The content of the invention
For above-mentioned situation, to overcome the defect of prior art, it is automatic that the purpose of the present invention is just to provide a kind of wall top surface
Plastering machine, effectively solves wall top surface and paints difficult, waste time and energy, and paints effect difference and harmful substance is big etc. to actual bodily harm
Problem.
Its technical scheme solved is that the present invention includes being connected with below casing, casing fixed below telescoping tube, telescoping tube
Rotating disk is connected with, rotating disk is connected with base through bearing, and base, which slides back and forth, is connected with the first track, the first track horizontally slips company
It is connected to the second track;
It is connected with material-storing box, material-storing box to slide up and down to be connected with A round brush and B round brush, casing above casing and is fixed with first
The first partial gear and the second partial gear, the first incomplete tooth are respectively fixed with motor, the output shaft of the first motor
Take turns, first partial gear external toothing threeth partial gear, second partial gear identical with the second partial gear shape
The partial gear of external toothing the 4th, the 3rd partial gear and the 4th partial gear shape are identical, the first partial gear pair
Claim provided with two groups of identical gear teeth and wheel between cog arc length is different, constitute the first partial gear and drive the 3rd partial gear
Do the structure of intermittent rotary, the first partial gear is rotated one week, the 3rd partial gear does the intermittent time and different turned twice
It is dynamic, the 3rd partial gear and the 4th partial gear be coaxially fixed with respectively in worm screw, casing be fixed with worm engaging and
Positioned at the worm gear of vertical state, worm gear is coaxially fixed with roller gear, and roller gear side, which is provided with to slide up and down, is connected to casing
Horizontally slipped in the first interior activity box, the first activity box and be connected with the second activity box, centre position is vertical on the second activity box
Multiple cylindrical rods are evenly equipped with direction, the second activity box is provided with the sliding groove being located on the outside of cylindrical rod, the rotation of roller gear
In axle insertion sliding groove, roller gear is engaged with cylindrical rod, is constituted roller gear and is rotated the second activity box of drive in the first activity
Inframe moves left and right and makes the second activity box and structure that the first activity box is integrally moved up and down, and A round brush and B round brush are through connecting rod
It is separately fixed on the first different activity box, constitutes the structure that A round brush and B round brush are slided up and down in material-storing box.
The present invention is multiple functional, time saving and energy saving, safe and practical, and automaticity is high, paints effect good, it is ensured that work effect
Rate, while the body of workman is protected, with very high market value.
Embodiment
The embodiment of the present invention is described in further detail below in conjunction with accompanying drawing.
Provided by Fig. 1 to Figure 12, a kind of wall top surface automatic plastering machine, including casing 1, the lower section of casing 1 is connected with telescoping tube
2, the lower section of telescoping tube 2 is fixedly connected with rotating disk 3, and rotating disk 3 is connected with base 4 through bearing, and base 4, which slides back and forth, is connected with the first rail
Road 5, the first track 5, which horizontally slips, is connected with the second track 6;
The top of casing 1, which is connected with to slide up and down in material-storing box 7, material-storing box 7, is connected with A round brush 8 and B round brush 9, fixed in casing 1
Have and be respectively fixed with the first partial gear 11 and the second partial gear on the first motor 10, the output shaft of the first motor 10
12, the first partial gear 11 is identical with the shape of the second partial gear 12, and the external toothing the 3rd of the first partial gear 11 is endless
All gear 13, the partial gear 14 of 12 external toothing of the second partial gear the 4th, the 3rd partial gear 13 and the 4th is incomplete
The shape of gear 14 is identical, and the first partial gear 11 is arranged with two groups of identical gear teeth and wheel between cog arc length is different, structure
The structure of intermittent rotary is done into the first partial gear 11 the 3rd partial gear 13 of drive, the first partial gear 11 rotates one
Week, the 3rd partial gear 13 does intermittent time different rotation twice, the 3rd partial gear 13 and the 4th partial gear
14 are coaxially fixed with the worm gear 16 for being fixed with worm screw 15, casing 1 and being engaged with worm screw 15 and being located at vertical state, worm gear 16 respectively
Coaxial to be fixed with roller gear 17, the side of roller gear 17 is provided with the first activity box 18 for sliding up and down and being connected in casing 1, the
Horizontally slipped in one activity box 18 and be connected with the second activity box 19, be evenly equipped with the second activity box 19 on the vertical direction of centre position
Multiple cylindrical rods 32, the second activity box 19 is provided with the sliding groove 33 for being located at the outside of cylindrical rod 32, the rotary shaft of roller gear 17
Insert in sliding groove 33, roller gear 17 is engaged with cylindrical rod 32, constitute the rotation of roller gear 17 and drive the second activity box 19 to exist
Moved left and right in first activity box 18 and make the second activity box 19 and the overall structure moved up and down of the first activity box 18, A round brush 8
It is separately fixed at B round brush 9 through connecting rod on the first different activity box 18, constitutes A round brush 8 and B round brush 9 in material-storing box 7
The structure slided up and down.
