CN207823294U - The automatic transfer sizing integration apparatus of plate surface coating - Google Patents

Abstract

The utility model is related to plate surfaces to coat automatic transfer sizing integration apparatus, including coating unit, it includes the delivery device of hopper, the pressing mechanism in hopper and hopper front end, coating mouth is opened up on hopper, cover board is set on coating mouth, delivery device pushes plank toward moving and cover board being driven to remove on coating mouth, and pressing mechanism squeezes hopper inside courtyard to plank coating；Adsorbent equipment comprising on holder, holder the discharging mechanism moved down has been driven to the absorption plank on the hoisting mechanism of plank absorption migration, hoisting mechanism and provide hoisting mechanism, discharging mechanism negative-pressure adsorption power negative pressure mechanism；After-treatment device comprising coating treatment mechanism that is even to coating roller on the cover board and drying up and the movement of promotion coating treatment mechanism are set and drive falls to the transfer device of the plank output above it；The utility model overcomes that plank coating coating efficiencies are low, and the transfer of plank is inconvenient, the problem of being easy to cause contact damage to its coating in transfer process.

Description

The automatic transfer sizing integration apparatus of plate surface coating

Technical field

The utility model is related to coating apparatus technical field more particularly to the automatic transfer sizing integrations of plate surface coating Equipment.

Background technology

It is general using brushing roll or spraying at present when coat similar thermal insulation coatings, fireproof coating to plank Mode, this kind of coating method is susceptible to smearing unevenness, and when reply needs single side to coat coating, is also easy to make plank Inner surface also spreads material by painting, and may result in plank can not reuse, and in addition has using mechanical dauber, the disadvantage is that： It is complicated for operation, it can not solve the problems, such as that plank inner surface is also smeared and smeared uniform, cannot also shift plank well, It is easy that coating is caused to damage.

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：The equipment plank daub is less efficient first, Plank transfer efficiency is low in coating procedure, secondly the equipment do not have complete coating plank transfer process in its coating into The function that row quickly dries up, in addition when being shifted to it after plank completes coating, coating is easy to be damaged by contact.

Utility model content

The purpose of this utility model is in view of the deficiencies of the prior art, to be matched by the way that pressing mechanism and delivery device is arranged It closes and extrusion coated is carried out to plank, and the plank for completing coating overcome by lifting is shifted by the way that adsorbent equipment is arranged Plank coating coating efficiencies are low, and coating effect is poor, and the transfer of plank is inconvenient in coating procedure, are easy in coating in transfer process The problem of contact damage is caused to it in the case of also abundant drying.

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

The automatic transfer sizing integration apparatus of plate surface coating, including coating unit, the coating unit include hopper, The pressing mechanism that is arranged in hopper and delivery device in hopper front end is set, coating mouth, institute are offered on the hopper It states and is provided with cover board on coating mouth, the delivery device drives for pushing plank to be coated toward the while of being moved on mouth is coated Cover board is removed from coating mouth, and the pressing mechanism is used to squeeze hopper inside courtyard and is applied to the plank lower surface at coating mouth It covers；

Adsorbent equipment, the adsorbent equipment are arranged in the top of hopper, which includes the branch being mounted on hopper Its hoisting mechanism moved up, setting is fixed and driven to frame, the rack-mount plank absorption for being coated to completion Fixed and drive plank to move down when plank is detached from hoisting mechanism for carrying out absorption to plank on hoisting mechanism Discharging mechanism and the negative pressure mechanism for providing hoisting mechanism and discharging mechanism negative-pressure adsorption power being arranged on holder；

After-treatment device, the after-treatment device include setting on the cover board even and blow for carrying out roller to plank coating Dry coating treatment mechanism and for pushing coating treatment mechanism to fall to it towards moving and driven when resetting on coating mouth The transfer device of the plank output of top.

As a preferred embodiment, at the coating mouth of the hopper along its length on be provided with several planks that are used to support Deflector roll；The hopper is internally provided with the demarcation strip parallel with hopper bottom surface, and hopper is divided into coating chamber by the demarcation strip And extrusion chamber, the coating chamber are 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 guide hole a sliding that opens up and one end.

As a preferred embodiment, the delivery device includes mounting bracket, the horizontal sliding cylinder a that is fixed on mounting bracket and flat Push plate under push cylinder a promotions, the back side of the push plate are fixedly installed link, and the end set of the link has push-and-pull Bar, it is corresponding that the sliding slot coordinated with the push-pull rod is offered in the end of the push rod.

