CN110257844A - A kind of pretreatment degreasing of magnesium alloy and micropore impurity removing device - Google Patents

A kind of pretreatment degreasing of magnesium alloy and micropore impurity removing device Download PDF

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Publication number
CN110257844A
CN110257844A CN201910562517.2A CN201910562517A CN110257844A CN 110257844 A CN110257844 A CN 110257844A CN 201910562517 A CN201910562517 A CN 201910562517A CN 110257844 A CN110257844 A CN 110257844A
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CN
China
Prior art keywords
drive rod
driving wheel
chassis
degreasing
micropore
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CN201910562517.2A
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Chinese (zh)
Inventor
张国稳
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Individual
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Individual
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Priority to CN201910562517.2A priority Critical patent/CN110257844A/en
Publication of CN110257844A publication Critical patent/CN110257844A/en
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    • CCHEMISTRY; METALLURGY
    • C23COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; CHEMICAL SURFACE TREATMENT; DIFFUSION TREATMENT OF METALLIC MATERIAL; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL; INHIBITING CORROSION OF METALLIC MATERIAL OR INCRUSTATION IN GENERAL
    • C23GCLEANING OR DE-GREASING OF METALLIC MATERIAL BY CHEMICAL METHODS OTHER THAN ELECTROLYSIS
    • C23G3/00Apparatus for cleaning or pickling metallic material
    • CCHEMISTRY; METALLURGY
    • C23COATING METALLIC MATERIAL; COATING MATERIAL WITH METALLIC MATERIAL; CHEMICAL SURFACE TREATMENT; DIFFUSION TREATMENT OF METALLIC MATERIAL; COATING BY VACUUM EVAPORATION, BY SPUTTERING, BY ION IMPLANTATION OR BY CHEMICAL VAPOUR DEPOSITION, IN GENERAL; INHIBITING CORROSION OF METALLIC MATERIAL OR INCRUSTATION IN GENERAL
    • C23GCLEANING OR DE-GREASING OF METALLIC MATERIAL BY CHEMICAL METHODS OTHER THAN ELECTROLYSIS
    • C23G5/00Cleaning or de-greasing metallic material by other methods; Apparatus for cleaning or de-greasing metallic material with organic solvents
    • C23G5/02Cleaning or de-greasing metallic material by other methods; Apparatus for cleaning or de-greasing metallic material with organic solvents using organic solvents
    • C23G5/04Apparatus

Abstract

The invention discloses a kind of pretreatment degreasing of magnesium alloy and micropore impurity removing devices, its structure includes chassis, collect rouge cabin, wastewater disposal basin cabin and deflector etc., middle left side is provided with collection rouge cabin in chassis, the invention has the advantages that, to solve, prior art invention magnesium alloy pre-processes degreasing and micropore impurity removing device is adding man-hour requirement first to magnesium alloy substrates degreasing, but it is generally cleaned again with degreasing agent immersion in degreasing, the method low efficiency, and the impurity in surface micropore is difficult to clear up, the problem for causing to process rear surface electrophoretic effects difference, devise just degreasing mechanism, secondary degreasing mechanism, micropore impurity removal mechanism and driven member, by driven member linkage, just degreasing mechanism adjusts spacing when use, then degreasing agent sprays to magnesium alloy substrates surface in secondary degreasing mechanism, it can keep cleaning after standing a period of time, pass through micropore again Impurity removal mechanism is removed the impurity in magnesium alloy substrates surface micropore, realizes the effect to clean in efficient degreasing and micropore.

Description

A kind of pretreatment degreasing of magnesium alloy and micropore impurity removing device
Technical field
The present invention relates to almag production technical field, in particular to a kind of magnesium alloy pretreatment degreasing and micropore impurity elimination Device.
Background technique
Almag aluminium sheet essential element is aluminium, then mixes a small amount of magnesium or other metal materials to reinforce it firmly Degree, using Mg as the aluminium alloy of main adding elements, since its corrosion stability is good, also known as rust-preventing aluminum alloy, because of inherently metal, Heating conduction and intensity are especially prominent, it is existing with the rapid development of science and technology, magnesium alloy pre-processes degreasing and micropore impurity elimination Device has also obtained technological improvement, but the pretreatment degreasing of prior art invention magnesium alloy and micropore impurity removing device are needed in processing It generally to be cleaned again with degreasing agent immersion in degreasing, the method low efficiency, and surface first to magnesium alloy substrates degreasing Impurity in micropore is difficult to clear up, the problem for causing to process rear surface electrophoretic effects difference.
