CN208072851U - A kind of mechanism of manufacture wallboard - Google Patents
A kind of mechanism of manufacture wallboard Download PDFInfo
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- CN208072851U CN208072851U CN201820331358.6U CN201820331358U CN208072851U CN 208072851 U CN208072851 U CN 208072851U CN 201820331358 U CN201820331358 U CN 201820331358U CN 208072851 U CN208072851 U CN 208072851U
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- rack
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Abstract
The utility model discloses a kind of mechanisms of manufacture wallboard, including rack (1), the rack (1) is equipped with multiple working plate components (3) for fixing the bottom plate (2) of wallboard, the transfer unit (4) for transportation tooling board group part (3) is additionally provided in the rack (1), be equipped with above the rack (1) can on bottom plate (2) gluing gluing device (5), being additionally provided in the side of rack (1) can be toward the tile work device (7) of bottom plate (2) laying tiles (6) coated with bonded adhesives.The wallboard for being pasted with ceramic tile can be manufactured in factory floor using the utility model, only several blocks of wallboards need to be transported to construction site when house decoration, wallboard fixation is spliced on house wall, avoid cutting tile at the construction field (site), paste the processes such as ceramic tile, efficiency is improved, the waste of material is avoided, reduces cost.
Description
【Technical field】
The utility model is related to a kind of mechanisms of manufacture wallboard.
【Background technology】
Currently, building can generally be related to the tiling on wall when carrying out interior decoration construction.It is applying at present
Working hour, be all by material, equipment, tool, ceramic tile, and installation crew be transported to construction site carry out sawing sheet, drilling, assembling, clip,
Patch block, all process steps all carry out at the scene, and material inconvenience volume procurement causes material long to delivery date, and site operation is long in time limit, people
The shortcomings of member's technical need is higher, project not manageability, material waste is more, some fast producing equipments can not be transported to scene.
Therefore, the utility model is based on above deficiency and generates.
【Utility model content】
The utility model aim is to overcome the deficiencies in the prior art, a kind of mechanism of manufacture wallboard is provided, using the system
Make wallboard mechanism can in factory floor manufacture be pasted with the wallboard of ceramic tile, when house decoration, only need to be by several blocks of wallboards
It is transported to construction site, wallboard fixation is spliced on house wall, cutting tile at the construction field (site) is avoided, pastes ceramic tile etc.
Process improves efficiency, avoids the waste of material, reduces cost.
The utility model is achieved through the following technical solutions：
A kind of mechanism of manufacture wallboard, it is characterised in that：Including rack 1, the rack 1 is equipped with multiple for solid
Determine the working plate component 3 of the bottom plate 2 of wallboard, the transfer unit 4 for transportation tooling board group part 3 be additionally provided in the rack 1,
1 top of the rack be equipped with can gluing on a base plate 2 gluing device 5, being additionally provided in the side of rack 1 can be viscous toward being coated with
Connect the tile work device 7 of 2 laying tiles 6 of bottom plate of glue.
The mechanism of manufacture wallboard as described above, it is characterised in that：The tile work device 7 includes can be to the porcelain before laying
The positioning element 71 that brick 6 is positioned and the porcelain that the ceramic tile 6 before laying can be grabbed on positioning element 71 and complete positioning
Brick 6 grabs the gripper components 72 being laid on bottom plate 2.
The mechanism of manufacture wallboard as described above, it is characterised in that：The positioning element 71 includes locating rack 711, institute
The locating rack 711 stated is equipped with fixed and longitudinal reference section 712 that can be against 6 adjacent two edges of ceramic tile and lateral fiducial portion
713, ceramic tile 6 can be pushed relative to its movement by being additionally provided on the locating rack 711, and then make ceramic tile 6 against longitudinal reference section
712 and lateral fiducial portion 713 and complete positioning longitudinal sliding motion portion 714 and slide laterally portion 715.
The mechanism of manufacture wallboard as described above, it is characterised in that：The gripper components 72 include being capable of multiaxial motion
Mechanical arm 721, the mechanical arm 721 is equipped with pressing plate 722, the pressing plate 722 be equipped with can its opposite sliding bottom
Seat 723, the pedestal 723 are equipped with multiple suckers 724 that can adsorb ceramic tile 6, and being additionally provided on the pedestal 723 can
Top pressure ceramic tile 6 and so that ceramic tile 6 is clinged the top pressure column 725 on bottom plate 2, the pedestal 723 is equipped with and is threaded through in pressing plate 722
Guide post 726, buffer spring 727 is equipped on the guide post 726 and between pressing plate 722 and pedestal 723.
