CN108031616A - A kind of new multi-functional flow coating machine - Google Patents
A kind of new multi-functional flow coating machine Download PDFInfo
- Publication number
- CN108031616A CN108031616A CN201711439903.XA CN201711439903A CN108031616A CN 108031616 A CN108031616 A CN 108031616A CN 201711439903 A CN201711439903 A CN 201711439903A CN 108031616 A CN108031616 A CN 108031616A
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- China
- Prior art keywords
- coating machine
- flow coating
- gear
- transmission device
- uniform velocity
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C5/00—Apparatus in which liquid or other fluent material is projected, poured or allowed to flow on to the surface of the work
- B05C5/02—Apparatus in which liquid or other fluent material is projected, poured or allowed to flow on to the surface of the work the liquid or other fluent material being discharged through an outlet orifice by pressure, e.g. from an outlet device in contact or almost in contact, with the work
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C13/00—Means for manipulating or holding work, e.g. for separate articles
- B05C13/02—Means for manipulating or holding work, e.g. for separate articles for particular articles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C—APPARATUS FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05C9/00—Apparatus or plant for applying liquid or other fluent material to surfaces by means not covered by any preceding group, or in which the means of applying the liquid or other fluent material is not important
- B05C9/06—Apparatus or plant for applying liquid or other fluent material to surfaces by means not covered by any preceding group, or in which the means of applying the liquid or other fluent material is not important for applying two different liquids or other fluent materials, or the same liquid or other fluent material twice, to the same side of the work
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05D—PROCESSES FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05D3/00—Pretreatment of surfaces to which liquids or other fluent materials are to be applied; After-treatment of applied coatings, e.g. intermediate treating of an applied coating preparatory to subsequent applications of liquids or other fluent materials
- B05D3/06—Pretreatment of surfaces to which liquids or other fluent materials are to be applied; After-treatment of applied coatings, e.g. intermediate treating of an applied coating preparatory to subsequent applications of liquids or other fluent materials by exposure to radiation
- B05D3/061—Pretreatment of surfaces to which liquids or other fluent materials are to be applied; After-treatment of applied coatings, e.g. intermediate treating of an applied coating preparatory to subsequent applications of liquids or other fluent materials by exposure to radiation using U.V.
- B05D3/065—After-treatment
- B05D3/067—Curing or cross-linking the coating
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05D—PROCESSES FOR APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05D3/00—Pretreatment of surfaces to which liquids or other fluent materials are to be applied; After-treatment of applied coatings, e.g. intermediate treating of an applied coating preparatory to subsequent applications of liquids or other fluent materials
- B05D3/12—Pretreatment of surfaces to which liquids or other fluent materials are to be applied; After-treatment of applied coatings, e.g. intermediate treating of an applied coating preparatory to subsequent applications of liquids or other fluent materials by mechanical means
Abstract
The invention discloses a kind of new multi-functional flow coating machine, its structure includes flow coating machine frame, flow coating machine body, blows bits drying device, electric cabinet, protection hood, inlet roller, outlet roller, dual leaching proscenia, flow-rate adjustment handwheel, leaching paint delivery pipe, paint vehicle storage bin, painting pump machine, painting motor, moving carriage, at the uniform velocity universal wheel, transmission device, paint vehicle retracting device, flow coating machine is set up in flow coating machine body front and rear sides and is fixedly connected by electric welding, blows bits drying device and is arranged on inside flow coating machine body.The present invention is by equipped with blowing bits drying device, debris removal processing can be carried out to film product before curtain coating film is drenched, prevent the impurity such as dust, sawdust from together being drenched curtain processing, cause point occur, ensure the glossiness of paint film, and processing can be dried in time after curtain coating film is drenched, prevent that product is mutually viscous glutinous when stacking, quality is influenced, the production qualification of new multi-functional flow coating machine is effectively improved, realizes more multi-functional.
Description
Technical field
The present invention is a kind of new multi-functional flow coating machine, belongs to flow coating machine field.
Background technology
Flow coating machine is also known as pouring paint machine or curtain coater, be allow object with certain speed by coating that tentiform is fallen and by
The machine of application.It is applicable in making for the planes such as UV bottoms, finishing coat, floor, furniture, ceiling fan wood chip, glass, siding, floor tile, plywood leaching curtain
With.
But film became uneven often occur even for the flow coating machine film of the prior art, film coated surface has point, and film is unstable
Calmly, the problems such as gloss of film degree degree is uneven, causes leaching curtain product qualification rate relatively low, increases production cost.
The content of the invention
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of new multi-functional flow coating machine, to solve
The flow coating machine film of the prior art often occurs that film became uneven is even, and film coated surface has point, and film is unstable, and gloss of film is not
The defects of the problems such as uniform, cause leaching curtain product qualification rate relatively low, increase production cost.
