Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of integral type wall plaster equipment, to metope can unite
One painting, disposably carries out paint covering for entire metope, while can also absorb the effective integrated equipment of the peculiar smell of paint,
The equipment reaction is sensitive, feature-rich.
The present invention is achieved through the following technical solutions.
A kind of integral type wall plaster equipment of the invention, including the first fuselage, first fuselage is interior to be equipped with discharging chamber;
Being equipped in the feed cavity makes to paint the discharging mechanism risen in pipeline by piston press, is equipped in the discharging chamber
First sliding groove, the first sliding block is equipped in the first sliding groove, the first drive cavity is equipped in first sliding block, described first passes
It is located in first fuselage on the downside of dynamic chamber and is equipped with storage cavity, is fixed with belt chamber on the right side of the storage cavity;
The second fuselage is equipped on the left of first fuselage, second fuselage is interior to be equipped with painting chamber, and the painting is intracavitary to be equipped with clearly
Painting mechanism that is clean and painting metope progress groundwork, intracavitary left and right of painting, which extends, to be rotated equipped with first rotating shaft, described
It is fixed with rotating wheel in first rotating shaft, track groove is fixed on the rotating wheel, is fixed on rear side of the first rotating shaft
First connecting rod, sliding is equipped with the cleaning block extending into the track groove on the first connecting rod;
It is fixed with third fuselage on the left of second fuselage, is equipped in the third fuselage and moves strong chamber, in the mobile cavity
Equipped with the mobile mechanism for driving the painting mechanism to move up and down, second sliding slot, the second sliding slot are equipped in the mobile cavity
It is inside equipped with the second sliding block, is equipped with power cavity in second sliding block, it is fixed in the first rotating shaft in the power cavity
Equipped with first gear.
Further, the discharging mechanism includes the discharging chamber, the first sliding groove being equipped in the discharging chamber, institute
It states and is equipped with first sliding block in first sliding groove, be equipped with first drive cavity, first drive cavity in first sliding block
Interior left and right extends rotation and is equipped with the second shaft, is fixed with first bevel gear in second shaft, in first drive cavity
Extend up and down and be equipped with third shaft, the third shaft is equipped with the second bevel gear engaged with the first bevel gear, described
Sliding is equipped with third sliding block in first drive cavity, and the third sliding block is contacted with the second bevel gear, the third sliding block and
Spring is connected between the first drive cavity base end wall.
Further, it is located in first fuselage on the downside of first drive cavity and is equipped with storage cavity described in the storage cavity
Front bulkhead is fixed with equipped with feed inlet, and rotation is equipped with thread bush in the storage cavity, is equipped with third sliding slot in the thread bush,
The third shaft can be slided in the third sliding slot and the thread bush is driven to rotate, and the thread bush is equipped with piston,
Internal screw thread is equipped in the piston, the internal screw thread is engaged with the thread bush.
Further, be fixed with the belt chamber on the right side of the storage cavity, the belt is intracavitary be fixed with it is described
The pipeline of storage cavity bottom connection, the intracavitary rotation of belt are equipped with the second connecting rod, second connecting rod and the pipeline
Between rotation be equipped with belt pulley, torsional spring, the skin are connected between the belt pulley aft bulkhead and the belt cavity rear end wall
Tep reel chamber is equipped in belt wheel, the tep reel is intracavitary to be equipped with flexible rubber hose, and the pipeline and described flexible rubber hose one end are rotatablely connected, described
The conveyance conduit that left and right extends is fixed on the upside of first sliding block, described conveyance conduit one end is fixedly connected with the flexible rubber hose.
Further, the painting mechanism includes the painting chamber, extends to the delivery pipe in second fuselage
On road rotation be equipped with gear bush, gear bush left end wall be located at it is described painting it is intracavitary be fixedly connected equipped with the 4th shaft,
Paint chamber is equipped in 4th shaft, the paint chamber outer end wall is equipped with liquid drain hole, is fixed in the 4th shaft
Painting wheel.