The mechanism of manufacture wallboard as described above, it is characterised in that：The gluing device 5 includes across 1 top of rack
Supporting rack 51, the supporting rack 51 be equipped with can relative to its horizontal and vertical movement Mobile base 52, the Mobile base
52 are equipped with the B glue output block 54 of the A glue output block 53 of output A glue and output B glue, are additionally provided on the Mobile base 52
The painting that can be lifted and be output to after the bonded adhesives in A glue output block 53 and B glue output block 54 capable of being mixed on bottom plate 2
Glue component 55, the gluing member 55 include that can relatively move the channel module 551 of the lifting of seat 52 and be fixed on channel module
Mixing tube 552 on 551, the channel module 551 is interior to be equipped with two runners 553 being connected with mixing tube 552, the stream
Road 553 is equipped with glue-feeder 554, and a glue-feeder 554 passes through piping connection, another glue-feeder 554 and B with A glue output block 53
Glue output block 54 passes through piping connection.
The mechanism of manufacture wallboard as described above, it is characterised in that：The A glue output block 53 and B glue output block 54
The switch block 56 of glue transmission channel, the switch block 56 can be opened and closed by being respectively equipped between gluing member 55
Including the sealing ring 561 being located in runner 553, it is equipped with pull rod 562 in the sealing ring 561, on the pull rod 562 and is located at
561 lower section of sealing ring is equipped with the blocking 563 that sealing ring 561 can be blocked in 562 pull-up of pull rod, and 562 other end of the pull rod is set
It is useful for the switching cylinder 564 that driving pull rod 562 rises and lands.
The mechanism of manufacture wallboard as described above, it is characterised in that：The working plate component 3 includes base plate 31, institute
The base plate 31 stated is equipped with protrusion and 2 adjacent both sides of energy positioning plate located lateral boss 32 and longitudinal register boss
33, the shifting that can coordinate clamping bottom plate 2 with located lateral boss 32 with respect to its longitudinal movement is additionally provided on the base plate 31
Boss 34 is moved, bottom plate 2 and and longitudinal register can be pushed by being respectively equipped on the mobile boss 34 and located lateral boss 32
The first clamp assemblies 35 and the second clamp assemblies 36 of the cooperation clamping bottom plate 2 of boss 33.
The mechanism of manufacture wallboard as described above, it is characterised in that：First clamp assemblies 35 include being fixed on shifting
The rack 351 on boss 34 is moved, the opposite sliding block 352 that it is slided of energy, the sliding block are arranged on the rack 351
The U-shaped rotation fork 353 that can be rotated to it, the articulated shaft between the rotation fork 353 and sliding block 352 are hinged on 352
On be rotatably connected to can with 351 meshed gears 354 of rack, the rotation fork 353 in be also hinged with and can engage with gear 354
And the rotation cramp 355 that gear 354 rotates and can be detached from gear 354 after 353 rotation of rotation fork is prevented, the rotation
Being equipped between cramp 355 and rotation fork 353 can make rotation cramp 355 keep engaging with gear 354 when rotation fork 353 stops
Torsional spring, the pushing part 357 that bottom plate 2 can be pushed when it is slided with respect to rack 351 is also associated in the sliding block 352.
The mechanism of manufacture wallboard as described above, it is characterised in that：The pushing part 357 includes being threaded through sliding block
The 352 interior simultaneously energy sliding axles 3571 that sliding block 352 slides relatively, 3571 end of sliding axle is equipped with pushing away for promotion bottom plate 2
Motion block 3572 is equipped with the spring 3573 being set on sliding axle 3571 between the pushing block 3572 and sliding block 352.
The mechanism of manufacture wallboard as described above, it is characterised in that：The rack 1 includes under rack upper layer 11 and rack
Layer 12, the rack upper layer 11 and rack lower layer 12 are equipped with the transfer unit 4 for transporting working plate component 3, the rack 1
Both ends be respectively provided with and the working plate component 3 on rack upper layer 11 be transported to rack lower layer 12 and for by rack lower layer
Working plate component 3 on 12 is transported to the transport component 13 on rack upper layer 11.