Summary of the invention
(1) technical problems to be solved
In order to overcome the shortage of prior art, it is proposed that a kind of pretreatment degreasing of magnesium alloy and micropore impurity removing device, to solve The pretreatment degreasing of prior art invention magnesium alloy and micropore impurity removing device are adding man-hour requirement first to magnesium alloy substrates degreasing, still It is generally cleaned again with degreasing agent immersion in degreasing, the method low efficiency, and the impurity in surface micropore is difficult to clear up, and causes The problem of rear surface electrophoretic effects difference is processed, to achieve the effect that removal of impurities in efficient degreasing and micropore.
(2) technical solution
The present invention is achieved through the following technical solutions: the invention proposes a kind of pretreatment degreasing of magnesium alloy and micropore impurity eliminations Device, including chassis, collection rouge cabin, wastewater disposal basin cabin, deflector, control flow, magnesium alloy substrates, transport mechanism, motor, first defatting machine Structure, secondary degreasing mechanism, micropore impurity removal mechanism and driven member, middle left side is provided with collection rouge cabin, the chassis in the chassis Interior middle right side is provided with wastewater disposal basin cabin, and the chassis top left hand is welded with deflector, the chassis top middle portion setting You Chu degreasing mechanism, right side is provided with secondary degreasing mechanism in the chassis top, and right side is provided with micro- in the chassis top Hole impurity removal mechanism, and micropore impurity removal mechanism is arranged on the right side of secondary degreasing mechanism, is provided with biography on the right side of the chassis inner top Mechanism is sent, upper right side is provided with motor in the chassis, and middle rear side is provided with driven member in the chassis, before the deflector Middle part is provided with control flow, and the deflector top is placed with magnesium alloy substrates.
Further, the just degreasing mechanism includes sliding rail, convex block, the first driving wheel, first bevel gear, spring, traction Rope, the first sliding block, the second sliding block, the first regulating platform, the first scraper group, the second regulating platform and the second scraper group, before the sliding rail End middle part pours fusion with convex block, and sliding rail front right bottom is rotatablely connected with the first driving wheel, sliding rail front right bottom Portion and first bevel gear are rotatablely connected, and first bevel gear is located on front side of the first driving wheel, right side and spring before the sliding rail It is welded, left side is slidably connected with the first sliding block before the convex block, and right side is slided with the second sliding block before the convex block Dynamic connection, and be connected on the right side of the second sliding block with spring, the first transmission wheel outer surface bottom left is mutually twined with traction rope Around, and be connected on the left of traction rope with the second sliding block, first slider top is welded with the first regulating platform, and described the Two slider tops are welded with the second regulating platform, are bolted on the left of first regulating platform with the first scraper group, institute It states and is bolted on the right side of the second regulating platform with the second scraper group, is connected at left and right sides of the sliding rail outer surface with chassis, It is connected below the first bevel gear front right with driven member.
Further, the secondary degreasing mechanism includes the first drive rod, the second drive rod, third drive rod, the second biography Driving wheel, third driving wheel, the 4th drive rod, the 5th drive rod, the 6th drive rod, the first sheath body, high-pressure nozzle and hairbrush, it is described The right bottom of first drive rod is rotatablely connected with the second drive rod, is turned on the right side of second drive rod with third drive rod Dynamic to connect, top carries out grafting with the first sheath body in second drive rod, and the right bottom of third drive rod is driven with second Wheel is rotatablely connected, and is sequentially connected on the right side of the second transmission wheel outer surface by transmission belt and third driving wheel, institute Third driving wheel front middle part is stated to be rotatablely connected with the 4th drive rod, before the 4th drive rod top with the 5th drive rod into Row rotation connection, and connect at the top of the 5th drive rod with first set shell phase, the 5th drive rod bottom left and the 6th transmission Bar is rotatablely connected, and high-pressure nozzle is provided in the middle part of first sheath body, is provided with hairbrush on rear side of first sheath body, described It is connected at the top of first drive rod with chassis, middle part is connected with chassis after second driving wheel, after the third driving wheel Middle part is connected with chassis, and top is connected with chassis before the 6th drive rod.
Further, the micropore impurity removal mechanism includes the 7th drive rod, the 8th drive rod, the 9th drive rod, the 4th biography Driving wheel, the 5th driving wheel, the tenth drive rod, the 11st drive rod, the 12nd drive rod, the second sheath body and sewage absorpting heat, described The right bottom of seven drive rods is rotatablely connected with the 8th drive rod, is rotated on the right side of the 8th drive rod with the 9th drive rod It connects, top carries out grafting, the right bottom of the 9th drive rod and the 4th driving wheel with the second sheath body in the 8th drive rod It is rotatablely connected, is sequentially connected on the right side of the 4th transmission wheel outer surface by transmission belt and the 5th driving wheel, it is described 5th driving wheel front middle part is rotatablely connected with the tenth drive rod, before the tenth drive rod top with the 11st drive rod into Row rotation connection, and be connected at the top of the 11st drive rod with the second sheath body, the 11st drive rod bottom left and the tenth Two drive rods are rotatablely connected, and sewage absorpting heat, the 7th drive rod top and chassis phase are provided in the middle part of second sheath body Connection, middle part is connected with chassis after the 4th driving wheel, after the 5th driving wheel in the middle part of be connected with chassis, described the Top is connected with chassis before 12 drive rods, is connected to the motor and connects on the right side of the 5th transmission wheel outer surface.
