CN113346684B - Multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal law - Google Patents

Multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal law Download PDF

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CN113346684B
CN113346684B CN202110906393.2A CN202110906393A CN113346684B CN 113346684 B CN113346684 B CN 113346684B CN 202110906393 A CN202110906393 A CN 202110906393A CN 113346684 B CN113346684 B CN 113346684B
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pressing
plate
edge
motor
clamping
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CN113346684A (en
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苗培华
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Xuzhou Yatai Motor Co ltd
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Xuzhou Yatai Motor Co ltd
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    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K15/00—Methods or apparatus specially adapted for manufacturing, assembling, maintaining or repairing of dynamo-electric machines
    • H02K15/0006—Disassembling, repairing or modifying dynamo-electric machines
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B08—CLEANING
    • B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
    • B08B7/00—Cleaning by methods not provided for in a single other subclass or a single group in this subclass

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  • Engineering & Computer Science (AREA)
  • Manufacturing & Machinery (AREA)
  • Power Engineering (AREA)
  • Manufacture Of Motors, Generators (AREA)

Abstract

The invention discloses a multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal law, which comprises an upper-end adjustable fastening device, a metal coil adjusting and transporting device, a splicing supporting base plate, a rotary cutting device, an interference fit type motor pressing and fixing device, a Pascal law dirt removing 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-removing motor maintenance workbench based on Pascal law.

Description

Multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal law
Technical Field
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 Pascal's law.
Background
The motor is an electromagnetic device for realizing electric energy conversion or transmission according to an electromagnetic induction law. The motor maintenance means that the motor is continuously used for a long time, and the motor is frequently in failure due to improper operation of a user, and the motor maintenance is required to be performed by professional personnel, so that the motor is guaranteed to operate well. The motor maintenance can save the cost and improve the motor utilization rate.
The motor winding is a component of the motor, the motor winding is damaged by aging, moisture, heat, erosion, foreign matter invasion and external impact, and the motor overload, undervoltage, overvoltage and open-phase operation can also cause winding faults. Winding faults are generally classified into winding grounding, short circuit, open circuit and wiring errors. Now, the failure phenomenon, the cause of the failure, and the inspection method are described separately. And need take off old and useless winding during motor winding maintenance, and old and useless winding is the block in the motor, is difficult to take off to because the motor uses for a long time and can carry various attachments at the motor outer wall, in case carry out motor maintenance operation and will make the attachment on the motor drop, cause the maintenance region dirty and disorderly to have the pollution, wherein some spare parts drop and are more difficult to look for, influence the efficiency of motor maintenance.
Disclosure of Invention
Aiming at the situation and overcoming the defects of the prior art, the invention provides a multi-bubble adsorption type impurity-removing motor maintenance workbench based on the Pascal law, which creatively applies a pre-action principle (related equipment is arranged at a convenient position in advance so as to play a role in time without wasting time when needed) to motor equipment maintenance workbench equipment, because the motor needs to be externally dismantled in the motor maintenance process, an internal waste stator winding coil also needs to be completely replaced, metal fragments accumulated outside the motor for a long time are rusted and metal fragments falling in the dismantling process need to be collected, so that the accumulation of the substances such as the fragments and the like in a maintenance area is prevented, the subsequent maintenance operation work of the motor equipment is avoided being influenced, the traditional horizontal desk is changed into two groups of clamping splice plates with V-shaped saw-tooth-shaped clamping blocks, the horizontal table placing mode can be selected according to the operation steps of current motor maintenance, metal scraps and metal broken wires of the stator winding can be effectively collected through the V-shaped clamping grooves, edges of the V-shaped sawtooth supporting blocks can effectively support the motor, and the operation steps of motor maintenance cannot be influenced; the method is characterized in that the Pascal law (after any point in incompressible static fluid is subjected to pressure increment by external force, the pressure increment is instantly transmitted to each point of the static fluid) is creatively applied to the cleaning process of fragments, the technical effect of full-automatic foam-discharging type adhesion impurity removal is realized by combining the characteristic that the number of dropped objects is continuously increased in the maintenance process and the automatic downward movement of a deep-groove waste object supporting plate, one end of a partial pressure balancing device is continuously subjected to the pressure of the fragments continuously accumulated at the upper end, the original balance state of the partial pressure balancing device at the bottom end is changed, and as the hydraulic pressure of one end of the partial pressure balancing device is increased, the height of the other end of the partial pressure balancing device at the bottom end is changed in order to release the pressure, the design target of the contact between foaming solution and the fragment objects is easily realized by continuously stirring the easily foaming solution and adjusting the liquid level of the foaming solution; the impurity adsorption work is performed by creatively utilizing the easily-foaming material to change the form structure of the adsorptive substance (the liquid aqueous solution is changed into the foam type aqueous solution structure), because the motor generates a large amount of small particles or substances such as scraps in the maintenance process, the harmful substances can be splashed by common brushing and wind blowing, so that the table is more dirty and messy, a large amount of running water is directly used for flushing, and the waste of water resources is caused, and in order to reduce the waste of the water resources, the easily-foaming solution is adopted to replace the traditional cleaning mode, so that the adsorption effect of the surface tension of the liquid on the impurities is reserved, the adsorption area of the liquid is increased, and the adsorption work area is enlarged; the non-Newtonian fluid material (which is instantly stable when being suddenly applied with external pressure) is creatively applied to the device, in the process of motor maintenance, if the motor is unevenly stressed when the motor removes the stator winding, the motor can swing instantly, and once the motor is shifted, the motor needs to be repositioned for operation, so that a user can conveniently remove the stator winding in the next step, therefore, the fixing device with the non-Newtonian fluid is utilized to effectively clamp the non-Newtonian fluid along the convex structure outside the motor when the motor is limited and fixed, and can also stabilize and not flow any more when the motor deflects instantly, so as to effectively fix the outside of the motor, ensure that the motor is always in a fixed operation position for maintenance, thereby effectively solving the problem that the efficiency of the workbench for removing the old coil in the existing motor maintenance in the current market is low, and the self structure is complicated, and the maintenance is inconvenient.
The technical scheme adopted by the invention is as follows: the invention relates to a multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal law, which comprises an upper end adjustable fastening device, a metal coil adjusting and transporting device, a splicing supporting base plate, a rotary cutting device, an interference fit type motor pressing and fixing device, a Pascal law dirt removing device and waste motor equipment, the upper end adjustable fastening device is arranged on the splicing supporting bottom plate, the metal coil adjusting and transporting device is arranged on the upper end adjustable fastening device, the rotary cutting device is arranged on the splicing supporting bottom plate, the press fixing device of the interference fit type motor is arranged on the splicing supporting bottom plate, the Pascal law decontamination device is arranged on the splicing support bottom plate and plays a role in cleaning the splicing support bottom plate, the waste motor equipment is in contact connection with the splicing support bottom plate, and the interference fit type motor pressing and fixing device plays a role in limiting and fixing the waste motor equipment; the Pascal law decontamination device comprises a partial pressure balancing device, a rotary stirring device and a showering drying device, wherein the partial pressure balancing device is arranged on the spliced supporting bottom plate, the rotary stirring device is arranged on the partial pressure balancing device, and the showering drying device is arranged on the spliced supporting bottom plate; the partial pressure balancing device comprises a deep groove waste supporting plate, a deep groove scrap collecting plate sliding groove, a deep groove scrap collecting plate connecting column, a scrap collecting column sliding pipe, a horizontal balancing pipe, a pressurizing stirring rotating column and a pressurizing clamping baffle plate, the deep groove waste supporting plate is arranged on the splicing supporting base plate, the deep groove scrap collecting plate sliding groove is arranged on the splicing supporting base plate, the deep groove waste supporting plate is clamped and slidably arranged on the deep groove scrap collecting plate sliding groove, the deep groove scrap collecting plate connecting column is arranged on the deep groove scrap collecting plate supporting plate, the deep groove scrap collecting plate connecting column plays a supporting role for the deep groove scrap collecting plate, the scrap collecting column sliding pipe is arranged on the splicing supporting base plate, the deep groove scrap collecting plate connecting column is clamped and slidably arranged on the scrap collecting column sliding pipe, the horizontal balancing pipe is arranged on the scrap collecting column sliding pipe, the pressurizing stirring rotating pipe is arranged on the horizontal balance pipe, the pressurizing stirring rotating column is clamped and slidably arranged on the pressurizing stirring rotating pipe, the pressurizing clamping baffle is arranged on the pressurizing stirring rotating column, the pressurizing clamping baffle is clamped and slidably arranged on the pressurizing stirring rotating pipe, and the pressurizing clamping baffle increases the stress area of the pressurizing stirring rotating column;
the rotary stirring device comprises a foaming agent storage pipe, a spiral rotating groove, friction reducing balls, a spiral rotating block, a stirring rotating connecting support, a foaming stirring fan blade, a resistance reducing foaming air hole, a foaming agent injection pipe, a foam discharging pipe and a foaming rotating motor, wherein the foaming agent storage pipe is arranged on a splicing supporting base plate, the spiral rotating groove is arranged on the foaming agent storage pipe, the friction reducing balls are clamped and rotated on the spiral rotating groove, the spiral rotating block is arranged on a pressurizing stirring rotating column, the spiral rotating block is clamped and slid on the spiral rotating groove, the friction reducing balls reduce the friction between the spiral rotating block and the spiral rotating groove, the stirring rotating connecting support is arranged on the pressurizing stirring rotating column, the foaming rotating motor is arranged on the stirring rotating connecting support, the foaming stirring fan blade is arranged on the foaming rotating motor, the foaming rotating motor increases the rotating frequency of the foaming stirring fan blades, improves the contact area of a solvent and air and increases the foaming effect, the anti-drag foaming air holes are formed in the foaming stirring fan blades, the foaming agent injection port is formed in the foaming agent storage pipe, one end of the foam discharge pipe is arranged on the foaming agent storage pipe, the other end of the foam discharge pipe is arranged on the splicing supporting bottom plate, and the foaming agent injection pipe is connected with the foaming agent injection port;
it includes water solution filling opening, water solution filling pipe and dry ventilation fan to dash and drench drying device, the water solution filling opening is located on the foam discharging pipe, the water solution filling pipe is located on the water solution filling opening, the dry ventilation fan is located on the concatenation supporting baseplate.