Compared with prior art, the utility model has the following advantages：
1, the working plate component of the utility model can be fed forward by transfer unit in rack and reach each station.
The bottom plate of wallboard is fixed on working plate component first, and working plate component moves to gluing at gluing device with bottom plate, then
Working plate component moves to tile work device with bottom plate again, tile work device just ceramic tile is routed to one by one on bottom plate and with
Bottom plate is bonded, and then working plate component travels forward with the bottom plate for being bonded with ceramic tile again, finally will be by bottom plate and porcelain by worker
The wallboard that brick is constituted is removed.Entire Automation of Manufacturing Process degree is high, and production efficiency is high, and wallboard manufactures completely in factory floor
It completes, when building is fitted up, several blocks of wallboards need to be only transported to construction site and fixation is spliced on wall,
It avoids cutting tile at the scene and pastes the processes such as ceramic tile, improve efficiency, be convenient for construction management, reduce waste of material, save
Construction personnel, reduces cost.
2, the rack of the utility model includes rack upper layer and rack lower layer, and the transport component of rack output end position can incite somebody to action
The working plate component on rack upper layer is transported to rack lower layer, and the transport component of rack input end position can will be in rack lower layer
Working plate component is transported to rack upper layer, when working plate component carry bottom plate rack upper layer complete gluing and paste ceramic tile with
Afterwards, working plate component carries molding wallboard and moves to rack lower layer, and from rack lower layer return to rack input terminal and discharging,
Working plate component carries molding wallboard during rack Lower layer motion then so that bonded adhesives dries, it is no longer necessary to special
Drying unit can realize the online manufacture simultaneously of polylith wallboard, carry due to there is multiple working plate components to be moved in entire rack
High working efficiency.
3, the utility model is simple in structure, and production efficiency is high, can reduce waste, shortens the house decoration duration, is suitble to push away
Wide application.
【Description of the drawings】
Fig. 1 is the utility model stereogram；
Fig. 2 is the utility model side view；
Fig. 3 is the side view of the component of the utility model；
Fig. 4 is the stereogram of the tile work device of the utility model；
Fig. 5 is the stereogram of the positioning element of the utility model；
Fig. 6 is that the gripper components of the utility model remove the side view after mechanical arm；
Fig. 7 is one of the side view of the transport component of the utility model；
Fig. 8 is the stereogram of the transport component of the utility model；
Fig. 9 is the two of the side view of the transport component of the utility model；
Figure 10 is the stereogram of the working plate component of the utility model；
Figure 11 is the enlarged view at A in Figure 10；
Figure 12 is the stereogram of first clamp assemblies of the utility model；
Figure 13 is the sectional view of first clamp assemblies of the utility model；
Figure 14 is one of stereogram of component of the utility model；
Figure 15 is the two of the stereogram of the component of the utility model；
Figure 16 is the enlarged view at B in Figure 14；
Figure 17 is the sectional view of the gluing member of the utility model；
Figure 18 is the exploded view of bottom plate；
Figure 19 is schematic diagram of the bottom plate in gluing；
Figure 20 is the schematic diagram of wallboard.
【Specific implementation mode】
The utility model is further described below in conjunction with the accompanying drawings：
As shown in Figure 1, Figure 2, shown in Figure 18 to Figure 20, a kind of mechanism of manufacture wallboard, including rack 1 is set in the rack 1
There are multiple working plate components 3 for fixing the bottom plate 2 of wallboard, is additionally provided with for transportation tooling board group part 3 in the rack 1
Transfer unit 4, chain transfer unit may be used in the transfer unit 4, can also use Belt Conveying component, described
The top of rack 1 be equipped with can gluing on a base plate 2 gluing device 5, being additionally provided in the side of rack 1 can be toward being coated with bonded adhesives
2 laying tiles 6 of bottom plate tile work device 7.Working plate component 3 can be fed forward simultaneously in rack 1 by transfer unit 4
Reach each station.The bottom plate 2 of wallboard is fixed on working plate component 3 first, and working plate component 3 is moved to bottom plate 2 and beaten
Gluing at adhesive dispenser 5, then working plate component 3 with bottom plate 2 move to tile work device 7 again, tile work device 7 is just by ceramic tile 6 one
Block plot be routed to it is on bottom plate 2 and Nian Jie with bottom plate 2, then working plate component 3 again be bonded with the bottom plate 2 of ceramic tile 6 to
Preceding movement is finally removed the wallboard being made of with ceramic tile 6 bottom plate 2 by worker.Entire Automation of Manufacturing Process degree is high, production
Efficient, wallboard manufacture is completed in factory floor completely, when building is fitted up, need to be only transported to several blocks of wallboards
Construction site and fixation is spliced on wall, avoids cutting tile at the scene and pastes the processes such as ceramic tile, improve efficiency,
Convenient for construction management, waste of material is reduced, construction personnel is saved, reduces cost.