Further, the driven member include second bevel gear, the 6th driving wheel, the 7th driving wheel, the first horizontal gear, Second horizontal gear, third horizontal gear, electric pushrod, the 4th horizontal gear and the 8th driving wheel, after the second bevel gear middle part with 6th driving wheel is rotatablely connected, and is sequentially connected on the right side of the 6th transmission wheel outer surface with the 7th driving wheel, described 7th driving wheel front middle part is rotatablely connected with the first horizontal gear, is mutually nibbled on the right side of first horizontal gear with the second horizontal gear It closes, is intermeshed on the right side of second horizontal gear with third horizontal gear, the second horizontal gear front bottom end is provided with electronic push away Bar, and right top is connected with third horizontal gear after electric pushrod, the right top of third horizontal gear and the 4th horizontal gear phase It mutually engages, middle part is rotatablely connected with the 8th driving wheel after the 4th horizontal gear, middle part chassis after the second bevel gear It is connected, left side is connected with first degreasing mechanism before the 6th driving wheel, and middle part chassis is connected after the 7th driving wheel, Electric pushrod bottom chassis is connected, and middle part chassis is connected after the 8th driving wheel.
Further, it there are two the secondary degreasing mechanism and micropore impurity removal mechanism are respectively provided with, and is installed in diagonal line.
Further, there are two the transport mechanism is arranged altogether, and two groups of the front and rear sides interval at middle part driven wheel phase Mutually transmission.
Further, the cross section of first sheath body is in L-shaped.
(3) beneficial effect
The present invention compared with the existing technology, has the advantages that
1), to solve, prior art invention magnesium alloy pre-processes degreasing and micropore impurity removing device is adding man-hour requirement first to magnesium Alloy base material degreasing, but generally cleaned again with degreasing agent immersion in degreasing, the method low efficiency, and in surface micropore Impurity is difficult to clear up, the problem for causing to process rear surface electrophoretic effects difference, degreasing mechanism at the beginning of devising, secondary degreasing mechanism, micro- Hole impurity removal mechanism and driven member adjust spacing by the driven member just degreasing mechanism that links when use, then secondary degreasing machine Structure sprays degreasing agent to magnesium alloy substrates surface, can keep cleaning after standing a period of time, then by micropore impurity removal mechanism to magnesium Impurity in alloy substrate surface micropore is removed, and realizes the effect to clean in efficient degreasing and micropore.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon:
Fig. 1 is the structural diagram of the present invention;
Fig. 2 is first degreasing mechanism structural schematic diagram of the invention;
Fig. 3 is secondary degreasing mechanism structure schematic diagram of the invention;
Fig. 4 is micropore impurity removal mechanism structural schematic diagram of the invention;
Fig. 5 is driven member structural schematic diagram of the invention;
Fig. 6 is the first sheath body and hairbrush attachment structure schematic diagram of the invention;
In figure: chassis -1, collection rouge cabin -2, wastewater disposal basin cabin -3, deflector -4, first degreasing mechanism -5, secondary degreasing mechanism -6, Control flow -7, magnesium alloy substrates -8, micropore impurity removal mechanism -9, transport mechanism -10, motor -11, driven member -12, sliding rail - 501, convex block -502, the first driving wheel -503, first bevel gear -504, spring -505, traction rope -506, the first sliding block -507, Second sliding block -508, the first regulating platform -509, the first scraper group -5010, the second regulating platform -5011, the second scraper group -5012, First drive rod -601, the second drive rod -602, third drive rod -603, the second driving wheel -604, third driving wheel -605, Four drive rods -606, the 5th drive rod -607, the 6th drive rod -608, the first sheath body -609, high-pressure nozzle -6010, hairbrush - 6011, the 7th drive rod -901, the 8th drive rod -902, the 9th drive rod -903, the 4th driving wheel -904, the 5th driving wheel - 905, the tenth drive rod -906, the 11st drive rod -907, the 12nd drive rod -908, the second sheath body -909, sewage absorpting heat - 9010, second bevel gear -1201, the 6th driving wheel -1202, the 7th driving wheel -1203, the first horizontal gear -1204, the second flat tooth Take turns -1205, third horizontal gear -1206, electric pushrod -1207, the 4th horizontal gear -1208, the 8th driving wheel -1209.