Further, the splicing support bottom plate comprises a bottom plate support adjusting device and a placing table splicing device, the placing table splicing device is connected with the interference fit type motor pressing and fixing device, and the bottom plate support adjusting device is arranged on the placing table splicing device; the placing table splicing device comprises a lower end supporting bottom plate, a lower end supporting edge bulge, a lower end supporting anti-rolling groove, a triangular table clamping groove, an upper end splicing placing plate, a triangular table clamping block, an upper end splicing plate turning two-end limiting plate, a turning middle dividing plate, an upper end splicing plate turning clamping groove and a motor pressing fixing device clamping groove, wherein the lower end supporting bottom plate is arranged on the bottom plate supporting and adjusting device, the lower end supporting edge bulge is arranged on the lower end supporting bottom plate, the lower end supporting edge bulge plays a supporting role on waste motor equipment, the lower end supporting anti-rolling groove is arranged on the lower end supporting edge bulge, the lower end supporting anti-rolling groove plays a limiting role on the waste motor equipment, the triangular table clamping groove is arranged on the lower end supporting bottom plate, and the triangular table clamping groove plays a collecting role on fragments generated in motor maintenance, the upper end splice plate turnover two-end limiting plates are arranged on the lower end supporting bottom plate, the turnover middle partition plate is arranged on the upper end splice plate turnover two-end limiting plates, the upper end splice plate turnover clamping groove is formed in the limiting plate at the two turnover ends of the upper end splice plate, the upper end splice plate turnover clamping block is clamped and slidably arranged on the upper end splice plate turnover clamping groove, the upper end splicing and placing plate is arranged on the upper end splicing plate folding and buckling block, the triangular frustum buckling block is arranged on the upper end splicing and placing plate, the triangular table clamping block is clamped and slidably arranged on the triangular table clamping groove, the motor pressing and fixing device clamping groove is arranged on the upper end splicing placing plate, the interference fit type motor pressing fixing device is clamped and slidably arranged on the motor pressing fixing device clamping groove, and the upper end splice plate turnover clamping groove realizes the limiting effect on the upper end splicing placing plate through the limiting effect on the upper end splice plate turnover clamping block;
the bottom plate supporting and adjusting device comprises a first balance bottom plate, a second resistance-increasing bottom plate, a first turnover fixing support, a first turnover rotating support, a second turnover fixing support, a second turnover rotating support, a first lifting cylinder, a first cylinder support, a second lifting cylinder and a second cylinder support, wherein the first turnover rotating support is arranged on the lower end supporting bottom plate, the second cylinder support is hinged with the lower end supporting bottom plate, the second cylinder support plays a supporting role for the lower end supporting bottom plate, the first cylinder support is hinged with the lower end supporting bottom plate, the first cylinder support plays a supporting role for the lower end supporting bottom plate, the first turnover fixing support is hinged with the first turnover rotating support, the first turnover rotating support plays a supporting role for the lower end supporting bottom plate, and the first turnover fixing support plays a supporting role for the first turnover rotating support, the second turns over a fixed bolster and a second and turns over a rotation support and articulate, and the second turns over a rotation support and plays the supporting role to lower extreme supporting baseplate, and the second turns over a fixed bolster and turns over a rotation support to the second and play the supporting role, first lifting cylinder links to each other with first cylinder support, second lifting cylinder links to each other with second cylinder support, first balanced bottom plate is located on first a fixed bolster that turns over, first balanced bottom plate links to each other with first lifting cylinder, the second increases the resistance bottom plate and locates on the second turns over a fixed bolster, the second increases the resistance bottom plate and locates on the second lifting cylinder.
Further, the interference fit type motor pressing and fixing device comprises a side wall end motor external pressing device and an edge end motor external pressing device, the side wall end motor external pressing device is arranged on the triangular table clamping groove, and the edge end motor external pressing device is arranged on the lower end supporting base plate; the side wall end motor external pressing device comprises a side wall end pressing fixed support, a side wall end pressing rotating support, a side wall end pressing power supply, a side wall end pressing telescopic cylinder, a side wall end pressing rotary power motor, a side wall end pressing cylinder connecting plate, a side wall end pressing U-shaped rotating plate, a side wall non-Newtonian fluid material, a side wall motor external telescopic rubber clamping block and a side wall motor external clamping groove, wherein the side wall end pressing fixed support is arranged on the triangular platform clamping groove, the side wall end pressing rotating support is hinged with the side wall end pressing fixed support, the side wall end pressing fixed support plays a supporting role for the side wall end pressing rotating support, the side wall end pressing fixed support is in interference fit with the side wall end pressing rotating support, the side wall end pressing rotating support and the side wall end pressing rotating support are relatively fastened, and the side wall end pressing power supply is arranged on the side wall end pressing rotating support, the side wall end pressing telescopic cylinder is clamped and rotatably arranged on the side wall end pressing rotary bracket, the side wall end pressing rotary power motor is arranged on the side wall end pressing telescopic cylinder, the side wall end pressing cylinder connecting plate plays a supporting role for the side wall end pressing rotary power motor, the side wall end pressing U-shaped rotating plate is clamped and rotatably arranged on the side wall end pressing cylinder connecting plate, the side wall end pressing U-shaped rotating plate plays a limiting and fixing role for waste motor equipment, the side wall end pressing U-shaped rotating plate is in clearance fit with the side wall end pressing cylinder connecting plate, the side wall motor external telescopic rubber clamping block is arranged on the side wall end pressing U-shaped rotating plate, the side wall motor external clamping groove is arranged on the side wall motor external telescopic rubber clamping block, and the side wall non-Newton fluid material is arranged on the side wall motor external clamping groove, the side wall motor external telescopic rubber clamping block containing the side wall non-Newtonian fluid material can prevent the waste motor equipment from displacing when violently swinging;
the edge end motor external pressing device comprises an edge end external pressing slot, an edge end external pressing insertion block, an edge end external pressing fixed support, an edge end external fixed support balance slot, an edge end external pressing power supply, an edge end external pressing rotary cylinder, an edge end external pressing rotary power motor, an edge end external pressing connecting plate, an edge end external pressing U-shaped rotating plate, an edge non-Newtonian fluid material, an edge motor external telescopic rubber clamping block and an edge motor external clamping slot, wherein the edge end external pressing slot is arranged on a lower end supporting base plate, the edge end external pressing insertion block is clamped and slidably arranged on the edge end external pressing slot, the edge end external pressing fixed support is arranged on the edge end external pressing insertion block, and the edge end external fixed support balance slot is arranged on the edge end external pressing fixed support, the edge end external pressing power supply is arranged on the edge end external pressing fixed support, the edge end external pressing rotating cylinder is clamped and rotatably arranged on the edge end external pressing fixed support, the edge end external pressing rotating power motor is arranged on the edge end external pressing rotating cylinder, the edge end external pressing rotating connecting plate is arranged on the edge end external pressing rotating cylinder, the edge end external pressing U-shaped rotating plate is clamped and rotatably arranged on the edge end external pressing connecting plate, the edge end external pressing U-shaped rotating plate is in clearance fit with the edge end external pressing connecting plate, the edge motor external telescopic rubber clamping block is arranged on the edge end external pressing U-shaped rotating plate, the edge motor external clamping groove is arranged on the edge motor external telescopic rubber clamping block, and the edge non-Newtonian fluid material is arranged on the edge motor external clamping groove, the edge motor external telescopic rubber clamping block containing the edge non-Newtonian fluid material can prevent the waste motor equipment from displacing when violently swinging.
Furthermore, the adjustable fastening device at the upper end comprises a transferring movement adjusting device, a transferring pressing device and a motor edge clamping device, the transferring movement adjusting device is arranged on the lower end supporting base plate, the transferring pressing device is arranged on the transferring movement adjusting device, and the motor edge clamping device is arranged on the transferring pressing device; the allocation and transportation mobile adjusting device comprises an equipment rear end supporting column, a rear end allocation and transportation adjusting cylinder, a rear end allocation and transportation adjusting connecting plate, a rear end allocation and transportation adjusting support and a rear end allocation and transportation support clamping groove, the equipment rear end supporting column is arranged on a lower end supporting bottom plate, the rear end allocation and transportation adjusting cylinder is arranged on the equipment rear end supporting column, the rear end allocation and transportation adjusting connecting plate is arranged on the rear end allocation and transportation adjusting cylinder, the rear end allocation and transportation adjusting support is arranged on the rear end allocation and transportation adjusting connecting plate, the rear end allocation and transportation support clamping groove is arranged on the equipment rear end supporting column, the rear end allocation and transportation adjusting support is clamped and slidably arranged on the rear end allocation and transportation support clamping groove, and the rear end allocation and transportation adjusting cylinder controls the horizontal displacement of the rear end allocation and transportation adjusting support;
the transfer and transportation pressing device comprises an upper-end pressing limiting plate, an upper-end plate lifting chain lifting groove, an upper-end pressing air cylinder, an air cylinder downward pressing connecting plate and a lower pressing plate chain lifting groove, the upper-end pressing limiting plate is arranged on the rear-end transfer and transportation adjusting support, the upper-end plate lifting chain lifting groove is arranged on the upper-end pressing limiting plate, the upper-end pressing air cylinder is arranged on the upper-end pressing limiting plate, the air cylinder downward pressing connecting plate is arranged on the upper-end pressing air cylinder, the lower pressing plate chain lifting groove is arranged on the air cylinder downward pressing connecting plate, and the upper-end pressing air cylinder controls the air cylinder downward pressing connecting plate to move up and down;
the edge clamping device of the motor comprises an edge clamping sliding groove, an edge clamping sliding block, an edge clamping sliding insertion plate, a clamping insertion plate connecting spring, an edge clamping insertion plate sliding groove, an edge clamping insertion plate fixing groove, a motor edge pressing damping sleeve, a motor edge pressing damping clamping block, a motor edge pressing damping spring, a motor edge pressing connecting plate, a motor edge inner wall connecting block, a motor edge outer wall clamping fixing plate, a motor edge outer wall clamping plate sliding support, a motor edge outer wall clamping plate sliding clamping groove and a motor edge outer wall clamping connecting spring, wherein the edge clamping sliding groove is arranged on an air cylinder lower pressing connecting plate, the edge clamping sliding block is clamped and slidably arranged on the edge clamping sliding groove, the clamping insertion plate connecting spring is arranged on the edge clamping sliding block, the edge clamping sliding insertion plate is arranged on the clamping insertion plate connecting spring, the edge clamping flashboard sliding groove is arranged on the edge clamping sliding block, the edge clamping flashboard fixing groove is arranged on the cylinder pressing connecting plate, the edge clamping sliding flashboard is clamped and slidably arranged on the edge clamping flashboard sliding groove, the edge clamping sliding flashboard is clamped and slidably arranged on the edge clamping flashboard fixing groove, the motor edge pressing damping sleeve is arranged on the edge clamping sliding block, the motor edge pressing damping clamping block is clamped and slidably arranged on the motor edge pressing damping sleeve, one end of the motor edge pressing damping spring is arranged on the motor edge pressing damping clamping block, the other end of the motor edge pressing damping spring is arranged on the motor edge pressing damping sleeve, the motor edge pressing damping spring plays a role in reducing the pressure of the cylinder pressing connecting plate, and the motor edge pressing connecting plate is arranged on the motor edge pressing damping clamping block, the edge inner wall connecting block of the motor is arranged on the edge pressing connecting plate of the motor, the edge outer wall clamping plate sliding clamping groove of the motor is arranged on the edge pressing connecting plate of the motor, the edge outer wall clamping connecting spring of the motor is arranged on the edge outer wall clamping plate sliding clamping groove of the motor, the edge outer wall clamping plate sliding support of the motor is arranged on the edge outer wall clamping connecting spring of the motor, the edge outer wall clamping connecting spring of the motor improves the fixing effect of the edge outer wall clamping plate sliding support of the motor on motor shells with different thicknesses, the edge outer wall clamping plate sliding support of the motor is arranged on the edge outer wall clamping plate sliding clamping groove of the motor in a sliding mode, and the edge outer wall clamping fixing plate of the motor is arranged on the edge outer wall clamping plate sliding support of the motor.