As shown in Figure 18 to Figure 20, the bottom plate 2 includes the keel 21 of more crisscross connections, the keel 21
Side is equipped with the sheet plate 22 being fixedly connected, and ceramic tile 6 is adhered on sheet plate 22.
Such as Fig. 1 to Fig. 3, shown in Figure 18 to Figure 20, the rack 1 includes rack upper layer 11 and rack lower layer 12, described
Rack upper layer 11 and rack lower layer 12 be equipped with the transfer unit 4 for transporting working plate component 3, the both ends point of the rack 1
It She You not be for the working plate component 3 on rack upper layer 11 to be transported to rack lower layer 12 and for will be in rack lower layer 12
Working plate component 3 is transported to the transport component 13 on rack upper layer 11.When to carry bottom plate 2 complete on rack upper layer 11 for working plate component 3
At gluing and after pasting ceramic tile 6, working plate component 3 carries molding wallboard and moves to rack lower layer 12, and from rack lower layer
12 return to the input terminal of rack 1 and discharging, working plate component 3 carry molding wallboard during rack lower layer 12 moves
Then so that bonded adhesives dries, it is no longer necessary to special drying unit, and unloaded and be fixedly mounted on the working plate component 3 of wallboard
The new bottom plate 2 for waiting for gluing, so, there is the online shuttling movement simultaneously of multiple working plate components 3 in rack 1, can realize polylith
Wallboard online manufacture simultaneously, improves working efficiency.
As shown in Fig. 2, Fig. 7, Fig. 8 and Fig. 9, the transport component 13 includes fixed seat 131 and is located at fixed seat 131
Top and the stacker 132 for being used to accept working plate component 3 are equipped with driving and hold between the stacker 132 and fixed seat 131
The drive component 133 that joint chair 132 lifts, the drive component 133 include intersecting and first connecting rod 1331 in " X " shape
With second connecting rod 1332,1331 lower end of first connecting rod is rotatablely connected with fixed seat 131, the first connecting rod 1331
Upper end is slidably connected with stacker 132, and 1332 lower end of second connecting rod is slidably connected with fixed seat 131, and described second
1332 upper end of connecting rod is rotatablely connected with stacker 132, and push-and-pull cylinder 1333, institute are also rotatably connected in the fixed seat 131
The cylinder rod for the push-and-pull cylinder 1333 stated is rotatablely connected with stacker 132, is additionally provided in the horizontal direction on the stacker 132
The transfer unit 4 of upper transportation tooling board group part 3.When the cylinder rod of push-and-pull cylinder 1333 stretches out, first connecting rod 1331 and second
The angle of connecting rod 1332 is smaller, and stacker 132 is jacked up extremely with 11 flush position of rack upper layer at this time, and tooling board member 3 can
To be moved on stacker 132 from rack upper layer 11, then push-and-pull cylinder bar 1333 is retracted, and 1331 upper end of first connecting rod is opposite to hold
Joint chair 132 slides, and 1332 lower end of second connecting rod is relatively fixed the sliding of seat 131, so first connecting rod 1331 and second connecting rod 1332
Angle become larger, stacker 132 drops to the height of rack lower layer 12, and the working plate component 3 on stacker 132 is just defeated at this time
Component 4 is sent to be delivered in rack lower layer 12.Enable working plate component 3 in rack lower layer 12 and rack so transporting component 13
Shuttling movement between layer 11, it is ensured that worker can lay down molding wallboard in the same place and can load onto the new gluing that waits for
Bottom plate 2 improves working efficiency.Certainly, the stacker 132 can also be lifted using hydraulic oil cylinder driving.