To achieve these goals, the present invention is to realize by the following technical solutions：A kind of new Multifunctional shower
Curtain machine, its structure include flow coating machine frame, flow coating machine body, blow bits drying device, electric cabinet, protection hood, inlet roller, outlet roller,
Dual leaching proscenia, flow-rate adjustment handwheel, leaching paint delivery pipe, paint vehicle storage bin, painting pump machine, painting motor, moving carriage, ten thousand
To wheel, at the uniform velocity transmission device, paint vehicle retracting device, the flow coating machine is set up in flow coating machine body front and rear sides and is fixed by being welded
Connection, the bits drying device that blows are arranged on inside flow coating machine body, and the electric cabinet is arranged on front surface on the left of flow coating machine body, the electricity
Control case is with blowing bits drying device, dual leaching proscenia is electrically connected, and the protection machine covers above flow coating machine body and passes through electric welding
It is connected, the inlet roller is arranged on right-hand end between protection hood and flow coating machine body, and the outlet roller is arranged on protection hood and leaching
Left-hand end between curtain body, the dual leaching proscenia are arranged on protection hood upper right side with flow coating machine body by being welded perpendicular shape
It is connected, the flow-rate adjustment handwheel is arranged in front of dual leaching proscenia and is connected with dual leaching proscenia by connecting rod activity
Connect, described leaching paint delivery pipe one end and dual leaching proscenia through connection, the leaching paint delivery pipe other end are stored up through paint vehicle
Case and painting pump machine through connection are deposited, the paint vehicle storage bin is arranged on above moving carriage and is connected by electric welding, the confession
Paint pump machine to be arranged on inside paint vehicle storage bin, the painting motor is arranged on above painting pump machine and is flexibly connected by rotation axis, institute
State universal wheel and four ends and connected by screws below the moving carriage, the at the uniform velocity transmission device be arranged on protection hood with
Between flow coating machine body, the paint vehicle retracting device is arranged on flow coating machine body bosom, and the paint vehicle retracting device is located at dual leaching
Immediately below proscenia, it is described blow bits drying device by crust of the device, start haulage gear, connect electric transmission, bits blower, biography
Dynamic motor, gear drive group, intermittent transmission device, dry actuating mechanism, UV drying lamps composition, the rectangular knot of described device shell
Structure, the startup haulage gear are arranged on crust of the device inner right side, and the startup haulage gear passes through biography with the uniform velocity transmission device
Belt engagement is sent to be flexibly connected, the startup haulage gear is intertwined and connected with connecing electric transmission by traction rope, described to blow bits
Device is arranged on and connects electric transmission lower right and is electrically connected with connecing electric transmission, and the driving motor is arranged on a crust of the device inside left side
Lower section, for the driving motor with inner wall under crust of the device by the spiral connection of bolt, the gear drive is mounted on top, described
Driving motor engages flexible connection, the transmission with the driving wheel of intermittent transmission device by gear drive group by driving belt
Motor engages flexible connection, the intermittently-driving with the driving wheel of at the uniform velocity transmission device by gear drive group by driving belt
Device is arranged at the uniform velocity transmission device end and is in same horizontal distribution with the uniform velocity transmission device, and the dry actuating mechanism is arranged on
Lower section between intermittent transmission device and at the uniform velocity transmission device, the UV drying lamps are arranged on above intermittent transmission device and protection hood
Inner wall is connected by electric welding, and the UV drying lamps are electrically connected with dry actuating mechanism.
Further, the startup haulage gear is by the first driving belt, the first spur gear, kinking sector gear, convolution
Spring, the first traction rope, the first fixed pulley, first pulley frame, kinking circle composition, the first driving belt upper end and inlet roller
Roll shaft engagement be flexibly connected, the first driving belt lower end engages flexible connection with the wheel shaft of the first spur gear, described to twine
Line sector gear is arranged on the left of the first spur gear and is engaged by gear and is flexibly connected, and the convolution spring is arranged on kinking sector
Inside center is taken turns, described first traction rope one end and the wheel shaft of kinking sector gear are intertwined and connected, and first traction rope is another
End is intertwined and connected around the first fixed pulley with kinking circle, and the first traction rope other end is by kinking circle and connects electric transmission
It is connected, first fixed pulley is welded by first pulley frame and crust of the device inner wall.
Further, the electric transmission that connects is by lifting pipe, piston rod, extension spring, welding block, connecting rod, vertical
Saddle, L-type sliding rod frame, limited block, transverse slider, movable connecting rod, draw electric block, connect electric block, supply lines, meet electric box composition, institute
State lifting pipe to be placed on piston rod outer surface and be gap-matched, the extension spring is arranged on below lifting pipe, the stretching bullet
Spring both ends are welded with lifting pipe lower end and welding block upper surface respectively, and the welding block is arranged on piston-rod lower end and is hung down by being welded
Direct-connected to connect, the piston rod is welded by welding block and crust of the device inner wall, and described connecting rod one end passes through electric welding with lifting pipe
Vertical connection, the connecting rod other end and vertical saddle vertical welding, the vertical saddle be placed on L-type sliding rod frame outer surface and
It is gap-matched, the limited block is arranged on L-type sliding rod frame upper right side and by being welded vertical connection, and the transverse slider is placed on
L-type sliding rod frame outer surface and it is gap-matched, described movable connecting rod one end is flexibly connected by hinge with vertical saddle, institute
The movable connecting rod other end is stated to be flexibly connected with transverse slider by hinge, it is described to draw electric block below transverse slider and pass through
Connecting rod is connected, it is described connect electric block be arranged on draw electric block right side side and be connected by connecting rod with L-type sliding rod frame, the power supply
Line one end is electrically connected with connecing electric block, and the supply lines other end is electrically connected by connecing electric box with bits blower.
Further, the bits blower is by air pump motor, fixed seat, pumping pump machine, air inlet pipe, air outlet pipe, outlet branch
Pipe, first blow bits head, second blow bits head composition, the fixed seat be arranged on air pump motor below and by electric welding be fixedly connected, institute
Air pump motor is stated to be connected with spiral inner wall under crust of the device by fixed seat, it is described pumping pump machine be arranged on air pump motor right side side and
It is connected by electric welding, the air inlet pipe is arranged on pumping pump machine right side side and with pumping pump machine by being welded through connection, described
Air outlet pipe is arranged on above pumping pump machine and by being welded through connection, and the going out gas branch pipe is equipped with two and its one end and air outlet pipe
It is tightly connected, described first blows bits head, second blows bits head and be arranged on inside protection hood right end side by side and positioned at the uniform velocity transmission device
Above right end, described first blows bits head, second blows the other end of the bits head respectively with two going out gas branch pipe and be connected.
Further, the gear drive group by main drive belt, sector gear, the second driving belt, the second spur gear,
Intermittently-driving gear, the 3rd driving belt composition, described main drive belt one end engages connection, institute with the line shaft of driving motor
State the main drive belt other end and flexible connection, described second driving belt one end and sector are engaged with the wheel shaft outer ring of sector gear
The wheel shaft inner ring engagement of gear is flexibly connected, and the second driving belt other end engages activity company with the second spur gear wheel shaft
Connect, second spur gear is arranged at the uniform velocity below the drive roll of transmission device, second spur gear and at the uniform velocity transmission device
Drive roll is flexibly connected by gear teeth meshing, and the intermittently-driving gear is arranged on sector gear left side side and is lived by gear teeth meshing
Dynamic connection, described 3rd driving belt one end engages flexible connection, the 3rd driving belt with the wheel shaft of intermittently-driving gear
The other end is flexibly connected with the drive roll of intermittent transmission device by gear teeth meshing.
Further, the edge of the sector gear has 1/3 to be toothed around, described when sector gear at the uniform velocity rotates
Intermittently-driving gear is in intermittent rotation.