Further, the rotary cutting device comprises a bottom cutting lifting device, a bottom cutting rotary adjusting device and a bottom cutting telescopic device, the bottom cutting lifting device is arranged on the splicing supporting bottom plate, the bottom cutting rotary adjusting device is arranged on the bottom cutting lifting device, and the bottom cutting telescopic device is arranged on the bottom cutting rotary adjusting device; the bottom cutting lifting device comprises a cutting lifting fixing support, a cutting lifting adjusting cylinder, a cutting lifting connecting plate and a cutting lifting clamping groove, the cutting lifting fixing support is arranged on the splicing supporting base plate, the cutting lifting adjusting cylinder is arranged on the cutting lifting fixing support, the cutting lifting connecting plate is arranged on the cutting lifting adjusting cylinder, the cutting lifting clamping groove is arranged on the splicing supporting base plate, the cutting lifting connecting plate is clamped and slidably arranged on the cutting lifting clamping groove, and the cutting lifting fixing support plays a supporting role on the cutting lifting adjusting cylinder;
the bottom cutting rotation adjusting device comprises a bottom cutting rotation motor, a bottom cutting rotation gear, a bottom cutting annular rack, a bottom cutting gear clamping groove and a bottom cutting rotation rack groove, the bottom cutting gear clamping groove is formed in the cutting lifting connecting plate, the bottom cutting rotation rack groove is connected with the bottom cutting gear clamping groove, the bottom cutting rotation gear is clamped and rotatably arranged on the bottom cutting gear clamping groove, the bottom cutting annular rack is clamped and slidably arranged on the bottom cutting rotation rack groove, the bottom cutting rotation gear is meshed and connected with the bottom cutting annular rack, the bottom cutting rotation motor is connected with the bottom cutting rotation gear, and the bottom cutting rotation gear drives the bottom cutting annular rack to horizontally rotate 360 degrees;
the bottom cutting telescopic device comprises a bottom cutting limiting motor telescopic column, a bottom cutting telescopic column clamping groove, a cutting cylinder clamping groove, a bottom cutting telescopic cylinder, a bottom cutting metal wire cutter and a bottom cutting column triangular platform diversion trench, the bottom cutting limit motor telescopic column is arranged on the bottom cutting annular rack, the bottom cutting telescopic column clamping groove is connected with the cutting lifting clamping groove, the bottom cutting limit motor telescopic column is arranged on the bottom cutting telescopic column clamping groove in a clamping and sliding manner, the cutting cylinder clamping groove is arranged on the bottom cutting limiting motor telescopic column, the bottom cutting telescopic cylinder is arranged on the cutting cylinder clamping groove, the bottom cutting metal wire cutter is arranged on the bottom cutting telescopic cylinder, the bottom cutting column triangular platform guide groove is arranged on the bottom cutting limiting motor telescopic column, and the bottom cutting column triangular platform guide groove and the triangular platform clamping groove are connected in a clamping mode to play a role in guiding the falling objects during maintenance.
Further, the metal coil adjusting and transporting device comprises chain adjusting two-end limiting plates, a chain rolling roller, a metal wire stretching chain, a metal wire stretching hook, a chain rolling motor, a chain roller moving clamping groove, a chain roller moving clamping sleeve and a chain roller adjusting telescopic cylinder, wherein the chain adjusting two-end limiting plates are arranged on an upper end pressing limiting plate, the chain roller moving clamping groove is arranged on the middle chain adjusting two-end limiting plate, the chain roller moving clamping sleeve is clamped and slidably arranged on the chain roller moving clamping groove, the chain rolling roller is clamped and rotatably arranged on the chain roller moving clamping sleeve, the metal wire stretching chain is arranged on the chain rolling roller, the metal wire stretching hook is arranged on the metal wire stretching chain, the chain rolling motor is arranged on the chain rolling roller, and the chain roller adjusting telescopic cylinder is arranged on the chain adjusting two-end limiting plates, the chain roller adjusting telescopic cylinder is connected with the chain winding motor, and the metal wire stretching chain and the bottom plate supporting and adjusting device act synergistically to enable the metal wire stretching chain to be closer to and hung on waste winding wires in waste motor equipment.
Further, old and useless electrical equipment includes frame shell, the outside arch of motor and stator core, frame shell supports the protruding contact of edge with the lower extreme and is connected, the outside arch of motor is located on the frame shell, stator core locates on the frame shell.
Furthermore, the gravity center of the U-shaped rotating plate is pressed at the end of the side wall below, and the gravity center of the U-shaped rotating plate is pressed at the outer part of the edge end below.
Further, the radius of the debris collection column sliding tube is smaller than that of the pressurized stirring rotating tube.
Furthermore, hydraulic oil is arranged in the chip collecting column sliding pipe, hydraulic oil is arranged in the horizontal balance pipe, and hydraulic oil is arranged in the pressurizing stirring rotating pipe.
Further, the power supply is pressed to the lateral wall end and is connected with lateral wall end pressing telescopic cylinder electricity, the power supply is pressed to the lateral wall end and is connected with lateral wall end pressing rotary power motor electricity, the power supply is pressed to edge end outside and is connected with edge end outside pressing rotary cylinder electricity, edge end outside pressing power is connected with edge end outside pressing rotary power motor electricity.
The invention with the structure has the following beneficial effects: the scheme is that the motor maintenance workbench based on the Pascal law and capable of removing impurities in a multi-bubble adsorption mode is high in practicability and simple to operate, mainly aims at solving the problem of removing waste coils during motor maintenance, reduces the energy required for removing the waste coils during motor maintenance, is applied to the process of removing waste winding wires during motor maintenance through the technical theory of a pre-acting principle (related equipment is arranged in a convenient position in advance so that the related equipment can play a role in time without wasting time when needed), generates fragments such as metal fragments, antirust layer fragments, oil stain blocks, waste winding wire fragments and the like outside a motor when the motor is used for removing and maintaining the waste winding wires according to the obsolescence of the motor needing to be maintained, and decreases after one end of the waste winding wires is subjected to pressure through the Pascal law (after one point in incompressible static fluid generates incremental pressure due to external force, the incremental pressure is transmitted to each point of the static fluid) and then the pressure is instantly applied to each point of the static fluid, the other end of the motor is increased in pressure and raised, under the precondition that the rising direction is limited, the function of stirring while raising of stirring equipment is realized, the characteristic that adsorptive bubbles are generated by stirring in a foaming agent solution is utilized, a foaming agent aqueous solution is converted into a large amount of bubbles, the adsorption effect of impurities falling during motor maintenance is improved, the design goal that a metal chain is close to a waste winding wire and hooks the waste winding wire is realized by combining the adjustability of the metal chain and a foldable bracket at the bottom end, the function of fixing the motor during motor maintenance can be realized by utilizing a motor center limiting device with adjustable lifting according to the actual requirement on site, whether the waste guiding function is realized or not can be selected by adjusting the height of the fixing equipment, and the characteristic of non-Newtonian fluid (fluid with non-linear relation between shearing stress and shearing strain rate) is effectively utilized by an interference fit type motor pressing and fixing device outside the motor, the rubber block with the non-Newtonian fluid is slowly pressed to be clamped in the outer groove of the motor, according to the characteristic of the non-Newtonian fluid, the phenomenon that the waste winding wire is detached to work when the motor is suddenly rotated to influence the maintenance of the motor is avoided, the device reduces the labor consumed by operators in the operation process to extract the energy consumed by the waste winding wire, reduces the pollution to working equipment in the maintenance process of the motor, is convenient for users to realize the clean operation of motor maintenance, reduces the pollution, and is convenient for recycling waste materials.
Drawings
FIG. 1 is a front sectional view of a multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal's law;
FIG. 2 is a left side sectional view of a multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law;
FIG. 3 is a front view of a multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law;
FIG. 4 is a top view of a splicing support base plate in a multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law;
FIG. 5 is a top view of a bottom cutting rotation adjusting device in a motor maintenance workbench based on Pascal's law multi-bubble adsorption type impurity removal of the present invention;
FIG. 6 is a left side sectional view of a lower end supporting baseplate in a motor maintenance workbench for removing impurities by multi-bubble adsorption based on Pascal's law;
FIG. 7 is a top view of a U-shaped rotating plate pressed outside the edge end of a motor maintenance workbench for removing impurities based on Pascal's law and multi-bubble adsorption;
FIG. 8 is a top cross-sectional view of a waste motor device in a Pascal's law-based multi-bubble adsorption impurity removal motor maintenance workbench according to the present invention;
FIG. 9 is a front cross-sectional view of a foaming stirring fan blade in a multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law;
FIG. 10 is a top cross-sectional view of a metal coil transferring device in a motor maintenance workbench for removing impurities by multi-bubble adsorption based on Pascal's law;
FIG. 11 is a front sectional view of a foaming agent storage tube in a multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law;
FIG. 12 is a front sectional view of a stirring rotating connecting bracket in a multi-bubble adsorption type impurity removal motor maintenance workbench based on Pascal's law;
FIG. 13 is a front sectional view of a deep groove used material support plate in a motor maintenance workbench for multi-bubble adsorption type impurity removal based on Pascal's law according to the present invention;
FIG. 14 is a front cross-sectional view of an external pressing device at the end of a motor at the side wall in a motor maintenance workbench based on Pascal's law of multi-bubble adsorption type impurity removal, according to the present invention;
FIG. 15 is a partial front sectional view of a motor edge engaging device in a motor maintenance workbench for removing impurities based on Pascal's law with multiple bubbles adsorption;
FIG. 16 is an enlarged view of a portion A of FIG. 1;
FIG. 17 is an enlarged view of a portion B of FIG. 1;
fig. 18 is a partial enlarged view of portion C of fig. 2;
fig. 19 is a partial enlarged view of a portion D in fig. 2;
fig. 20 is a partial enlarged view of portion E of fig. 2;
fig. 21 is a partially enlarged view of portion F of fig. 2;
fig. 22 is a partial enlarged view of portion G of fig. 2;
fig. 23 is a partial enlarged view of portion H of fig. 3;
FIG. 24 is an enlarged view of a portion I of FIG. 3;
FIG. 25 is an enlarged view of a portion J of FIG. 11;
fig. 26 is a partially enlarged view of a portion K in fig. 2.