As shown in Figure 1, Figure 2, shown in Fig. 4 and Fig. 5, the tile work device 7 includes that can be positioned to the ceramic tile 6 before laying
Positioning element 71 and the ceramic tile 6 before laying can be grabbed on positioning element 71 and the ceramic tile 6 that positioning is completed is grabbed into bottom plate 2
On the gripper components 72 that are laid with.Arrangement due to being placed on the ceramic tile 6 in material frame is usually more in disorder, and position is not
It is accurately positioned, is bonded at this time if ceramic tile 6 is placed directly on bottom plate 2 by tile work device 7, it is difficult to ensure that ceramic tile
6 paste in correct position, are determined on positioning element 71 so must be grabbed ceramic tile 6 by gripper components 72 at this time
Position, to ensure that ceramic tile 6 is bonded on the correct position of bottom plate 2.
As shown in Figure 4 and Figure 5, the positioning element 71 includes locating rack 711, and the locating rack 711 is equipped with solid
Fixed and longitudinal reference section 712 that can be against 6 adjacent two edges of ceramic tile and lateral fiducial portion 713, on the locating rack 711
Be additionally provided with can relative to its movement and push ceramic tile 6, and then make ceramic tile 6 against longitudinal reference section 712 and lateral fiducial portion 713 and it is complete
At positioning longitudinal sliding motion portion 714 and slide laterally portion 715.In positioning, gripper components 72 capture ceramic tile 6 and put ceramic tile 6
Onto locating rack 711, then gripper components 72 unclamp ceramic tile 6, then longitudinal sliding motion portion 714 and slide laterally portion 715 and then push
Ceramic tile 6 abuts in longitudinal reference section 712 and lateral fiducial portion 713, and so operation is it is ensured that each piece is placed on locating rack
The position of ceramic tile 6 on 711 is identical so that the initial position for being crawled each block of ceramic tile 6 on bottom plate 2 is identical, just
The crawl of ceramic tile 6 is adhered on the correct position of bottom plate 2 according to the track of setting in follow-up gripper components 72.
As shown in Figure 4 and Figure 6, the gripper components 72 include capableing of the mechanical arm 721 of multiaxial motion, the machinery
Arm 721 is equipped with pressing plate 722, and the pressing plate 722 is equipped with pedestal 723 of its opposite sliding of energy, is set on the pedestal 723
Have multiple suckers 724 that can adsorb ceramic tile 6, be additionally provided on the pedestal 723 can top pressure ceramic tile 6 and so that ceramic tile 6 is clinged
Top pressure column 725 on to bottom plate 2, the pedestal 723 are equipped with the guide post 726 being threaded through in pressing plate 722, the guide post 726
It goes up and is located between pressing plate 722 and pedestal 723 and be equipped with buffer spring 727.Mechanical arm 721 moves first, and is inhaled by sucker 724
Ceramic tile 6 is then put on locating rack 711 and positions, then ceramic tile 6 is picked up and is placed into again by the ceramic tile 6 in attached material frame
Corresponding position on bottom plate 2, this ensures that each block of ceramic tile 6 is placed on the correct position on bottom plate 2.In 6 quilt of ceramic tile
After being put on bottom plate 2, mechanical arm 721 applies pressure, and buffer spring 727 is compressed, the sliding of 723 opposing platen 722 of pedestal,
In final 725 top pressure to ceramic tile 6 of top pressure column, to make ceramic tile 6 cling.
As shown in Figure 1, Figure 2, shown in Figure 14 to Figure 20, the gluing device 5 includes the supporting rack 51 across 1 top of rack,
The supporting rack 51, which is equipped with, to be equipped with output relative to the Mobile base 52 of its horizontal and vertical movement, the Mobile base 52
The B glue output block 54 of the A glue output block 53 of A glue and output B glue, being additionally provided on the Mobile base 52 can lift and energy
The gluing member 55 being output to after bonded adhesives in A glue output block 53 and B glue output block 54 is mixed on bottom plate 2.A glue
A glue is housed in output block 53, B glue is housed in B glue output block 54, then there is binding function after two kinds of glue mix, because
This, A glue can then be mixed with B glue and can relatively move seat 52 and lifted by gluing member 55, so, gluing member 55 is following movement
Seat 52 can vertically and horizontally coat the adhesive tape of a rule in moving process on a base plate 2, complete gluing work, be convenient for follow-up ceramic tile 6
Bonding.