Further, the intermittent transmission device is made of active rotation roller, driven rotating roller, indexing transfer net, described
Active rotation roller, driven rotating roller are respectively arranged on both ends inside indexing transfer net, the indexing transfer net with active rotation roller, from
The outer surface engagement of dynamic rotating roller is flexibly connected.
Further, the dry actuating mechanism is by swing rod, fulcrum block, the second traction rope, the second fixed pulley, second pulley
Frame, cam, cam holder, dry switch, switch base, control line composition, the swing rod in vertical shape be arranged at the uniform velocity transmission device and
Between intermittent transmission device, the fulcrum block is arranged on epimere and flexible connection in swing rod, and the swing rod passes through fulcrum block and device
Outer casing inner wall welds, and described second traction rope one end is intertwined and connected with swing rod lower end, and the second traction rope other end bypasses the
The wheel shaft of two fixed pulleys and cam is intertwined and connected, and second fixed pulley is welded by inner wall under second pulley frame and crust of the device
Connect, the cam is arranged on the second fixed pulley upper right side and is welded by inner wall under cam holder and crust of the device, the dry switch
It is embedded in above switch base and is located at cam front-right, described control line one end is electrically connected with dry switch, and the control line is another
One end is electrically connected with UV drying lamps.
Beneficial effect
A kind of new multi-functional flow coating machine of the present invention, is first marked with suitable paint vehicle in paint vehicle storage bin, then passes through
Leaching paint delivery pipe is connected with dual leaching proscenia, is connected flow coating machine body, the power supply of painting motor, is set by electric cabinet
Running parameter, according to the thickness of required japanning, regulates flow, driving motor has started work at this time by flow-rate adjustment handwheel
Make, drive sector gear to rotate clockwise by main drive belt, sector gear is driving second just by the second driving belt again
Gear rotates clockwise, because the second spur gear is engaged with the drive roll of at the uniform velocity transmission device, therefore the at the uniform velocity drive roll of transmission device
In rotation counterclockwise, so as to drive at the uniform velocity transmission device integrally in rotation counterclockwise, at this time can will film product from even
Fast transmission device right-hand delivery, product are slowly at the uniform velocity moved to the left under the drive of at the uniform velocity transmission device, at the same because product with into
Mouthful roller friction, when product moves to left, while drives inlet roller to rotate counterclockwise, and inlet roller drives the by the first driving belt again
One spur gear rotates counterclockwise, and one end that kinking sector gear pulls the first traction rope in rotating clockwise, the first traction rope
The other end is pullled lifting pipe along piston rod by kinking circle around the first fixed pulley upwards, moves up lifting pipe, together
When lifting pipe drive vertical saddle to be moved up along L-type sliding rod frame by connecting rod, vertical saddle is driven by movable connecting rod again
Transverse slider is moved to right along L-type sliding rod frame, while drives the electric block that draws being arranged on below transverse slider to move to right and contacted with connecing electric block,
The power supply of bits blower is connected, bits blower is started to work, that is, is evacuated pump machine and is started to work under the action of air pump motor, pass through
Air inlet pipe is evacuated and is pressurized, then by air outlet pipe, going out gas branch pipe by air from first blow bits head, second blow bits head blow out, realize
The impurity such as the dust of product upper surface, sawdust are blown off before film, prevent it from following product film, cause product film to go out
Existing point, influences gloss of film degree, reduces qualification rate；After blowing bits processing, product continues a left side under the drive of at the uniform velocity transmission device
Move, evenly by below dual leaching proscenia, carrying out uniform film twice；After film, product is at the uniform velocity transmission device
Continue to move to left under drive, the upper end left swing with driven fork, by lever principle, the lower end of swing rod can be right by fulcrum of fulcrum block
Pendulum, while one end of the second traction rope is pullled, the second traction rope other end pulls cam around the second fixed pulley, makes cam in inverse
Hour hands are rotated by 90 °, and top to dry switch, opens UV drying lamps and processing is dried just；When product is by the uniform velocity transmission device
When sending completely to intermittent transmission device, because main drive belt only has 1/3 to be toothed around, therefore intermittently-driving gear is only being fanned
The gear teeth of shape gear are rotated to can just be rotated counterclockwise during left side, are rotated when the gear teeth of sector gear are rotated to right side, therefore its
In intermittent rotation, while it is in intermittent rotation that intermittently-driving gear drives active rotation roller by the 3rd driving belt, is realized
The product of film stops below UV drying lamps, realizes fully drying, is finally exported from left end, completes the film of a product
Processing, so circulation.
A kind of new multi-functional flow coating machine of the present invention, by equipped with blowing bits drying device, can leaching curtain coating film it
Before, debris removal processing is carried out to film product, prevents the impurity such as dust, sawdust from together being drenched curtain processing, causes point occur, ensure
The glossiness of paint film, and processing can be dried in time after curtain coating film is drenched, prevent that product is mutually viscous glutinous when stacking,
Quality is influenced, the production qualification of new multi-functional flow coating machine is effectively improved, realizes more multi-functional.
Brief description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, further feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is a kind of structure diagram of new multi-functional flow coating machine of the present invention.
Fig. 2 is a kind of structural plan figure of new multi-functional flow coating machine of the present invention.
Fig. 3 is a kind of structural plan figure for blowing bits drying device of the present invention.
Fig. 4 is a kind of detailed construction schematic diagram for blowing bits drying device of the present invention.
Fig. 5 is a kind of right part detailed construction schematic diagram for blowing bits drying device of the present invention
Fig. 6 is a kind of left part detailed construction schematic diagram for blowing bits drying device of the present invention
Fig. 7 is a kind of working state figure for blowing bits drying device of the present invention.