Wherein, 1, upper end adjustable fastening device, 2, metal coil transportation device, 3, splicing supporting bottom plate, 4, rotating cutting device, 5, interference fit type motor pressing fixing device, 6, Pascal law decontamination device, 7, waste motor equipment, 8, partial pressure balancing device, 9, rotating stirring device, 10, flushing drying device, 11, deep groove waste supporting plate, 12, deep groove debris collecting plate sliding groove, 13, deep groove debris collecting plate connecting column, 14, debris collecting column sliding tube, 15, horizontal balancing tube, 16, pressurizing stirring rotating tube, 17, pressurizing stirring rotating column, 18, pressurizing clamping baffle, 19, foaming agent storage tube, 20, spiral rotating groove, 21, friction reducing ball, 22, spiral rotating block, 23, stirring rotating connecting bracket, 24, foaming stirring fan blades, 25, resistance reducing air hole, 26, A foaming agent injection port, 27, a foaming agent injection pipe, 28, a foam discharge pipe, 29, an aqueous solution injection port, 30, an aqueous solution injection pipe, 31, a drying ventilation fan, 32, a bottom plate supporting and adjusting device, 33, a placing table splicing device, 34, a lower end supporting bottom plate, 35, a lower end supporting edge bulge, 36, a lower end supporting anti-rolling groove, 37, a triangular table clamping groove, 38, an upper end splicing placing plate, 39, a triangular table clamping block, 40, an upper end splicing plate turning clamping block, 41, an upper end splicing plate turning two-end limiting plate, 42, a turning middle dividing plate, 43, an upper end splicing plate turning clamping groove, 44, a first balance bottom plate, 45, a second resistance increasing bottom plate, 46, a first turning fixing bracket, 47, a first turning rotating bracket, 48, a second turning fixing bracket, 49, a second turning rotating bracket, 50, a first lifting cylinder, 51, a first air cylinder bracket, 52. a second lifting cylinder, 53, a second cylinder bracket, 54, a side wall end motor external pressing device, 55, an edge end motor external pressing device, 56, a side wall end pressing fixed bracket, 57, a side wall end pressing rotating bracket, 58, a side wall end pressing power supply, 59, a side wall end pressing telescopic cylinder, 60, a side wall end pressing rotating power motor, 61, a side wall end pressing cylinder connecting plate, 62, a side wall end pressing U-shaped rotating plate, 63, a side wall non-Newtonian fluid material, 64, a side wall motor external telescopic rubber clamping block, 65, a side wall motor external clamping groove, 66, an edge end external pressing slot, 67, an edge end external pressing insertion block, 68, an edge end external pressing fixed bracket, 69, an edge end external fixed bracket balancing slot, 70, an edge end external pressing power supply, 71, an edge end external pressing rotating cylinder, 72, an edge end external pressing rotating power motor, 73. an edge end external pressing connecting plate, 74 an edge end external pressing U-shaped rotating plate, 75 an edge non-Newtonian fluid material, 76 an edge motor external telescopic rubber clamping block, 77 an edge motor external clamping groove, 78 a transfer movement adjusting device, 79 a transfer pressing device, 80 a motor edge clamping device, 81 an equipment rear end supporting column, 82 a rear end transfer adjusting cylinder, 83 a rear end transfer adjusting connecting plate, 84 a rear end transfer adjusting bracket, 85 a rear end transfer bracket clamping groove, 86 an upper end pressing limiting plate, 87 an upper end plate lifting chain lifting groove, 88 an upper end pressing cylinder, 89 a cylinder pressing connecting plate, 90 a pressing plate chain lifting groove, 91, an edge clamping sliding groove, 92 an edge clamping sliding block, 93 an edge clamping sliding insertion plate, 94 an insertion plate clamping connecting spring, 95 an edge insertion plate sliding groove, 96. edge clamping inserting plate fixing groove, 97, motor edge pressing damping sleeve, 98, motor edge pressing damping clamping block, 99, motor edge pressing damping spring, 100, motor edge pressing connecting plate, 101, motor edge inner wall connecting block, 102, motor edge outer wall clamping fixing plate, 103, motor edge outer wall clamping plate sliding support, 104, motor edge outer wall clamping plate sliding clamping groove, 105, motor edge outer wall clamping connecting spring, 106, bottom cutting lifting device, 107, bottom cutting rotating adjusting device, 108, bottom cutting telescopic device, 109, cutting lifting fixing support, 110, cutting lifting adjusting cylinder, 111, cutting lifting connecting plate, 112, cutting lifting clamping groove, 113, bottom cutting rotating motor, 114, bottom cutting rotating gear, 115, bottom cutting annular rack, 116, bottom cutting gear clamping groove, 117. rack groove is rotated in the bottom cutting, 118, the flexible post of the spacing motor of bottom cutting, 119, flexible post joint groove of bottom cutting, 120, cutting cylinder joint groove, 121, flexible cylinder of bottom cutting, 122, bottom cutting wire cutter, 123, the three prismatic platform guiding gutter of bottom cutting post, 124, both ends limiting plate is adjusted to the chain, 125, chain rolling cylinder, 126, the tensile chain of wire, 127, the tensile lifting hook of wire, 128, chain rolling motor, 129, chain rolling cylinder removes joint groove, 130, chain rolling cylinder removes the block sleeve pipe, 131, chain rolling cylinder adjusts flexible cylinder, 132, frame shell, 133, the outside arch of motor, 134, stator core, 135, fixing device joint groove is pressed to the motor, 136, the foaming rotation motor.
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments; all other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
As shown in fig. 1, 2, 3 and 4, the invention provides a pascal law-based multi-bubble adsorption-type impurity-removing motor maintenance workbench which comprises an upper-end adjustable fastening device 1, a metal coil transporting device 2, a splicing supporting base plate 3, a rotary cutting device 4, an interference fit type motor pressing and fixing device 5, a pascal law dirt removing device 6 and waste motor equipment 7, wherein the upper-end adjustable fastening device 1 is arranged on the splicing supporting base plate 3, the metal coil transporting device 2 is arranged on the upper-end adjustable fastening device 1, the rotary cutting device 4 is arranged on the splicing supporting base plate 3, the interference fit type motor pressing and fixing device 5 is arranged on the splicing supporting base plate 3, the pascal law dirt removing device 6 is arranged on the splicing supporting base plate 3, and the waste motor equipment 7 is in contact connection with the splicing supporting base plate 3; the splicing support base plate 3 comprises a base plate support adjusting device 32 and a placing table splicing device 33, the placing table splicing device 33 is connected with the interference fit type motor pressing and fixing device 5, and the base plate support adjusting device 32 is arranged on the placing table splicing device 33; the placing table splicing device 33 comprises a lower end supporting bottom plate 34, a lower end supporting edge bulge 35, a lower end supporting anti-rolling groove 36, a triangular table clamping groove 37, an upper end splicing placing plate 38, a triangular table clamping block 39, an upper end splicing plate turning clamping block 40, an upper end splicing plate turning two-end limiting plate 41, a turning middle dividing plate 42, an upper end splicing plate turning groove 43 and a motor pressing fixing device clamping groove 135, wherein the lower end supporting bottom plate 34 is arranged on a bottom plate supporting and adjusting device 32, the lower end supporting edge bulge 35 is arranged on the lower end supporting bottom plate 34, the lower end supporting anti-rolling groove 36 is arranged on the lower end supporting edge bulge 35, the triangular table clamping groove 37 is arranged on the lower end supporting bottom plate 34, the upper end splicing plate turning two-end limiting plate 41 is arranged on the lower end supporting bottom plate 34, the turning middle dividing plate 42 is arranged on the upper end splicing plate turning two-end limiting plate 41, the upper end splicing plate turning clamping groove 43 is arranged on the upper end turning plate turning limiting plate two-end limiting plate 41, the upper end splice plate turnover clamping block 40 is clamped and slidably arranged on the upper end splice plate turnover clamping groove 43, the upper end splicing placing plate 38 is arranged on the upper end splice plate turnover clamping block 40, the triangular table clamping block 39 is arranged on the upper end splicing placing plate 38, the triangular table clamping block 39 is clamped and slidably arranged on the triangular table clamping groove 37, the motor pressing and fixing device clamping groove 135 is arranged on the upper end splicing placing plate 38, and the interference fit type motor pressing and fixing device 5 is clamped and slidably arranged on the motor pressing and fixing device clamping groove 135;
the bottom plate supporting and adjusting device 32 comprises a first balance bottom plate 44, a second resistance-increasing bottom plate 45, a first turnover fixing support 46, a first turnover rotating support 47, a second turnover fixing support 48, a second turnover rotating support 49, a first lifting cylinder 50, a first cylinder support 51, a second lifting cylinder 52 and a second cylinder support 53, wherein the first turnover rotating support 47 is arranged on the lower end supporting bottom plate 34, the second turnover rotating support 49 is arranged on the lower end supporting bottom plate 34, the second cylinder support 53 is hinged with the lower end supporting bottom plate 34, the first cylinder support 51 is hinged with the lower end supporting bottom plate 34, the first turnover fixing support 46 is hinged with the first turnover rotating support 47, the second turnover fixing support 48 is hinged with the second turnover rotating support 49, the first lifting cylinder 50 is connected with the first cylinder support 51, the second lifting cylinder 52 is connected with the second cylinder support 53, the first balance bottom plate 44 is arranged on the first turnover fixing support 46, the first balance bottom plate 44 is connected with the first lifting cylinder 50, the second resistance-increasing bottom plate 45 is arranged on the second turnover fixing support 48, and the second resistance-increasing bottom plate 45 is arranged on the second lifting cylinder 52.
