Linear motor rotor sliding table

Abstract

The invention provides a linear motor rotor sliding table. A rotor sliding table body, a stator, a fixing shaft, at least one motor sliding block and a control board are included. The rotor sliding table body is arranged above the stator in a sleeving manner. The fixing shaft is arranged in the stator and penetrates through the stator. The motor sliding blocks are arranged on the two sides of thestator and fixed to the position below the rotor sliding table body. The control board is arranged on one side of the rotor sliding table body and is connected with the motor sliding blocks and a background controller. Through the above structure, the stator is changed into magnet materials, and the integration level of the stator is enhanced; in addition, a guiding screw and a coupler do not needto be arranged, and the structure of the linear motor rotor sliding table is simplified; through the manner of the arrangement of a size reading head, the work range is automatically judged, and thework efficiency of the linear motor rotor sliding table is improved; and the advantages that the structure is simple, rapid machining and manufacturing can be achieved during producing and manufacturing, cost is saved for enterprises, and the maximum value is created are achieved.

Description

technical field [0001] The invention relates to the field of slide tables, in particular to a linear motor mover slide table. Background technique [0002] As the basic unit of linear motion control, linear slide table is widely used in various fields of industrial production. With the development of industry and technological progress, the requirements for linear slide table will become higher and higher. Due to the traditional linear slide table is mostly assembled by splicing parts, the assembly process lacks effective control, and the assembled robot has low operating accuracy and poor consistency, which leads to poor maintainability when used by enterprises, and cannot meet the requirements of high precision and high maintainability in actual production. sexual demands. In addition, devices such as couplings are generally used for the connection between the motor and the lead screw, that is, the lead screw, which causes the disadvantages of excessive volume of the mech...

AI Technical Summary

Problems solved by technology

Due to the traditional linear slide table is mostly assembled by splicing parts, the assembly process lacks effective control, and the assembled robot has low operating accuracy and poor consistency, which in turn results in poor maintainability when used by enterprises, which cannot meet the requirements of high precision and high maintainability in actual production. sexual demands

In addition, the general motor and the lead screw, that is, the lead screw, are connected by couplings and other devices, resulting in the disadvantages of excessive volume of the mechanism, low accuracy and reliability, etc.

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