Specific embodiment
In the technical program:
First degreasing mechanism -5, secondary degreasing mechanism -6, micropore impurity removal mechanism -9, driven member -12, sliding rail -501, convex block - 502, the first driving wheel -503, first bevel gear -504, spring -505, traction rope -506, the first sliding block -507, the second sliding block - 508, the first regulating platform -509, the first scraper group -5010, the second regulating platform -5011, the transmission of the second scraper group -5012, first Bar -601, the second drive rod -602, third drive rod -603, the second driving wheel -604, third driving wheel the -605, the 4th are driven Bar -606, the 5th drive rod -607, the 6th drive rod -608, the first sheath body -609, high-pressure nozzle -6010, hairbrush -6011, Seven drive rods -901, the 8th drive rod -902, the 9th drive rod -903, the 4th driving wheel -904, the 5th driving wheel -905, the tenth Drive rod -906, the 11st drive rod -907, the 12nd drive rod -908, the second sheath body -909, sewage absorpting heat -9010, the second cone Gear -1201, the 6th driving wheel -1202, the 7th driving wheel -1203, the first horizontal gear -1204, the second horizontal gear -1205, Three horizontal gears -1206, electric pushrod -1207, the 4th horizontal gear -1208, the 8th driving wheel -1209 are the present invention containing essence wound New property component.
Chassis -1, collection rouge cabin -2, wastewater disposal basin cabin -3, deflector -4, control flow -7, magnesium alloy substrates -8, transport mechanism - 10, the essential connectivity component of technical solution to realize the present invention of motor -11.
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and It is not used in the restriction present invention.
Please refer to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5 and Fig. 6, the present invention provides a kind of magnesium alloy pretreatment degreasing and micropore is gone Miscellaneous device: including chassis 1, collection rouge cabin 2, wastewater disposal basin cabin 3, deflector 4, control flow 7, magnesium alloy substrates 8, transport mechanism 10, electricity Machine 11, first degreasing mechanism 5, secondary degreasing mechanism 6, micropore impurity removal mechanism 9 and driven member 12, middle left side is provided in chassis 1 Collect rouge cabin 2, middle right side is provided with wastewater disposal basin cabin 3 in chassis 1, and 1 top left hand of chassis is welded with deflector 4,1 top of chassis Middle part is provided with just degreasing mechanism 5, and right side is provided with secondary degreasing mechanism 6 in 1 top of chassis, right side setting in 1 top of chassis There are micropore impurity removal mechanism 9, and the setting of micropore impurity removal mechanism 9 setting on the right side of 6 right side of secondary degreasing mechanism, 1 inner top of chassis There is transport mechanism 10, upper right side is provided with motor 11 in chassis 1, and middle rear side is provided with driven member 12, deflector 4 in chassis 1 Front middle part is provided with control flow 7, and 4 top of deflector is placed with magnesium alloy substrates 8.
Wherein, it is described just degreasing mechanism 5 include sliding rail 501, convex block 502, the first driving wheel 503, first bevel gear 504, Spring 505, traction rope 506, the first sliding block 507, the second sliding block 508, the first regulating platform 509, the first scraper group 5010, second are adjusted Platform 5011 and the second scraper group 5012 are saved, 501 front center of sliding rail and convex block 502 pour fusion, 501 front right of sliding rail Bottom is rotatablely connected with the first driving wheel 503, and the 501 front right bottom of sliding rail and first bevel gear 504 are rotatablely connected, and And first bevel gear 504 is located at 503 front side of the first driving wheel, right side is welded with spring 505 before the sliding rail 501, described Left side is slidably connected with the first sliding block 507 before convex block 502, and right side is slided with the second sliding block 508 before the convex block 502 Connection, and 508 right side of the second sliding block is connected with spring 505, the 503 outer surface bottom left of the first driving wheel and traction rope 506 mutually windings, and 506 left side of traction rope is connected with the second sliding block 508, and 507 top of the first sliding block is adjusted with first Section platform 509 is welded, and 508 top of the second sliding block is welded with the second regulating platform 5011, first regulating platform 509 Left side is bolted with the first scraper group 5010, and 5011 right side of the second regulating platform carries out spiral shell with the second scraper group 5012 It tethers and connects, be connected at left and right sides of 501 outer surface of sliding rail with chassis 1, below 504 front right of first bevel gear and passively Mechanism 12 is connected, and can carry out grease to 8 surface of magnesium alloy substrates and strike off.
