CN108728858A - A kind of system and method for surface cleaning - Google Patents

Abstract

The invention discloses one kind being used for surface cleaning system, including car body, agitation chamber is equipped in the car body top end, be equipped in the vehicle bottom end face port it is downward first slide chamber, described first slides to slide in chamber and is equipped with the first sliding block, first turn of downward chamber of port and second turn of chamber on rear side of first turn of chamber are equipped in first sliding block, symmetrical and front and back extend is provided with first rotating shaft in first turn of chamber, extended end is rotatably set in first turn of chamber front inner wall on front side of the first rotating shaft, and rear side extended end is stretched into second turn of chamber and is rotatably assorted with inner wall on rear side of second turn of chamber and connect, it is fixed with rotating cylinder in the first rotating shaft in first turn of chamber.

Description

A kind of system and method for surface cleaning

Technical field

The present invention relates to plate surface processing technology fields, specifically a kind of system and method for surface cleaning.

Background technology

In some plate processing factories, clean operation usually is carried out to the surface of steel plate to get rusty using rust remover, and it is traditional In this operation is relied on by manpower manual is cleaned with water, labor intensity is big, and efficiency is low, also has more automation in existing Cleaning device, but its Setting pattern is relatively simple, function is limited, when being stirred operation, must rely on rust remover Manpower manual operates, and has seriously affected cleaning efficiency.

Invention content

Deficiency in view of the above technology, the present invention propose a kind of system and method for surface cleaning.

One kind of apparatus of the present invention is used for surface cleaning system, including car body, and agitation chamber is equipped in the car body top end, Be equipped in the vehicle bottom end face port it is downward first slide chamber, described first slides to slide in chamber and is equipped with first and slides Block is equipped with first turn of downward chamber of port and second turn of chamber on rear side of first turn of chamber in first sliding block, Symmetrical and front and back extend is provided with first rotating shaft in first turn of chamber, and extended end is rotatable on front side of the first rotating shaft Be set in first turn of chamber front inner wall, and rear side extended end stretch into second turn of chamber and with after second turn of chamber Side inner wall is rotatably assorted connection, is fixed with rotating cylinder in the first rotating shaft in first turn of chamber, in second turn of chamber The first rotating shaft on be fixed with the first toothed wheel, between two first toothed wheels in left and right engagement be provided with the second tooth Shape wheel, second toothed wheel and the first driving machine be connected by power being fixedly installed in second turn of chamber rear side inner wall, institute State first turn of intracavitary roof and turn chamber equipped with third, the agitation intracavitary bottom wall is equipped with the 4th turn of chamber, the third turn chamber with it is described Lead to be provided between agitation chamber and extended first lead to slot up and down, the third turns chamber and is rotatably provided in end wall up and down Pivoted housing is equipped with the first helicla flute for sliding chamber towards described first in port in the pivoted housing, coordinates peace in first helicla flute Equipped with the first screw rod, first screw rod bottom stretch into described first slide in chamber and with the first sliding block top end Face is fixedly connected, and the first taper cone pulley is fixed in the pivoted housing outer circle, and described first leads to extension up and down in inner wall on the right side of slot It is provided with second and slides chamber, described second slides to slide in chamber and be equipped with the second sliding block, is passed through up and down in second sliding block It is logical to be provided with the second helicla flute, coordinate in second helicla flute and the second screw rod is installed, it can at the top of second screw rod Being set to for rotation described second slides in intracavitary roof and bottom and is fixedly installed on described second and slides in intracavitary bottom wall Second driving machine be connected by power, the second sliding block left end face is interior to be equipped with third driving machine, the third driving machine left side End face be connected by power has the second taper cone pulley, and being rotatably assorted to be equipped in the 4th turn of chamber is connected with second taper cone pulley Third taper cone pulley is rotatably assorted between the agitation chamber and the 4th turn of chamber and is equipped with the second shaft, second rotating shaft bottom Portion stretches into the 4th turn of chamber and is fixedly connected with third taper cone pulley top, and the agitation is stretched at the top of second shaft In chamber and top tip is fixed with stirring blade.