As shown in Figure 16, Figure 17 and Figure 19, the gluing member 55 includes the channel mould that can relatively move the lifting of seat 52
Block 551 and the mixing tube 552 being fixed on channel module 551, the channel module 551 is interior to be equipped with two and 552 phase of mixing tube
The runner 553 of connection, the runner 553 are equipped with glue-feeder 554, and a glue-feeder 554 and A glue output block 53 is connected by pipeline
It connects, another glue-feeder 554 passes through piping connection with B glue output block 54.A glue enters mixing tube with B glue by runner 553
In 552, and flows out and be brushed on bottom plate 2 from mixing tube 552.
As shown in figure 17, it is respectively equipped with energy between the A glue output block 53 and B glue output block 54 and gluing member 55
The switch block 56 of glue transmission channel is enough opened and closed, the switch block 56 includes the sealing ring being located in runner 553
561, it is equipped with pull rod 562 in the sealing ring 561, is equipped in pull rod on the pull rod 562 and positioned at 561 lower section of sealing ring
Can block the blocking 563 of sealing ring 561 when 562 pull-up, 562 other end of the pull rod be equipped with for drive pull rod 562 rise and
The switching cylinder 564 of landing.When switching cylinder 564 pulls up pull rod 562, block 563 then move upwards and and sealing ring
561 coordinate and seal runner 553, to cut off the circulation passage of A glue or B glue, reach the purpose of switch, total design letter
It is single and ingenious.
As shown in Fig. 1, Figure 10 and Figure 11, the working plate component 3 includes base plate 31, is set on the base plate 31
There are protrusion and 2 adjacent both sides of energy positioning plate located lateral boss 32 and longitudinal register boss 33, the base plate 31
On be additionally provided with can relative to its longitudinal movement and with located lateral boss 32 coordinate clamping bottom plate 2 mobile boss 34, the shifting
Bottom plate 2 can be pushed and coordinate clamping bottom plate with longitudinal register boss 33 by being respectively equipped on dynamic boss 34 and located lateral boss 32
2 the first clamp assemblies 35 and the second clamp assemblies 36.When installing bottom plate 2,2 adjacent both sides of bottom plate abut against longitudinal fixed first
On position boss 33 and located lateral boss 32, then moves the movement of 34 opposite base plate 31 of boss and abut against on bottom plate 2, it is mobile
Boss 34 just coordinates with located lateral boss 32 and clamps bottom plate 2,35 and second clamp assemblies 36 of last first clamp assemblies
Transverse shifting and push bottom plate 2, to clamp the last item side of bottom plate 2, bottom plate 2 is enable to position.Mobile boss 32
Longitudinal movement can also be pushed by screw rod transmission by cylinder.
As shown in Figure 11 to Figure 13, first clamp assemblies 35 include the rack 351 being fixed on mobile boss 34,
Be arranged on the rack 351 can opposite sliding block 352 that it is slided, be hinged in the sliding block 352 can it is opposite its
The U-shaped rotation fork 353 of rotation, the rotation pitch and are rotatably connected to energy and tooth on the articulated shaft between 353 and sliding block 352
351 meshed gears 354 of item, the rotation, which pitches also to be hinged in 353, can engage with gear 354 and prevent 354 turns of gear
The rotation cramp 355 that moves and can be detached from gear 354 after 353 rotation of rotation fork, the rotation cramp 355 and rotation are pitched
Being equipped between 353 can make rotation cramp 355 keep the torsional spring engaged (not show in figure with gear 354 when rotation fork 353 stops
Go out), the pushing part 357 that bottom plate 2 can be pushed when it is slided with respect to rack 351 is also associated in the sliding block 352.Second
Structure identical with the first clamp assemblies 25 may be used in clamp assemblies 36, and details are not described herein.When positioning clamps bottom plate 2,
Bottom plate 2 is resisted against on longitudinal register boss 33, then rotation rotation fork 353 so that rotation cramp 355 is de- with gear 354
From, sliding block 352 can slide rack 351 relatively at this time, and the pushing part 357 in sliding block 352 can withstand forward bottom plate 2,
So that bottom plate 2 is held out against onto longitudinal register boss 33, when bottom plate 2 reaches position location, release rotation fork 353, torsional spring makes
Rotation cramp 355 engages with gear 354, and sliding shoe 352 cannot be slided with respect to rack 351 at this time, so that bottom plate 2
It is clamped by positioning.Using same method, the second clamp assemblies 36 also withstand bottom plate 2 and bottom plate 2 are made to be clamped by positioning.