Wherein, the secondary degreasing mechanism 6 include the first drive rod 601, the second drive rod 602, third drive rod 603, Second driving wheel 604, third driving wheel 605, the 4th drive rod 606, the 5th drive rod 607, the 6th drive rod 608, first set Shell 609, high-pressure nozzle 6010 and hairbrush 6011, the right bottom of first drive rod 601 and the second drive rod 602 carry out rotation company Connect, second drive rod, 602 right side is rotatablely connected with third drive rod 603, in second drive rod 602 top and First sheath body 609 carries out grafting, and the right bottom of the third drive rod 603 is rotatablely connected with the second driving wheel 604, and described the It is sequentially connected by transmission belt with third driving wheel 605 on the right side of two driving wheels, 604 outer surface, the third driving wheel 605 Front middle part is rotatablely connected with the 4th drive rod 606, and top is carried out with the 5th drive rod 607 before the 4th drive rod 606 Rotation connection, and the top of the 5th drive rod 607 is connected with the first sheath body 609,607 bottom left of the 5th drive rod and the Six drive rods 608 are rotatablely connected, and high-pressure nozzle 6010, first sheath body 609 are provided in the middle part of first sheath body 609 Rear side is provided with hairbrush 6011, and 601 top of the first drive rod is connected with chassis 1, middle part after second driving wheel 604 Be connected with chassis 1, after the third driving wheel 605 middle part be connected with chassis 1, before the 6th drive rod 608 top and Chassis 1 is connected, and the sprinkling of degreasing agent can be carried out to 8 surface of magnesium alloy substrates and is cleaned with water.
Wherein, the micropore impurity removal mechanism 9 include the 7th drive rod 901, the 8th drive rod 902, the 9th drive rod 903, 4th driving wheel 904, the 5th driving wheel 905, the tenth drive rod 906, the 11st drive rod 907, the 12nd drive rod 908, Two sheath bodies 909 and sewage absorpting heat 9010, the right bottom of the 7th drive rod 901 is rotatablely connected with the 8th drive rod 902, described The right side of 8th drive rod 902 is rotatablely connected with the 9th drive rod 903, top and second set in the 8th drive rod 902 Shell 909 carries out grafting, and the right bottom of the 9th drive rod 903 is rotatablely connected with the 4th driving wheel 904, the 4th transmission It takes turns and is sequentially connected by transmission belt with the 5th driving wheel 905 on the right side of 904 outer surfaces, 905 front middle part of the 5th driving wheel It is rotatablely connected with the tenth drive rod 906, top is rotated with the 11st drive rod 907 before the tenth drive rod 906 Connection, and the top of the 11st drive rod 907 is connected with the second sheath body 909,907 bottom left of the 11st drive rod and the 12 drive rods 908 are rotatablely connected, and sewage absorpting heat 9010, the 7th drive rod are provided in the middle part of second sheath body 909 901 tops are connected with chassis 1, and middle part is connected with chassis 1 after the 4th driving wheel 904, after the 5th driving wheel 905 Middle part is connected with chassis 1, and top is connected with chassis 1 before the 12nd drive rod 908,905 outer surface of the 5th driving wheel Right side is connected with motor 11, can be removed to the impurity on micropore.
Wherein, the driven member 12 include second bevel gear 1201, the 6th driving wheel 1202, the 7th driving wheel 1203, First horizontal gear 1204, the second horizontal gear 1205, third horizontal gear 1206, electric pushrod 1207, the 4th horizontal gear 1208 and Eight driving wheels 1209, middle part is rotatablely connected with the 6th driving wheel 1202 after the second bevel gear 1201, the 6th biography It is sequentially connected on the right side of 1202 outer surface of driving wheel with the 7th driving wheel 1203,1203 front middle part of the 7th driving wheel and first Horizontal gear 1204 is rotatablely connected, and first horizontal gear, 1204 right side is intermeshed with the second horizontal gear 1205, and described the Two horizontal gears, 1205 right side is intermeshed with third horizontal gear 1206, and 1205 front bottom end of the second horizontal gear is provided with electronic Push rod 1207, and right top is connected with third horizontal gear 1206 after electric pushrod 1207, and the third horizontal gear 1206 is right Top and the 4th horizontal gear 1208 are intermeshed, and middle part is rotated with the 8th driving wheel 1209 after the 4th horizontal gear 1208 It connects, middle part chassis 1 is connected after the second bevel gear 1201, left side and first degreasing mechanism before the 6th driving wheel 1202 5 are connected, and middle part chassis 1 is connected after the 7th driving wheel 1203, and the 1207 bottom chassis 1 of electric pushrod is connected, Middle part chassis 1 is connected after 8th driving wheel 1209, can cooperate linkage the second sheath body 909 operation.
Wherein, it there are two the secondary degreasing mechanism 6 and micropore impurity removal mechanism 9 are respectively provided with, and is installed in diagonal line, it can To carry out staggered form cleaning and removal of impurities.
Wherein, there are two the transport mechanism 10 is arranged altogether, and two groups of the front and rear sides interval at middle part driven wheel is mutual Transmission can form hole slot at middle part, run convenient for secondary degreasing mechanism 6 and micropore impurity removal mechanism 9.