Further technical solution, the third, which turns to lead between inner roof wall and the agitation chamber on the left of chamber, is provided with third Chamber is slided, the third, which slides to slide in chamber, is equipped with third sliding block, and sealing-plug is fixed at the top of the third sliding block, Be equipped with the downward third helicla flute in port in the third sliding block, in the third helicla flute cooperation be equipped with extended downwards Third screw rod, the downward extended end of third screw rod stretch into that the third turns chamber and bottom tip is fixed with and described One taper cone pulley is connected the 4th taper cone pulley, the third slide lead in chamber inner left wall be provided with it is extended second logical downwards Even slot.

Further technical solution, left and right, which extends, in first turn of intracavitary roof is provided with connecting pipe, the connecting pipe Left side top leads to slot with described second by telescoping tube and leads to and be tightly connected, and the connecting pipe bottom end face, which leads to, to be provided with Multigroup injector head stretched into first turn of chamber.

Further technical solution, described first slides and is arranged with guide groove in chamber or so inner wall, is slided in the guide groove The guide block being fixedly connected with first sliding block is installed.

Further technical solution, the third that the agitation intracavitary roof is equipped with up and down lead to slot, the car body top End surface is fixed with leads to the taper bucket that slot interlinks with the third.

Further technical solution is fixed with lint brush in the rotating cylinder outer circle.

It is as follows according to a kind of above-mentioned specifically used method for surface cleaning system：

In the initial state, the first sliding block top end surface offsets apparatus of the present invention with first turn of intracavitary roof, institute Rotating cylinder to be stated to be accommodated in completely in first turn of chamber, first taper cone pulley is meshed with the 4th taper cone pulley, and described second Taper cone pulley is meshed with the third taper cone pulley, and the third sliding block is located at the third and slides intracavitary top and the sealing It fills in the agitation intracavitary sealed bottom；

In use, rust remover is added in the agitation chamber by the taper bucket, the third driving machine rotation is then controlled, The stirring blade can be driven to turn by third taper cone pulley described in the second taper wheel drive after the third driving machine rotation It is dynamic, so as to which the rust remover in the agitation chamber is mixed, after the completion of stirring, close the third driving machine and same Second driving machine described in Shi Kaiqi, the second driving machine rotation can drive second sliding block by second screw rod Slide downward, when the second sliding block bottom end face slides intracavitary bottom wall with described second to offset, second taper cone pulley It is engaged with first taper cone pulley, opens the third driving machine at this time, described the can be passed through after the third driving machine rotation Pivoted housing described in one taper wheel drive and the 4th taper cone pulley rotation can drive first screw rod after the pivoted housing rotation The first sliding block slide downward is driven, at the same time, the third screw rod can be passed through after the 4th taper cone pulley rotation Drive the third sliding block slide downward, when the guide block bottom and the guide groove inner bottom wall offset, the lint brush with Surface of steel plate offsets, and at the same time, the third sliding block bottom end face slides intracavitary bottom wall with the third and offsets, and described Two lead to slot leads to the agitation chamber, and the rust remover in the agitation chamber flows through the third and slides chamber, second lead to slot, stretch The lint is sprayed on by the injector head to paint, then control first driving machine and turn after the draw and the connecting pipe It is dynamic, it can drive left and right by two first toothed wheels of described second tooth form wheel drive or so after the first driving machine rotation Two drum rotations, so as to carry out cleaning operation with water to the surface of steel plate；

After the completion of use, controls first driving machine and stop operating, then driven by the second driving machine and the third Rotating backward for machine makes apparatus of the present invention restore to original state.