In figure：Flow coating machine frame -1, flow coating machine body -2, blow bits drying device -3, electric cabinet -4, protection hood -5, inlet roller -
6th, outlet roller -7, dual leaching proscenia -8, flow-rate adjustment handwheel -9, leaching paint delivery pipe -10, paint vehicle storage bin -11, paint feeding pump
Machine -12, painting motor -13, moving carriage -14, at the uniform velocity universal wheel -15, transmission device -16, paint vehicle retracting device -17, device
Shell -30, start haulage gear -31, connect electric transmission -32, bits blower -33, driving motor -34, gear drive group -
35th, intermittent transmission device -36, dry actuating mechanism -37, UV drying lamps -38, the first driving belt -310, the first spur gear -
311st, kinking sector gear -312, convolution spring -313, the first traction rope -314, the first fixed pulley -315, first pulley frame -
316th, kinking circle -317, lifting pipe -320, piston rod -321, extension spring -322, welding block -323, connecting rod -324, vertical
Saddle -325, L-type sliding rod frame -326, limited block -327, transverse slider -328, movable connecting rod -329, draw electric block -3210, connect
Electric block -3211, supply lines -3212, connect electric box -3213, air pump motor -330, fixed seat -331, pumping pump machine -332, air inlet
Pipe -333, air outlet pipe -334, going out gas branch pipe -335, first blow bits head -336, second blow bits head -337, main drive belt -350,
Sector gear -351, the second driving belt -352, the second spur gear -353, intermittently-driving gear -354, the 3rd driving belt -
355th, active rotation roller -360, driven rotating roller -361, indexing transfer net -362, swing rod -370, fulcrum block -371, the second traction
The -372, second fixed pulley -373 of rope, second pulley frame -374, cam -375, cam holder -376, dry switch -377, switch
Seat -378, control line -379.
Embodiment
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention easy to understand, with reference to
Embodiment, the present invention is further explained.
- Fig. 7 is please referred to Fig.1, the present invention provides a kind of technical solution of new multi-functional flow coating machine：Its structure includes leaching
Curtain rack 1, flow coating machine body 2, blow bits drying device 3, electric cabinet 4, protection hood 5, inlet roller 6, outlet roller 7, dual leaching curtain dress
Put 8, flow-rate adjustment handwheel 9, leaching paint delivery pipe 10, paint vehicle storage bin 11, painting pump machine 12, painting motor 13, moving carriage
14th, universal wheel 15, at the uniform velocity transmission device 16, paint vehicle retracting device 17, the flow coating machine frame 1 are arranged on 2 front and rear sides of flow coating machine body
And be fixedly connected by electric welding, the bits drying device 3 that blows is arranged on inside flow coating machine body 2, and the electric cabinet 4 is arranged on flow coating machine body
2 left side front surfaces, the electric cabinet 4 is with blowing bits drying device 3, dual leaching proscenia 8 is electrically connected, and the protection hood 5 is arranged on
It is connected above flow coating machine body 2 and by electric welding, the inlet roller 6 is arranged on right-hand end between protection hood 5 and flow coating machine body 2,
The outlet roller 7 is arranged on left-hand end between protection hood 5 and flow coating machine body 2, and the dual leaching proscenia 8 is arranged on protection hood 5
Upper right side is connected with flow coating machine body 2 by being welded perpendicular shape, before the flow-rate adjustment handwheel 9 is arranged on dual leaching proscenia 8
It is flexibly connected just and by connecting rod with dual leaching proscenia 8, described 10 one end of leaching paint delivery pipe is penetrated through with dual leaching proscenia 8
Connection, 10 other end of leaching paint delivery pipe are stored up through paint vehicle storage bin 11 and 12 through connection of painting pump machine, the paint vehicle
Case 11 to be deposited arranged on the top of moving carriage 14 and is connected by electric welding, the painting pump machine 12 is arranged on inside paint vehicle storage bin 11,
The painting motor 13 is arranged on the top of painting pump machine 12 and is flexibly connected by rotation axis, and the universal wheel 15 is arranged on moving carriage
14 lower sections and are connected four ends by screws, and the at the uniform velocity transmission device 16 is arranged between protection hood 5 and flow coating machine body 2,
The paint vehicle retracting device 17 is arranged on 2 bosom of flow coating machine body, and the paint vehicle retracting device 17 is located at dual leaching proscenia 8
Underface, it is described blow bits drying device 3 by crust of the device 30, start haulage gear 31, connect electric transmission 32, bits blower
33rd, driving motor 34, gear drive group 35, intermittent transmission device 36, dry actuating mechanism 37, UV drying lamps 38 form, described
Crust of the device 30 is in rectangular configuration, and the startup haulage gear 31 is arranged on 30 inner right side of crust of the device, the startup dragger
Structure 31 engages flexible connection with the uniform velocity transmission device 16 by feed belt, and the startup haulage gear 31 is with connecing electric transmission
32 are intertwined and connected by traction rope, and the bits blower 33, which is arranged on, connects 32 lower right of electric transmission with connecing the electricity of electric transmission 32
Connection, the driving motor 34 are arranged on 30 inside lower left of crust of the device, the driving motor 34 and 30 times inner walls of crust of the device
By the spiral connection of bolt, the gear drive group 35 is arranged on top, the driving motor 34 by gear drive group 35 and
The driving wheel of transmission device 36 of having a rest is engaged by driving belt and is flexibly connected, and the driving motor 34 passes through gear drive group 35
Flexible connection is engaged by driving belt with the driving wheel of at the uniform velocity transmission device 16, the intermittent transmission device 36 is arranged on and at the uniform velocity passes
Send 16 end of device and be in same horizontal distribution with the uniform velocity transmission device 16, the dry actuating mechanism 37 is arranged on intermittently-driving
Lower section between device 36 and at the uniform velocity transmission device 16, the UV drying lamps 38 are arranged on the top of intermittent transmission device 36 and protection hood
5 inner walls are connected by electric welding, and the UV drying lamps 38 are electrically connected with dry actuating mechanism 37, the startup haulage gear 31
By the first driving belt 310, the first spur gear 311, kinking sector gear 312, convolution spring 313, the first traction rope 314, the
One fixed pulley 315, first pulley frame 316, kinking circle 317 form, 310 upper end of the first driving belt and the roller of inlet roller 6
Axis engagement is flexibly connected, and flexible connection is engaged in 310 lower end of the first driving belt with the wheel shaft of the first spur gear 311, described
