CN207841680U - A kind of heat-insulation wall plate coats thermal insulation coatings continuous process system automatically - Google Patents

Abstract

The utility model is related to a kind of heat-insulation wall plates to coat thermal insulation coatings continuous process system, including hopper automatically, and coating mouth is opened up on hopper, coat several support rollers of setting at mouth；Further include coating unit comprising the overflow mechanism of the pressing mechanism and hopper side that squeeze coating is set in hopper；Adsorbent equipment includes the holder on hopper, the aspirating mechanism on holder, the adsorbing mechanism for being adsorbed to plank and it being driven to move up and the disconnected press mechanism being arranged on adsorbing mechanism；Charging/discharging device comprising push-pull mechanism drives while push-pull mechanism drives lower supporting plate material to be moved toward coating mouth and completes the supporting body of coating plank output, Gun Yun mechanisms on the carrier are arranged and first fall and in the lever body for completing to fall completely after roller is even with plank side on disconnected press mechanism cooperation control adsorbing mechanism；It is low that the utility model overcomes plank single side coating efficiency, and coating is uneven, does not have the problem of carrying out good roller even function to coating.

Description

A kind of heat-insulation wall plate coats thermal insulation coatings continuous process system automatically

Technical field

Thermal insulation coatings are coated automatically the utility model is related to coating apparatus technical field more particularly to a kind of heat-insulation wall plate to connect Continuous production system.

Background technology

External wall insulation is by polymer mortar, fiberglass gridding cloth, flame retardant type molded polystyrene foams plate or to squeeze The Material claddings such as mould plate form, and exterior-wall heat insulation rock wool-steel plywood is set exclusively for the exterior insulation thin-coat plaster system of building Family planning is produced, and suitable for newly-built or existing building exterior-wall heat insulation that foundation wall is the compact structures such as concrete or brick wall or energy saving is changed It makes；Common processing mode is by even applications such as air purifying preparation, coating or waterproof materials by manual operation in ceramic tile, glass On glass or sheet metal etc., this mode is susceptible to smearing unevenness, is also easy to make the inner surfaces such as ceramic tile, glass or sheet metal Also material is spread by painting, may result in ceramic tile, glass or sheet metal etc. can not reuse, and in addition have using mechanical dauber , the disadvantage is that：It is complicated for operation, it can not solve the problems, such as that the inner surfaces such as ceramic tile, glass or sheet metal are also smeared, also cannot The materials such as fixed ceramic tile, glass or sheet metal well.

Application No. is a Chinese utility model patents of CN201510405100.7, and it is only equal by coating that it discloses a kind of The even paint finishing for being distributed in plate surface includes rolling belt, rolling belt tray, plank leather sheath and spray by setting System, solves the problems, such as that the inner surfaces such as ceramic tile, glass or sheet metal are also smeared, can also fix ceramic tile, glass well Or coating is only uniformly distributed by the materials such as sheet metal.

But utility model people has found, which has the following problems：First the equipment by the way of spraying by coating It is coated onto plate surface, operation is more troublesome, and secondly the equipment plank daub is less efficient, and plank shifts initial stage coating and is easy Impaired, this rustproof lacquer is easy to be sprayed onto the periphery of plank, wastes coating.

Utility model content

In view of the deficiencies of the prior art, by opening up coating mouth on hopper, then the purpose of this utility model is The supporting body that plank can be driven to be moved along coating mouth upper end is set, and supporting body and pressing mechanism linkage are set so that carrying Body drive plank toward coating mouth on move when can synchronous drive pressing mechanism squeeze coating make painting feed liquid surface rise so that realization To the lower surface of the plank in moving process carry out coating coating purpose so that overcome plank single side coating coating efficiencies it is low, It coats uneven, does not have the problem of even function of good roller is carried out to coating.

In view of the above technical problems, the technical solution adopted in the utility model is as follows：

A kind of heat-insulation wall plate coats thermal insulation coatings continuous process system, including hopper automatically, and the upper surface of the hopper is opened Equipped with coating mouth, several support rollers are provided at the coating mouth；Further include

Coating unit, the coating unit, which includes the coating for squeezing in hopper being arranged in hopper, makes coating contacts The pressing mechanism of plank lower surface at coating mouth and overflow mechanism in hopper side is set；

Adsorbent equipment, the adsorbent equipment are arranged in the top of hopper, which includes the branch being mounted on hopper Frame, rack-mount aspirating mechanism, the plank upper table for generating negative pressure under the action of aspirating mechanism to completion coating It is adsorbed and plank is driven vertically to move away the adsorbing mechanism of coating mouth and be arranged on adsorbing mechanism in face Disconnected press mechanism；

Charging/discharging device, the charging/discharging device include push-pull mechanism, support plate to be coated under push-pull mechanism drive Material toward coating mouth on move while drive complete coat and fallen from adsorbing mechanism plank output supporting body, setting exist The even Gun Yun mechanisms and setting of roller is carried out to the plank coating on adsorbing mechanism for the movement with supporting body on supporting body On push-pull mechanism be used for and break press mechanism cooperation control adsorbing mechanism adsorption capacity keep the plank on adsorbing mechanism even in roller Mechanism carries out it even preceding side of roller and first falls and complete to fall to the lever body on supporting body completely after roller is even.