As shown in fig. 2 and 15, the upper adjustable fastening device 1 includes a transportation movement adjusting device 78, a transportation pressing device 79 and a motor edge engaging device 80, the transportation movement adjusting device 78 is disposed on the lower support base plate 34, the transportation pressing device 79 is disposed on the transportation movement adjusting device 78, and the motor edge engaging device 80 is disposed on the transportation pressing device 79; the allocation and transportation movement adjusting device 78 comprises an equipment rear end supporting column 81, a rear end allocation and transportation adjusting cylinder 82, a rear end allocation and transportation adjusting connecting plate 83, a rear end allocation and transportation adjusting support 84 and a rear end allocation and transportation support clamping groove 85, wherein the equipment rear end supporting column 81 is arranged on the lower end supporting base plate 34, the rear end allocation and transportation adjusting cylinder 82 is arranged on the equipment rear end supporting column 81, the rear end allocation and transportation adjusting connecting plate 83 is arranged on the rear end allocation and transportation adjusting cylinder 82, the rear end allocation and transportation adjusting support 84 is arranged on the rear end allocation and transportation adjusting connecting plate 83, the rear end allocation and transportation support clamping groove 85 is arranged on the equipment rear end supporting column 81, and the rear end allocation and transportation adjusting support 84 is clamped and slidably arranged on the rear end allocation and transportation support clamping groove 85;
the transfer pressing device 79 comprises an upper end pressing limiting plate 86, an upper end plate lifting chain lifting groove 87, an upper end pressing air cylinder 88, an air cylinder downward pressing connecting plate 89 and a downward pressing plate chain lifting groove 90, wherein the upper end pressing limiting plate 86 is arranged on the rear end transfer adjusting bracket 84, the upper end plate lifting chain lifting groove 87 is arranged on the upper end pressing limiting plate 86, the upper end pressing air cylinder 88 is arranged on the upper end pressing limiting plate 86, the air cylinder downward pressing connecting plate 89 is arranged on the upper end pressing air cylinder 88, and the downward pressing plate chain lifting groove 90 is arranged on the air cylinder downward pressing connecting plate 89;
the motor edge engaging device 80 comprises an edge engaging sliding groove 91, an edge engaging sliding block 92, an edge engaging sliding insert plate 93, an engaging insert plate connecting spring 94, an edge engaging insert plate sliding groove 95, an edge engaging insert plate fixing groove 96, a motor edge pressing shock-absorbing bushing 97, a motor edge pressing shock-absorbing engaging block 98, a motor edge pressing shock-absorbing spring 99, a motor edge pressing connecting plate 100, a motor edge inner wall connecting block 101, a motor edge outer wall engaging fixing plate 102, a motor edge outer wall engaging plate sliding bracket 103, a motor edge outer wall engaging plate sliding engaging groove 104 and a motor edge outer wall engaging connecting spring 105, the edge engaging sliding groove 91 is provided on the cylinder depressing connecting plate 89, the edge engaging sliding block 92 is slidably provided on the edge engaging sliding groove 91, the engaging insert plate connecting spring 94 is provided on the edge engaging sliding block 92, the edge engaging sliding insert plate 93 is provided on the engaging insert plate connecting spring 94, an edge-engaging insert-plate sliding groove 95 is provided on the edge-engaging sliding block 92, an edge-engaging insert-plate fixing groove 96 is provided on the cylinder press-down connecting plate 89, an edge-engaging sliding insert plate 93 is slidably provided on the edge-engaging insert-plate sliding groove 95, an edge-engaging sliding insert plate 93 is slidably provided on the edge-engaging insert-plate fixing groove 96, a motor-edge-pressing damper bushing 97 is provided on the edge-engaging sliding block 92, a motor-edge-pressing damper bushing 98 is slidably provided on the motor-edge-pressing damper bushing 97, one end of a motor-edge-pressing damper spring 99 is provided on the motor-edge-pressing damper bushing 98, the other end of the motor-edge-pressing damper spring 99 is provided on the motor-edge-pressing damper bushing 97, a motor-edge-pressing connecting plate 100 is provided on the motor-edge-pressing damper bushing 98, and a motor-edge-inner-wall connecting block 101 is provided on the motor-edge-pressing connecting plate 100, the motor edge outer wall clamping plate sliding clamping groove 104 is formed in the motor edge pressing connecting plate 100, the motor edge outer wall clamping connecting spring 105 is arranged on the motor edge outer wall clamping plate sliding clamping groove 104, the motor edge outer wall clamping plate sliding support 103 is arranged on the motor edge outer wall clamping connecting spring 105, the motor edge outer wall clamping plate sliding support 103 is arranged on the motor edge outer wall clamping plate sliding clamping groove 104 in a clamping and sliding mode, and the motor edge outer wall clamping fixing plate 102 is arranged on the motor edge outer wall clamping plate sliding support 103.
As shown in fig. 10, the metal coil transferring device 2 includes a chain adjusting two-end limiting plate 124, a chain winding roller 125, a metal wire stretching chain 126, a metal wire stretching hook 127, a chain winding motor 128, a chain roller moving engaging groove 129, a chain roller moving engaging sleeve 130 and a chain roller adjusting telescopic cylinder 131, the chain adjusting two-end limiting plate 124 is disposed on the upper end pressing limiting plate 86, the chain roller moving engaging groove 129 is disposed on the middle chain adjusting two-end limiting plate 124, the chain roller moving engaging sleeve 130 is slidably engaged with the chain roller moving engaging groove 129, the chain winding roller 125 is rotatably engaged with the chain roller moving engaging sleeve 130, the metal wire stretching chain 126 is disposed on the chain winding roller 125, the metal wire stretching hook 127 is disposed on the metal wire stretching chain 126, the chain winding motor 128 is disposed on the chain winding roller 125, the chain roller adjusting telescopic cylinder 131 is arranged on the limiting plates 124 at the two ends of the chain adjusting, and the chain roller adjusting telescopic cylinder 131 is connected with the chain winding motor 128.
As shown in fig. 1, 2, 3 and 5, the rotary cutting device 4 includes a bottom cutting lifting device 106, a bottom cutting rotary adjusting device 107 and a bottom cutting telescopic device 108, the bottom cutting lifting device 106 is disposed on the splicing supporting base plate 3, the bottom cutting rotary adjusting device 107 is disposed on the bottom cutting lifting device 106, and the bottom cutting telescopic device 108 is disposed on the bottom cutting rotary adjusting device 107; the bottom cutting lifting device 106 comprises a cutting lifting fixing support 109, a cutting lifting adjusting cylinder 110, a cutting lifting connecting plate 111 and a cutting lifting clamping groove 112, wherein the cutting lifting fixing support 109 is arranged on the splicing supporting base plate 3, the cutting lifting adjusting cylinder 110 is arranged on the cutting lifting fixing support 109, the cutting lifting connecting plate 111 is arranged on the cutting lifting adjusting cylinder 110, the cutting lifting clamping groove 112 is arranged on the splicing supporting base plate 3, and the cutting lifting connecting plate 111 is clamped and slidably arranged on the cutting lifting clamping groove 112;
the bottom cutting rotation adjusting device 107 includes a bottom cutting rotation motor 113, a bottom cutting rotation gear 114, a bottom cutting annular rack 115, a bottom cutting gear engaging groove 116 and a bottom cutting rotation rack groove 117, the bottom cutting gear engaging groove 116 is disposed on the cutting lifting connection plate 111, the bottom cutting rotation rack groove 117 is connected to the bottom cutting gear engaging groove 116, the bottom cutting rotation gear 114 is engaged and rotatably disposed on the bottom cutting gear engaging groove 116, the bottom cutting annular rack 115 is engaged and slidably disposed on the bottom cutting rotation rack groove 117, the bottom cutting rotation gear 114 is engaged and connected to the bottom cutting annular rack 115, and the bottom cutting rotation motor 113 is connected to the bottom cutting rotation gear 114;
bottom cutting telescoping device 108 includes the flexible post 118 of the spacing motor of bottom cutting, the flexible post snap-fit groove 119 of bottom cutting, cutting cylinder snap-fit groove 120, bottom cutting telescopic cylinder 121, bottom cutting wire cutter 122 and the three prismatic table guiding gutter 123 of bottom cutting post, the flexible post 118 of the spacing motor of bottom cutting is located on bottom cutting annular rack 115, bottom cutting telescopic cylinder snap-fit groove 119 links to each other with cutting lift snap-fit groove 112, the flexible post 118 block of the spacing motor of bottom cutting slides and locates on the flexible post snap-fit groove 119 of bottom cutting, cutting cylinder snap-fit groove 120 is located on the spacing motor of bottom cutting telescopic cylinder 118, bottom cutting telescopic cylinder 121 is located on cutting cylinder snap-fit groove 120, bottom cutting wire cutter 122 is located on the flexible cylinder 121 of bottom cutting, the three prismatic table guiding gutter 123 of bottom cutting post is located on the spacing motor of bottom cutting telescopic cylinder 118.
As shown in fig. 1, 2, 3, 7 and 14, the press-fixing device 5 of the interference fit type motor includes a side-wall-end-motor external pressing device 54 and an edge-end-motor external pressing device 55, the side-wall-end-motor external pressing device 54 is disposed on the triangular-table engaging groove 37, and the edge-end-motor external pressing device 55 is disposed on the lower-end supporting base plate 34; the side wall end motor external pressing device 54 includes a side wall end pressing fixing bracket 56, a side wall end pressing rotating bracket 57, a side wall end pressing power supply 58, a side wall end pressing telescopic cylinder 59, a side wall end pressing rotating power motor 60, a side wall end pressing cylinder connecting plate 61, a side wall end pressing U-shaped rotating plate 62, a side wall non-Newtonian fluid material 63, a side wall motor external telescopic rubber engaging block 64 and a side wall motor external engaging groove 65, the side wall end pressing fixing bracket 56 is provided on the trigonal table engaging groove 37, the side wall end pressing rotating bracket 57 is hinged to the side wall end pressing fixing bracket 56, the side wall end pressing fixing bracket 56 is in interference fit with the side wall end pressing rotating bracket 57, the side wall end pressing power supply 58 is provided on the side wall end pressing rotating bracket 57, the side wall end pressing telescopic cylinder 59 is rotatably provided on the side wall end pressing rotating bracket 57, the side wall end pressing rotating power motor 60 is provided on the side wall end pressing telescopic cylinder 59, a side wall end pressing cylinder connecting plate 61 is arranged on the side wall end pressing telescopic cylinder 59, a side wall end pressing U-shaped rotating plate 62 is clamped and rotatably arranged on the side wall end pressing cylinder connecting plate 61, the side wall end pressing U-shaped rotating plate 62 is in clearance fit with the side wall end pressing cylinder connecting plate 61, a side wall motor external telescopic rubber clamping block 64 is arranged on the side wall end pressing U-shaped rotating plate 62, a side wall motor external telescopic rubber clamping groove 65 is arranged on the side wall motor external telescopic rubber clamping block 64, and a side wall non-Newtonian fluid material 63 is arranged on the side wall motor external clamping groove 65;
the edge end motor external pressing device 55 includes an edge end external pressing slot 66, an edge end external pressing insert 67, an edge end external pressing fixing bracket 68, an edge end external fixing bracket balance slot 69, an edge end external pressing power supply 70, an edge end external pressing rotary cylinder 71, an edge end external pressing rotary power motor 72, an edge end external pressing connecting plate 73, an edge end external pressing U-shaped rotary plate 74, an edge non-Newtonian fluid material 75, an edge motor external telescopic rubber engaging block 76 and an edge motor external engaging slot 77, the edge end external pressing slot 66 is provided on the lower end support base plate 34, the edge end external pressing insert 67 is slidably engaged with the edge end external pressing slot 66, the edge end external pressing fixing bracket 68 is provided on the edge end external pressing insert 67, the edge end external fixing bracket balance slot 69 is provided on the edge end external pressing fixing bracket 68, an edge end external pressing power supply 70 is arranged on the edge end external pressing fixed support 68, an edge end external pressing rotary cylinder 71 is clamped and rotatably arranged on the edge end external pressing fixed support 68, an edge end external pressing rotary power motor 72 is arranged on the edge end external pressing rotary cylinder 71, an edge end external pressing connecting plate 73 is arranged on the edge end external pressing rotary cylinder 71, an edge end external pressing U-shaped rotary plate 74 is clamped and rotatably arranged on the edge end external pressing connecting plate 73, the edge end external pressing U-shaped rotary plate 74 is in clearance fit with the edge end external pressing connecting plate 73, an edge motor external telescopic rubber clamping block 76 is arranged on the edge end external pressing U-shaped rotary plate 74, an edge motor external clamping groove 77 is arranged on the edge motor external telescopic rubber clamping block 76, and an edge non-Newton fluid material 75 is arranged on the edge motor external clamping groove 77.