Kinking sector gear 312 is arranged on the left side of the first spur gear 311 and is engaged by gear and is flexibly connected, the convolution spring 313
Arranged on 312 inside center of kinking sector gear, described first traction rope, 314 one end and the wheel shaft of kinking sector gear 312 are wound
Connection, 314 other end of the first traction rope are intertwined and connected around the first fixed pulley 315 with kinking circle 317, and described first leads
314 other end of messenger is connected by kinking circle 317 with connecing electric transmission 32, and first fixed pulley 315 is slided by first
Wheel carrier 316 is welded with 30 inner wall of crust of the device, and the electric transmission 32 that connects is by lifting pipe 320, piston rod 321, extension spring
322nd, welding block 323, connecting rod 324, vertical saddle 325, L-type sliding rod frame 326, limited block 327, transverse slider 328, activity
Connecting rod 329, draw electric block 3210, connect electric block 3211, supply lines 3212, connecing electric box 3213 and form, and the lifting pipe 320 is placed on
321 outer surface of piston rod and it is gap-matched, the extension spring 322 is arranged on the lower section of lifting pipe 320, the extension spring
322 both ends are welded with 320 lower end of lifting pipe and 323 upper surface of welding block respectively, and the welding block 323 is arranged under piston rod 321
Hold and by being welded vertical connection, the piston rod 321 passes through welding block 323 and 30 inner wall of crust of the device welds, the connection
324 one end of bar is with lifting pipe 320 by being welded vertical connection, 324 other end of connecting rod and vertical 325 vertical welding of saddle
Connect, the vertical saddle 325 is placed on 326 outer surface of L types sliding rod frame and is gap-matched, and the limited block 327 is arranged on L-type
326 upper right side of sliding rod frame and by being welded vertical connection, the transverse slider 328 is placed on 326 outer surface of L-type sliding rod frame and adopts
With clearance fit, described 329 one end of movable connecting rod is flexibly connected by hinge with vertical saddle 325, the movable connecting rod
329 other ends are flexibly connected by hinge with transverse slider 328, described to draw electric block 3210 arranged on the lower section of transverse slider 328 and lead to
Connecting rod is crossed to be connected, it is described connect electric block 3211 be arranged on draw electric 3210 right side side of block and by connecting rod and L-type sliding rod frame 326
It is connected, described 3212 one end of supply lines is electrically connected with connecing electric block 3211, and 3212 other end of the supply lines is by connecing electric box
3213 are electrically connected with bits blower 33, the bits blower 33 by air pump motor 330, fixed seat 331, pumping pump machine 332, into
Tracheae 333, air outlet pipe 334, going out gas branch pipe 335, first blow bits first 336, second and blow first 337 composition of bits, the fixed seat 331
It is fixedly connected arranged on the lower section of air pump motor 330 and by electric welding, the air pump motor 330 passes through fixed seat 331 and crust of the device
The connection of 30 times spiral inner walls, the pumping pump machine 332 are arranged on 330 right side side of air pump motor and are connected by being welded, it is described into
Tracheae 333 is arranged on pumping 332 right side side of pump machine and is arranged on pumping pump machine 332 by being welded through connection, the air outlet pipe 334
Above pumping pump machine 332 and by being welded through connection, the going out gas branch pipe 335 is equipped with two and its one end and air outlet pipe 334
It is tightly connected, described first, which blows bits first 336, second, blows bits first 337 side by side arranged on protection 5 inside right end of hood and positioned at the uniform velocity
Above 16 right end of transmission device, described first blows bits first 336, second, and to blow bits first 337 another with two going out gas branch pipe 335 respectively
One end is connected, the gear drive group 35 by main drive belt 350, sector gear 351, the second driving belt 352, second just
Gear 353, intermittently-driving gear 354, the 3rd driving belt 355 form, described 350 one end of main drive belt and driving motor
34 line shaft engagement connection, 350 other end of main drive belt engage activity company with the wheel shaft outer ring of sector gear 351
Connect, described second driving belt, 352 one end engages flexible connection, the second transmission skin with the wheel shaft inner ring of sector gear 351
352 other end of band engages flexible connection with 353 wheel shaft of the second spur gear, and second spur gear 353 is arranged at the uniform velocity transmission device
Below 16 drive roll, second spur gear 353 is flexibly connected with the drive roll of at the uniform velocity transmission device 16 by gear teeth meshing,
The intermittently-driving gear 354 is arranged on 351 left side side of sector gear and is flexibly connected by gear teeth meshing, the 3rd transmission skin
Flexible connection, 355 other end of the 3rd driving belt and interval are engaged with the wheel shaft of intermittently-driving gear 354 with 355 one end
The drive roll of transmission device 36 is flexibly connected by gear teeth meshing, and the edge of the sector gear 351 has 1/3 to be toothed around,
When sector gear 351 at the uniform velocity rotates, the intermittently-driving gear 354 is in intermittent rotation, the intermittent transmission device 36 by
Active rotation roller 360, driven rotating roller 361, indexing transfer net 362 form, the active rotation roller 360, driven rotating roller 361
It is respectively arranged on 362 inside both ends of indexing transfer net, the indexing transfer net 362 and active rotation roller 360, driven rotating roller 361
Outer surface engagement be flexibly connected, the dry actuating mechanism 37 is by swing rod 370, fulcrum block 371, the second traction rope 372, second
Fixed pulley 373, second pulley frame 374, cam 375, cam holder 376, dry switch 377, switch base 378,379 groups of control line
Into the swing rod 370 is arranged at the uniform velocity between transmission device 16 and intermittent transmission device 36 in vertical shape, and the fulcrum block 371 is set
Epimere and flexible connection in swing rod 370, the swing rod 370 is welded by fulcrum block 371 and 30 inner wall of crust of the device, described
Second traction rope, 372 one end is intertwined and connected with 370 lower end of swing rod, and 372 other end of the second traction rope bypasses the second fixed pulley
373 are intertwined and connected with the wheel shaft of cam 375, and second fixed pulley 373 is interior by second pulley frame 374 and crust of the device 30 time
Wall welds, and the cam 375 is arranged on 373 upper right side of the second fixed pulley and is welded by 30 times inner walls of cam holder 376 and crust of the device
Connect, the dry switch 377 is embedded in the top of switch base 378 and be located at 375 front-right of cam, described 379 one end of control line and
Dry switch 377 is electrically connected, and 379 other end of control line is electrically connected with UV drying lamps 38.