As shown in Figure 12 and Figure 13, the pushing part 357 includes being threaded through in sliding block 352 the simultaneously opposite sliding block of energy
352 sliding axles 3571 slided, 3571 end of sliding axle are equipped with the pushing block 3572 for pushing bottom plate 2, the promotion
The spring 3573 being set on sliding axle 3571 is equipped between block 3572 and sliding block 352.When bottom plate 2 is clamped, spring
3573 are in compressive state, can play the effect loosened so that 2 firm position of bottom plate.
As shown in Figure 12 and Figure 13, also it is hinged with shielding plate 358 in the sliding block 352.
Claims (10)
1. a kind of mechanism of manufacture wallboard, it is characterised in that：Including rack (1), the rack (1) is equipped with multiple for solid
Determine the working plate component (3) of the bottom plate (2) of wallboard, is additionally provided with for the defeated of transportation tooling board group part (3) in the rack (1)
Send component (4), be equipped with above the rack (1) can on bottom plate (2) gluing gluing device (5), the side in rack (1)
Being additionally provided with can be toward the tile work device (7) of bottom plate (2) laying tiles (6) coated with bonded adhesives.
2. the mechanism of manufacture wallboard according to claim 1, it is characterised in that：The tile work device (7) includes can be right
The positioning element (71) and the ceramic tile (6) before laying can be grabbed positioning element (71) that ceramic tile (6) before laying is positioned
Above and by the ceramic tile (6) that positioning is completed grab the gripper components (72) being laid on bottom plate (2).
3. the mechanism of manufacture wallboard according to claim 2, it is characterised in that：The positioning element (71) includes positioning
Frame (711), the locating rack (711) are equipped with fixed and can be against longitudinal reference section of ceramic tile (6) adjacent two edges
(712) and lateral fiducial portion (713) ceramic tile (6) can be pushed relative to its movement by, being additionally provided on the locating rack (711), into
And make ceramic tile (6) against longitudinal reference section (712) and lateral fiducial portion (713) and complete positioning longitudinal sliding motion portion (714) and
Slide laterally portion (715).
4. the mechanism of manufacture wallboard according to claim 3, it is characterised in that：The gripper components (72) include can
The mechanical arm (721) of multiaxial motion, the mechanical arm (721) are equipped with pressing plate (722), and the pressing plate (722) is equipped with
Its pedestal (723) slided, the pedestal (723) multiple suckers (724) that can adsorb ceramic tile (6) can be equipped with relatively,
Be additionally provided on the pedestal (723) can top pressure ceramic tile (6) and so that ceramic tile (6) is clinged the top pressure column on bottom plate (2)
(725), the pedestal (723), which is equipped with, is threaded through guide post (726) in pressing plate (722), on the guide post (726) and is located at
Buffer spring (727) is equipped between pressing plate (722) and pedestal (723).
5. the mechanism of manufacture wallboard according to claim 1, it is characterised in that：The gluing device (5) include across
Supporting rack (51) above rack (1), the supporting rack (51) is equipped with can be relative to the Mobile base of its horizontal and vertical movement
(52), the Mobile base (52) is equipped with the A glue output block (53) of output A glue and exports the B glue output blocks of B glue
(54), being additionally provided on the Mobile base (52) can lift and can will be in A glue output block (53) and B glue output block (54)
Bonded adhesives mixing after be output to gluing member (55) on bottom plate (2), the gluing member (55) includes that opposite can move
The channel module (551) of dynamic seat (52) lifting and the mixing tube (552) being fixed on channel module (551), the channel module
(551) two runners (553) being connected with mixing tube (552) are equipped in, the runner (553) is equipped with glue-feeder (554),
For one glue-feeder (554) with A glue output block (53) by piping connection, another glue-feeder (554) is logical with B glue output block (54)
Cross piping connection.