As a preferred embodiment, the hopper is internally provided with the demarcation strip parallel with hopper bottom surface, the demarcation strip will Hopper is divided into coating chamber and extrusion chamber, and the coating chamber is connected to extrusion chamber by the straight slot that demarcation strip left end opens up.

As a preferred embodiment, the pressing mechanism includes with the pressing plate of the inner wall of extrusion chamber cooperation sliding, along hopper side wall On the push rod that is fixedly connected with the pressing plate of the through-hole a sliding that opens up and one end and the link for driving push rod to move back and forth, The end of the push rod offers sliding slot, and the slide bar a with sliding slot cooperation sliding is provided on the link.

As a preferred embodiment, the aspirating mechanism includes suction machine and one end be connected to the pump orifice of suction machine it is soft Pipe；

The lifting cylinder that the adsorbing mechanism includes suction tray, is arranged on holder, the telescopic rod a of the lifting cylinder with Suction tray is fixedly connected；

The suction tray is internally provided with level board, and vertical plate is provided with below the medium position of the level board, described Level board and vertical plate, which coordinate, will will be divided into upper chamber, lower-left chamber and bottom right chamber inside suction tray, on the level board It is offered respectively for being connected to upper chamber with the first intercommunicating pore of lower-left chamber and for being connected to upper chamber and bottom right chamber Second intercommunicating pore, the hose are connected to upper chamber, and the bottom surface of the lower-left chamber is provided with several with lower-left chamber The bottom surface of first adsorption mouth, the bottom right chamber is provided with several and bottom right chamber the second adsorption mouth.

As a preferred embodiment, the disconnected press mechanism includes the first disconnected pressure group opened or closed for controlling the first intercommunicating pore Part and the second disconnected pressure component opened or closed for controlling the second intercommunicating pore；

Described first disconnected pressure component and the second disconnected pressure component include that the matching hole cooperation opened up with suction tray upper surface turns The cover board of dynamic shaft, the upper surface slide for being fixedly connected with the lower end of shaft and being bonded level board, the upper end with shaft The extension rod that is fixedly connected, the support column for being fixed on suction tray upper surface and one end are fixed the other end on the support columns and are fixed on Spring a on extension rod.

As a preferred embodiment, the push-pull mechanism includes left push-and-pull component and right push-and-pull component, the left push-and-pull component and Right push-and-pull component includes mounting base, the horizontal sliding cylinder that is fixed in mounting base and the telescopic rod b under horizontal sliding cylinder drive, The end set slide bar b of the telescopic rod b, the both ends of the slide bar b are respectively arranged with limited block a and limited block b, are corresponding to it The through-hole b that the side of the supporting body is provided with supporting block, offers with slide bar b cooperation sliding in the supporting block.

As a preferred embodiment, the supporting body includes being used to support the support section for the plank for completing coating and for driving The frame part of plank movement to be coated is additionally provided with the first Buffer Unit and the second buffering group above the support section Part, first Buffer Unit and the second Buffer Unit include the supporting rod being fixed on support section, are slidably set in Roller seat on supporting rod and the bearing roller being rotatably provided on roller seat, spring is provided between the roller seat and support section B, the spring b are set on supporting rod.

As a preferred embodiment, the Gun Yun mechanisms are arranged between frame part and support section, which includes Mounting blocks and the smoother roller being rotatably provided on mounting blocks, the roll surface of the smoother roller is topmost apart from support section upper table The distance in face is d1, and topmost the maximum distance apart from support section upper surface is full for d2, d1 and d2 for the roll surface of the bearing roller Foot, d1 ＞ d2.

As a preferred embodiment, the lever body includes first group of the extension rod rotation for stirring the first disconnected pressure component Bar and the second driving lever rotated for stirring the extension rod of the second disconnected pressure component；

It is additionally provided on the lever body for supporting plank in the first Buffer Unit when slide bar b is slided along through-hole b With the locating part moved forward on the second Buffer Unit, it is L-type that the support element, which is set as section, with the side of plank and Upper surface coordinates；Rotatable buffer roll is additionally provided on the locating part.

As a preferred embodiment, the overflow mechanism includes overflow babinet, the overflow with the inner wall cooperation sliding of overflow babinet Block, be arranged overflow babinet side support element and with open up on the guide hole a and support element that are opened up on overflow case-side side Guide hole b coordinates the guide rod of sliding, one end of the guide rod to be fixedly connected with overflow block, and limited block c is provided on the guide rod, The spring c being set on guide rod is provided between the limited block c and support element.