A kind of new multi-functional flow coating machine of the present invention, its operation principle are：First it is marked with paint vehicle storage bin 11 suitable
The paint vehicle of amount, then connected by leaching paint delivery pipe 10 and dual leaching proscenia 8, connects flow coating machine body 2, painting motor 13
Power supply, running parameter is set by electric cabinet 4, and according to the thickness of required japanning, stream is regulated by flow-rate adjustment handwheel 9
Amount, driving motor 34 has been started to work at this time, drives sector gear 351 to rotate clockwise by main drive belt 350, sector
Wheel 351 drives the second spur gear 353 to rotate clockwise by the second driving belt 352 again, because of the second spur gear 353 and at the uniform velocity
The drive roll engagement of transmission device 16, therefore at the uniform velocity the drive roll of transmission device 16 is at the uniform velocity transmitted in rotation counterclockwise so as to drive
Device 16 is overall in rotation counterclockwise, at this time can will the product of film exist from the uniform velocity 16 right-hand delivery of transmission device, product
Slowly at the uniform velocity it is moved to the left at the uniform velocity under the drive of transmission device 16, while because product and inlet roller 6 rub, when product moves to left,
Inlet roller 6 is driven to rotate counterclockwise at the same time, inlet roller 6 drives the first spur gear 311 counterclockwise by the first driving belt 310 again
Rotation, and kinking sector gear 312 is in the one end for rotating clockwise and pullling the first traction rope 314, the first traction rope 314 is another
End is pullled lifting pipe 320 along piston rod 321 by kinking circle 317 around the first fixed pulley 315 upwards, makes lifting pipe 320
Move up, while lifting pipe 320 drives vertical saddle 325 to be moved up along L-type sliding rod frame 326 by connecting rod 324, it is vertical sliding
Part 325 drives transverse slider 328 to be moved to right along L-type sliding rod frame 326 by movable connecting rod 329 again, while drives and be arranged on laterally
The electric block 3210 that draws of the lower section of sliding block 328 is moved to right and contacted with connecing electric block 3211, connects the power supply of bits blower 33, bits blower
33 start to work, that is, are evacuated pump machine 332 and start to work under the action of air pump motor 330, be evacuated and increase by air inlet pipe 333
Pressure, then air is blown from first by bits first 336, second by air outlet pipe 334, going out gas branch pipe 335 and blows first 337 blowout of bits, realize
The impurity such as the dust of product upper surface, sawdust are blown off before film, prevent it from following product film, cause product film to occur
Point, influences gloss of film degree, reduces qualification rate；After blowing bits processing, product continues a left side under the at the uniform velocity drive of transmission device 16
Move, evenly by the dual lower section of leaching proscenia 8, carry out uniform film twice；After film, product is at the uniform velocity transmission device
Continue to move to left under 16 drive, the upper end left swing with driven fork 370, by lever principle, the lower end of swing rod 370 can be with fulcrum block
371 be the right pendulum of fulcrum, while pulls one end of the second traction rope 372, and 372 other end of the second traction rope bypasses the second fixed pulley
373 pull cam 375, cam 375 is turn 90 degrees in rotation counterclockwise, and UV drying lamps 38 are opened in top to dry switch 377 just
Processing is dried；When product by the uniform velocity transmission device 16 is sent to intermittent transmission device 36 completely when, because of main drive belt 350
Only 1/3 is toothed around, therefore intermittently-driving gear 354 just can be inverse only when the gear teeth of sector gear 351 are rotated to left side
Hour hands rotate, and are rotated when the gear teeth of sector gear 351 are rotated to right side, therefore it is in intermittent rotation, while intermittently-driving tooth
It is in intermittent rotation that wheel 354 drives active rotation roller 360 by the 3rd driving belt 355, realizes that the product of film is done in UV
The dry lower section of lamp 38 stops, and realizes fully drying, is finally exported from left end, completes the coating problems of a product, so circulation.
The present invention solves the problems, such as it is that the flow coating machine film of the prior art often occurs that film became uneven is even, and film coated surface has
The problems such as point, film is unstable, and gloss of film is uneven, causes leaching curtain product qualification rate relatively low, increases production cost, this hair
Bright being combined with each other by above-mentioned component, by equipped with blowing bits drying device, can before curtain coating film is drenched, to film product into
Row debris removal is handled, and is prevented the impurity such as dust, sawdust from together being drenched curtain processing, is caused point occur, ensure the glossiness of paint film, and
Processing can be dried in time after curtain coating film is drenched, prevent that product is mutually viscous glutinous when stacking, influence quality, effectively
It is qualified to improve the production of new multi-functional flow coating machine, realizes more multi-functional.
The basic principles, main features and the advantages of the invention have been shown and described above, for this area skill
For art personnel, it is clear that the invention is not restricted to the details of above-mentioned one exemplary embodiment, and without departing substantially from the present invention spirit or
In the case of 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 fallen in the implication and scope of the equivalency of claim in the present invention
It is interior.Any reference numeral in claim should not be considered as to the involved claim of limitation.
Moreover, it will be appreciated that although the present specification is described in terms of embodiments, not each embodiment is only wrapped
Containing an independent technical solution, this narrating mode of specification is only that those skilled in the art should for clarity
Using specification as an entirety, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
It is appreciated that other embodiment.