Wherein, the cross section of first sheath body 609 is in L-shaped, can be bonded to each other with magnesium alloy substrates 8, increase is gone Except precision.
Working principle: magnesium alloy is first pre-processed into degreasing when use and micropore impurity removing device is placed on institute position to be used It sets, then wastewater disposal basin cabin 3 and 4 bottom of deflector are all connected with drainpipe, then on the high-pressure nozzle 6010 of secondary degreasing mechanism 6 Water inlet pipe is connected, connects dirt sucking tube on the sewage absorpting heat 9010 of micropore impurity removal mechanism 9, then external power supply, when use is controlling Motor operation is opened on screen 7, and motor 11 drives transport mechanism 10 to be driven when operation, and magnesium alloy substrates 8 are placed on transport mechanism It is driven on 10, the linkage of the micropore impurity removal mechanism 9 secondary degreasing mechanism 6 for then first passing through the transmission of motor 11 top in advance engages quilt Motivation structure 12, electric pushrod 1207, which rises, drives the first horizontal gear 1204, the second horizontal gear 1205, third horizontal gear 1206 and the It is engaged between four horizontal gears 1208, so that the 6th driving wheel 1202 is driven the 7th driving wheel 1203 and second bevel gear 1201 is driven to be driven First bevel gear 504, first bevel gear 504 drive the rotation of the first driving wheel 503, traction rope 506 are made to transfer 507 He of the first sliding block The sliding of second sliding block 508 adjusts the interval of the first scraper group 5010 and the second scraper group 5012, and 509 He of the first regulating platform Second regulating platform, 5011 front middle part is provided with fixing groove, elastic can adjust the first scraper group 5010 and the second scraper group 5012 Position then proceedes to transmission magnesium alloy substrates 8 and carries out striking off for surface grease, then collects discharge by collection rouge cabin 2, then in advance The linkage of the micropore impurity removal mechanism 9 secondary degreasing mechanism 6 for first passing through the transmission of motor 11 top is run, the high pressure of secondary degreasing mechanism 6 Spray head 6010 can carry out the sprinkling of degreasing agent to magnesium alloy substrates 8 at runtime, while 6010 every groups of high-pressure nozzle are provided with Three, first device has degreasing agent, latter two is clear water, then passes through the high-pressure nozzle of rear side after optional time of repose 6010 are cleaned, and waste water is discharged by wastewater disposal basin cabin 3, while two secondary degreasing mechanisms 6 diagonally installed can at runtime Repeatedly is flexible up and down to be scrubbed to carry out, and repeatedly is run up and down can increase the initiative scrubbed, it is ensured that each impetus Effectively, strong dirt-removing can be played, is then cleaned again by micropore impurity removal mechanism 9, with 6 phase of secondary degreasing mechanism when removal of impurities Same step carries out active absorption to the face of its outer surface of magnesium alloy substrates 8 four, and repeatedly is flexible up and down to be may insure moving The point of each absorption has suction when dynamic, and then the 8 surface clean degree of magnesium alloy substrates after impurity elimination is high, convenient for the electrophoresis etc. in later period Step, the present apparatus can first pre-process 8 surface grease of magnesium alloy substrates when in use, it is ensured that grease can when post-processing Quickly to be removed, working efficiency is improved, 8 surface of magnesium alloy substrates then can be carried out by depth by the linkage of motor again Degreasing, then the impurity removal of surface micropore is carried out, the effect of electrophoresis is considerably increased in technique.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. a kind of pretreatment degreasing of magnesium alloy and micropore impurity removing device, including chassis (1), collection rouge cabin (2), wastewater disposal basin cabin (3), lead Flowing plate (4), control flow (7), magnesium alloy substrates (8), transport mechanism (10) and motor (11), it is characterised in that: further include just de- Rouge mechanism (5), secondary degreasing mechanism (6), micropore impurity removal mechanism (9) and driven member (12), middle left side is set in the chassis (1) It is equipped with collection rouge cabin (2), middle right side is provided with wastewater disposal basin cabin (3) in the chassis (1), chassis (1) top left hand and water conservancy diversion Plate (4) is welded, and chassis (1) top middle portion is provided with just degreasing mechanism (5), and right side is set in chassis (1) top It is equipped with secondary degreasing mechanism (6), right side is provided with micropore impurity removal mechanism (9) in chassis (1) top, and micropore de-burring machine Structure (9) setting is provided with transport mechanism (10), the bottom on the right side of chassis (1) inner top on the right side of secondary degreasing mechanism (6) Frame (1) interior upper right side is provided with motor (11), and middle rear side is provided with driven member (12), the deflector in the chassis (1) (4) front middle part is provided with control flow (7), and deflector (4) top is placed with magnesium alloy substrates (8).