As shown in fig. 1, 3, 6, 9, 11, 12 and 13, the pascal's law decontamination device 6 includes a partial pressure balancing device 8, a rotary stirring device 9 and a showering drying device 10, wherein the partial pressure balancing device 8 is disposed on the lower end support base plate 34, the rotary stirring device 9 is disposed on the partial pressure balancing device 8, and the showering drying device 10 is disposed on the lower end support base plate 34; the partial pressure balancing device 8 comprises a deep groove waste supporting plate 11, a deep groove scrap collecting plate sliding groove 12, a deep groove scrap collecting plate connecting column 13, a scrap collecting column sliding pipe 14, a horizontal balancing pipe 15, a pressurizing stirring rotating pipe 16, a pressurizing stirring rotating column 17 and a pressurizing clamping baffle 18, wherein the deep groove waste supporting plate 11 is arranged on a triangular platform clamping groove 37, the deep groove scrap collecting plate sliding groove 12 is arranged on a lower end supporting base plate 34, the deep groove waste supporting plate 11 is arranged on the deep groove scrap collecting plate sliding groove 12 in a clamping and sliding manner, the deep groove scrap collecting plate connecting column 13 is arranged on the deep groove waste supporting plate 11, the scrap collecting column sliding pipe 14 is arranged on the lower end supporting base plate 34, the deep groove scrap collecting plate connecting column 13 is arranged on the scrap collecting column sliding pipe 14 in a clamping and sliding manner, the horizontal balancing pipe 15 is arranged on the scrap collecting column sliding pipe 14, the pressurizing stirring rotating pipe 16 is arranged on the horizontal balancing pipe 15, the pressurizing stirring rotating column 17 is clamped and slidably arranged on the pressurizing stirring rotating pipe 16, the pressurizing clamping baffle plate 18 is arranged on the pressurizing stirring rotating column 17, and the pressurizing clamping baffle plate 18 is clamped and slidably arranged on the pressurizing stirring rotating pipe 16;
the rotary stirring device 9 comprises a foaming agent storage tube 19, a spiral rotating groove 20, friction reducing balls 21, a spiral rotating block 22, a stirring rotating connecting support 23, a foaming stirring fan blade 24, a resistance reducing foaming air hole 25, a foaming agent injection hole 26, a foaming agent injection tube 27, a foam discharging tube 28 and a foaming rotating motor 136, wherein the foaming agent storage tube 19 is arranged on a lower end supporting bottom plate 34, the spiral rotating groove 20 is arranged on the foaming agent storage tube 19, the friction reducing balls 21 are clamped and rotated on the spiral rotating groove 20, the spiral rotating block 22 is arranged on a pressurizing stirring rotating column 17, the spiral rotating block 22 is clamped and slid on the spiral rotating groove 20, the stirring rotating connecting support 23 is arranged on the pressurizing stirring rotating column 17, the foaming rotating motor 136 is arranged on the stirring rotating connecting support 23, the foaming stirring fan blade 24 is arranged on the foaming rotating motor 136, the resistance reducing foaming air hole 25 is arranged on the foaming stirring fan blade 24, the foaming agent injection port 26 is arranged on the foaming agent storage pipe 19, one end of the foam discharge pipe 28 is arranged on the foaming agent storage pipe 19, the other end of the foam discharge pipe 28 is arranged on the triangular platform clamping groove 37, and the foaming agent injection pipe 27 is connected with the foaming agent injection port 26;
the shower drying device 10 includes an aqueous solution injection port 29, an aqueous solution injection pipe 30, and a drying ventilation fan 31, wherein the aqueous solution injection port 29 is provided on the foam discharge pipe 28, the aqueous solution injection pipe 30 is provided on the aqueous solution injection port 29, and the drying ventilation fan 31 is provided on the first balance bottom plate 44.
As shown in fig. 8, the waste motor device 7 includes a base housing 132, a motor outer protrusion 133, and a stator core 134, wherein the base housing 132 is connected to the lower support edge protrusion 35 in a contact manner, the motor outer protrusion 133 is provided on the base housing 132, and the stator core 134 is provided on the base housing 132.
The side wall end presses the center of gravity of the U-shaped pivotal plate 62 downward, and the edge end outer side presses the center of gravity of the U-shaped pivotal plate 74 downward.
The radius of the debris collecting column sliding tube 14 is smaller than the radius of the pressurized agitating rotating tube 16.
When the motor winding disassembling device is used specifically, a user firstly places a motor to be repaired on the upper end splicing placing plate 38 on the splicing supporting bottom plate 3, removes shells at two ends of the waste motor and a middle rotor, only leaves a waste motor middle sleeve attached with a stator winding, and needs to replace the stator winding in the motor according to the reason of motor damage, so that the user needs to take down the stator winding firstly, in order to reduce metal scraps and oil dirt blocks generated when the stator winding in the motor is removed, the user separates the lower end supporting bottom plate 34 from the upper end splicing placing plate 38, enables the upper end splicing plate folding block 40 to slide along an upper end splicing plate folding and folding clamping groove 43 formed by the upper end splicing plate folding and folding two end limiting plates 41 and the folding and folding middle partition plate 42, enables the triangular frustum clamping block 39 to slide from the triangular frustum clamping groove 37, and separates the lower end supporting edge bulge 35 from the triangular frustum clamping block 39, turning over the upper end splicing placing plate 38, enabling the lower end supporting edge bulge 35 on the lower end supporting base plate 34 to leak upwards, enabling a user to place the waste motor middle sleeve attached with the stator winding on the lower end supporting edge bulge 35, enabling the user to fix the waste motor equipment 7, firstly enabling the user to control the cutting lifting adjusting cylinder 110 to extend, enabling the cutting lifting connecting plate 111 to slide along the cutting lifting clamping groove 112, enabling the bottom end cutting limiting motor telescopic column 118 to rise along the bottom end cutting telescopic column clamping groove 119, enabling the bottom end cutting column triangular platform diversion groove 123 to be separated from the triangular platform clamping groove 37, enabling the user to insert, place and fix the waste motor equipment 7 along the bottom end cutting limiting motor telescopic column 118, enabling the user to control the side wall end to press the rotating power motor 60 to work, enabling the side wall end pressing telescopic cylinder 59 to press the rotating support 57 to rotate along the side wall end, the side wall end pressing U-shaped rotating plate 62 rotates along the side wall end pressing cylinder connecting plate 61, the side wall end pressing U-shaped rotating plate 62 is perpendicular to the ground, the user controls the extension of the side wall end pressing telescopic cylinder 59, the side wall end pressing U-shaped rotating plate 62 presses the waste motor device 7, the side wall motor external telescopic rubber clamping block 64 is squeezed into the gap between the motor external bulges 133, the side wall motor external telescopic rubber clamping block 64 is squeezed and deformed by the motor external bulges 133, the side wall non-Newtonian fluid material 63 flows along with the deformation of the side wall motor external telescopic rubber clamping block 64, the side wall end pressing U-shaped rotating plate 62 and the side wall motor external telescopic rubber clamping block 64 cooperate to fix the waste motor device 7, and meanwhile, the user presses the edge end external pressing insertion block 67 to be inserted into the edge end external pressing insertion slot 66, the edge end external pressing fixed bracket balance slot 69 on the edge end external pressing fixed bracket 68 is inserted on the lower end supporting edge bulge 35, the edge end external pressing rotating power motor 72 works to drive the edge end external pressing rotating cylinder 71 to rotate along the edge end external pressing fixed bracket 68, the gravity center of the edge end external pressing U-shaped rotating plate 74 is always downward, the edge end external pressing U-shaped rotating plate 74 rotates along the edge end external pressing connecting plate 73, the edge end external pressing rotating cylinder 71 extends to enable the edge end external pressing U-shaped rotating plate 74 to extrude and fix the outer wall of the waste motor device 7, the edge motor external telescopic rubber clamping block 76 is inserted along the gap between the motor external bulges 133, and the edge non-Newtonian fluid material 75 flows in the edge motor external clamping slot 77 under the influence of the deformation of the edge motor external telescopic rubber clamping block 76, the edge motor outer telescopic rubber clamping block 76 and the edge end outer pressing U-shaped rotating plate 74 jointly act to fix the waste motor equipment 7, the two sets of side wall end pressing U-shaped rotating plates 62 and the two sets of edge end outer pressing U-shaped rotating plates 74 simultaneously act to fix the waste motor equipment 7 from four directions, the middle of the waste motor equipment 7 is limited by the bottom cutting limiting motor telescopic column 118, the lower end of the waste motor equipment 7 is fixed, a user needs to firstly move the cylinder pressing connecting plate 89 to the upper part of the waste motor equipment 7 in order to fix the upper end of the waste motor equipment 7, the rear end transportation adjusting cylinder 82 extends, the rear end transportation adjusting connecting plate 83 drives the rear end transportation adjusting bracket 84 to slide along the rear end transportation bracket clamping groove 85, the upper end pressing limiting plate 86 horizontally moves to the upper part of the waste motor equipment 7, and the upper end pressing cylinder 88 extends to enable the cylinder pressing connecting plate 89 to drive the motor edge clamping device 80 to descend, according to the radius length of the waste electric machine 7, a user manually pulls the edge clamping sliding insertion plate 93, the clamping insertion plate connecting spring 94 deforms, the edge clamping sliding insertion plate 93 slides along the edge clamping insertion plate fixing groove 96, the edge clamping sliding block 92 moves along the edge clamping sliding groove 91, when the motor edge pressing connecting plate 100 moves to the upper end of the edge of the machine base shell 132 in the waste electric machine 7, the motor edge inner wall connecting block 101 is in contact connection with the machine base shell 132 in the waste electric machine, then the user slides the motor edge outer wall clamping plate sliding support 103 in the motor edge outer wall clamping plate sliding clamping groove 104, the motor edge outer wall clamping connecting spring 105 deforms, the motor edge outer wall clamping fixing plate 102 is in contact with the machine base shell 132, and the four groups of motor edge outer wall clamping fixing plates 102 and the four groups of motor edge inner wall connecting blocks 101 cooperate to fix the waste electric machine 7, at this time, the waste motor device 7 is fixed relative to the lower end supporting base plate 34, in order to take out the stator winding in the waste motor, a user controls the bottom end cutting telescopic cylinder 121 in the cutting cylinder clamping groove 120 to extend, the bottom end cutting wire cutter 122 is connected with the stator winding to cut off the stator winding coil, the cut-off bottom end stator winding wire falls into the triangular platform clamping groove 37, in order to realize multi-angle cutting, the stator winding is completely cut and edge-removed, the bottom end cutting rotary motor 113 is controlled to work, the bottom end cutting rotary gear 114 drives the bottom end cutting annular rack 115 to rotate, the bottom end cutting limit motor telescopic column 118 drives the bottom end cutting wire cutter 122 to do horizontal rotation work, the horizontal rotation cutting of the metal winding wire on the stator core 134 in the waste motor device 7 is realized, and at this time, the upper end part of the cut metal winding wire is still attached to the stator core 134, when the chain winding motor 128 is operated, the chain winding drum 125 rotates to lower the wire drawing chain 126, the wire drawing hook 127 moves into the base housing 132, the chain drum is controlled to adjust the telescopic cylinder 131 to contract, the chain winding drum 125 slides along the chain drum moving engagement groove 129, so that the wire drawing hook 127 is close to the metal winding, in order to enable the wire drawing hook 127 to contact with the stator winding, a user controls the first lifting cylinder 50 and the second lifting cylinder 52 to rise, one end of the lower end support base plate 34 rises, the first folding rotary bracket 47 and the second folding rotary bracket 49 respectively change the included angle between the first folding fixed bracket 46 and the second folding fixed bracket 48, the lower end support base plate 34 drives the waste motor device 7 to incline, but the wire drawing chain 126 is always under the action of gravity, so that