Preferably as another, the rear end of the push-pull mechanism is additionally provided with output band.

The beneficial effects of the utility model：

(1) by opening up coating mouth on hopper in the utility model, then setting can drive plank along coating mouth Mobile supporting body is held, and supporting body and pressing mechanism linkage are set so that supporting body is moved toward coating on mouth driving plank When can synchronous drive pressing mechanism squeeze coating painting feed liquid surface made to rise and then realize to the lower surface of the plank in moving process The purpose of coating coating is carried out, this kind of coating method is simple in structure, and coating efficiency is high, and its branch by the way that supporting body is arranged Position switching of the support part point between plank can keep coating the mouth most of the time and be closed, avoid coating it is long when Between exposure.

(2) by the way that adsorbent equipment is arranged in the top of coating mouth in the utility model so that complete to apply trowelling on coating mouth The plank of material can be moved away it upwards by way of adsorbing its upper surface, this kind of branch mode, which avoids, just completes good apply The surface contact external object of trowelling material causes smear layer impaired, shifts straight up when plank can also be made just to be detached from coating mouth The coating of its great quantities of spare can drop back into hopper downwards, avoid paint waste, and by the way that adsorbing mechanism and push-pull mechanism is arranged Between link so that realize charging and the upward transfer of material by a power, not only save power and front and back Action keeps continous way, interferes invariably, orderly carries out, improves efficiency.

(3) by the way that lever body is arranged on push-pull mechanism in the utility model so that push-pull mechanism is driving supporting body On toward coating mouth when mobile reset, top adsorbing mechanism can be controlled by lever body and first interrupt one by the second adsorption mouth of rear side Lower negative pressure makes its plank side rear side adsorbed first fall, and plank is equipped with Gun Yun mechanisms on the carrier at heeling condition Carry out that roller is even to the coating of skewed plank, skewed plank when roller is even its be pressed against on smoother roller, the even effect of roller is more It is good, and the coating that roller is fallen can flow back in hopper along inclined-plane, complete that after roller is even the first absorption can be controlled by lever body again Mouth, which interrupts negative pressure, makes plank fall to completely on supporting body convenient for subsequent output, simple and ingenious structure, the degree of automation Height, the even effect of coating roller are good.

(4) by being arranged and smearing chamber the overflow mechanism being connected to above the both sides of hopper in the utility model so that When hopper inside courtyard is more, hopper inside courtyard is squeezed, when continuing to squeeze behind coating contacts plank lower surface, excessive coating can squeeze Pressurized overflow block simultaneously enters in spill box body, since coating mouth is difficult to ensure absolute sealing during daub, This kind setting is avoided that coating is largely overflowed from gap.

In conclusion there is the equipment plate to coat coating convenient quickly, it is not easy to cause paint waste, coating efficiency high The advantages that, it is particularly suitable for coating apparatus technical field.

Description of the drawings

It is required in being described below to embodiment for the clearer technical solution for illustrating the utility model embodiment The attached drawing used is briefly described, it should be apparent that, drawings discussed below is only some embodiments of the utility model, For for those of ordinary skill in the art, without creative efforts, it can also obtain according to these attached drawings Obtain other accompanying drawings.

Fig. 1 is the schematic elevation view of the even automation disengaging heat preservation of board coating coating equipment of tilting roller.

Fig. 2 is the structural schematic diagram of the even automation disengaging heat preservation of board coating coating equipment of tilting roller.

Fig. 3 is that the even automation of tilting roller passes in and out heat preservation of board coating coating equipment when plank is moved up by adsorbing mechanism drive Structural schematic diagram.

Fig. 4 is schematic diagram when Gun Yun mechanisms prepare even to plank coating progress roller.

Fig. 5 is the structural schematic diagram of charging/discharging device.

Fig. 6 is the structural schematic diagram of suction tray and disconnected press mechanism.

Fig. 7 is the cut-away illustration of suction tray.

Fig. 8 is the cut-away illustration of hopper and overflow mechanism.

Fig. 9 is the enlarged diagram of overflow mechanism.

Figure 10 is the structural schematic diagram of pressing mechanism.

Figure 11 is the structural schematic diagram of lever body.

Specific implementation mode

The technical scheme in the embodiment of the utility model is clearly and completely illustrated below in conjunction with the accompanying drawings.

Fig. 1 is the schematic elevation view of the even automation disengaging heat preservation of board coating coating equipment of tilting roller, and Fig. 2 is that tilting roller is even The structural schematic diagram of automation disengaging heat preservation of board coating coating equipment, Fig. 3 are that the even automation of tilting roller passes in and out heat preservation of board painting Structural schematic diagram of the material coating equipment when plank is moved up by adsorbing mechanism drive, Fig. 4 are that Gun Yun mechanisms prepare to plank coating Schematic diagram when progress roller is even, Fig. 5 are the structural schematic diagram of charging/discharging device, and Fig. 6 is the structure of suction tray and disconnected press mechanism Schematic diagram, Fig. 7 are the cut-away illustration of suction tray, and Fig. 8 is the cut-away illustration of hopper and overflow mechanism, and Fig. 9 is overflow machine The enlarged diagram of structure, Figure 10 are the structural schematic diagram of pressing mechanism, and Figure 11 is the structural schematic diagram of lever body.