The beneficial effects of the invention are as follows：

In the initial state due to apparatus of the present invention, the first sliding block top end surface and first turn of intracavitary roof phase It supports, the rotating cylinder is accommodated in completely in first turn of chamber, so as to facilitate the overall movement of car body, improves mobile simplicity；

In use, rust remover is added in the agitation chamber by the taper bucket, the third driving machine rotation is then controlled, The stirring blade can be driven to turn by third taper cone pulley described in the second taper wheel drive after the third driving machine rotation It is dynamic, so as to which the rust remover in the agitation chamber is mixed, so as to greatly reduce labor intensity, improve stirring effect Rate；

After the completion of stirring, closes the third driving machine and open second driving machine simultaneously, the second driving machine rotation The second sliding block slide downward can be driven by second screw rod, when the second sliding block bottom end face with it is described Second slides intracavitary bottom wall when offseting, and second taper cone pulley is engaged with first taper cone pulley, opens the third at this time and drives Motivation can be rotated after the third driving machine rotation by pivoted housing described in the first taper wheel drive and the 4th taper It is dynamic, first screw rod can be driven to drive the first sliding block slide downward after the pivoted housing rotation, it is at the same time, described The third sliding block slide downward can be driven by the third screw rod after the rotation of 4th taper cone pulley, when the guide block bottom When offseting with the guide groove inner bottom wall, the lint brush offsets with surface of steel plate, at the same time, the third sliding block bottom end Face slides intracavitary bottom wall with the third and offsets, and described second leads to slot leads to the agitation chamber, removing in the agitation chamber Rust agent flow through the third slide chamber, second lead to slot, telescoping tube and the connecting pipe after be sprayed on by the injector head The lint paints, and then controls the first driving machine rotation, can pass through second tooth after the first driving machine rotation First toothed wheel of shape wheel drive or so two drives two drum rotations in left and right, so as to the surface of steel plate into Row cleans operation with water, is greatly improved cleaning efficiency；

After the completion of use, controls first driving machine and stop operating, then driven by the second driving machine and the third Rotating backward for machine makes apparatus of the present invention restore to original state；

Apparatus of the present invention, simple in structure, high degree of automation to surface of steel plate, it can be achieved that clean derusting operation, while having and stirring Function is mixed, labor intensity can be greatly reduced, improves cleaning efficiency.

Description of the drawings

It, below will be to embodiment or the prior art in order to illustrate more clearly of inventive embodiments or technical solution in the prior art Attached drawing needed in description is briefly described, it should be apparent that, the accompanying drawings in the following description is only one invented A little embodiments for those of ordinary skill in the art without creative efforts, can also be according to these Attached drawing obtains other attached drawings.

Fig. 1 is a kind of structural schematic diagram for surface cleaning system of the present invention.

Fig. 2 is the sectional view of bowing of the first sliding block in Fig. 1.

Specific implementation mode

All features disclosed in this specification or disclosed all methods or in the process the step of, in addition to mutually exclusive spy Other than sign and/or step, it can combine in any way.

This specification（Including any accessory claim, abstract and attached drawing）Disclosed in any feature, except non-specifically chatting It states, can be equivalent by other or be replaced with similar purpose alternative features.That is, unless specifically stated, each feature is An example in a series of equivalent or similar characteristics.