Further, the intracavitary left and right of the painting, which extends to rotate, is equipped with the first rotating shaft, fixed in the first rotating shaft
Equipped with the rotating wheel, it is fixed with the track groove on the rotating wheel, described the is fixed on rear side of the first rotating shaft
One connecting rod, sliding is equipped with the cleaning block extending into the track groove on the first connecting rod, under the cleaning block
End face fixed-link has hairbrush.
Further, it is fixed with motor on the right side of the painting chamber, the motor left side is rotatably connected to described first
Shaft, the motor right side are rotatably connected to second shaft, are located on the right side of the motor fixed in second fuselage
Equipped with the second drive cavity, it is fixed with second gear in second shaft in second drive cavity, described second
Gear is engaged with the gear bush, and the second gear left side is fixedly connected equipped with third hand tap gear.
Further, extend rotation in second drive cavity up and down and be equipped with the 5th shaft, be located at second drive cavity
The 4th bevel gear is fixed in interior the 5th shaft, the 4th bevel gear engages with the third hand tap gear, described
It is fixed with ventilation lumen on the downside of painting chamber, spacing block is equipped in the ventilation lumen, is fixed with suction on the right side of the ventilation lumen upper layer
Air pump, the asepwirator pump are connect with the 5th shaft, are located in the ventilation lumen on the left of the asepwirator pump and are fixed with filtering
Block, ventilation lumen middle layer front bulkhead are equipped with venthole, and ventilation lumen lower layer aft bulkhead is equipped with air inlet.
Further, the mobile mechanism includes the mobile cavity, and the second sliding slot is equipped in the mobile cavity, described
It is equipped with second sliding block in second sliding slot, is equipped with the power cavity, the institute in the power cavity in second sliding block
It states and is fixed with the first gear in first rotating shaft, end wall is symmetrically fixed with gear grooved, the tooth before and after the mobile cavity
Race is engaged with the first gear.
Beneficial effects of the present invention: when equipment of the invention reduces the work of finishing work by quickly painting wall
Long, it is intracavitary that paint is squeezed into coating by way of extruding by equipment, by coating chamber by paint application to brush wheel, brush wheel
Disposably by whole face wall plastering, working efficiency is higher, and equipment makes paint accelerate to dry out by way of air draught, while can also inhale
The unusual odor of receipts paint, reduction air pollution, the health of protection environment and resident, equipment energy utilization rate with higher,
Process safety easy to operate is rapid simultaneously.
Specific embodiment
Below with reference to Fig. 1-6, the present invention is described in detail, for sake of convenience, now such as to hereafter described orientation regulation
Under: hereafter described front-rear direction up and down is consistent with the front-rear direction up and down of Fig. 1 projection relation itself.
A kind of integral type wall plaster equipment in conjunction with described in attached drawing 1-6, including the first fuselage 34, first fuselage 34
Interior to be equipped with discharging chamber 35, being equipped in the feed cavity 35 makes to paint the discharging mechanism 90 risen in pipeline by piston press,
The first sliding groove 36 being equipped in the discharging chamber 35, the first sliding groove 36 is interior to be equipped with the first sliding block 37, first sliding block 37
It is inside equipped with the first drive cavity 66, is located in first fuselage 34 on the downside of first drive cavity 66 and is equipped with storage cavity 49, it is described
Belt chamber 48 is fixed on the right side of storage cavity 49;
It is equipped with the second fuselage 17 on the left of first fuselage 34, painting chamber 23, the painting chamber are equipped in second fuselage 17
It is equipped in 23 and cleans and paint the painting mechanism 91 that metope carries out groundwork, left and right extends rotation and is equipped in the painting chamber 23
First rotating shaft 24 is fixed with rotating wheel 25 in the first rotating shaft 24, track groove 18, institute is fixed on the rotating wheel 25
It states and is fixed with first connecting rod 63 on rear side of first rotating shaft 24, sliding is equipped with and extend into the track on the first connecting rod 63
Cleaning block 62 in slot 18;
It is fixed with third fuselage 10 on the left of second fuselage 17, mobile strong chamber 11 is equipped in the third fuselage 10, it is described
The mobile mechanism 92 for driving the painting mechanism 91 to move up and down is equipped in mobile cavity 11, it is sliding to be equipped with second in the mobile cavity 11
Slot 12, the second sliding slot 12 is interior to be equipped with the second sliding block 13, is equipped with power cavity 15 in second sliding block 13, is located at the power
First gear 14 is fixed in the first rotating shaft 24 in chamber 15.