Embodiment one

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10 and Figure 11, a kind of heat-insulation wall plate is automatic Thermal insulation coatings continuous process system, including hopper 1 are coated, the upper surface of the hopper 1 offers coating mouth 11, the coating mouth Several support rollers 12 are provided at 11；Further include coating unit 2, the coating unit 2 includes being arranged in hopper 1 for squeezing Coating in binder case 1 makes the pressing mechanism 21 of plank 10 lower surface of the coating contacts at coating mouth 11 and setting expect The overflow mechanism 22 of 1 side of case；

Adsorbent equipment 3, the adsorbent equipment 3 are arranged in the top of hopper 1, which includes being mounted on hopper 11 On holder 31, the aspirating mechanism 32 on holder 31, under the action of aspirating mechanism 32 generate negative pressure to complete The adsorbing mechanism 33 that 10 upper surface of plank of coating is adsorbed and plank 10 is driven vertically to move away coating mouth 11 And the disconnected press mechanism 34 being arranged on adsorbing mechanism 33；

Charging/discharging device 4, the charging/discharging device 4 support to be coated including push-pull mechanism 41, under the drive of push-pull mechanism 41 The plank 10 covered drives the output of plank 10 completed to coat and fallen from adsorbing mechanism 33 toward the while of being moved on mouth 11 is coated Supporting body 42, be arranged on supporting body 42 for supporting body 42 movement to 10 coating of plank on adsorbing mechanism 33 into The even Gun Yun mechanisms 43 of row roller and being used for of being arranged on push-pull mechanism 41 and the cooperation control adsorbing mechanism 33 of press mechanism 34 that breaks Adsorption capacity make the plank 10 on adsorbing mechanism 33 Gun Yun mechanisms 43 it is carried out the even preceding side of roller first fall and complete roller The lever body 44 on supporting body 42 is fallen to after even completely.

Further, the hopper 1 is internally provided with the demarcation strip 13 parallel with 1 bottom surface of hopper, the demarcation strip 13 Hopper 1 is divided into coating chamber 20 and extrusion chamber 30, what the coating chamber 20 and extrusion chamber 30 were opened up by 13 left end of demarcation strip Straight slot 14 is connected to.

Further, the pressing mechanism 21 includes with the pressing plate 211 of the inner wall of extrusion chamber 30 cooperation sliding, along hopper 1 Push rod 212 that the through-hole a15 sliding opened up on side wall and one end are fixedly connected with pressing plate 211 and for driving push rod 212 The dynamic link 213 of return, the end of the push rod 212 offer sliding slot 2121, are provided on the link 213 and sliding slot The slide bar a2131 of 2121 cooperation slidings.

Further, the aspirating mechanism 32 includes that suction machine 321 and one end are connected to the pump orifice of suction machine 321 Hose 322；

The adsorbing mechanism 33 includes suction tray 331, the lifting cylinder 332 being arranged on holder 31, the lifting cylinder 332 telescopic rod a3321 is fixedly connected with suction tray 331；

The suction tray 331 is internally provided with level board 3311, is provided with below the medium position of the level board 3311 Vertical plate 3312, the level board 3311 and the cooperation of vertical plate 3312 will will be divided into upper chamber 100, a left side inside suction tray 331 Lower chambers 200 and bottom right chamber 300 are offered respectively for being connected to upper chamber 100 and lower-left chamber on the level board 3311 200 the first intercommunicating pore 400 and the second intercommunicating pore 500 for being connected to upper chamber 100 and bottom right chamber 300, the hose 322 are connected to upper chamber 100, and the bottom surface of the lower-left chamber 200 is provided with several the first absorption being connected to lower-left chamber 200 The bottom surface of mouth 600, the bottom right chamber 300 is provided with several the second adsorption mouths 700 being connected to bottom right chamber 300.

Further, the disconnected press mechanism 34 includes the first disconnected pressure opened or closed for controlling the first intercommunicating pore 400 Component 341 and the second disconnected pressure component 342 opened or closed for controlling the second intercommunicating pore 500；

The described first disconnected disconnected pressure component 342 of pressure component 341 and second includes the cooperation opened up with 331 upper surface of suction tray The shaft 3411 of hole cooperation rotation, the upper surface slide for being fixedly connected with the lower end of shaft 3411 and being bonded level board 3311 Cover board 3412, the extension rod 3413 being fixedly connected with the upper end of shaft 3411, the support column for being fixed on 331 upper surface of suction tray 3414 and one end be fixed on the spring a3415 that the other end on support column 3414 is fixed on extension rod 3413.