As a preferred embodiment, the hoisting mechanism includes suction tray, the first pulley and second pulley that are arranged on holder And the traction rope being fixedly connected with the center of suction tray around first pulley and second pulley and one end, the traction rope The other end be fixedly connected with link；The suction tray is internally provided with horizontal baffle and vertical clapboard, the horizontal baffle It will be divided into upper chamber, lower-left chamber and bottom right chamber inside suction tray with vertical clapboard cooperation, opened up on the horizontal baffle There is connection upper chamber with the first intercommunicating pore of lower-left chamber and is connected to the second intercommunicating pore of upper chamber and bottom right chamber, the water It is additionally provided on flat partition board for controlling the first intercommunicating pore and what the second intercommunicating pore opened or closed closes component, the suction tray The edge of bottom surface four be provided with several adsorption mouth a with lower-left chamber and bottom right chamber respectively；

It is described close component include be arranged the first intercommunicating pore side the first cover board, be arranged in the second intercommunicating pore side And be fixedly connected with the first cover board the second cover board, be fixedly connected with the first cover board and led along what suction tray side opened up The slide bar of hole b slidings and limited block a in slide bar end is set, set is provided between the limited block a and suction tray side The spring a being located on slide bar.

As a preferred embodiment, the discharging mechanism include be fixedly connected and run through with suction tray bottom centre position vertically every Communicating pipe that plate is connected to upper chamber, the lifting pipe on the communicating pipe of being set in and adsorption mouth b in lifting pipe lower end is set, The lower end side of the communicating pipe offers venthole a, and the upper end homonymy of the lifting pipe is provided with venthole b, described Spring b is connected between lifting pipe and the bottom of suction tray；

The negative pressure mechanism includes the hose that suction machine and one end are connected to the pump orifice of suction machine, the hose it is another One end is connected to upper chamber.

As a preferred embodiment, the coating treatment mechanism includes the smoother roller for the front end for being rotatably provided in cover board, opens Be located at the wind chamber inside cover board, the exhaust vent for being opened in cover board upper surface and being connected to wind chamber and setting hopper side and with The air blower of wind chamber connection.

As a preferred embodiment, the transfer device include the horizontal sliding cylinder b being symmetrical set and horizontal sliding cylinder c and Bearing assembly under the common drives of horizontal sliding cylinder b and horizontal sliding cylinder c for accepting the plank that discharging mechanism shifts downwards is described flat The telescopic rod end of push cylinder b and horizontal sliding cylinder c are both provided with pushing block, corresponding that the side of the cover board is provided with branch Bracer；

It is provided on the bearing assembly for pushing the slide bar for closing component along guide hole b slidings and group of compressed spring a Bar.

As a preferred embodiment, the bearing assembly includes supporting rack and front and back first be symmetricly set on supporting rack Unit and the second support unit are supportted, first support unit and the second support unit are fixed at branch including symmetrical The guide post of support end, the guide sleeve being set on guide post and both ends are respectively fixedly disposed at the carrying on the guide sleeve of the left and right sides Block is provided with the spring c being set on guide post between the guide sleeve and supporting rack；The supporting surface of the carrier block is set as oblique Face.

As a preferred embodiment, the side of the hopper is additionally provided with overflow mechanism, the overflow mechanism include overflow babinet, With the overflow block of the inner wall of overflow babinet cooperation sliding, be arranged overflow babinet side support element and with overflow case-side side On the guide hole d that opens up on the guide hole c and support element that open up coordinate the guide rod of sliding, one end and the overflow block of the guide rod are fixed It connects, is provided with limited block b on the guide rod, the spring being set on guide rod is provided between the limited block b and support element d。

The beneficial effects of the utility model：

(1) by the way that hoisting mechanism and discharging mechanism is arranged in the top of hopper in the utility model so that can utilize Negative-pressure adsorption power is also completed to be reset to coating to drive the plank for completing to coat to shift upwards completing transfer, cover board upwards It on mouth, and can utilize discharging mechanism that will be exported on plank gently lower section to bearing assembly, be blown in addition by being arranged on the cover board Stomata a so that drying can be carried out when plank moves down under discharging mechanism drive to coating, the solidification for accelerating coating is fixed Type, this kind of set-up mode make plank transfer velocity fast, and the coating of coating is not damaged wound, compact-sized, this practicality is new in addition The adsorption mouth b that discharging mechanism is arranged in type has a certain flexibility, therefore when it drives plank to move down, under the blowing of wind-force With swing effect by a small margin, this kind of phenomenon can further increase the effect of coating drying.

(2) by the way that the plank of coating coating mouth of a size is opened up and needed on hopper in the utility model, and lead to It crosses and squeezes the coating in hopper during pushing plank movement on coating mouth to reach to plank lower surface daub Effect, this kind smear mode it is simple and fast, eliminate some painting tools, and extra on plank during coating Material is most of to be fallen automatically in feed back case, and the waste of coating is avoided, and the mode plank of this kind of coating is applied in conveying in addition It smears, efficiency is higher.