the wire drawing hook 127 is vertically downward, the metal wire drawing hook 127 contacts with a stator winding wound on a stator core 134, then the metal wire drawing chain 126 on the chain winding roller 125 is controlled to wind, the metal wire drawing hook 127 drives the metal winding to rise, so that the stator winding is separated from the stator core 134, the stator winding is drawn away, metal scraps and impurities attached to the waste motor equipment 7 can fall off due to the vibration influence of the waste motor equipment 7 in the drawing away process, the impurities slide onto the deep groove waste supporting plate 11 along the triangular platform clamping groove 37, after the deep groove waste supporting plate 11 receives the pressure of the falling metal wires, the scraps and the oily impurities, the deep groove waste supporting plate 11 slides downwards along the deep groove scrap collecting plate sliding groove 12, the deep groove scrap collecting plate connecting column 13 descends to extrude a pressure stabilizing solution in a hydraulic balance pipe consisting of the scrap collecting column sliding pipe 14, the horizontal balance pipe 15 and the pressurizing stirring rotating pipe 16, the liquid level of the pressure stabilizing solution in the chip collecting column sliding tube 14 is lowered, the liquid level of the pressure stabilizing solution in the pressurizing stirring rotating tube 16 is raised, the pressurizing clamping baffle plate 18 is raised along the pressurizing stirring rotating tube 16 to raise the pressurizing stirring rotating column 17, the spiral rotating block 22 on the pressurizing stirring rotating column 17 is limited by the spiral rotating groove 20, the spiral rotating block 22 slides upwards along the spiral rotating groove 20, the friction reducing balls 21 reduce the friction force between the spiral rotating block 22 and the spiral rotating groove 20, the foaming stirring blades 24 and the pressurizing stirring rotating column 17 push the foaming solvent in the pressurizing stirring rotating tube 16 upwards along the pressurizing stirring rotating tube 16, the liquid level of the foaming agent solution is raised, a user controls the foaming rotating motor 136 to rotate, the foaming stirring blades 24 stir the foaming agent to accelerate the foaming agent solution foaming speed, after the foam is accumulated to a certain degree, the foam is sent out along the foam discharging tube 28 and slides out along the triangular table clamping groove 37, the foam increases the contact area with metal and various impurities, the foam absorbs the impurities to avoid the impurities from splashing, at the moment, the water solution injection pipe 30 is opened again to enable the water solution injection port 29 to be fed into and scour the waste on the deep groove waste supporting plate 11, after a period of time, the water solution injection pipe 30 is closed, the drying ventilation fan 31 is opened to accelerate the volatilization speed of water molecules in the triangular platform clamping groove 37 through wind power, as the impurities on the deep groove waste supporting plate 11 are discharged, the pressure on the deep groove waste supporting plate 11 is reduced, the hydraulic pressure in the pressurizing stirring rotating pipe 16 is restored to the initial state, a user injects a certain amount of foaming solvent into the foaming agent storage pipe 19 along the foaming agent injection port 26 by opening the foaming agent injection pipe 27 to reach a certain volume and then closes the foam discharge pipe 28 again, at the moment, the device is restored to the clean and tidy initial state, the whole working flow of the invention is realized, repeating the steps when the medicine is used next time.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
The present invention and its embodiments have been described above, and the description is not intended to be limiting, and the drawings are only one embodiment of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should appreciate that they can readily use the disclosed conception and specific embodiments as a basis for designing or modifying other structures for carrying out the same purposes of the present invention without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (5)

1. The utility model provides a motor maintenance work platform of formula impurity removal is adsorbed to many bubbles based on pascal's law which characterized in that: the device comprises an upper-end adjustable fastening device, a metal coil transporting device, a splicing supporting bottom plate, a rotating cutting device, an interference fit type motor pressing and fixing device, a Pascal law decontamination device and waste motor equipment, wherein the upper-end adjustable fastening device is arranged on the splicing supporting bottom plate; the Pascal law decontamination device comprises a partial pressure balancing device, a rotary stirring device and a showering drying device, wherein the partial pressure balancing device is arranged on the spliced supporting bottom plate, the rotary stirring device is arranged on the partial pressure balancing device, and the showering drying device is arranged on the spliced supporting bottom plate; the partial pressure balancing device comprises a deep groove waste supporting plate, a deep groove scrap collecting plate sliding groove, a deep groove scrap collecting plate connecting column, a scrap collecting column sliding pipe, a horizontal balancing pipe, a pressurizing stirring rotating column and a pressurizing clamping baffle plate, the deep groove waste supporting plate is arranged on the splicing supporting bottom plate, the deep groove scrap collecting plate sliding groove is arranged on the splicing supporting bottom plate, the deep groove waste supporting plate clamping sliding groove is arranged on the deep groove scrap collecting plate sliding groove in a sliding mode, the deep groove scrap collecting plate connecting column is arranged on the deep groove scrap collecting plate supporting plate, the scrap collecting column sliding pipe is arranged on the splicing supporting bottom plate, the deep groove scrap collecting plate connecting column clamping sliding groove is arranged on the scrap collecting column sliding pipe in a sliding mode, the horizontal balancing pipe is arranged on the scrap collecting column sliding pipe, and the pressurizing stirring rotating pipe is arranged on the horizontal balancing pipe, the pressurizing stirring rotating column is clamped and slidably arranged on the pressurizing stirring rotating pipe, the pressurizing clamping baffle is arranged on the pressurizing stirring rotating column, and the pressurizing clamping baffle is clamped and slidably arranged on the pressurizing stirring rotating pipe;
the rotary stirring device comprises a foaming agent storage pipe, a spiral rotating groove, friction reducing balls, a spiral rotating block, a stirring rotating connecting support, a foaming stirring fan blade, a resistance reducing foaming air hole, a foaming agent injection pipe, a foam discharging pipe and a foaming rotating motor, wherein the foaming agent storage pipe is arranged on a splicing supporting base plate, the spiral rotating groove is arranged on the foaming agent storage pipe, the friction reducing balls are rotatably arranged on the spiral rotating groove in a clamping way, the spiral rotating block is arranged on a pressurizing stirring rotating column, the spiral rotating block is slidably arranged on the spiral rotating groove, the stirring rotating connecting support is arranged on the pressurizing stirring rotating column, the foaming rotating motor is arranged on the stirring rotating connecting support, the foaming stirring fan blade is arranged on the foaming rotating motor, the resistance reducing foaming air hole is arranged on the foaming stirring fan blade, the foaming agent injection hole is arranged on the foaming agent storage pipe, one end of the foam discharging pipe is arranged on the foaming agent storage pipe, the other end of the foam discharging pipe is arranged on the splicing supporting bottom plate, and the foaming agent injection pipe is connected with the foaming agent injection port;
the shower drying device comprises an aqueous solution injection port, an aqueous solution injection pipe and a drying ventilation fan, wherein the aqueous solution injection port is arranged on the foam discharge pipe, the aqueous solution injection pipe is arranged on the aqueous solution injection port, and the drying ventilation fan is arranged on the spliced supporting bottom plate;
the splicing support bottom plate comprises a bottom plate support adjusting device and a placing table splicing device, the placing table splicing device is connected with the interference fit type motor pressing fixing device, and the bottom plate support adjusting device is arranged on the placing table splicing device; the placing table splicing device comprises a lower end supporting bottom plate, a lower end supporting edge bulge, a lower end supporting anti-rolling groove, a triangular table clamping groove, an upper end splicing placing plate, a triangular table clamping block, an upper end splicing plate turnover two-end limiting plate, a turnover middle dividing plate, an upper end splicing plate turnover clamping groove and a motor pressing fixing device clamping groove, wherein the lower end supporting bottom plate is arranged on the bottom plate supporting and adjusting device, the lower end supporting edge bulge is arranged on the lower end supporting bottom plate, the lower end supporting anti-rolling groove is arranged on the lower end supporting edge bulge, the triangular table clamping groove is arranged on the lower end supporting bottom plate, the upper end splicing plate turnover two-end limiting plate is arranged on the lower end supporting bottom plate, the turnover middle dividing plate is arranged on the upper end splicing plate turnover two-end limiting plate, the upper end splicing plate turnover clamping groove is arranged on the upper end splicing plate turnover two-end limiting plate turnover, the upper end splicing plate turnover clamping block is clamped and slidably arranged on the upper end splicing plate turnover clamping groove, the upper end splicing placing plate is arranged on the upper end splicing plate turnover clamping block, the triangular table clamping block is arranged on the upper end splicing placing plate, the triangular table clamping block is clamped and slidably arranged on the triangular table clamping groove, the motor pressing fixing device clamping groove is arranged on the upper end splicing placing plate, and the interference fit type motor pressing fixing device is clamped and slidably arranged on the motor pressing fixing device clamping groove;
the bottom plate supporting and adjusting device comprises a first balance bottom plate, a second resistance-increasing bottom plate, a first turnover fixed support, a first turnover rotating support, a second turnover fixed support, a second turnover rotating support, a first lifting cylinder, a first cylinder support, a second lifting cylinder and a second cylinder support, wherein the first turnover rotating support is arranged on the lower end supporting bottom plate, the second cylinder support is hinged with the lower end supporting bottom plate, the first turnover fixed support is hinged with the first turnover rotating support, the second turnover fixed support is hinged with the second turnover rotating support, the first lifting cylinder is connected with the first cylinder support, the second lifting cylinder is connected with the second cylinder support, and the first balance bottom plate is arranged on the first turnover fixed support, the first balance bottom plate is connected with the first lifting cylinder, the second resistance-increasing bottom plate is arranged on the second turnover fixing support, and the second resistance-increasing bottom plate is arranged on the second lifting cylinder;
the interference fit type motor pressing and fixing device comprises a side wall end motor external pressing device and an edge end motor external pressing device, the side wall end motor external pressing device is arranged on the triangular platform clamping groove, and the edge end motor external pressing device is arranged on the lower end supporting base plate; the side wall end motor external pressing device comprises a side wall end pressing fixed support, a side wall end pressing rotating support, a side wall end pressing power supply, a side wall end pressing telescopic cylinder, a side wall end pressing rotating power motor, a side wall end pressing cylinder connecting plate, a side wall end pressing U-shaped rotating plate, a side wall non-Newtonian fluid material, a side wall motor external telescopic rubber clamping block and a side wall motor external clamping groove, wherein the side wall end pressing fixed support is arranged on the triangular frustum clamping groove, the side wall end pressing rotating support is hinged with the side wall end pressing fixed support, the side wall end pressing fixed support is in interference fit with the side wall end pressing rotating support, the side wall end pressing power supply is arranged on the side wall end pressing rotating support, the side wall end pressing telescopic cylinder clamping rotating is arranged on the side wall end pressing rotating support, and the side wall end pressing rotating power motor is arranged on the side wall end pressing telescopic cylinder, the side wall end pressing cylinder connecting plate is arranged on the side wall end pressing telescopic cylinder, the side wall end pressing U-shaped rotating plate is clamped and rotatably arranged on the side wall end pressing cylinder connecting plate, the side wall end pressing U-shaped rotating plate is in clearance fit with the side wall end pressing cylinder connecting plate, the side wall motor external telescopic rubber clamping block is arranged on the side wall end pressing U-shaped rotating plate, the side wall motor external clamping groove is formed in the side wall motor external telescopic rubber clamping block, and the side wall non-Newtonian fluid material is arranged on the side wall motor external clamping groove;