As shown in Figs. 1-2, one kind of apparatus of the present invention is used for surface cleaning system, including car body 10, and the car body 10 pushes up Agitation chamber 29 is equipped in portion end, in 10 bottom end face of the car body equipped with port it is downward first slide chamber 11, described first slides Slided in an actor's rendering of an operatic tune 11 and first sliding block 13 be installed, be equipped in first sliding block 13 first turn of downward chamber 12 of port and Positioned at second turn of chamber 45 of the rear side of first turn of chamber 12, symmetrical in first turn of chamber 12 and front and back extension is provided with the One shaft 42,42 front side extended end of the first rotating shaft are rotatably set in first turn of chamber, 12 front inner wall, and after Side extended end is stretched into second turn of chamber 45 and is rotatably assorted with second turn of chamber, the 45 rear side inner wall and connect, described first turn It is fixed with rotating cylinder 43 in the first rotating shaft 12 in chamber 12, is fixed in the first rotating shaft 12 in second turn of chamber 45 Equipped with the first toothed wheel 46, is engaged between two first toothed wheels 46 in left and right and be provided with the second toothed wheel 48, described second Toothed wheel 48 and 47 be connected by power of the first driving machine being fixedly installed in second turn of chamber, the 45 rear side inner wall, described first turn 12 inner roof wall of chamber turns chamber 40 equipped with third, and 29 inner bottom wall of agitation chamber is equipped with the 4th turn of chamber 25, and the third turns chamber 40 and institute It states to lead between agitation chamber 29 to be provided with and extended first leads to slot 34 up and down, the third turns in about 40 end wall of chamber rotatably Be provided with pivoted housing 36, be equipped with the first helicla flute for sliding chamber 11 towards described first in port in the pivoted housing 36, described first Cooperation is equipped with the first screw rod 45 in helicla flute, 45 bottom of the first screw rod stretch into described first slide in chamber 11 and with First sliding block, 13 top end surface is fixedly connected, and is fixed with the first taper cone pulley 41 in 36 outer circle of the pivoted housing, and described One leads in 34 right side inner wall of slot to extend up and down and is provided with second and slides chamber 35, and described second slides to slide in chamber 35 and be equipped with the Two sliding blocks 30 are provided with the second helicla flute 31 in second sliding block 30, match in second helicla flute 31 up and down Conjunction is equipped with the second screw rod 33, and second screw rod, 33 top is rotatably set to described second and slides 35 inner roof wall of chamber In and bottom and be fixedly installed on described second and slide 37 be connected by power of the second driving machine in 35 inner bottom wall of chamber, described second slides Third driving machine 38 is equipped in 30 left end face of row block, 38 left end face be connected by power of the third driving machine has the second taper cone pulley 32, be rotatably assorted in the 4th turn of chamber 25 be equipped with second taper cone pulley, 32 mating connection third taper cone pulley 26, it is described It is rotatably assorted between agitation chamber 29 and the 4th turn of chamber 25 and second shaft 27 is installed, institute is stretched into 27 bottom of the second shaft It states the 4th turn of chamber 25 and is fixedly connected with 26 top of the third taper cone pulley, the agitation chamber is stretched at second shaft, 27 top In 29 and top tip is fixed with stirring blade 28.

Valuably or illustratively, wherein the third turns to lead between 40 left side inner roof wall of chamber and the agitation chamber 29 It is provided with third and slides chamber 21, the third, which slides to slide in chamber 21, is equipped with third sliding block 23, the third sliding block 23 Top is fixed with sealing-plug 24, and the downward third helicla flute 22 in port, the third spiral shell are equipped in the third sliding block 23 Cooperation is equipped with downward extended third screw rod 20 in spin slot 22, and 20 downward extended end of the third screw rod stretches into described the Three turns of chambers 40 and bottom tip are fixed with to be slided with first taper cone pulley 41 the 4th taper cone pulley 17 of mating connection, the third Lead to be provided in 21 inner left wall of chamber and extended second leads to slot 19 downwards.

Valuably or illustratively, wherein left and right, which extends, in first turn of chamber, 12 inner roof wall is provided with connecting pipe 15, institute It states 15 left side top of connecting pipe slot 19 is led to described second by telescoping tube 16 and lead to and be tightly connected, 15 bottom of the connecting pipe End surface, which leads to, is provided with multigroup injector head 14 stretched into first turn of chamber 12.

Valuably or illustratively, wherein described first slides in 11 or so inner wall of chamber and be arranged with guide groove 114, described The guide block 115 for being equipped with and being fixedly connected with first sliding block 13 is slided in guide groove 114.

Valuably or illustratively, wherein the third that agitation 29 inner roof wall of chamber is equipped with up and down leads to slot 291, 10 top end surface of the car body is fixed with leads to the taper bucket 292 that slot 291 interlinks with the third.

Valuably or illustratively, wherein be fixed with lint brush 44 in 43 outer circle of the rotating cylinder.