(3) setting of the utility model cover plate, one side, which enables, to be coated mouth during coating and keeps opposite Sealing avoids coating during squeezing coating from largely overflowing coating mouth, and the setting of another aspect cover board is also avoided that in plank When not moving on coating mouth, the coating in hopper is exposed to outside, is caused coating rotten or is entered sundries, and by covering Smoother roller is set on plate, it is even to coating one roller of progress in advance before being dried up to coating, improve the same of the uniformity of smearing When but also extra coating can be recovered in hopper.

(4) by the way that upper chamber, lower-left chamber and bottom right chamber will be divided into inside suction tray in the utility model, and at it What inside setting the first intercommunicating pore of control and the second intercommunicating pore opened or closed closes component so that coating treatment mechanism is together with lid When plate is moved fully on coating mouth, it can be driven by driving lever and close component the first intercommunicating pore of closing and the second intercommunicating pore, make suction Attached mouth a adsorption capacities reduce, and then realize plank and adsorption mouth a disengagings and under the suction-operated of adsorption mouth b with lifting pipe Downslide and extension spring b is slowly moved down, in addition by opening up venthole a in the lower end side of communicating pipe, lifting pipe it is upper End homonymy setting venthole b so that venthole a and venthole b when lifting pipe is displaced downwardly to certain position, connection make adsorption mouth b Adsorption capacity also declines so that realize plank is transferred on bearing assembly, said mechanism setting it is ingenious, realization effect it is good, be not necessarily to The automation in entire transfer process can be realized in control panel, saves cost.

(5) overflow mechanism in the utility model by being connected to smearing chamber in the setting of the side of hopper so that in hopper When inside courtyard is more, hopper inside courtyard is squeezed, when continuing to squeeze behind coating contacts plank lower surface, excessive coating can squeeze excessive It flows block and enters in spill box body, simultaneously because overflow block is elastic so that complete primary overflow babinet after smearing work Interior coating can be pushed back by overflow block in coating case.

In conclusion the equipment has plate daub convenient quickly, it is not easy to cause paint waste, scribble effect Good, plank transfer is convenient and the advantages that being not easy to cause damage to coating, 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 that plank coating is shifted and dries up the structural schematic diagram of integration apparatus.

Fig. 2 is that plank coating is shifted and dries up the schematic elevation view of integration apparatus.

Fig. 3 is schematic diagram when hoisting mechanism drives plank to be moved to the top.

Fig. 4 is schematic diagram when discharging mechanism drives plank to move down.

Fig. 5 is the close-up schematic view of discharging mechanism.

Fig. 6 is the structural schematic diagram of bearing assembly.

Fig. 7 is the close-up schematic view of bearing assembly.

Fig. 8 is the structural schematic diagram of pressing mechanism.

Fig. 9 is the structural schematic diagram of coating treatment mechanism.

Figure 10 is the structural schematic diagram of hopper and overflow mechanism.

Figure 11 is the enlarged diagram of overflow mechanism.

Figure 12 is structural schematic diagram when plank is moved to coating mouth.

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 that the structural schematic diagram of integration apparatus is shifted and dried up in plank coating, and Fig. 2 is that plank coating is shifted and dried up The schematic elevation view of integration apparatus, Fig. 3 are schematic diagram when hoisting mechanism drives plank to be moved to the top, and Fig. 4 is decentralization Schematic diagram when mechanism drives plank to move down, Fig. 5 are the close-up schematic view of discharging mechanism, and Fig. 6 is bearing assembly Structural schematic diagram, Fig. 7 are the close-up schematic view of bearing assembly, and Fig. 8 is the structural schematic diagram of pressing mechanism, and Fig. 9 is coating The structural schematic diagram of processing mechanism, Figure 10 are the structural schematic diagram of hopper and overflow mechanism, and Figure 11 is the amplification of overflow mechanism Schematic diagram, Figure 12 are structural schematic diagram when plank is moved to coating mouth.