the edge end motor external pressing device comprises an edge end external pressing slot, an edge end external pressing insertion block, an edge end external pressing fixed support, an edge end external fixed support balance slot, an edge end external pressing power supply, an edge end external pressing rotary cylinder, an edge end external pressing rotary power motor, an edge end external pressing connecting plate, an edge end external pressing U-shaped rotating plate, an edge non-Newtonian fluid material, an edge motor external telescopic rubber clamping block and an edge motor external clamping slot, wherein the edge end external pressing slot is arranged on a lower end supporting base plate, the edge end external pressing insertion block is clamped and slidably arranged on the edge end external pressing slot, the edge end external pressing fixed support is arranged on the edge end external pressing insertion block, and the edge end external fixed support balance slot is arranged on the edge end external pressing fixed support, the edge end external pressing power supply is arranged on the edge end external pressing fixed bracket, the edge end external pressing rotary cylinder is clamped and rotatably arranged on the edge end external pressing fixed bracket, the edge end external pressing and rotating power motor is arranged on the edge end external pressing and rotating cylinder, the edge end external pressing and connecting plate is arranged on the edge end external pressing and rotating cylinder, the edge end external pressing U-shaped rotating plate is clamped and rotatably arranged on the edge end external pressing connecting plate, the edge end external pressing U-shaped rotating plate is in clearance fit with the edge end external pressing connecting plate, the edge motor external telescopic rubber clamping block is arranged on the edge end external pressing U-shaped rotating plate, the edge motor outer clamping groove is formed in the edge motor outer telescopic rubber clamping block, and the edge non-Newtonian fluid material is arranged on the edge motor outer clamping groove;
the adjustable upper-end fastening device comprises a transfer movement adjusting device, a transfer pressing device and a motor edge clamping device, the transfer movement adjusting device is arranged on the lower-end supporting base plate, the transfer pressing device is arranged on the transfer movement adjusting device, and the motor edge clamping device is arranged on the transfer pressing device; the allocation and transportation movement adjusting device comprises an equipment rear end supporting column, a rear end allocation and transportation adjusting cylinder, a rear end allocation and transportation adjusting connecting plate, a rear end allocation and transportation adjusting support and a rear end allocation and transportation support clamping groove, the equipment rear end supporting column is arranged on a lower end supporting bottom plate, the rear end allocation and transportation adjusting cylinder is arranged on the equipment rear end supporting column, the rear end allocation and transportation adjusting connecting plate is arranged on the rear end allocation and transportation adjusting cylinder, the rear end allocation and transportation adjusting support is arranged on the rear end allocation and transportation adjusting connecting plate, the rear end allocation and transportation support clamping groove is arranged on the equipment rear end supporting column, and the rear end allocation and transportation adjusting support is clamped and slidably arranged on the rear end allocation and transportation support clamping groove;
the transfer and transportation pressing device comprises an upper-end pressing limiting plate, an upper-end plate lifting chain lifting groove, an upper-end pressing air cylinder, an air cylinder downward pressing connecting plate and a lower pressing plate chain lifting groove, the upper-end pressing limiting plate is arranged on the rear-end transfer and transportation adjusting support, the upper-end plate lifting chain lifting groove is arranged on the upper-end pressing limiting plate, the upper-end pressing air cylinder is arranged on the upper-end pressing limiting plate, the air cylinder downward pressing connecting plate is arranged on the upper-end pressing air cylinder, and the lower pressing plate chain lifting groove is arranged on the air cylinder downward pressing connecting plate;
the edge clamping device of the motor comprises an edge clamping sliding groove, an edge clamping sliding block, an edge clamping sliding insertion plate, a clamping insertion plate connecting spring, an edge clamping insertion plate sliding groove, an edge clamping insertion plate fixing groove, a motor edge pressing damping sleeve, a motor edge pressing damping clamping block, a motor edge pressing damping spring, a motor edge pressing connecting plate, a motor edge inner wall connecting block, a motor edge outer wall clamping fixing plate, a motor edge outer wall clamping plate sliding support, a motor edge outer wall clamping plate sliding clamping groove and a motor edge outer wall clamping connecting spring, wherein the edge clamping sliding groove is arranged on an air cylinder lower pressing connecting plate, the edge clamping sliding block is clamped and slidably arranged on the edge clamping sliding groove, the clamping insertion plate connecting spring is arranged on the edge clamping sliding block, the edge clamping sliding insertion plate is arranged on the clamping insertion plate connecting spring, the edge clamping flashboard sliding groove is arranged on the edge clamping sliding block, the edge clamping flashboard fixing groove is arranged on the air cylinder downward pressing connecting plate, the edge clamping sliding flashboard is clamped and slidably arranged on the edge clamping flashboard sliding groove, the edge clamping sliding flashboard is clamped and slidably arranged on the edge clamping flashboard fixing groove, the motor edge pressing damping sleeve is arranged on the edge clamping sliding block, the motor edge pressing damping clamping block is clamped and slidably arranged on the motor edge pressing damping sleeve, one end of the motor edge pressing damping spring is arranged on the motor edge pressing damping clamping block, the other end of the motor edge pressing damping spring is arranged on the motor edge pressing damping sleeve, the motor edge pressing connecting plate is arranged on the motor edge pressing damping clamping block, and the motor edge inner wall connecting block is arranged on the motor edge pressing connecting plate, the edge outer wall clamping plate sliding support is arranged on the edge outer wall clamping plate sliding clamping groove of the motor in a clamping and sliding manner, and the edge outer wall clamping plate sliding fixing plate is arranged on the edge outer wall clamping plate sliding support;
the rotary cutting device comprises a bottom cutting lifting device, a bottom cutting rotary adjusting device and a bottom cutting telescopic device, the bottom cutting lifting device is arranged on the splicing supporting bottom plate, the bottom cutting rotary adjusting device is arranged on the bottom cutting lifting device, and the bottom cutting telescopic device is arranged on the bottom cutting rotary adjusting device; the bottom cutting lifting device comprises a cutting lifting fixing support, a cutting lifting adjusting cylinder, a cutting lifting connecting plate and a cutting lifting clamping groove, the cutting lifting fixing support is arranged on the splicing supporting bottom plate, the cutting lifting adjusting cylinder is arranged on the cutting lifting fixing support, the cutting lifting connecting plate is arranged on the cutting lifting adjusting cylinder, the cutting lifting clamping groove is arranged on the splicing supporting bottom plate, and the cutting lifting connecting plate is clamped and slidably arranged on the cutting lifting clamping groove;
the bottom cutting rotation adjusting device comprises a bottom cutting rotation motor, a bottom cutting rotation gear, a bottom cutting annular rack, a bottom cutting gear clamping groove and a bottom cutting rotation rack groove, the bottom cutting gear clamping groove is formed in the cutting lifting connecting plate, the bottom cutting rotation rack groove is connected with the bottom cutting gear clamping groove, the bottom cutting rotation gear is clamped and rotatably arranged on the bottom cutting gear clamping groove, the bottom cutting annular rack is clamped and slidably arranged on the bottom cutting rotation rack groove, the bottom cutting rotation gear is meshed and connected with the bottom cutting annular rack, and the bottom cutting rotation motor is connected with the bottom cutting rotation gear;
the bottom cutting telescopic device comprises a bottom cutting limiting motor telescopic column, a bottom cutting telescopic column clamping groove, a cutting cylinder clamping groove, a bottom cutting telescopic cylinder, a bottom cutting metal wire cutter and a bottom cutting column triangular platform diversion groove, wherein the bottom cutting limiting motor telescopic column is arranged on a bottom cutting annular rack, the bottom cutting telescopic column clamping groove is connected with the cutting lifting clamping groove, the bottom cutting limiting motor telescopic column is clamped and slidably arranged on the bottom cutting telescopic column clamping groove, the cutting cylinder clamping groove is arranged on the bottom cutting limiting motor telescopic column, the bottom cutting telescopic cylinder is arranged on the cutting cylinder clamping groove, the bottom cutting metal wire cutter is arranged on the bottom cutting telescopic cylinder, and the bottom cutting column triangular platform diversion groove is arranged on the bottom cutting limiting motor telescopic column;
the metal coil adjusting and transporting device comprises chain adjusting two-end limiting plates, a chain rolling roller, a metal wire stretching chain, a metal wire stretching hook, a chain rolling motor, a chain roller moving clamping groove, a chain roller moving clamping sleeve and a chain roller adjusting telescopic cylinder, wherein the chain adjusting two-end limiting plates are arranged on an upper end pressing limiting plate, the chain roller moving clamping groove is arranged on the middle chain adjusting two-end limiting plate, the chain roller moving clamping sleeve is clamped and slidably arranged on the chain roller moving clamping groove, the chain rolling roller is clamped and rotatably arranged on the chain roller moving clamping sleeve, the metal wire stretching chain is arranged on the chain rolling roller, the metal wire stretching hook is arranged on the metal wire stretching chain, the chain rolling motor is arranged on the chain rolling roller, the chain roller adjusting telescopic cylinder is arranged on the chain adjusting two-end limiting plates, and the chain roller adjusting telescopic cylinder is connected with the chain winding motor.
2. The pascal's law-based multi-bubble adsorption type impurity-removing motor maintenance workbench according to claim 1, characterized in that: the waste motor equipment comprises a machine base shell, a motor outer bulge and a stator core, wherein the machine base shell is connected with the lower end support edge bulge in a contact mode, the motor outer bulge is arranged on the machine base shell, and the stator core is arranged on the machine base shell.
3. The pascal's law-based multi-bubble adsorption type impurity-removing motor maintenance workbench according to claim 2, characterized in that: the gravity center that U-shaped rotor plate was pressed to the lateral wall end is in the below, the edge end outside is pressed the gravity center that U-shaped rotor plate is in the below.
4. The pascal's law-based multi-bubble adsorption type impurity-removing motor maintenance workbench according to claim 3, characterized in that: the radius of the scrap collecting column sliding pipe is smaller than that of the pressurized stirring rotating pipe.
5. The pascal's law-based multi-bubble adsorption type impurity-removing motor maintenance workbench according to claim 4, characterized in that: hydraulic oil is arranged in the scrap collecting column sliding pipe, hydraulic oil is arranged in the horizontal balance pipe, and hydraulic oil is arranged in the pressurizing stirring rotating pipe; the power supply is pressed to the lateral wall end and is connected with lateral wall end pressing telescopic cylinder electricity, lateral wall end pressing power supply is connected with lateral wall end pressing rotary power motor electricity, edge end outside pressing power supply is connected with edge end outside pressing rotary cylinder electricity, edge end outside pressing power supply is connected with edge end outside pressing rotary power motor electricity.
CN202110906393.2A 2021-08-09 2021-08-09 Multi-bubble adsorption type impurity-removing motor maintenance workbench based on Pascal law Active CN113346684B (en)

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