2. a kind of magnesium alloy pretreatment degreasing according to claim 1 and micropore impurity removing device, it is characterised in that: described first Degreasing mechanism (5) include sliding rail (501), convex block (502), the first driving wheel (503), first bevel gear (504), spring (505), Traction rope (506), the first sliding block (507), the second sliding block (508), the first regulating platform (509), the first scraper group (5010), second Regulating platform (5011) and the second scraper group (5012), sliding rail (501) front center and convex block (502) pour fusion, described Sliding rail (501) front right bottom is rotatablely connected with the first driving wheel (503), sliding rail (501) the front right bottom and the first cone Gear (504) rotation connection, and first bevel gear (504) is located on front side of the first driving wheel (503), before the sliding rail (501) Right side is welded with spring (505), and left side is slidably connected with the first sliding block (507) before the convex block (502), described convex Right side is slidably connected with the second sliding block (508) before block (502), and is connected on the right side of the second sliding block (508) with spring (505) Connect, the first driving wheel (503) outer surface bottom left and traction rope (506) are mutually wound, and on the left of traction rope (506) with Second sliding block (508) is connected, and is welded at the top of first sliding block (507) with the first regulating platform (509), and described second is sliding It is welded at the top of block (508) with the second regulating platform (5011), the first regulating platform (509) left side and the first scraper group (5010) it is bolted, is bolted on the right side of second regulating platform (5011) with the second scraper group (5012), institute It states and is connected at left and right sides of sliding rail (501) outer surface with chassis (1), below first bevel gear (504) front right and by motivation Structure (12) is connected.
3. a kind of magnesium alloy pretreatment degreasing according to claim 2 and micropore impurity removing device, it is characterised in that: described two Secondary degreasing mechanism (6) includes the first drive rod (601), the second drive rod (602), third drive rod (603), the second driving wheel (604), third driving wheel (605), the 4th drive rod (606), the 5th drive rod (607), the 6th drive rod (608), first set Shell (609), high-pressure nozzle (6010) and hairbrush (6011), the right bottom of first drive rod (601) and the second drive rod (602) It is rotatablely connected, is rotatablely connected on the right side of second drive rod (602) with third drive rod (603), described second passes Top carries out grafting, the right bottom of the third drive rod (603) and the second driving wheel with the first sheath body (609) in lever (602) (604) be rotatablely connected, on the right side of the second driving wheel (604) outer surface by transmission belt and third driving wheel (605) into Row transmission connection, third driving wheel (605) front middle part are rotatablely connected with the 4th drive rod (606), and the described 4th passes Top is rotatablely connected with the 5th drive rod (607) before lever (606), and the 5th drive rod (607) top and first set Shell (609) is connected, and the 5th drive rod (607) bottom left is rotatablely connected with the 6th drive rod (608), and described first It is provided with high-pressure nozzle (6010) in the middle part of sheath body (609), is provided with hairbrush (6011) on rear side of first sheath body (609), it is described It is connected at the top of first drive rod (601) with chassis (1), middle part is connected second driving wheel (604) with chassis (1) afterwards, Middle part is connected the third driving wheel (605) with chassis (1) afterwards, top and chassis (1) phase before the 6th drive rod (608) Connection.
4. a kind of magnesium alloy pretreatment degreasing according to claim 3 and micropore impurity removing device, it is characterised in that: described micro- Hole impurity removal mechanism (9) includes the 7th drive rod (901), the 8th drive rod (902), the 9th drive rod (903), the 4th driving wheel (904), the 5th driving wheel (905), the tenth drive rod (906), the 11st drive rod (907), the 12nd drive rod (908), Two sheath bodies (909) and sewage absorpting heat (9010), the right bottom of the 7th drive rod (901) are rotated with the 8th drive rod (902) Connection, the 8th drive rod (902) right side are rotatablely connected with the 9th drive rod (903), the 8th drive rod (902) Middle top and the second sheath body (909) carry out grafting, and the right bottom of the 9th drive rod (903) and the 4th driving wheel (904) carry out Rotation connection, the 4th driving wheel (904) the outer surface right side carry out transmission company by transmission belt and the 5th driving wheel (905) It connects, the 5th driving wheel (905) front middle part is rotatablely connected with the tenth drive rod (906), the tenth drive rod (906) Preceding top is rotatablely connected with the 11st drive rod (907), and the 11st drive rod (907) top and the second sheath body (909) it is connected, the 11st drive rod (907) bottom left is rotatablely connected with the 12nd drive rod (908), and described It is provided with sewage absorpting heat (9010) in the middle part of two sheath bodies (909), is connected at the top of the 7th drive rod (901) with chassis (1), it is described Middle part is connected 4th driving wheel (904) with chassis (1) afterwards, and middle part is connected the 5th driving wheel (905) with chassis (1) afterwards It connects, top is connected with chassis (1) before the 12nd drive rod (908), the 5th driving wheel (905) outer surface right side and motor (11) it is connected.