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, Figure 11 and Figure 12, plate surface applies Automatic transfer sizing integration apparatus is covered, including

Coating unit 1, the coating unit 1 include hopper 11, the pressing mechanism 12 being arranged in hopper 11 and setting Delivery device 13 in 11 front end of hopper offers coating mouth 111 on the hopper 11, lid is provided on the coating mouth 111 Plate 14, the delivery device 13 for push plank 10 to be coated toward coating mouth 111 on move while drive cover board 14 from It is removed on coating mouth 111, the pressing mechanism 12 is used to squeeze 11 inside courtyard of hopper to 10 lower surface of plank at coating mouth 111 It is coated；

Adsorbent equipment 2, the adsorbent equipment 2 are arranged in the top of hopper 11, which includes being mounted on hopper 11 On holder 21, installation on the stent 21 for fixed to the absorption of plank 10 for completing coating and drive what it moved up to carry Rise mechanism 22, be arranged on hoisting mechanism 22 it is fixed and be detached from hoisting mechanism 22 in plank 10 for carrying out absorption to plank 10 When drive the discharging mechanism 23 that moves down of plank 10 and setting on the stent 21 for providing hoisting mechanism 22 and decentralization The negative pressure mechanism 24 of 23 negative-pressure adsorption power of mechanism；

After-treatment device 3, the after-treatment device 3 include being arranged on cover board 14 for carrying out roller to 10 coating of plank It is even and dry up coating treatment mechanism 31 and for push coating treatment mechanism 31 towards coating mouth 111 on move and reset when It drives and falls to the transfer device 32 that the plank 10 above it exports.

It is noted that by the way that hoisting mechanism 22 and discharging mechanism 23 is arranged in the top of hopper so that Ke Yili It drives the plank for completing to coat to shift upwards with negative-pressure adsorption power, and also completes to be reset to completing transfer, cover board 14 upwards It coats on mouth 111, and can utilize discharging mechanism 23 that will be exported on plank 10 gently lower section to bearing assembly 323, pass through in addition Gas hole is set on cover board 14 so that can carry out one to coating when plank 10 moves down under the drive of discharging mechanism 23 and blow It is dry, accelerate the solidifying and setting of coating, this kind of set-up mode makes 10 transfer velocity of plank fast, and the coating of coating is not damaged wound, Compact-sized, the adsorption mouth b233 that discharging mechanism 23 is arranged in the utility model in addition has certain flexibility, therefore its band When movable plate material 10 moves down, there is swing effect by a small margin, this kind of phenomenon can further increase coating and blow under the blowing of wind-force Dry effect.

Further, at the coating mouth 111 of the hopper 11 along its length on be provided with and several be used to support plank 10 deflector roll 15；The hopper 11 is internally provided with the demarcation strip 16 parallel with 11 bottom surface of hopper, and the demarcation strip 16 will expect Case 11 is divided into coating chamber 20 and extrusion chamber 30, the straight slot that the coating chamber 20 and extrusion chamber 30 are opened up by 16 left end of demarcation strip 17 connections.

By the way that the plank of coating coating mouth 111 of a size is opened up and needed on hopper 11, and by pushing plate The coating in hopper 11 is squeezed to reach the effect to plank lower surface daub during material 10 is mobile on coating mouth 111 Fruit, this kind smearing mode is simple and fast, eliminates some painting tools, and material extra on plank 10 during coating Major part can automatically be fallen in feed back case 11, avoid the waste of coating, and the mode plank of this kind of coating is applied in conveying in addition It smears, efficiency is higher.

Further, the pressing mechanism 12 includes with the pressing plate 121 of the inner wall of extrusion chamber 30 cooperation sliding, along hopper 11 The push rod 122 that the guide hole a112 slidings opened up on side wall and one end are fixedly connected with pressing plate 121.

Further, the delivery device 13 includes mounting bracket 131, the horizontal sliding cylinder a132 being fixed on mounting bracket 131 And the push plate 133 in the case where horizontal sliding cylinder a132 is pushed, the back side of the push plate 133 is fixedly installed link 134, the company The end set for connecing frame 134 has push-pull rod 135, corresponding to be offered and the push-pull rod in the end of the push rod 122 The sliding slot 123 of 135 cooperations.

Further, it should be noted that as shown in Figure 3 and Figure 4, as a preferred embodiment, described carry Mechanism 22 is risen to include suction tray 221, setting first pulley 222 on the stent 21 and second pulley 223 and slide around first The traction rope 224 that wheel 222 and second pulley 223 and one end are fixedly connected with the center of suction tray 221, the traction rope 224 other end is fixedly connected with link 134；The suction tray 221 is internally provided with horizontal baffle 2211 and vertical clapboard 2212, the horizontal baffle 2211 and the cooperation of vertical clapboard 2212 will be divided into upper chamber 40, lower-left chamber inside suction tray 221 50 and bottom right chamber 60, the first intercommunicating pore 70 of connection upper chamber 40 and lower-left chamber 50 is offered on the horizontal baffle 2211 And it is connected to the second intercommunicating pore 80 of upper chamber 40 and bottom right chamber 60, it is additionally provided on the horizontal baffle 2211 for controlling What the first intercommunicating pore 70 and the second intercommunicating pore 80 opened or closed closes component 90, the corner of bottom surface four of the suction tray 221 Place is provided with several adsorption mouth a225 being connected to respectively with lower-left chamber 50 and bottom right chamber 60；

The component 90 that closes includes being arranged to connect second in the first cover board 901 of 70 side of the first intercommunicating pore, setting 80 side of through-hole and be fixedly connected with the first cover board 901 the second cover board 902, be fixedly connected with the first cover board 901 and The slide bar 903 of the guide hole b2213 slidings opened up along 221 side of suction tray and limited block a904 in 903 end of slide bar is set, The limited block a904 and suction tray are provided with the spring a905 being set on slide bar 903 between 221 side.