The discharging mechanism 90 includes the discharging chamber 35, the first sliding groove 36 being equipped in the discharging chamber 35, institute
It states and is equipped with first sliding block 37 in first sliding groove 36, be equipped with first drive cavity 66 in first sliding block 37, described the
Left and right, which extends to rotate, in one drive cavity 66 is equipped with the second shaft 50, is fixed with first bevel gear 31 in second shaft 50,
Extend up and down in first drive cavity 66 and be equipped with third shaft 32, the third shaft 32 is equipped with and the first bevel gear
The second bevel gears 33 of 31 engagements, sliding is equipped with 38 third sliding blocks 38 in first drive cavity 66, the third sliding block 38 with
The second bevel gear 33 contacts, and is connected with spring between the third sliding block 38 and 66 base end wall of the first drive cavity
39, it is located on the downside of first drive cavity 66 in first fuselage 34 and is equipped with 49 front bulkhead of storage cavity described in the storage cavity 49
It is fixed with and is equipped with feed inlet 65, rotation is equipped with thread bush 40 in the storage cavity 49, and it is sliding to be equipped with third in the thread bush 40
Slot 43, the third shaft 32 can be slided in the third sliding slot 43 and the thread bush 40 driven to rotate, the thread bush
40 are equipped with piston 41, are equipped with internal screw thread 42 in the piston 41, the internal screw thread 42 is engaged with the thread bush 40, the storage
It is fixed with the belt chamber 48 on the right side of material chamber 49, is fixed in the belt chamber 48 and is connected to 49 bottom of storage cavity
Pipeline 47, the interior rotation of the belt chamber 48 are equipped with the second connecting rod 58, turn between second connecting rod 58 and the pipeline 47
It is dynamic to be equipped with belt pulley 45, it is connected with torsional spring 59 between 45 aft bulkhead of belt pulley and 48 aft bulkhead of belt chamber, it is described
It is equipped with tep reel chamber 60 in belt pulley 45, flexible rubber hose 44, the pipeline 47 and the flexible rubber hose 44 1 are equipped in the tep reel chamber 60
End is rotatablely connected, and the conveyance conduit 30 that left and right extends, described 30 one end of conveyance conduit are fixed on the upside of first sliding block 37
It is fixedly connected, paint is poured into the storage cavity 49 by the feed inlet 65, when described second turn with the flexible rubber hose 44
When axis 50 rotates, second shaft 50 drives the first bevel gear 31 to rotate, and the rotation of first bevel gear 31 passes through tooth
Wheel engagement drives the second bevel gear 33 to rotate, and the rotation of second bevel gear 33 drives the thread bush 40 to rotate, described
Thread bush 40, which is rotated, drives 41 slide downward of piston by the screw thread engagement of the internal screw thread 42, and 41 countryside of piston is sliding
The dynamic paint squeezed in the storage cavity 49 enters the pipeline 47, when 37 upward sliding of the first sliding block, described first
The flexible rubber hose 44 is pulled out the belt pulley 45 by the conveyance conduit 30 by sliding block 37, and the belt pulley 45 is because described soft
Sebific duct 44 stretches out rotation, and the rotation of belt pulley 45 rotates the torsional spring 59, and the third sliding block 38 is in the spring 39
It is moved up under effect, the third sliding block 38, which moves up, contacts the first bevel gear 31 with the second bevel gear 33
Engagement, when the sliding of described ground body sliding block countryside, the belt pulley 45 is received the flexible rubber hose 44 by the torsional spring 59 rotation
Get up.