It is noted that by the way that adsorbent equipment 3 is arranged in the top of coating mouth 11 so that complete to smear on coating mouth 11 The plank 10 of coating can be moved away it upwards by way of adsorbing its upper surface, this kind of branch mode avoids rigid completion The surface contact external object of good daub causes smear layer impaired, and shift also can make plank 10 just be detached from painting straight up The coating of its great quantities of spare can downwards drop back into hopper 1 when covering mouth 11, avoid paint waste, and by the way that adsorbing mechanism 33 is arranged It links between push-pull mechanism 41 so that realize charging and the upward transfer of material by a power, not only save Power and fore-aft motion holding continous way, interfere, orderly carry out, improve efficiency invariably.

Further, the push-pull mechanism 41 includes left push-and-pull component 411 and right push-and-pull component 412, the left push-and-pull group Part 411 and right push-and-pull component 412 include mounting base 4111, the horizontal sliding cylinder 4112 being fixed in mounting base 4111 and are putting down The end set slide bar b4114 of telescopic rod b4113, the telescopic rod b4113 under the drive of push cylinder 4112, the slide bar The both ends of b4114 are respectively arranged with limited block a4115 and limited block b4116, corresponding in the side of the supporting body 42 It is provided with supporting block 421, the through-hole b4211 with slide bar b4114 cooperation slidings is offered in the supporting block 421.

Further, the supporting body 42 includes being used to support the support section 422 for the plank 10 for completing coating and being used for The top of the frame part 423 for driving plank 10 to be coated to move, the support section 422 is additionally provided with the first Buffer Unit 5 and second Buffer Unit 6, first Buffer Unit, 5 and second Buffer Unit 6 include being fixed on support section 422 Supporting rod 51, the roller seat 52 being slidably set on supporting rod 51 and the bearing roller 53 being rotatably provided on roller seat 52, institute It states and is provided with spring b54 between roller seat 52 and support section 422, the spring b54 is set on supporting rod 51.

It is noted that by opening up coating mouth 11 on hopper 1, then setting can drive plank 10 along coating mouth The supporting body 42 of 11 upper ends movement, and supporting body 42 and the linkage of pressing mechanism 21 are set so that supporting body 42 is driving plank 10 Energy synchronous drive pressing mechanism 21, which squeezes coating, when being moved on toward coating mouth 11 makes painting feed liquid surface rise and then realize to being moved through The lower surface of plank 10 in journey carries out the purpose of coating coating, this kind of coating method is simple in structure, and coating efficiency is high, and It can keep coating 11 most of the time of mouth by the position switching being arranged between the support section 422 and plank 10 of supporting body 42 It is closed, avoids the long-time exposure of coating.

Further, the Gun Yun mechanisms 43 are arranged between frame part 423 and support section 422, the Gun Yun mechanisms 43 is most upper including mounting blocks 431 and the smoother roller 432 being rotatably provided on mounting blocks 431, the roll surface of the smoother roller 432 It is d1 to hold the distance apart from 422 upper surface of support section, and the roll surface of the bearing roller 53 is topmost apart from 422 upper table of support section The maximum distance in face meets for d2, d1 and d2, d1 ＞ d2.

Further, the lever body 44 includes being rotated for stirring the extension rod 3413 of the first disconnected pressure component 341 First driving lever 441 and the second driving lever 442 rotated for stirring the extension rod 3413 of the second disconnected pressure component 342；

It is additionally provided on the lever body 44 for supporting plank 10 to exist when slide bar b4114 is slided along through-hole b4211 The locating part 7 moved forward on first Buffer Unit 5 and the second Buffer Unit 6, it is L-type that the locating part 7, which is set as section, Coordinate with the side of plank 10 and upper surface；Rotatable buffer roll 8 is additionally provided on the locating part 7.

It will be further appreciated that by the way that lever body 44 is arranged on push-pull mechanism 41 so that push-pull mechanism 41 is driving Supporting body 42 leans on the second of rear side toward that when mobile reset, can control top adsorbing mechanism 33 on coating mouth 11 by lever body 44 Adsorption mouth 700 is first interrupted first to be fallen on rear side of 10 side of plank that negative pressure makes it adsorb, and plank 10 is equipped at heeling condition Gun Yun mechanisms 43 on supporting body 42 are even to the coating progress roller of skewed plank 10, and skewed plank 10 is when roller is even It is pressed against on smoother roller 432, and the even effect of roller is more preferable, and the coating that roller is fallen can flow back in hopper 1 along inclined-plane, and completing, roller is even Negative pressure, which can be interrupted, by first adsorption mouth 600 of the control of lever body 44 again afterwards makes plank 10 fall to completely on supporting body 42 Convenient for subsequent output, simple and ingenious structure, high degree of automation, the even effect of coating roller is good.

Further, the rear end of the push-pull mechanism 41 is additionally provided with output band 9.