Further, it should be noted that as shown in Figure 4 and Figure 5, as a preferred embodiment, under described Laying mechanism 23 includes that vertical clapboard 2212 is fixedly connected with and run through with 221 bottom centre position of suction tray to be connected to upper chamber 40 Communicating pipe 231, the lifting pipe 232 being set on communicating pipe 231 and adsorption mouth b233 in 232 lower end of lifting pipe is set, The lower end side of the communicating pipe 231 offers venthole a2311, and the upper end homonymy of the lifting pipe 232 is provided with logical Stomata b2321, is connected with spring b234 between the lifting pipe 232 and the bottom of suction tray 221；

The hose 242 that the negative pressure mechanism 24 is connected to including suction machine 241 and one end with the pump orifice of suction machine 241, The other end of the hose 242 is connected to upper chamber 40.

It will be further appreciated that by the way that upper chamber 40, lower-left chamber 50 and bottom right chamber will be divided into inside suction tray 221 60, and inside it setting control the first intercommunicating pore 70 and the second intercommunicating pore 80 open or close close component 90 so that apply When layer processing mechanism 31 is moved fully to together with cover board 14 on coating mouth 111, it can be driven by driving lever 324 and close the closing of component 90 First intercommunicating pore 70 and the second intercommunicating pore 80 make the reduction of adsorption mouth a225 adsorption capacities, and then realize plank 10 and adsorption mouth A225 be detached from and under the suction-operated of adsorption mouth b233 with the downslide of lifting pipe 232 and extension spring b234 is slowly moved down, In addition by opening up venthole a2311, the upper end homonymy setting ventilation of lifting pipe 232 in the lower end side of communicating pipe 231 Hole b2321 so that venthole a2311 and venthole b2321 when lifting pipe 232 is displaced downwardly to certain position, connection make adsorption mouth B233 obtain adsorption capacity also decline so that realize plank 10 is transferred on bearing assembly 323, said mechanism setting it is ingenious, realize effect Fruit is good, and the automation in entire transfer process can be realized without control panel, save cost.

Further, the coating treatment mechanism 31 include be rotatably provided in cover board 14 front end smoother roller 311, It is opened in the wind chamber 312 inside cover board 14, the exhaust vent 313 that is opened in 14 upper surface of cover board and is connected to wind chamber 312 and sets It sets in 11 side of hopper and the air blower 314 that is connected to wind chamber 312.

In addition it should be noted that the setting of cover board 14, one side, which enables, coats the holding of mouth 111 during coating Opposite sealing avoids coating during squeezing coating from largely overflowing coating mouth 111, and the setting of another aspect cover board 14 also can It avoids when plank 10 does not move on coating mouth 111, the coating in hopper 11 causes coating rotten or enter outside being exposed to Sundries, and by the way that smoother roller 311 is arranged on cover board 14, a roller is carried out to coating in advance before being dried up to coating It is even, but also extra coating can be recovered in hopper 11 while improving the uniformity of smearing.

Further, the transfer device 32 include the horizontal sliding cylinder b321 that is symmetrical set and horizontal sliding cylinder c322 with And it is used to accept the plank 10 that discharging mechanism 23 shifts downwards in the case where horizontal sliding cylinder b321 and horizontal sliding cylinder c322 drives jointly The telescopic rod end of bearing assembly 323, the horizontal sliding cylinder b321 and horizontal sliding cylinder c322 are both provided with pushing block 3211, right therewith That answers is provided with supporting block 141 in the side of the cover board 14；

It is provided on the bearing assembly 323 for pushing the slide bar 903 for closing component 90 to slide and press along guide hole b2213 The driving lever 324 of contracting spring a905.

Further, the side of the hopper 11 is additionally provided with overflow mechanism 18, and the overflow mechanism 18 includes overflow The inner wall of babinet 181 and overflow babinet 181 coordinates the overflow block 182 of sliding, the support element in 181 side of overflow babinet is arranged 183 and coordinate sliding with the guide hole d185 opened up on the guide hole c184 and support element 183 that are opened up on 181 side of overflow babinet Guide rod 186, one end of the guide rod 186 is fixedly connected with overflow block 182, and limited block b187 is provided on the guide rod 186, The spring d188 being set on guide rod 186 is provided between the limited block b187 and support element 183.