The first described partial gear 11 is provided with the first block 20 and second for being located at different groups of gear teeth sides respectively
It is fixedly connected with block 21, the 3rd partial gear 13 and the homonymy of the first block 20 and can be with the first block 20 or the second block
21 the first levers 24 touched, the first pin 24 and the synchronous axial system of the 3rd partial gear 13, the first partial gear 11
During rotation, the first block 20 or the second block 21 stir the first pin 24 and rotate the 3rd partial gear 13 so that with first not
Complete gear 11 is engaged.
The second described partial gear 12 is provided with the third gear block 22 and the 4th for being located at different groups of gear teeth sides respectively
It is fixedly connected with block 23, the 4th partial gear 14 and the homonymy of third gear block 22 and can be with third gear block 22 or fourth gear block
23 the second levers 25 touched, the second pin 25 and the synchronous axial system of the 4th partial gear 14, the second partial gear 12
During rotation, third gear block 22 or fourth gear block 23 stir the second pin 25 and rotate the 4th partial gear 14 so that with second not
Complete gear 12 is engaged.
Described rotating disk 3 is round type rotating disk, and the outside of rotating disk 3 is fixed on base provided with handle, the located pin 27 of rotating disk 3 is rotated
On 4.
The described bottom of material-storing box 7 is respectively fixed with the seal pipe 28 for being enclosed on A round brush 8 and the outside of B round brush 9, A round brush 8 or B
The opposing seal pipe 28 of round brush 9 is slided up and down, and the gap of seal pipe 28 and A round brush 8 or B round brush 9 is small.
The second motor 29 is fixed with described base 4, the second motor 29 control base 4 is constituted and is slided along the first track 5
Structure.
The 3rd motor 30 is fixed with the first described track 5, the 3rd motor 30 is constituted and controls the first track 5 along the second rail
The structure that road 6 is slided.
Piston 31 is provided with described telescoping tube 2, piston 31 is connected with vane pump 26 through hydraulic oil, constitutes vane pump 26 and control
Piston 31 processed slides up and down and then drives the structure of the elevating movement of expansion link 2.
In the use of the present invention, first the second track 6 is laid in left and right indoors, the second track 6 is laid on close to the position at wall bottom
Put, slidably connected between the second track 6 and base 4 is slidably connected on two the first tracks 5, the first track 5, lay track
After finishing, suitable position is adjusted, the first track 5 is fixed on the second track 6, the original position of base 4 is in the first track 5
One end, according to the height on indoor wall top, adjust the stroke of telescoping tube 2, initial position ensures the just contact wall top of A round brush 8,
Meet the requirement for height of rendering, and B round brush 9 is immersed in material-storing box 7, later, B round brush 9 starts A round brush 8 simultaneously above
First motor 10 and the second motor 29, the second motor 29 drive base 4 to be slided along the average rate of the first track 5, and the first motor 10 drives
First partial gear 11 and the second partial gear 12 are rotated coaxially, now the first partial gear 11 and the 3rd incomplete tooth
Wheel 13 is in not engagement, and the second partial gear 12 and the 4th partial gear 14 are also at not engagement, but the
Three partial gears 13 and the 4th partial gear 14 are right respectively on the first partial gear 11 and the second partial gear 12
The arc surface answered is different;
According to position time coordinate figure, h1 represents the distance relation of A round brush and wall top surface, h2 represent B round brush to wall top surface away from
From relation, t represents the time, if the time cycle whitewashed a wall is 10 seconds, and the level interval of A round brush 8 and B round brush 9 is d, original state B
The distance of round brush 9 to wall top surface is also d, and with the rotation of the first motor 10, in 10 seconds of beginning of whitewashing a wall, A round brush 8 is located always
In working condition, the first partial gear 11 and the 3rd partial gear 13 are in not engagement, and B round brush 9 is immersed in always
In material-storing box 7, the first partial gear 11 is provided with the first block 20 and the second block 21, and the second partial gear 12 is provided with
Third gear block 22 and fourth gear block 23, the first block 20 are identical with the corresponding position of third gear block 22, the second block 21 and the 4th
The corresponding position of block 23 is also identical, and when the 6th second, the third gear block 22 on the second partial gear 12 stirs second
Lever 25 is moved, so that the second partial gear 12 starts to engage with the 4th partial gear 14, the band of the 4th partial gear 14
Dynamic worm screw 15 moves, the lower end Vertical Meshing worm gear 16 of worm screw 15, after worm gear 16 has been fixedly and coaxially connected positioned at worm gear through connecting rod
The roller gear 17 at end, the side of roller gear 17, which is provided with, slides up and down the first activity box 18 for being connected in casing 1, to avoid the
One activity box 18 is formed with worm screw 15 interferes, and selects the connecting rod of appropriate length, now roller gear 17 is located at sliding groove 33
Top, the gear motion of roller gear 17 and cylindrical rod 32, the original place of roller gear 17 starts to rotate, and drives the second activity box 19 to open
Beginning moves right in the first activity box 18 along sliding groove 33 and makes the second activity box 19 and the first activity box 18 is overall to moving up