Embodiment two

As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10 and Figure 11, wherein with embodiment one Identical or corresponding component uses reference numeral corresponding with embodiment one, for simplicity, hereafter only description and embodiment one Distinctive points.The embodiment two and embodiment one the difference is that：The overflow mechanism 22 include overflow babinet 221, with Overflow babinet 221 inner wall cooperation sliding overflow block 222, be arranged 221 side of overflow babinet support element 223 and with overflow The guide hole b225 opened up on the guide hole a224 and support element 223 opened up on 221 side of stream babinet coordinates the guide rod 226 of sliding, One end of the guide rod 226 is fixedly connected with overflow block 222, and limited block c227, the limited block are provided on the guide rod 226 The spring c228 being set on guide rod 226 is provided between c227 and support element 223.

By being arranged and smearing chamber the overflow mechanism 22 being connected to above the both sides of hopper so that more in hopper inside courtyard When, hopper inside courtyard is squeezed, when continuing to squeeze behind coating contacts plank lower surface, excessive coating can squeeze overflow block 222 simultaneously It enters in overflow babinet 221, since coating mouth 11 is difficult to ensure that absolute sealing, this kind are set during daub It sets and is avoided that coating is largely overflowed from gap.

The course of work is as follows：

The support section 422 for starting supporting body 42 is located at 11 top of coating mouth, and plank 10 to be coated is put into frame section Divide in 423, the support base of lower section is supported plank 10, and then push-pull mechanism 41 drives supporting body 42 to be moved together with plank 10 It is dynamic；

The starting stage that plank 10 moves is driven in above-mentioned supporting body 42, the slide bar a2131 on link 213 is along push rod The sliding slot 2121 of 212 ends slides, and after being moved to certain distance, slide bar a2131 starts to drive push rod 212 and pressing plate 211 It moves together, pressing plate 211 compresses the coating in extrusion chamber 30, and the painting feed liquid surface in coating chamber 20 rises, and coating starts contact plate The lower surface of material 10 does not have since the support section 422 of plank 10 and supporting body 42 forms opposite sealing next to movement Excessive coating from coating mouth 11 gush out, when 1 inside courtyard of hopper is more, with pressing plate 211 extruding more than coating can squeeze Overflow block 222 simultaneously enters temporary in spill box body 131；

When plank 10 is moved fully to apply the top of material mouth 11, lower surface has been completed coating coating, rises at this time Sending down abnormally ascending cylinder 332 drives suction tray 331 to move down, and makes the upper surface of the first adsorption mouth 600 and the second adsorption mouth 700 to plank 10 Absorption fixation is carried out, then lifting cylinder 332 drives suction tray 331 to be moved up together with the plank 10 for completing coating, is moved to Stop when predetermined precalculated position, extra coating drops back into hopper 1 on plank 10；

Then, the horizontal sliding cylinder 4112 of push-pull mechanism 41 drives telescopic rod b4113 to move backward, the mobile starting stage, Slide bar b4114 starts band along the through-hole b4211 slidings in supporting block 421 when limited block a4115 touches supporting block 421 Dynamic supporting body 42 moves backward, and when supporting body 42 starts mobile, the second driving lever 442 of lever body 44 drives the second disconnected pressure group The extension rod 3413 of part 342 rotates, and the cover board 3412 of the second disconnected pressure component 342 turns on the second intercommunicating pore 500 so that epicoele Room 100 with bottom right chamber 300 is of short duration is not connected to, the second adsorption mouth 700 is of short duration to lose negative pressure so that the plate of 331 lower section of suction tray 10 side of material first falls, and plank 10 is resetted at heeling condition, extension rod 3413 under spring a3415 effects；

Supporting body 42 continues to move to, above smoother roller 432 roll-in is carried out to skewed 10 following table finishing coat of plank, As it moves right, plank is pressed against on smoother roller 432, and the coating that roller is fallen drops back into hopper 1 along inclined-plane, waits until smoother roller When 432 completions are even to the roller of plank 10, the first driving lever 441 of lever body 44 drives the extension rod of the first disconnected pressure component 341 3413 rotations, similarly make the first adsorption mouth 600 is of short duration to lose negative pressure so as to fall on first on supporting body 42 under 10 entirety of plank On Buffer Unit 5 and the second Buffer Unit 6, the buffer roll 8 being arranged on locating part 7 is to falling to the first Buffer Unit 5 and Plank 10 on two Buffer Units 6 carries out slide guide, avoids its coating bad by knocking for locating part 7,

When supporting body 42 moves backward again, new plank 10 is driven to come in drive the plank 10 for completing to coat simultaneously Output, during exporting herein, starting stage, slide bar b4114 is slided along the through-hole b4211 in supporting block 421, is moved herein Moving mechanism 44 does not move supporting body 42 in the process, and the locating part 7 of lever body 44 is fitted in the edge of plank 10 On side and upper surface, a limit fixed function is played to plank 10, prevents it from tilting occurs, and drive plank 10 first Mobile one end distance on Buffer Unit 5 and the second Buffer Unit 6, make plank 10 it is most of stretched out from supporting body 42 be convenient for after Continuous output, when limited block b4116 touches supporting block 421, supporting body 42 and plank 10 move together, and are moved to output band 9 When, output band 9 drives plank 10 to export.