It should be noted that as shown in Figure 10 and Figure 11, as a preferred embodiment, by hopper 11 The overflow mechanism 18 being connected to smearing chamber is arranged in side so that when 11 inside courtyard of hopper is more, squeezes 11 inside courtyard of hopper, applies When continuing to squeeze behind 10 lower surface of material contact plank, excessive coating can squeeze overflow block 182 and enter in spill box body 181, Simultaneously because overflow block 182 is elastic so that can be by overflow completing the primary coating smeared after work in overflow babinet 181 Block 182 pushes back in coating case 11.

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, Figure 11 and Figure 12, wherein with implementation Identical or corresponding component uses reference numeral corresponding with embodiment one in example one, for simplicity, hereafter only description with it is real Apply the distinctive points of example one.The embodiment two and embodiment one the difference is that：Further, the bearing assembly 323 wraps Include supporting rack 3231 and front and back the first support unit 3232 and the second support unit being symmetricly set on supporting rack 3231 3233, first support unit, 3232 and second support unit 3233 is fixed at supporting rack 3231 including symmetrical The guide post 3234 of end, the guide sleeve 3235 being set on guide post 3234 and both ends are respectively fixedly disposed at the guide sleeve of the left and right sides Carrier block 3236 on 3235, is provided with the spring being set on guide post 3234 between the guide sleeve 3235 and supporting rack 3231 c3237；The supporting surface of the carrier block 3236 is set as inclined-plane.

It is noted that being symmetrical arranged the first support unit 3232 by front and back on supporting rack 3231 in the present embodiment With the second support unit 3233, and be arranged the first support unit 3232 and the second support unit 3233 3236 supporting surface of carrier block For inclined-plane so that its when the plank 10 of coating is completed in support, support be plank side angle, this kind of supporting way avoid It is in direct contact the coating of 10 lower surface of plank, causes the damage to coating, can be risen for elasticity by the way that carrier block 3236 is arranged in addition Drop is a flexible contact when plank 10 is fallen, and avoids causing to damage to 10 side angle of plank.

The course of work is as follows：

Horizontal sliding cylinder a132 pushes plank 10 to push cover board 14 from coating mouth 111 toward the while of being moved on mouth 111 is coated It removes, the link 134 under at the same time horizontal sliding cylinder a132 drives drives suction tray 221 to move down by traction rope 224, Plank 10 is just moved fully to the top of coating mouth 111 when cover board 14 is removed from coating mouth 111 completely, and adsorbs at this time Adsorption mouth a225 and the lower surfaces adsorption mouth b233 on disk 221 are just fitted on the upper surface of plank 10；

It is pushed the starting stage that plank 10 and cover board 14 move in horizontal sliding cylinder a132, the push-pull rod 135 on link 134 Along 122 end of push rod sliding slot 123 slide, after being moved to certain distance, push-pull rod 135 start drive push rod 122 and Pressing plate 121 and plank 10 move together, and pressing plate 121 compresses the coating in extrusion chamber 30, and the painting feed liquid surface in coating chamber 20 rises, Coating starts to contact the lower surface of plank 10, since plank 10 and cover board 14 form opposite sealing next to movement, does not have Excessive coating from coating mouth 111 gush out, when 11 inside courtyard of hopper is more, with pressing plate 121 extruding more than coating can squeeze Pressurized overflow block 182 and enter in overflow babinet 181 and keep in；

When plank 10 is moved fully to the top of coating mouth 111, lower surface has been completed daub, and adsorbs Mouth a225 and adsorption mouth b233 has also adsorbed the upper surface of plank 10, then horizontal sliding cylinder a132 reversing resets, multiple It drives suction tray 221 to be fixed together with by adsorption mouth a225 and adsorption mouth b233 absorption by traction rope 224 during position Plank 10 move upwardly together, pressing plate 121 also resets under its drive, complete reset when plank 10 rise to certain altitude, Horizontal sliding cylinder b321 and horizontal sliding cylinder c322 drive pushing block 3211 that cover board 14 is pushed to reset, the smoother roller of 14 front side top of cover board 311 is even to the following table finishing coat of plank 10 progress roller in moving process；