6. the mechanism of manufacture wallboard according to claim 5, it is characterised in that：The A glue output block (53) and B glue are defeated
Go out between component (54) and gluing member (55) and be respectively equipped with the switch block (56) that can open and close glue transmission channel,
The switch block (56) includes the sealing ring (561) being located in runner (553), and pull rod is equipped in the sealing ring (561)
(562), it is equipped on the pull rod (562) and below the sealing ring (561) and can block sealing ring in pull rod (562) pull-up
(561) blocking (563), pull rod (562) other end are equipped with the switching cylinder for driving pull rod (562) to rise and land
(564)。
7. the mechanism of manufacture wallboard according to claim 1, it is characterised in that：The working plate component (3) includes base
Seat board (31), the base plate (31) are equipped with protrusion and the adjacent both sides of energy positioning plate (2) located lateral boss
(32) and longitudinal register boss (33), being additionally provided on the base plate (31) can be convex with located lateral with respect to its longitudinal movement
The mobile boss (34) of bottom plate (2) is clamped in platform (32) cooperation, divides on the mobile boss (34) and located lateral boss (32)
She You not can push bottom plate (2) and with longitudinal register boss (33) coordinate clamping bottom plate (2) the first clamp assemblies (35) and
Second clamp assemblies (36).
8. the mechanism of manufacture wallboard according to claim 7, it is characterised in that：First clamp assemblies (35) include
The rack (351) being fixed on mobile boss (34), being arranged on the rack (351) can opposite sliding block that it is slided
(352), the U-shaped rotation fork (353) that can be rotated to it is hinged in the sliding block (352), (353) are pitched in the rotation
Being rotatably connected on articulated shaft between sliding block (352) can be with rack (351) meshed gears (354), the rotation
Pitching also to be hinged in (353) can engage with gear (354) and prevent gear (354) rotation and pitch energy after (353) rotate in rotation
The rotation cramp (355) being detached from gear (354) is equipped between the rotation cramp (355) and rotation fork (353) and is rotating
Fork (353) can make rotation cramp (355) keep the torsional spring engaged with gear (354) when stopping, being gone back in the sliding block (352)
The pushing part (357) of bottom plate (2) can be pushed when it is slided with respect to rack (351) by being connected with.
9. the mechanism of manufacture wallboard according to claim 8, it is characterised in that：The pushing part (357) includes wearing
The sliding axle (3571) that simultaneously the opposite sliding block (352) of energy slides in sliding block (352), the sliding axle (3571) end is set
The pushing block (3572) for having promotion bottom plate (2) is equipped between the pushing block (3572) and sliding block (352) and is set in sliding
Spring (3573) on axis (3571).
10. the mechanism of manufacture wallboard according to claim 1, it is characterised in that：The rack (1) includes rack upper layer
(11) it is equipped with rack lower layer (12), the rack upper layer (11) and rack lower layer (12) and transports working plate component (3)
The both ends of transfer unit (4), the rack (1) are respectively provided with working plate component (3) fortune on rack upper layer (11)
It is sent to rack lower layer (12) and the transport for the working plate component (3) in rack lower layer (12) to be transported to rack upper layer (11)
Component (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820331358.6U CN208072851U (en) | 2018-03-09 | 2018-03-09 | A kind of mechanism of manufacture wallboard |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820331358.6U CN208072851U (en) | 2018-03-09 | 2018-03-09 | A kind of mechanism of manufacture wallboard |
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| CN208072851U true CN208072851U (en) | 2018-11-09 |
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| CN201820331358.6U Active CN208072851U (en) | 2018-03-09 | 2018-03-09 | A kind of mechanism of manufacture wallboard |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108385858A (en) * | 2018-03-09 | 2018-08-10 | 莎丽科技股份有限公司 | A kind of wall board making machinery |
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2018
- 2018-03-09 CN CN201820331358.6U patent/CN208072851U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108385858A (en) * | 2018-03-09 | 2018-08-10 | 莎丽科技股份有限公司 | A kind of wall board making machinery |
| CN108385858B (en) * | 2018-03-09 | 2023-10-13 | 莎丽科技股份有限公司 | Wallboard production equipment |
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