Multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law

Abstract

The invention discloses a multi-bubble adsorption type impurity removal motor maintenance workbench based on the Pascal's law. The motor maintenance workbench comprises an upper end adjustable fastening device, a metal coil dispatching device, a splicing supporting bottom plate, a rotary cutting device, an interference fit type motor pressing and fixing device, a Pascal's law dirt removal device and waste motor equipment. The invention belongs to the technical field of motor maintenance operation workbenches, and particularly relates to a multi-bubble adsorption type impurity removal motor maintenance workbench based on the Pascal's law, through a plurality of groups of triangular pyramid frustum-shaped splicing supporting structures, on the basis of ensuring the original supporting effect on motor equipment, a user can conveniently collect waste generated in the motor maintenance process, the Pascal's law is used in cooperation with the easy-to-foam material solution, the adsorption effect during waste cleaning is enhanced, semi-automatic cleaning of the device is achieved, and the characteristics of the non-Newtonian fluid are combined, the displacement phenomenon of the motor caused by strenuous vibration in the maintenance process of the motor is avoided.

Description

technical field [0001] The invention belongs to the technical field of motor maintenance operation workbench, and specifically refers to a motor maintenance workbench based on Pascal's law multi-bubble adsorption type for removing impurities. Background technique [0002] A motor is an electromagnetic device that converts or transmits electrical energy according to the law of electromagnetic induction. The motor maintenance refers to the continuous use of the motor for a long time, coupled with the improper operation of the user, the motor failure often occurs, and the motor maintenance should be carried out by professional personnel to ensure that the motor runs well. Motor maintenance can save costs and improve motor utilization. [0003] The motor winding is an integral part of the motor. Aging, moisture, heat, corrosion, foreign matter intrusion, and external impact will all cause damage to the winding. Motor overload, undervoltage, overvoltage, and phase loss operation...

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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 a motor maintenance workbench based on Pascal's law multi-bubble adsorption impurity removal, which creatively uses the principle of pre-action (adopting the pre-arrangement of relevant equipment at a convenient position, so that It plays a role in time when needed without wasting time) applied to the motor equipment maintenance workbench equipment, because in the process of motor maintenance, the motor needs to be removed externally, and the old stator winding coils inside also need to be completely replaced, which takes a long time The metal rust fragments accumulated on the outside of the motor and the metal debris falling during the dismantling process need to be collected to prevent debris and other substances from accumulating in the maintenance area and avoid affecting the subsequent maintenance operations of the motor equipment. The table is changed into two sets of splicing panels with V-shaped sawtooth-shaped snap-on blocks, which can be used to choose the horizontal table placement method according to the operation steps of the current motor maintenance, and can be effectively collected through the V-shaped snap-in groove Metal scraps and metal scrap wires of the stator winding, the edge of the V-shaped sawtooth support block can effectively support the motor, and will not affect the operation steps of the motor maintenance; creatively apply Pascal's law (incompressible static fluid After any point is subjected to an external force to generate a pressure increase, the pressure increase is transmitted to each point of the static fluid instantaneously) and is used in the cleaning process of debris. According to the characteristics of the increasing number of falling objects during the maintenance process, combined with deep groove waste The object support plate moves down automatically to realize the technical effect of fully automatic bubble-type adhesion and impurity removal. One end of the partial pressure balance device is constantly under the pressure of debris accumulated on the upper end, and the original balance state of the bottom end of the partial pressure balance device changes. As the hydraulic pressure at one end of the partial pressure balance device rises, in order to release the pressure, the height of the other end of the bottom partial pressure balance device changes. By constantly stirring the easy-to-foam solution and adjusting the liquid level of the foam solution, foaming can be easily achieved. The design goal of the contact between the solution and the debris substance; creatively use the easy-to-foam material to change the morphological structure of the adsorbed substance (change the liquid aqueous solution into a foam-type aqueous solution structure) to adsorb impurities, due to the motor during maintenance. A large amount of debris and other tiny particles or substances, ordinary brushing and wind blowing will cause harmful substances to splash, making the table more messy, and directly using a large amount of running water to wash will cause waste of water resources. In order to reduce water resources Therefore, the traditional cleaning method is replaced by a foaming solution, which not only retains the adsorption effect of the surface tension of the liquid on impurities, but also increases the adsorption area of ​​the liquid and expands the working area of ​​the adsorption; creatively uses non-Newtonian fluid materials (subjected suddenly from The external pressure will be stabilized instantly) applied in the device, in the process of motor maintenance, if the motor is unbalanced when the stator winding is removed, the motor will swing for a moment, and once the position of the motor deviates, it must be reinstalled. The positioning operation is convenient for the user to remove the stator winding in the next step. Therefore, the use of a fixing device with a non-Newtonian fluid can not only effectively move the non-Newtonian fluid along the convex structure outside the motor when the motor is fixed in a limited position. snapping, in turn able to occur in the motor When deflecting instantaneously, the non-Newtonian fluid is stable and no longer flows, effectively fixing the outside of the motor to ensure that the motor is always in a fixed operating position for maintenance, which effectively solves the current workbench for removing old coils in motor maintenance on the market Low efficiency, complex structure and inconvenient maintenance

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