It is as follows according to a kind of above-mentioned specifically used method for surface cleaning system：

Apparatus of the present invention in the initial state, 13 top end surface of the first sliding block and first turn of chamber, the 11 inner roof wall phase It supports, the rotating cylinder 43 is accommodated in completely in first turn of chamber 11, first taper cone pulley 41 and 17 phase of the 4th taper cone pulley Engagement, second taper cone pulley 32 are meshed with the third taper cone pulley 26, and the third sliding block 23 is located at third cunning 21 inner top of an actor's rendering of an operatic tune and the sealing-plug 24 are by the agitation intracavitary sealed bottom.

In use, rust remover is added in the agitation chamber 29 by the taper bucket 292, then controls the third and drive Motivation 38 rotates, and the third driving machine 38 can drive 26 band of third taper cone pulley after rotating by second taper cone pulley 32 The dynamic stirring blade 28 rotates, and so as to which the rust remover in the agitation chamber 11 is mixed, after the completion of stirring, closes It closes the third driving machine 38 and opens second driving machine 37 simultaneously, second driving machine 37 rotation can pass through described the Two screw rods 33 drive 30 slide downward of the second sliding block, when 30 bottom end face of the second sliding block and described second are slided When 35 inner bottom wall of an actor's rendering of an operatic tune offsets, second taper cone pulley 32 is engaged with first taper cone pulley 41, is opened the third at this time and is driven Motivation 38, the third driving machine 38 can drive the pivoted housing 36 and the described 4th after rotating by first taper cone pulley 41 Taper cone pulley 17 rotates, and the pivoted housing 36 can drive first screw rod 45 to drive first sliding block 13 to downslide after rotating It is dynamic, at the same time, the third sliding block 23 can be driven by the third screw rod 20 after the 4th taper cone pulley 17 rotation Slide downward, when 115 bottom of the guide block offsets with 114 inner bottom wall of the guide groove, the lint brush 44 and surface of steel plate phase It supports, at the same time, 23 bottom end face of third sliding block slides 21 inner bottom wall of chamber with the third and offsets, and described second leads to Slot 19 leads to the agitation chamber 29, and the rust remover in the agitation chamber 29 flows through the third and slides chamber 21, second leads to slot 19, it is sprayed on the lint brush 44 by the injector head 14 after telescoping tube 16 and the connecting pipe 15, then controls institute The rotation of the first driving machine 47 is stated, first driving machine 47 can drive two institutes in left and right after rotating by second toothed wheel 48 Stating the first toothed wheel 46 drives the rotating cylinder 43 of left and right two to rotate, so as to carry out cleaning operation with water to the surface of steel plate；

After the completion of use, controls first driving machine 47 and stop operating, then pass through the second driving machine 37 and the third Rotating backward for driving machine 38 makes apparatus of the present invention restore to original state.

The beneficial effects of the invention are as follows：

In the initial state due to apparatus of the present invention, the first sliding block top end surface and first turn of intracavitary roof phase It supports, the rotating cylinder is accommodated in completely in first turn of chamber, so as to facilitate the overall movement of car body, improves mobile simplicity；

In use, rust remover is added in the agitation chamber by the taper bucket, the third driving machine rotation is then controlled, The stirring blade can be driven to turn by third taper cone pulley described in the second taper wheel drive after the third driving machine rotation It is dynamic, so as to which the rust remover in the agitation chamber is mixed, so as to greatly reduce labor intensity, improve stirring effect Rate；