When cover board 14 resets lid completely to be closed onto coating mouth 111, driving lever 324 is by pushing slide bar 903 along guide hole b2213 Sliding, which makes the first cover board 901 and the second cover board 902 cover respectively, closes onto the first intercommunicating pore 70 and the second intercommunicating pore 80, this mistake Compressed spring a905 in journey, thus the adsorption capacity of adsorption mouth a225 substantially reduce, plank 10 and adsorption mouth a225 is detached from can only be according to Adsorbent support is carried out by the adsorption mouth b233 of discharging mechanism 23, lifting pipe 232 starts along 231 slide downward of communicating pipe and stretches Spring b234, plank 10 slowly decline with it, and the exhaust vent 313 on cover board 14 blows out wind during the decline, to plank 10 Coating dried up, plank 10 is swung by a small margin during blowing, when it drops to extreme position, communicating pipe 231 The venthole a2311 of lower end side is connected to the venthole b2321 of the upper end homonymy of lifting pipe 232, inside communicating pipe 231 It is in communication with the outside, similarly so that the adsorption capacity of adsorption mouth b233 is greatly reduced, and then plank 10 and adsorption mouth b233 are detached from completely In decentralization to bearing assembly 323, the bottom side corner of plank 10 relies on the inclined-plane of carrier block 3236, then horizontal sliding cylinder B321 and horizontal sliding cylinder c322 drives bearing assembly 323 to be resetted together with plank 10 and exports jointly, 901 He of the first cover board after reset Second cover board 902 resets in the presence of a tensile force, and lifting pipe 232 is same to reset the plate waited for next time in the presence of a tensile force Material 10 shifts work.

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. the automatic transfer sizing integration apparatus of plate surface coating, it is characterised in that：Including

Coating unit (1), the coating unit (1) includes hopper (11), pressing mechanism (12) in hopper (11) is set with And setting offers coating mouth (111), the coating mouth on the delivery device (13) of hopper (11) front end, the hopper (11) (111) cover board (14) is provided on, the delivery device (13) is for pushing plank to be coated (10) toward coating mouth (111) Cover board (14) is driven to be removed from coating mouth (111) while mobile, the pressing mechanism (12) is for squeezing in hopper (11) Coating coats plank (10) lower surface at coating mouth (111)；

Adsorbent equipment (2), in the top of hopper (11), which includes being mounted on material for adsorbent equipment (2) setting Holder (21) on case (11), being fixed for plank (10) absorption to completing to coat and driving it on holder (21) The hoisting mechanism (22) that moves up, be arranged on hoisting mechanism (22) it is fixed and in plate for carrying out absorption to plank (10) The discharging mechanism (23) and be arranged in holder (21) that plank (10) moves down are driven when material (10) is detached from hoisting mechanism (22) On for providing the negative pressure mechanism (24) of hoisting mechanism (22) and discharging mechanism (23) negative-pressure adsorption power；

After-treatment device (3), the after-treatment device (3) include be arranged on cover board (14) for plank (10) coating into Row roller is even and the coating treatment mechanism (31) that dries up and for pushing coating treatment mechanism (31) towards moving in coating mouth (111) And the transfer device (32) for falling to the output of the plank (10) above it is driven when resetting.

2. the automatic transfer sizing integration apparatus of plate surface coating according to claim 1, which is characterized in that the material At the coating mouth (111) of case (11) along its length on be provided with several deflector rolls (15) for being used to support plank (10)；It is described Hopper (11) is internally provided with the demarcation strip parallel with hopper (11) bottom surface (16), and the demarcation strip (16) divides hopper (11) 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 (16) left end Straight slot (17) is connected to.

3. the automatic transfer sizing integration apparatus of plate surface coating according to claim 2, which is characterized in that described to squeeze Press mechanism (12) includes and the pressing plate (121) of the inner wall of extrusion chamber (30) cooperation sliding, leading of opening up along hopper (11) side wall The push rod (122) that hole a (112) is slided and one end is fixedly connected with pressing plate (121).

4. the automatic transfer sizing integration apparatus of plate surface coating according to claim 3, which is characterized in that described to push away To send mechanism (13) include mounting bracket (131), is fixed on mounting bracket (131) horizontal sliding cylinder a (132) and in horizontal sliding cylinder a (132) push plate (133) under pushing, the back side of the push plate (133) is fixedly installed link (134), the link (134) end set has push-pull rod (135), corresponding to be offered and the push-and-pull in the end of the push rod (122) The sliding slot (123) of bar (135) cooperation.

