Mechatronic limit mechanism and limit method

Abstract

An electromechanical integrated limiting mechanism disclosed by the present invention comprises a fixing base and an electromechanical product main body, the electromechanical product main body is installed on the fixing base, and a fixing rod is arranged on a connecting plate. An annular baffle on the fixing rod is connected with an empty groove on the connecting plate via a buffer spring, thereby improving the buffering property of the fixing rod. A baffle on the fixing rod cooperates with a fastening bolt to limit and fix a fixing sheet, a through groove is arranged on the fixing base, and a telescopic rod and an attaching plate are arranged inside the through groove. The attaching plate and a guiding column are attached and connected with each other, the guiding column is connected with a limiting rod via a connecting rod, the limiting rod is connected with the electromechanical product main body via a threaded casing pipe to limit the electromechanical product main body, and the attaching plate is connected with the inner wall of the through groove via a compression spring. The present invention also discloses a limiting method of the electromechanical integrated limiting mechanism. The electromechanical integrated limiting mechanism and the limiting method of the electromechanical integrated limiting mechanism enable the vibration and shock resistance of the electromechanical product equipment to be improved and the reactive force of the fixing base to the electromechanical product main body to be reduced, and is simple in structure and better in installation consistency.

Description

technical field [0001] The invention relates to the related technical field of a limit device, in particular to an electromechanical integrated limit mechanism and a limit method. Background technique [0002] The limit mechanisms used in general electromechanical product components are mostly realized by mechanical limit separation mechanisms. Mechanical limit has the advantages of simplicity, reliability and low cost, but general mechanical limit has some defects: 1. Mechanical limit When the limit function is a rigid collision, the anti-vibration shock performance is poor, so it is easy to generate noise, and also reduces the performance and reliability of the mechanical limit; 2. The general limit mechanism will have a strong reaction to the components of electromechanical products force, affecting the performance and service life of electromechanical product components. For this reason, we propose a mechatronic limit mechanism and a limit method. Contents of the inve...

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Problems solved by technology

[0002] The limit mechanisms used in general electromechanical product components are mostly realized by mechanical limit separation mechanisms. Mechanical limit has the advantages of simplicity, reliability and low cost, but general mechanical limit has some defects: 1. Mechanical limit When the limit function is a rigid collision, the anti-vibration shock performance is poor, so it is easy to generate noise, and also reduces the performance and reliability of the mechanical limit; 2. The general limit mechanism will have a strong reaction to the components of electromechanical products force, affecting the performance and service life of electromechanical product components

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