The painting mechanism 91 includes the painting chamber 23, extends to the conveyance conduit 30 in second fuselage 17
Upper rotation is equipped with gear bush 29, and the 29 left end wall of gear bush, which is located in the painting chamber 23, to be fixedly connected equipped with the 4th turn
Axis 28, is equipped with paint chamber 19 in the 4th shaft 28, and 19 outer end wall of paint chamber is equipped with liquid drain hole 27, and described 4th turn
It being fixed on axis 28 and paints wheel 26, left and right, which extends to rotate, in the painting chamber 23 is equipped with the first rotating shaft 24, and described first
It is fixed with the rotating wheel 25 in shaft 24, the track groove 18, the first rotating shaft are fixed on the rotating wheel 25
24 rear sides are fixed with the first connecting rod 63, and sliding, which is equipped with, on the first connecting rod 63 extend into the track groove 18
The cleaning block 62, the 62 lower end surface fixed-link of cleaning block has hairbrush 64, is fixed with horse on the right side of the painting chamber 23
Up to 56,56 left side of motor is rotatably connected to the first rotating shaft 24, and 56 right side of motor is rotatably connected to described
Second shaft 50 is located in second fuselage 17 on the right side of the motor 56 and is fixed with the second drive cavity 67, is located at described the
Second gear 51, the second gear 51 and the gear bush are fixed in second shaft 50 in two drive cavities 67
29 engagements, 51 left side of second gear are fixedly connected equipped with third hand tap gear 52, upper downward in second drive cavity 67
It stretches rotation and is equipped with the 5th shaft 54, the 4th cone tooth is fixed in the 5th shaft 54 in second drive cavity 67
Wheel 53, the 4th bevel gear 53 engages with the third hand tap gear 52, is fixed with ventilation lumen 20 on the downside of the painting chamber 23,
It is equipped with spacing block 21 in the ventilation lumen 20, is fixed with asepwirator pump 55, the asepwirator pump 55 on the right side of 20 upper layer of ventilation lumen
It is connect with the 5th shaft 54, is located in the ventilation lumen 20 on the left of the asepwirator pump 55 and is fixed with filter block 22, it is described
20 middle layer front bulkhead of ventilation lumen is equipped with venthole 61, and 20 lower layer's aft bulkhead of ventilation lumen is equipped with air inlet 57, opens the horse
Up to 56, the motor 56 drives the first rotating shaft 24 to rotate, and the rotation of first rotating shaft 24 keeps second fuselage 17 whole
It moves up, the rotation of first rotating shaft 24 drives the rotating wheel 25 to rotate, and the rotation of rotating wheel 25 passes through the track
Slot 18 makes the cleaning block 62 do bilateral reciprocation, and the cleaning block 62 does bilateral reciprocation and 64 hairbrush 64 is driven to do
Bilateral reciprocation cleans raised metope, and the motor 56 drives second shaft 50 to rotate, and second shaft 50 rotates
The second gear 51 is driven to rotate, the rotation of second gear 51 drives the gear bush 29 to rotate by gear engagement,
The rotation of gear bush 29 drives the 4th shaft 28 rotation, and the 4th shaft 28 rotation drives the painting to take turns 26 turns
Dynamic, the paint in the paint chamber 19 is entered painting wheel 26 by the liquid drain hole 27 by the 4th shaft 28 rotation
On, for the painting wheel 26 by paint application to metope, the rotation of the second shaft 50 drives the third hand tap gear 52 to rotate,
The rotation of third hand tap gear 52 drives the 4th bevel gear 53 to rotate by gear engagement, the 4th bevel gear 53 rotation
The 5th shaft 54 is driven to rotate, the 5th shaft 54 rotation makes the asepwirator pump 55 start air-breathing, the asepwirator pump 55
Start air-breathing to suck gas in the ventilation lumen 20 by the air inlet 57, gas is first by the ventilation lumen 20
The filter block 22 removes peculiar smell, is discharged by the venthole 61.
The mobile mechanism 92 includes the mobile cavity 11, and the second sliding slot 12 is equipped in the mobile cavity 11, described
It is equipped with second sliding block 13 in second sliding slot 12, is equipped with the power cavity 15 in second sliding block 13, is located at the power
The first gear 14 is fixed in the first rotating shaft 24 in chamber 15, symmetrically fixation is set the 11 front and back end wall of mobile cavity
There is gear grooved 16, the gear grooved 16 is engaged with the first gear 14, when the first rotating shaft 24 rotation, described first turn
The rotation of axis 24 drives first gear 14 to rotate, and the rotation of first gear 14 makes second sliding block 13 by the gear grooved 16
Upward sliding, 13 upward sliding of the second sliding block drive the second fuselage 17 to move up, and second fuselage 17 moves up
First fuselage 34 described in earthquake moves up.