5. the automatic transfer sizing integration apparatus of plate surface coating according to claim 4, which is characterized in that described to carry Rise mechanism (22) include suction tray (221), first pulley (222) on holder (21) and second pulley (223) are set and The traction rope being fixedly connected with the center of suction tray (221) around first pulley (222) and second pulley (223) and one end (224), the other end of the traction rope (224) is fixedly connected with link (134)；The suction tray (221) is internally provided with Horizontal baffle (2211) and vertical clapboard (2212), the horizontal baffle (2211) and vertical clapboard (2212) coordinate suction tray (221) internal to be divided into upper chamber (40), lower-left chamber (50) and bottom right chamber (60), it is opened up on the horizontal baffle (2211) There are connection upper chamber (40) and the first intercommunicating pore (70) of lower-left chamber (50) and is connected to upper chamber (40) and bottom right chamber (60) the second intercommunicating pore (80) is additionally provided on the horizontal baffle (2211) for controlling the first intercommunicating pore (70) and second What intercommunicating pore (80) opened or closed close component (90), the edge of bottom surface four of the suction tray (221) are provided with several The adsorption mouth a (225) being connected to respectively with lower-left chamber (50) and bottom right chamber (60)；

It is described close component (90) include setting the first intercommunicating pore (70) side the first cover board (901), be arranged second Intercommunicating pore (80) side and the second cover board (902) and the first cover board (901) being fixedly connected with the first cover board (901) It is fixedly connected and the slide bar (903) slided along the guide hole b (2213) that suction tray (221) side opens up and setting is in slide bar (903) the limited block a (904) of end is provided between the limited block a (904) and suction tray (221) side and is set in slide bar (903) the spring a (905) on.

6. the automatic transfer sizing integration apparatus of plate surface coating according to claim 1, which is characterized in that under described Laying mechanism (23) includes being fixedly connected with suction tray (221) bottom centre position and running through vertical clapboard (2212) and upper chamber (40) communicating pipe (231) being connected to, the lifting pipe (232) that is set on communicating pipe (231) and it is arranged under lifting pipe (232) The lower end side of the adsorption mouth b (233) of end, the communicating pipe (231) offer venthole a (2311), the lifting pipe (232) upper end homonymy is provided with venthole b (2321), connects between the lifting pipe (232) and the bottom of suction tray (221) It is connected to spring b (234)；

The negative pressure mechanism (24) includes the hose that suction machine (241) and one end are connected to the pump orifice of suction machine (241) (242), the other end of the hose (242) is connected to upper chamber (40).

7. the automatic transfer sizing integration apparatus of plate surface coating according to claim 1, which is characterized in that the painting The smoother roller (311) of front end of the layer processing mechanism (31) including being rotatably provided in cover board (14) is opened in cover board (14) The wind chamber (312) in portion, the exhaust vent (313) for being opened in cover board (14) upper surface and being connected to wind chamber (312) and setting are being expected Case (11) side and the air blower (314) being connected to wind chamber (312).

8. the automatic transfer sizing integration apparatus of plate surface coating according to claim 5, which is characterized in that described turn Telephone-moving structure (32) includes the horizontal sliding cylinder b (321) being symmetrical set and horizontal sliding cylinder c (322) and in horizontal sliding cylinder b (321) and horizontal sliding cylinder c (322) drive jointly under carrying group for accepting the plank (10) that discharging mechanism (23) shifts downwards The telescopic rod end of part (323), the horizontal sliding cylinder b (321) and horizontal sliding cylinder c (322) are both provided with pushing block (3211), therewith It is corresponding that the side of the cover board (14) is provided with supporting block (141)；

It is provided on the bearing assembly (323) for pushing the slide bar (903) for closing component (90) to be slided along guide hole b (2213) And the driving lever (324) of compressed spring a (905).

9. the automatic transfer sizing integration apparatus of plate surface coating according to claim 8, which is characterized in that described to hold It includes supporting rack (3231) and front and back the first support unit being symmetricly set on supporting rack (3231) to carry component (323) (3232) and the second support unit (3233), first support unit (3232) and the second support unit (3233) include a left side The right guide post (3234) for being symmetrically fixed at supporting rack (3231) end, the guide sleeve (3235) being set on guide post (3234) with And both ends are respectively fixedly disposed at the carrier block (3236) on the guide sleeve (3235) of the left and right sides, the guide sleeve (3235) and support The spring c (3237) being set on guide post (3234) is provided between frame (3231)；

The supporting surface of the carrier block (3236) is set as inclined-plane.

10. the automatic transfer sizing integration apparatus of plate surface coating according to claim 1, which is characterized in that described The side of hopper (11) is additionally provided with overflow mechanism (18), and the overflow mechanism (18) includes overflow babinet (181) and spill box Body (181) inner wall cooperation sliding overflow block (182), setting overflow babinet (181) side support element (183) and with The guide hole d (185) opened up on the guide hole c (184) and support element (183) opened up on overflow babinet (181) side coordinates sliding Guide rod (186), one end of the guide rod (186) is fixedly connected with overflow block (182), is arranged on the guide rod (186) limited Position block b (187), the spring d being set on guide rod (186) is provided between the limited block b (187) and support element (183) (188)。