Claims (8)
1. a kind of new multi-functional flow coating machine, its structure includes flow coating machine frame (1), flow coating machine body (2), blows bits drying device
(3), electric cabinet (4), protection hood (5), inlet roller (6), outlet roller (7), dual leaching proscenia (8), flow-rate adjustment handwheel
(9), leaching paint delivery pipe (10), paint vehicle storage bin (11), painting pump machine (12), painting motor (13), moving carriage (14), universal
Take turns (15), at the uniform velocity transmission device (16), paint vehicle retracting device (17), it is characterised in that：
The flow coating machine frame (1) is arranged on flow coating machine body (2) front and rear sides and is fixedly connected by electric welding, described to blow bits drying device
(3) it is internal to be arranged on flow coating machine body (2), the electric cabinet (4) is arranged on front surface on the left of flow coating machine body (2), the electric cabinet (4) with
Bits drying device (3), dual leaching proscenia (8) electrical connection are blown, the protection hood (5) is arranged on above flow coating machine body (2) and logical
Cross electric welding to be connected, the inlet roller (6) is arranged on right-hand end between protection hood (5) and flow coating machine body (2), the outlet roller
(7) left-hand end between protection hood (5) and flow coating machine body (2) is arranged on, the dual leaching proscenia (8) is arranged on protection hood (5)
Upper right side is connected with flow coating machine body (2) by being welded perpendicular shape, and the flow-rate adjustment handwheel (9) is arranged on dual leaching proscenia
(8) it is flexibly connected in front of and with dual leaching proscenia (8) by connecting rod, described leaching paint delivery pipe (10) one end and dual leaching curtain
Device (8) through connection, leaching paint delivery pipe (10) other end are passed through through paint vehicle storage bin (11) and painting pump machine (12)
Lead to and connect, the paint vehicle storage bin (11) is arranged on above moving carriage (14) and is connected by electric welding, the painting pump machine
(12) it is internal to be arranged on paint vehicle storage bin (11), the painting motor (13) is arranged on above painting pump machine (12) and lives by rotation axis
Dynamic connection, the universal wheel (15) is arranged on four ends below moving carriage (14) and is connected by screws, described at the uniform velocity to transmit
Device (16) is arranged between protection hood (5) and flow coating machine body (2), and the paint vehicle retracting device (17) is arranged on flow coating machine body (2)
Bosom, the paint vehicle retracting device (17) are located at immediately below dual leaching proscenia (8)；
It is described blow bits drying device (3) by crust of the device (30), start haulage gear (31), connect electric transmission (32), blow bits
Device (33), driving motor (34), gear drive group (35), intermittent transmission device (36), dry actuating mechanism (37), UV dryings
Lamp (38) forms；
Described device shell (30) is in rectangular configuration, and the startup haulage gear (31) is arranged on crust of the device (30) inner right side,
The startup haulage gear (31) engages flexible connection, the startup dragger with the uniform velocity transmission device (16) by feed belt
Structure (31) is intertwined and connected with connecing electric transmission (32) by traction rope, and the bits blower (33) is arranged on and connects electric transmission
(32) lower right is electrically connected with connecing electric transmission (32), and the driving motor (34) is arranged on the internal lower-left of crust of the device (30)
Side, the driving motor (34) are set with inner wall under crust of the device (30) by the spiral connection of bolt, the gear drive group (35)
In top, the driving motor (34) is by the driving wheel of gear drive group (35) and intermittent transmission device (36) by being driven skin
Band engagement is flexibly connected, and the driving motor (34) is led to by gear drive group (35) and the driving wheel of at the uniform velocity transmission device (16)
Cross driving belt engagement to be flexibly connected, the intermittent transmission device (36) is arranged at the uniform velocity transmission device (16) end and with the uniform velocity passing
It is in same horizontal distribution to send device (16), and the dry actuating mechanism (37) is arranged on intermittent transmission device (36) with the uniform velocity transmitting
Lower section between device (16), the UV drying lamps (38) are arranged on above intermittent transmission device (36) leads to protection hood (5) inner wall
Cross electric welding to be connected, the UV drying lamps (38) are electrically connected with dry actuating mechanism (37).
A kind of 2. new multi-functional flow coating machine according to claim 1, it is characterised in that：The startup haulage gear
(31) by the first driving belt (310), the first spur gear (311), kinking sector gear (312), convolution spring (313), first
Traction rope (314), the first fixed pulley (315), first pulley frame (316), kinking circle (317) composition, first driving belt
(310) upper end engages flexible connection, the first driving belt (310) lower end and the first spur gear with the roll shaft of inlet roller (6)
(311) wheel shaft engagement is flexibly connected, and the kinking sector gear (312) is arranged on the left of the first spur gear (311) and passes through tooth
Wheel engagement is flexibly connected, and the convolution spring (313) is arranged on kinking sector gear (312) inside center, first traction rope
(314) one end and the wheel shaft of kinking sector gear (312) are intertwined and connected, and the first traction rope (314) other end bypasses first
Fixed pulley (315) is intertwined and connected with kinking circle (317), and the first traction rope (314) other end is by kinking circle (317) with connecing
Electric transmission (32) is connected, and first fixed pulley (315) passes through first pulley frame (316) and crust of the device (30) inner wall
Welding.
A kind of 3. new multi-functional flow coating machine according to claim 1, it is characterised in that：It is described to connect electric transmission
(32) by lifting pipe (320), piston rod (321), extension spring (322), welding block (323), connecting rod (324), vertical saddle
(325), L-type sliding rod frame (326), limited block (327), transverse slider (328), movable connecting rod (329), draw electric block (3210),
Connect electric block (3211), supply lines (3212), connect electric box (3213) composition, the lifting pipe (320) is placed on piston rod (321) appearance
Face and it is gap-matched, the extension spring (322) is arranged on below lifting pipe (320), extension spring (322) both ends point
Do not welded with lifting pipe (320) lower end and welding block (323) upper surface, the welding block (323) is arranged on piston rod (321) lower end
And by being welded vertical connection, the piston rod (321) is welded by welding block (323) and crust of the device (30) inner wall, described
Connecting rod (324) one end is with lifting pipe (320) by being welded vertical connection, connecting rod (324) other end and vertical saddle
(325) vertical welding, the vertical saddle (325) are placed on L-type sliding rod frame (326) outer surface and are gap-matched, the limit
Position block (327) is arranged on L-type sliding rod frame (326) upper right side and by being welded vertical connection, and the transverse slider (328) is placed on L-type
Sliding rod frame (326) outer surface and it is gap-matched, described movable connecting rod (329) one end passes through hinge and vertical saddle
(325) it is flexibly connected, movable connecting rod (329) other end is flexibly connected by hinge with transverse slider (328), described to draw
Electric block (3210) is arranged on below transverse slider (328) and is connected by connecting rod, it is described connect electric block (3211) and be arranged on draw electric block
(3210) right side side and it is connected by connecting rod with L-type sliding rod frame (326), described supply lines (3212) one end and connects electric block
(3211) it is electrically connected, supply lines (3212) other end is electrically connected by connecing electric box (3213) with bits blower (33).