The sequence of the mechanical action of whole device:
1. paint is poured into the storage cavity 49 by the feed inlet 65, when second shaft 50 rotation, described the
Two shafts 50 drive the first bevel gear 31 to rotate, and the rotation of first bevel gear 31 drives described second by gear engagement
Bevel gear 33 rotates, and the rotation of second bevel gear 33 drives the thread bush 40 to rotate, and the rotation of thread bush 40 passes through institute
The screw thread engagement for stating internal screw thread 42 drives 41 slide downward of piston, and 41 countryside of the piston sliding squeezes the storage cavity 49
Interior paint enters the pipeline 47;
2. first sliding block 37 passes through the conveyance conduit 30 for the flexible rubber hose when 37 upward sliding of the first sliding block
44 pull out the belt pulley 45, and for the belt pulley 45 because the flexible rubber hose 44 stretches out rotation, the rotation of belt pulley 45 makes institute
The rotation of torsional spring 59 is stated, the third sliding block 38 moves up under the action of spring 39, and the third sliding block 38 is to moving up
It is dynamic that the first bevel gear 31 is made to contact engagement with the second bevel gear 33, it is described when the sliding of described ground body sliding block countryside
Belt pulley 45 is accepted the flexible rubber hose 44 by the torsional spring 59 rotation;
3. opening the motor 56, the motor 56 drives the first rotating shaft 24 to rotate, and the rotation of first rotating shaft 24 makes institute
It states 17 entirety of the second fuselage to move up, the rotation of first rotating shaft 24 drives the rotating wheel 25 to rotate, the rotating wheel 25
Rotation makes the cleaning block 62 do bilateral reciprocation by the track groove 18, and the cleaning block 62 makees bilateral reciprocation band
It moves 64 hairbrush 64 and does the raised metope of bilateral reciprocation cleaning, the motor 56 drives second shaft 50 to rotate, institute
Stating the rotation of the second shaft 50 drives the second gear 51 to rotate;
4. the rotation of second gear 51 drives the gear bush 29 to rotate by gear engagement, the gear bush 29 is rotated
The 4th shaft 28 is driven to rotate, the 4th shaft 28 rotation drives 26 rotation of painting wheel, the 4th shaft 28
Rotation enters the paint in the paint chamber 19 on painting wheel 26 by the liquid drain hole 27, and the painting wheel 26 will be oily
Paint is applied on metope;
5. the rotation of the second shaft 50 drives the third hand tap gear 52 to rotate, the rotation of third hand tap gear 52 passes through gear
Engagement drives the 4th bevel gear 53 rotation, and the 4th bevel gear 53 rotation drives the 5th shaft 54 rotation, described
The rotation of 5th shaft 54 makes the asepwirator pump 55 start air-breathing, and the asepwirator pump 55 starts air-breathing and passes through the air inlet 57 for gas
Body sucks in the ventilation lumen 20, and gas removes peculiar smell by the filter block 22 in the ventilation lumen 20 first, is passing through
The venthole 61 is discharged;
6. the rotation of first rotating shaft 24 drives first gear 14 to rotate, first tooth when the first rotating shaft 24 rotation
14 rotation of wheel makes 13 upward sliding of the second sliding block by the gear grooved 16, and 13 upward sliding of the second sliding block drives the
Two fuselages 17 move up, and second fuselage 17 moves up the first fuselage 34 described in earthquake and moves up, equipment automatization
Degree is high, and each mechanism driving cooperation is close, and kinetic energy efficiency is high.
The above embodiments merely illustrate the technical concept and features of the present invention, and its object is to allow be familiar with this field technology
Personage can understand the content of present invention and be implemented, and it is not intended to limit the scope of the present invention.It is all according to the present invention
Equivalent change or modification made by Spirit Essence, should be covered by the scope of protection of the present invention.