After the completion of stirring, closes the third driving machine and open second driving machine simultaneously, the second driving machine rotation The second sliding block slide downward can be driven by second screw rod, when the second sliding block bottom end face with it is described Second slides intracavitary bottom wall when offseting, and second taper cone pulley is engaged with first taper cone pulley, opens the third at this time and drives Motivation can be rotated after the third driving machine rotation by pivoted housing described in the first taper wheel drive and the 4th taper It is dynamic, first screw rod can be driven to drive the first sliding block slide downward after the pivoted housing rotation, it is at the same time, described The third sliding block slide downward can be driven by the third screw rod after the rotation of 4th taper cone pulley, when the guide block bottom When offseting with the guide groove inner bottom wall, the lint brush offsets with surface of steel plate, at the same time, the third sliding block bottom end Face slides intracavitary bottom wall with the third and offsets, and described second leads to slot leads to the agitation chamber, removing in the agitation chamber Rust agent flow through the third slide chamber, second lead to slot, telescoping tube and the connecting pipe after be sprayed on by the injector head The lint paints, and then controls the first driving machine rotation, can pass through second tooth after the first driving machine rotation First toothed wheel of shape wheel drive or so two drives two drum rotations in left and right, so as to the surface of steel plate into Row cleans operation with water, is greatly improved cleaning efficiency；

After the completion of use, controls first driving machine and stop operating, then driven by the second driving machine and the third Rotating backward for machine makes apparatus of the present invention restore to original state；

Apparatus of the present invention, simple in structure, high degree of automation to surface of steel plate, it can be achieved that clean derusting operation, while having and stirring Function is mixed, labor intensity can be greatly reduced, improves cleaning efficiency.

The basic principles, main features and advantages of the present invention have been shown and described above.The technology of the industry Personnel are it should be appreciated that the present invention is not limited to the above embodiments, and what is described in the above embodiment and the description is only the present invention Principle, without departing from the spirit and scope of the present invention, various changes and improvements may be made to the invention, these variation and Improvement is both fallen in claimed invention.The claimed scope of the invention is by appended claims and its equivalent circle It is fixed.

Claims (7)

1. one kind being used for surface cleaning system, including car body, it is characterised in that：Agitation chamber, institute are equipped in the car body top end State be equipped in vehicle bottom end face port it is downward first slide chamber, described first slides to slide in chamber and is equipped with first and slides Block is equipped with first turn of downward chamber of port and second turn of chamber on rear side of first turn of chamber in first sliding block, Symmetrical and front and back extend is provided with first rotating shaft in first turn of chamber, and extended end is rotatable on front side of the first rotating shaft Be set in first turn of chamber front inner wall, and rear side extended end stretch into second turn of chamber and with after second turn of chamber Side inner wall is rotatably assorted connection, is fixed with rotating cylinder in the first rotating shaft in first turn of chamber, in second turn of chamber The first rotating shaft on be fixed with the first toothed wheel, between two first toothed wheels in left and right engagement be provided with the second tooth Shape wheel, second toothed wheel and the first driving machine be connected by power being fixedly installed in second turn of chamber rear side inner wall, institute State first turn of intracavitary roof and turn chamber equipped with third, the agitation intracavitary bottom wall is equipped with the 4th turn of chamber, the third turn chamber with it is described Lead to be provided between agitation chamber and extended first lead to slot up and down, the third turns chamber and is rotatably provided in end wall up and down Pivoted housing is equipped with the first helicla flute for sliding chamber towards described first in port in the pivoted housing, coordinates peace in first helicla flute Equipped with the first screw rod, first screw rod bottom stretch into described first slide in chamber and with the first sliding block top end Face is fixedly connected, and the first taper cone pulley is fixed in the pivoted housing outer circle, and described first leads to extension up and down in inner wall on the right side of slot It is provided with second and slides chamber, described second slides to slide in chamber and be equipped with the second sliding block, is passed through up and down in second sliding block It is logical to be provided with the second helicla flute, coordinate in second helicla flute and the second screw rod is installed, it can at the top of second screw rod Being set to for rotation described second slides in intracavitary roof and bottom and is fixedly installed on described second and slides in intracavitary bottom wall Second driving machine be connected by power, the second sliding block left end face is interior to be equipped with third driving machine, the third driving machine left side End face be connected by power has the second taper cone pulley, and being rotatably assorted to be equipped in the 4th turn of chamber is connected with second taper cone pulley Third taper cone pulley is rotatably assorted between the agitation chamber and the 4th turn of chamber and is equipped with the second shaft, second rotating shaft bottom Portion stretches into the 4th turn of chamber and is fixedly connected with third taper cone pulley top, and the agitation is stretched at the top of second shaft In chamber and top tip is fixed with stirring blade.