In the description of the present invention, it should be understood that the orientation or position of the instructions such as term " front and back ", " left and right " Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, without It is instruction or implies that signified equipment or component must have a particular orientation, with specific azimuth configuration and operation, therefore not It can be interpreted as the limitation to utility model.

Certainly in the technical scheme, those skilled in the art is it should be understood that term " one " is interpreted as " at least One " or " one or more ", i.e., in one embodiment, the quantity of an element can be one, and in other implementation In example, the quantity of the element can be multiple, and term " one " should not be understood as the limitation to quantity.

The preferable specific implementation mode of the above, only the utility model, but the scope of protection of the utility model is not It is confined to this, the variation that any one skilled in the art can readily occur under the technical clarification of the utility model Or replace, it should be covered within the scope of the utility model.Therefore, the scope of protection of the utility model should be with right Subject to the protection domain of claim.

Claims (10)

1. a kind of heat-insulation wall plate coats thermal insulation coatings continuous process system, including hopper (1), the upper table of the hopper (1) automatically Face offers coating mouth (11), and several support rollers (12) are provided at the coating mouth (11)；It is characterized in that：Further include

Coating unit (2), the coating unit (2), which includes the coating for squeezing in hopper (1) being arranged in hopper (1), to be made Coating contacts are located at the pressing mechanism (21) of plank (10) lower surface at coating mouth (11) and are arranged in hopper (1) side Overflow mechanism (22)；

Adsorbent equipment (3), in the top of hopper (1), which includes being mounted on material for adsorbent equipment (3) setting Holder (31) on case (1), the aspirating mechanism (32) on holder (31) are used to produce under the action of aspirating mechanism (32) Raw negative pressure adsorbs plank (10) upper surface for completing coating and plank (10) is driven vertically to move away coating The adsorbing mechanism (33) of mouth (11) and the disconnected press mechanism (34) being arranged on adsorbing mechanism (33)；

Charging/discharging device (4), the charging/discharging device (4) include push-pull mechanism (41), are supported under push-pull mechanism (41) drive Plank (10) to be coated is completed coating and is fallen from adsorbing mechanism (33) toward driving while movement in coating mouth (11) The supporting body (42) of plank (10) output, setting are used for the movement with supporting body (42) to adsorbing mechanism on supporting body (42) (33) plank (10) coating on carries out the even Gun Yun mechanisms (43) of roller and being used for of being arranged on push-pull mechanism (41) and breaks The adsorption capacity of press mechanism (34) cooperation control adsorbing mechanism (33) makes the plank (10) on adsorbing mechanism (33) in Gun Yun mechanisms (43) the even preceding side of roller is carried out to it first to fall and complete to fall to the lever body on supporting body (42) completely after roller is even (44)。

2. a kind of heat-insulation wall plate according to claim 1 coats thermal insulation coatings continuous process system automatically, which is characterized in that The hopper (1) is internally provided with the demarcation strip parallel with hopper (1) bottom surface (13), and the demarcation strip (13) is by hopper (1) It is divided into coating chamber (20) and extrusion chamber (30), the coating chamber (20) and extrusion chamber (30) are opened up by demarcation strip (13) left end Straight slot (14) connection.

3. a kind of heat-insulation wall plate according to claim 2 coats thermal insulation coatings continuous process system automatically, which is characterized in that The pressing mechanism (21) includes being opened up with the pressing plate (211) of the inner wall of extrusion chamber (30) cooperation sliding, along hopper (1) side wall Through-hole a (15) slidings and the push rod (212) that is fixedly connected with pressing plate (211) of one end and for driving push rod (212) back and forth The end of mobile link (213), the push rod (212) offers sliding slot (2121), is provided on the link (213) With the slide bar a (2131) of sliding slot (2121) cooperation sliding.

4. a kind of heat-insulation wall plate according to claim 1 coats thermal insulation coatings continuous process system automatically, which is characterized in that The aspirating mechanism (32) includes the hose (322) that suction machine (321) and one end are connected to the pump orifice of suction machine (321)；

The adsorbing mechanism (33) includes the lifting cylinder (332) of suction tray (331), setting on holder (31), the lifting The telescopic rod a (3321) of cylinder (332) is fixedly connected with suction tray (331)；

The suction tray (331) is internally provided with level board (3311), is arranged below the medium position of the level board (3311) There are vertical plate (3312), the level board (3311) and vertical plate (3312) cooperation epicoele will to be divided into inside suction tray (331) Room (100), lower-left chamber (200) and bottom right chamber (300) are offered respectively for being connected to epicoele on the level board (3311) Room (100) is with the first intercommunicating pore (400) of lower-left chamber (200) and for being connected to upper chamber (100) and bottom right chamber (300) The second intercommunicating pore (500), the hose (322) is connected to upper chamber (100), the bottom surface setting of the lower-left chamber (200) There are several the first adsorption mouths (600) being connected to lower-left chamber (200), the bottom surface of the bottom right chamber (300) is provided with several The second adsorption mouth (700) being connected to bottom right chamber (300).