5. a kind of magnesium alloy pretreatment degreasing according to claim 4 and micropore impurity removing device, it is characterised in that: the quilt Motivation structure (12) includes second bevel gear (1201), the 6th driving wheel (1202), the 7th driving wheel (1203), the first horizontal gear (1204), the second horizontal gear (1205), third horizontal gear (1206), electric pushrod (1207), the 4th horizontal gear (1208) and Eight driving wheels (1209), middle part is rotatablely connected the second bevel gear (1201) with the 6th driving wheel (1202) afterwards, described It is sequentially connected on the right side of 6th driving wheel (1202) outer surface with the 7th driving wheel (1203), the 7th driving wheel (1203) Front middle part is rotatablely connected with the first horizontal gear (1204), the first horizontal gear (1204) right side and the second horizontal gear (1205) it is intermeshed, is intermeshed on the right side of second horizontal gear (1205) with third horizontal gear (1206), described second is flat Gear (1205) front bottom end is provided with electric pushrod (1207), and right top and third horizontal gear after electric pushrod (1207) (1206) it is connected, the right top of the third horizontal gear (1206) and the 4th horizontal gear (1208) are intermeshed, described Siping City Gear (1208) afterwards middle part be rotatablely connected with the 8th driving wheel (1209), the second bevel gear (1201) afterwards in the middle part of chassis (1) it is connected, left side is connected with first degreasing mechanism (5) before the 6th driving wheel (1202), the 7th driving wheel (1203) middle part chassis (1) is connected afterwards, and electric pushrod (1207) the bottom chassis (1) is connected, the 8th driving wheel (1209) middle part chassis (1) is connected afterwards.
6. a kind of magnesium alloy pretreatment degreasing according to claim 5 and micropore impurity removing device, it is characterised in that: described two There are two secondary degreasing mechanism (6) and micropore impurity removal mechanism (9) are respectively provided with, and installed in diagonal line.
7. a kind of magnesium alloy pretreatment degreasing according to claim 6 and micropore impurity removing device, it is characterised in that: the biography It send there are two the total settings of mechanism (10), and two groups of the front and rear sides interval at middle part driven wheel is mutually driven.
8. a kind of magnesium alloy pretreatment degreasing according to claim 7 and micropore impurity removing device, it is characterised in that: described the The cross section of one sheath body (609) is in L-shaped.
CN201910562517.2A 2019-06-26 2019-06-26 A kind of pretreatment degreasing of magnesium alloy and micropore impurity removing device Withdrawn CN110257844A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110774484A (en) * 2019-11-12 2020-02-11 申小园 Preparation reclaimed plastic raw and other materials processingequipment

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS59212114A (en) * 1983-05-14 1984-12-01 Sumitomo Heavy Ind Ltd Descaling device of hot rolled steel sheet
US5927305A (en) * 1996-02-20 1999-07-27 Pre-Tech Co., Ltd. Cleaning apparatus
CN202129251U (en) * 2011-06-29 2012-02-01 河南送变电建设公司 Environment-friendly cleaning and maintaining machine for steel wire rope
CN207505218U (en) * 2017-12-01 2018-06-15 梅州市鸿利线路板有限公司 A kind of blind buried via hole pcb board of the multilayer of high-precision internet
CN108580390A (en) * 2018-04-28 2018-09-28 无锡市盛和科技有限公司 Metal tape ultrasonic cleaning apparatus for making metallic carrier and its cleaning

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPS59212114A (en) * 1983-05-14 1984-12-01 Sumitomo Heavy Ind Ltd Descaling device of hot rolled steel sheet
US5927305A (en) * 1996-02-20 1999-07-27 Pre-Tech Co., Ltd. Cleaning apparatus
CN202129251U (en) * 2011-06-29 2012-02-01 河南送变电建设公司 Environment-friendly cleaning and maintaining machine for steel wire rope
CN207505218U (en) * 2017-12-01 2018-06-15 梅州市鸿利线路板有限公司 A kind of blind buried via hole pcb board of the multilayer of high-precision internet
CN108580390A (en) * 2018-04-28 2018-09-28 无锡市盛和科技有限公司 Metal tape ultrasonic cleaning apparatus for making metallic carrier and its cleaning

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN110774484A (en) * 2019-11-12 2020-02-11 申小园 Preparation reclaimed plastic raw and other materials processingequipment
CN110774484B (en) * 2019-11-12 2021-09-10 台州市汇升塑料制品有限公司 Preparation reclaimed plastic raw and other materials processingequipment

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