porcelain column feeding mechanism that can adapt to different specifications. Background technique [0002] A sensor is a detection device that can sense the measured information and convert the sensed information into electrical signals or other required forms of information output according to certain rules to meet the requirements of information transmission, processing, storage, and display. , recording and control requirements. [0003] Ceramic sensor refers to a sensing device that uses ceramic materials to sense measurement signals and convert output. Ceramic is a recognized material with high elasticity, corrosion resistance, wear resistance, shock and vibration resistance, and has excellent thermal properties. Stability, and high-performance, low-price ceramic sensors will be the development direction of pressure se...

AI Technical Summary

Problems solved by technology

[0005] In the existing automatic assembly equipment for sensors, the assembly process of the ceramic column is relatively simple. First, the ceramic column is transferred to the corresponding station through the automatic feeding equipment, and then the material is directly picked up by the manipulator, and then sent to the corresponding station for assembly. That is, the existing automatic feeding equipment for conveying ceramic columns has the following defects: 1) Since sensors with different parameters require different specifications of ceramic columns, the same set of automatic feeding equipment can only supply a single specification of ceramic columns , When transferring ceramic columns of different specifications, it is necessary to replace the corresponding fixtures, the overall adaptability is poor, and it is necessary to purchase several sets of feeding equipment of different specifications, which increases the input cost; 2) Due to the small size of the ceramic column, it is often Simultaneous transmission of multiple ceramic columns cannot accurately supply each ceramic column, which affects the assembly process of subsequent ceramic columns; 3) The transmission method is used for feeding, which has low supply accuracy, low feeding efficiency, high failure rate, and unstable feeding , affecting the assembly efficiency of the ceramic column; 4) The structure of the transmission and feeding is relatively complicated, occupying a large space, and the transmission process of the ceramic column is unstable

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