A kind of 4. new multi-functional flow coating machine according to claim 1, it is characterised in that：The bits blower (33) by
Air pump motor (330), fixed seat (331), pumping pump machine (332), air inlet pipe (333), air outlet pipe (334), going out gas branch pipe
(335), first blow bits head (336), second blow bits head (337) composition, the fixed seat (331) be arranged on air pump motor (330) under
Just and by electric welding it is fixedly connected, the air pump motor (330) passes through spiral inner wall under fixed seat (331) and crust of the device (30)
Connection, the pumping pump machine (332) are arranged on air pump motor (330) right side side and are connected by electric welding, the air inlet pipe (333)
It is arranged on arranged on pumping pump machine (332) right side side and with pumping pump machine (332) by being welded through connection, the air outlet pipe (334)
It is evacuated above pump machine (332) and by being welded through connection, the going out gas branch pipe (335) is equipped with two and its one end and air outlet pipe
(334) it is tightly connected, described first blows bits head (336), second blows bits head (337) and be arranged on the internal right end of protection hood (5) side by side
And above at the uniform velocity transmission device (16) right end, described first blow bits head (336), second blow bits head (337) respectively with two
The other end of going out gas branch pipe (335) is connected.
A kind of 5. new multi-functional flow coating machine according to claim 1, it is characterised in that：The gear drive group (35)
By main drive belt (350), sector gear (351), the second driving belt (352), the second spur gear (353), intermittently-driving tooth
(354), the 3rd driving belt (355) composition are taken turns, described main drive belt (350) one end and the line shaft of driving motor (34) are nibbled
Connection is closed, main drive belt (350) other end engages flexible connection with the wheel shaft outer ring of sector gear (351), and described the
Flexible connection, second driving belt are engaged with the wheel shaft inner ring of sector gear (351) in two driving belts (352) one end
(352) other end engages flexible connection with the second spur gear (353) wheel shaft, and second spur gear (353) is arranged on and at the uniform velocity transmits
Below the drive roll of device (16), second spur gear (353) and the drive roll of at the uniform velocity transmission device (16) are nibbled by the gear teeth
Close and be flexibly connected, the intermittently-driving gear (354) is arranged on sector gear (351) left side side and is connected by gear teeth meshing activity
Connect, described 3rd driving belt (355) one end engages flexible connection with the wheel shaft of intermittently-driving gear (354), and the described 3rd passes
Dynamic belt (355) other end is flexibly connected with the drive roll of intermittent transmission device (36) by gear teeth meshing.
A kind of 6. new multi-functional flow coating machine according to claim 5, it is characterised in that：The sector gear (351)
Edge there is 1/3 to be toothed around, when sector gear (351) at the uniform velocity rotates, the intermittently-driving gear (354) is in intermittent
Rotation.
A kind of 7. new multi-functional flow coating machine according to claim 1, it is characterised in that：The intermittent transmission device
(36) it is made of active rotation roller (360), driven rotating roller (361), indexing transfer net (362), the active rotation roller
(360), driven rotating roller (361) is respectively arranged on the internal both ends of indexing transfer net (362), the indexing transfer net (362) and master
The outer surface engagement of dynamic rotating roller (360), driven rotating roller (361) is flexibly connected.
A kind of 8. new multi-functional flow coating machine according to claim 1, it is characterised in that：The dry actuating mechanism
(37) by swing rod (370), fulcrum block (371), the second traction rope (372), the second fixed pulley (373), second pulley frame (374),
Cam (375), cam holder (376), dry switch (377), switch base (378), control line (379) composition, the swing rod (370)
It is arranged in vertical shape at the uniform velocity between transmission device (16) and intermittent transmission device (36), the fulcrum block (371) is arranged on swing rod
(370) epimere and flexible connection in, the swing rod (370) is welded by fulcrum block (371) and crust of the device (30) inner wall, described
Second traction rope (372) one end is intertwined and connected with swing rod (370) lower end, and the second traction rope (372) other end bypasses second
Fixed pulley (373) and the wheel shaft of cam (375) are intertwined and connected, second fixed pulley (373) by second pulley frame (374) with
Inner wall welds under crust of the device (30), and the cam (375) is arranged on the second fixed pulley (373) upper right side and passes through cam holder
(376) welded with inner wall under crust of the device (30), the dry switch (377) is embedded in above switch base (378) and positioned at convex
(375) front-right is taken turns, described control line (379) one end is electrically connected with dry switch (377), control line (379) other end
It is electrically connected with UV drying lamps (38).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711439903.XA CN108031616A (en) | 2017-12-27 | 2017-12-27 | A kind of new multi-functional flow coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711439903.XA CN108031616A (en) | 2017-12-27 | 2017-12-27 | A kind of new multi-functional flow coating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108031616A true CN108031616A (en) | 2018-05-15 |
Family
ID=62101443
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201711439903.XA Withdrawn CN108031616A (en) | 2017-12-27 | 2017-12-27 | A kind of new multi-functional flow coating machine |
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| Country | Link |
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| CN (1) | CN108031616A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109395963A (en) * | 2018-12-25 | 2019-03-01 | 昆山丰巧机械有限公司 | Four-head drawing and pulling type flow coating machine |
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| CN203437278U (en) * | 2013-07-15 | 2014-02-19 | 湖州南浔双林振森实木加工厂 | Automatic drying curtain coater capable of adjusting thickness of film |
| CN104289377A (en) * | 2013-07-15 | 2015-01-21 | 湖州南浔双林振森实木加工厂 | Full-automatic curtain coater |
| CN106884177A (en) * | 2017-03-03 | 2017-06-23 | 南昌浩牛科技有限公司 | A kind of Industrial Steels pipe surface sprays degreasing agent equipment |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN201436080U (en) * | 2009-04-03 | 2010-04-07 | 东莞丰裕电机有限公司 | A miniature curtaining line |
| CN103264004A (en) * | 2013-05-23 | 2013-08-28 | 高碑店顺达墨瑟门窗有限公司 | Wood sprinkling machine |
| CN203437278U (en) * | 2013-07-15 | 2014-02-19 | 湖州南浔双林振森实木加工厂 | Automatic drying curtain coater capable of adjusting thickness of film |
| CN104289377A (en) * | 2013-07-15 | 2015-01-21 | 湖州南浔双林振森实木加工厂 | Full-automatic curtain coater |
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| CN109395963A (en) * | 2018-12-25 | 2019-03-01 | 昆山丰巧机械有限公司 | Four-head drawing and pulling type flow coating machine |
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Application publication date: 20180515 |
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