It is dynamic, and then the first motion upwards of activity box 18 is driven, control the rising of B round brush 9, at the 8th second, the He of the second partial gear 12
The engagement of 4th partial gear 14 terminates, and roller gear 17 is located just at the bottom of sliding groove 33, roller gear 17 and cylinder
Rod 32 is engaged all the time, and plays supporting & stablizing, and the now contact of B round brush 9 wall top surface, B round brush 9 is whitewashed a wall 10 seconds, now A round brush 8
Worked simultaneously with B round brush 9;
Because the level interval of A round brush 8 and B round brush 9 is d, d is in space state, and the distance of wall top surface to material-storing box 7 is also d,
Base 4 was at the uniform velocity slided always, by the run duration of 2 seconds, that is, when the 10th second, between the level between two round brush
Just painted and finished by A round brush 8 away from d, middle free of discontinuities, now 11 the second block 21 stirs first on the first partial gear
Lever 24 is moved, and the first partial gear 11 is engaged with the 3rd partial gear 13, drives worm and wormwheel to rotate, and worm gear 16 is through even
Extension bar is fixedly connected with roller gear 17, and the roller gear 17 positioned at the bottom of sliding groove 33 starts to rotate, and drives the second activity
Frame 19 moves left in the first activity box 18 along sliding groove 33 and makes the second activity box 19 and the first activity box 18 is overall to moving down
It is dynamic, the decline of control A round brush 8, when the 12nd second, the first partial gear 11 and the 3rd partial gear 13 engagement knot
Beam, the 3rd partial gear 13 remains static, and roller gear 17 is located just at the top of sliding groove 33, roller gear 17
Engaged all the time with cylindrical rod 32, and play supporting & stablizing, A round brush 8 is located at immersion coating in material-storing box 7;
By the soak time of 6 seconds, that is, when the 18th second, the first block 20 on the first partial gear 11 stirs
One lever 24 is moved, and the first partial gear 11 is engaged with the 3rd partial gear 13, while on the second partial gear 12
Four blocks 23 are stirred the second lever 25 and moved, and the second partial gear 12 is engaged with the 4th partial gear 14, and the 3rd is incomplete
The partial gear 14 of gear 13 and the 4th drives different worms and wormwheels to rotate respectively, and worm gear 16 is fixedly connected with circle through connecting rod
Stud wheel 17, roller gear 17 is engaged with cylindrical rod 32, and then formation B round brush 9 starts to move downward, while A round brush 8 is upward
Motion, by the run duration of 2 seconds, base 4 was at the uniform velocity slided always, and A round brush 8 is during rising, the motion of horizontal direction
Distance is spacing d, and the move distance of vertical direction is also d, and at the 20th second, A round brush 8 was contacted to wall top surface, just at work
Make state, it is ensured that non-overlapping free of discontinuities during rendering, wall top surface is smooth, the first partial gear 11 and the 3rd partial gear
13 engagements terminate, and the second partial gear 12 is also engaged with the 4th partial gear 14 to be terminated, and B round brush 9 is then located in material-storing box,
In immersion coating state;
Again by the soak time of 6 seconds, B round brush 9 is begun to ramp up, and operation principle is same as described above, circulates work, automatic plastering wall
Top surface, continuous free of discontinuities, non-overlapping phenomenon finishes when first horizontal wall top surface is painted, starts the 3rd motor 30, vertically move
The horizontal wall top side location of first track 5 to the second, fixes the first track 5, now needs rotating disk 3 to rotate 180 °, it is ensured that B round brush 9
Preceding, A round brush 8 is fixed on rotating disk 3 on base 4 with pin 27, continues to paint the second horizontal wall top surface, when all rear
Laterally all paint and finish, because round brush and side wall have a certain distance, the two ends of wall top surface fail complete rendering, now rotating disk 3
It is rotated by 90 °, rotating disk 3 is fixed on base 4 with pin 27, base 4 is fixed on the corresponding position of the first track again, starts simultaneously
First motor 10 and the 3rd motor 30, the first track 5 are vertically moved along the second track 6, and the two of wall top surface can be just painted completely
End, it is ensured that comprehensive, the rendering effect unification of rendering, automaticity height, reduction working strength.
The more traditional device of the present invention has following benefit:1)Wall top surface is alternately painted using front and rear round brush, determined
Time interval, it is ensured that free of discontinuities during rendering, no to repeat, wall top surface paints unified smooth, and automaticity is high, and economy has
Effect;2)Designed using two sets of identical partial gears, motor drives, according to the difference of initial position, can but produced not simultaneously
The same motion, with unconventional effect alternatively up and down;3)Telescoping tube has retractility, effectively adjusts round brush and wall top surface
Distance relation, it is convenient and practical;4)Sliding rail is laid on ground, is effectively guaranteed the rendering scope of round brush, time saving and energy saving, it is to avoid
People's station paints wall top surface back and forth on support.
Clever structure of the present invention, it is convenient and practical, it can laterally paint and can longitudinally paint, the wall top of interior has been painted comprehensively
Face, it is ensured that the integrality of rendering, and smear uniform, light is smooth, and automaticity is high, mitigates injury of the coating to body,
With good market prospects.