Intermediate intervention type flexible self-adaptive switching type motor stator iron core conveyor

Abstract

The invention discloses an intermediate intervention type flexible self-adaptive switching type motor stator iron core conveyor which comprises a horizontal conveying mechanism, an intermediate intervention type particle passive capturing mechanism, a rapid replacement type passive collecting mechanism, a contradictory flexible positioning mechanism, a device base and a conveying supporting frame. The invention belongs to the field of motor stator iron core conveying, and particularly relates to the intermediate intervention type flexible self-adaptive switching type motor stator iron core conveyor. Aiming at the contradictory characteristics that a stator iron core needs to be in contact with dust (ensuring that the cleaning process is effective) during cleaning and cannot be in contact with the dust (enabling dust particles to be inhaled by a human body) during cleaning and collecting, under the conditions of no traditional dust removal equipment and no extra power source, omnibearing capturing and falling treatment of dust particles around a horizontal conveying mechanism are still achieved, and the technical problems that in the prior art, the dust cleaning effect needs to be guaranteed, and the dust particles cannot be diffused and inhaled by the human body during cleaning and collecting are solved.

Description

technical field [0001] The invention belongs to the technical field of motor stator core transportation, and specifically refers to an intermediary intervention type flexible self-adaptive switching motor stator core transportation machine. Background technique [0002] The stator core is an important part of the magnetic circuit of the motor, and together with the rotor core, the air gap between the stator and the rotor, it forms the complete magnetic circuit of the motor. In an asynchronous motor, the magnetic flux in the stator core is alternating, resulting in core losses. The stator core needs to be transported in the workshop, so that it can be sent to the next area of ​​the workshop for further winding or maintenance. [0003] The existing transportation methods for motor stator cores mostly use manual handling, which is time-consuming and labor-intensive. The prior art has not yet disclosed a device that can transport motor stator cores, and when transporting motor ...

AI Technical Summary

Problems solved by technology

[0004] In view of the above situation, in order to overcome the defects of the prior art, the present invention provides an intermediary intervention type flexible self-adaptive switching motor stator core conveyor, which not only needs to contact dust when cleaning the stator core (to ensure that the cleaning process is effective), but also cannot clean and collect Due to the contradictory characteristics of constant contact with dust (dust particles are inhaled by the human body), an intermediary intervention type particle passive capture mechanism is creatively set up, and horizontal transportation is still achieved without any traditional dust suppression equipment and no additional power source. The all-round capture and landing treatment of dust particles around the mechanism, without any sensor, still achieves the effect of controlling the intermediary intervention type particle passive capture mechanism to start working when the horizontal conveying mechanism is started. The principle of the intermediary (using the intermediate object to transfer or perform an action) to the technical field of motor stator core transportation, the small water droplets produced by the condensation of the surrounding air when the dry ice is rapidly vaporized are used as an intermediate substance to capture dust particles, and the dust reduction effect is achieved. It also realizes the cooling treatment of the stator core, and solves the contradictory technical problem that the existing technology cannot solve the problem of not only ensuring the effect of dust cleaning, but also not allowing the dust particles to diffuse and be inhaled by the human body during cleaning and collection; by setting The quick-replacement passive collection mechanism still realizes the passive collection of dust on the stator core without any traditional dust collection equipment and additional power sources, and uses the principle of cheap substitutes (replacing expensive items with cheap items, Compromise on certain attributes) technology theory is introduced into the technical field of motor stator core transportation, and the rapid deformation of the quick replacement sheet made of memory metal steel sheet is cleverly used, that is, the property of easy replacement, which solves the difficulty of existing technology Solve the problem of collecting dust on the stator core in the case of passive; Aiming at the contradictory characteristics of clamping the stator core (to prevent the stator core from falling off) and not clamping (to prevent the stator core from being damaged by mistake), creatively The contradictory flexible positioning mechanism is set up, and the characteristics of non-Newtonian fluid are skillfully applied to the technical field of motor stator core transportation, which solves the contradictory technical problem of both clamping the stator core and not being able to clamp the stator core

Images