5. a kind of heat-insulation wall plate according to claim 4 coats thermal insulation coatings continuous process system automatically, which is characterized in that The disconnected press mechanism (34) includes for controlling the first disconnected pressure component (341) and use that the first intercommunicating pore (400) opens or closes In the second disconnected pressure component (342) that the second intercommunicating pore of control (500) opens or closes；

Described first disconnected pressure component (341) and the second disconnected pressure component (342) include matching with what suction tray (331) upper surface opened up The shaft (3411) of hole cooperation rotation is closed, is fixedly connected with the lower end of shaft (3411) and is bonded the upper table of level board (3311) The cover board (3412) of face sliding, is fixed on suction tray at the extension rod (3413) being fixedly connected with the upper end of shaft (3411) (331) support column (3414) of upper surface and one end are fixed on the other end on support column (3414) and are fixed on extension rod (3413) On spring a (3415).

6. a kind of heat-insulation wall plate according to claim 1 coats thermal insulation coatings continuous process system automatically, which is characterized in that The push-pull mechanism (41) includes left push-and-pull component (411) and right push-and-pull component (412), the left push-and-pull component (411) and the right side Push-and-pull component (412) includes mounting base (4111), the horizontal sliding cylinder (4112) being fixed in mounting base (4111) and is putting down Telescopic rod b (4113), the end set slide bar b (4114) of the telescopic rod b (4113) under push cylinder (4112) drive, it is described The both ends of slide bar b (4114) are respectively arranged with limited block a (4115) and limited block b (4116), corresponding in the carrying The side of body (42) is provided with supporting block (421), is offered on the supporting block (421) and slide bar b (4114) cooperation slidings Through-hole b (4211).

7. a kind of heat-insulation wall plate according to claim 1 coats thermal insulation coatings continuous process system automatically, which is characterized in that The supporting body (42) includes being used to support the support section (422) of plank (10) for completing coating and to be coated for driving The mobile frame part (423) of plank (10), be additionally provided with above the support section (422) the first Buffer Unit (5) and Second Buffer Unit (6), first Buffer Unit (5) and the second Buffer Unit (6) include being fixed on support section (422) On supporting rod (51), the roller seat (52) that is slidably set on supporting rod (51) and be rotatably provided on roller seat (52) Bearing roller (53), is provided with spring b (54) between the roller seat (52) and support section (422), the spring b (54) is set in On supporting rod (51).

8. a kind of heat-insulation wall plate according to claim 7 coats thermal insulation coatings continuous process system automatically, which is characterized in that The Gun Yun mechanisms (43) are arranged between frame part (423) and support section (422), which includes installation Block (431) and the smoother roller (432) being rotatably provided on mounting blocks (431), the roll surface of the smoother roller (432) is topmost Distance apart from support section (422) upper surface is d1, and the roll surface of the bearing roller (53) is topmost apart from support section (422) The maximum distance of upper surface meets for d2, d1 and d2, d1 ＞ d2.

9. a kind of heat-insulation wall plate according to claim 6 coats thermal insulation coatings continuous process system automatically, which is characterized in that The lever body (44) includes the first driving lever of extension rod (3413) rotation for stirring the first disconnected pressure component (341) (441) the second driving lever (442) of extension rod (3413) rotation and for stirring the second disconnected pressure component (342)；

It is additionally provided on the lever body (44) for supporting plank when slide bar b (4114) is slided along through-hole b (4211) (10) locating part (7) moved forward on the first Buffer Unit (5) and the second Buffer Unit (6), locating part (7) setting It is L-type for section, coordinates with the side of plank (10) and upper surface；It is additionally provided on the locating part (7) rotatable Buffer roll (8).

10. a kind of heat-insulation wall plate according to claim 2 coats thermal insulation coatings continuous process system automatically, feature exists In the overflow mechanism (22) includes overflow babinet (221), the overflow block with the inner wall cooperation sliding of overflow babinet (221) (222), setting overflow babinet (221) side support element (223) and with the guide hole that is opened up on overflow babinet (221) side The guide hole b (225) opened up on a (224) and support element (223) coordinates the guide rod (226) of sliding, and the one of the guide rod (226) End is fixedly connected with overflow block (222), is provided with limited block c (227) on the guide rod (226), the limited block c (227) and The spring c (228) being set on guide rod (226) is provided between support element (223).