2. according to claim 1 a kind of for surface cleaning system, it is characterised in that：The third turns top on the left of chamber To lead between wall and the agitation chamber and is provided with third and slides chamber, the third, which slides to slide in chamber, is equipped with third sliding block, It is fixed with sealing-plug at the top of the third sliding block, the downward third helicla flute in port, institute are equipped in the third sliding block It states cooperation in third helicla flute and downward extended third screw rod is installed, the downward extended end of third screw rod stretches into described Third turns chamber and bottom tip is fixed with and slides a chamber left side with first taper cone pulley the 4th taper cone pulley of mating connection, the third Lead to be provided in the inner wall of side and extended second leads to slot downwards.

3. according to claim 1 a kind of for surface cleaning system, it is characterised in that：In first turn of intracavitary roof Left and right, which extends, is provided with connecting pipe, and the connecting pipe left side top leads to slot with described second by telescoping tube and leads to and seal company It connects, the connecting pipe bottom end face, which leads to, is provided with multigroup injector head stretched into first turn of chamber.

4. a kind of system and method for surface cleaning according to claim 1, it is characterised in that：Described first slides It is arranged with guide groove in chamber or so inner wall, slides to be equipped in the guide groove and be led with what first sliding block was fixedly connected with Block.

5. according to claim 1 a kind of for surface cleaning system, it is characterised in that：The agitation intracavitary roof is equipped with Third up and down leads to slot, and the car body top end face is fixed with leads to the taper bucket that slot interlinks with the third.

6. according to claim 1 a kind of for surface cleaning system, it is characterised in that：Fixation is set in the rotating cylinder outer circle There is lint brush.

7. a kind of specifically used method for surface cleaning system according to claim 1-6 is as follows：

In the initial state, the first sliding block top end surface offsets apparatus of the present invention with first turn of intracavitary roof, institute Rotating cylinder to be stated to be accommodated in completely in first turn of chamber, first taper cone pulley is meshed with the 4th taper cone pulley, and described second Taper cone pulley is meshed with the third taper cone pulley, and the third sliding block is located at the third and slides intracavitary top and the sealing It fills in the agitation intracavitary sealed bottom；

In use, rust remover is added in the agitation chamber by the taper bucket, the third driving machine rotation is then controlled, The stirring blade can be driven to turn by third taper cone pulley described in the second taper wheel drive after the third driving machine rotation It is dynamic, so as to which the rust remover in the agitation chamber is mixed, after the completion of stirring, close the third driving machine and same Second driving machine described in Shi Kaiqi, the second driving machine rotation can drive second sliding block by second screw rod Slide downward, when the second sliding block bottom end face slides intracavitary bottom wall with described second to offset, second taper cone pulley It is engaged with first taper cone pulley, opens the third driving machine at this time, described the can be passed through after the third driving machine rotation Pivoted housing described in one taper wheel drive and the 4th taper cone pulley rotation can drive first screw rod after the pivoted housing rotation The first sliding block slide downward is driven, at the same time, the third screw rod can be passed through after the 4th taper cone pulley rotation Drive the third sliding block slide downward, when the guide block bottom and the guide groove inner bottom wall offset, the lint brush with Surface of steel plate offsets, and at the same time, the third sliding block bottom end face slides intracavitary bottom wall with the third and offsets, and described Two lead to slot leads to the agitation chamber, and the rust remover in the agitation chamber flows through the third and slides chamber, second lead to slot, stretch The lint is sprayed on by the injector head to paint, then control first driving machine and turn after the draw and the connecting pipe It is dynamic, it can drive left and right by two first toothed wheels of described second tooth form wheel drive or so after the first driving machine rotation Two drum rotations, so as to carry out cleaning operation with water to the surface of steel plate；

After the completion of use, controls first driving machine and stop operating, then driven by the second driving machine and the third Rotating backward for machine makes apparatus of the present invention restore to original state.