CN104234398B - The ceramic tile clamping device of Machine for sticking ceramic tile - Google Patents
The ceramic tile clamping device of Machine for sticking ceramic tile Download PDFInfo
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- CN104234398B CN104234398B CN201410519901.1A CN201410519901A CN104234398B CN 104234398 B CN104234398 B CN 104234398B CN 201410519901 A CN201410519901 A CN 201410519901A CN 104234398 B CN104234398 B CN 104234398B
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- ceramic tile
- grip
- support bar
- grip block
- clamping
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Abstract
The invention provides a kind of ceramic tile clamping device of Machine for sticking ceramic tile, belong to building decoration mechanical field.It solves the problems, such as that existing Machine for sticking ceramic tile clamping device floor space is big, involves great expense.Two pieces of grip blocks of originally structure improved clamping device, including symmetrical setting；Support bar is provided between two pieces of grip blocks；One end of the support bar is fixedly connected with one piece of grip block, and the other end is fixedly linked with another piece of grip block；The retaining mechanism of energy lock support pole length is provided with the support bar flexible and support bar.It is the ceramic tile clamping device simple structure of this structure improved Machine for sticking ceramic tile, high using reliability, it is very suitable for promoting.
Description
Technical field
The invention belongs to building decoration mechanical field, it is related to a kind of Machine for sticking ceramic tile, particularly a kind of ceramic tile of Machine for sticking ceramic tile
Clamping device.
Background technology
As the continuous quickening of modernization construction paces is, it is necessary to the occasion for laying ceramic tile is more and more, therefore, how efficiently
Rate, high-quality tiling turn into a problem for having researching value.At present, domestic main tiling mode still spreads for manual
If, and there are many defects in hand lay-up, such as：Gap is uneven between ceramic tile, laying efficiency is low, labour intensity is high.It is particularly deep to receive
The large scale floor ceramic tile of user's favor, the difficulty of hand lay-up is bigger, and day laying amount is low per capita, therefore, ground, metope paving porcelain
Brick is badly in need of realizing mechanical work.And the increasing imagination related on tiling machine was also occurred in that in recent years, wherein clamping
Device inside plays more key effect, and it provides the foundation for the movement of ceramic tile with turn-over swabbing.The quality of clamping device
Affect whole tiling machine follow-up function realization whether.
Such as it is documented in Chinese patent literature and is suitably applied in a kind of intelligent paving machine (Shen in building decoration production line
Please number：2011101229565；Application publication number：CN102277955A)；The clamping device of the brick paving machine is by electric sucking disc, paving
The elements such as brick mechanical arm, hydraulic cylinder are performed.Ceramic tile plate face is drawn using four suckers；Porcelain is realized using tile work mechanical arm
Turn face and angle adjustment etc. of brick are acted；The turn and lifting of mechanical arm are driven using hydraulic cylinder, finally with reference to above-mentioned etc.
Executive component finally realizes the clamping and upset a series of actions of ceramic tile.
Above-mentioned clamping device function is more comprehensive, main this clamp structure using sucker suction by ceramic tile with it is whole
Brick paving machine is attached, also reliable during ceramic tile is moved, additionally it is possible to increase substantially the efficiency of tile work.But,
It is intended that another same reliable device can be provided to realize the clamping of ceramic tile.
The content of the invention
The present invention proposes a kind of ceramic tile clamping device of Machine for sticking ceramic tile, and how the technical problems to be solved by the invention are
The ceramic tile clamping device of another structure is provided.
The purpose of the present invention can be realized by following technical proposal：A kind of ceramic tile clamping device of Machine for sticking ceramic tile, it is special
Levy and be, ceramic tile clamping device includes two pieces of grip blocks in strip, two pieces of grip blocks be arranged in parallel；Two pieces of grip blocks it
Between be provided with can linear telescopic support bar, one end of the support bar is fixedly connected with the plate face of one piece of grip block, the branch
The other end of strut is fixedly connected with the plate face of another piece of grip block；Energy lock support pole length is provided with the support bar
Retaining mechanism.
Using this ceramic tile gripping apparatus grips ceramic tile through the following steps that realizing：Manipulate support bar linear extension and make branch
Be enclosed within the present apparatus on ceramic tile to be held more than the width of ceramic tile to be held by the length of strut, and two pieces of grip blocks are respectively positioned on ceramic tile
Outside；Shunk by manipulating support bar straight line again, the realization that tightly leant with ceramic tile side of two pieces of grip blocks is clamped
Ceramic tile, realizes keeping clamping using retaining mechanism lock support pole length.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, the grip block is connected the lower edges and corners of plate face with support bar
Longitudinally through grip indentation is offered, the one side of grip indentation is clamping face, and another side is ceramic tile abutment face.Using this
During device clamping ceramic tile, ceramic tile is snapped in grip indentation, and positive plate face and the ceramic tile abutment face of ceramic tile lean, now grip block bottom
Face is located between the plate face of ceramic tile two, also, preferably makes the depth of grip indentation less than the thickness of plate to be held, to facilitate ceramic tile
Placement.
Have a clamping convex in the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, on the clamping face of the grip block
Tooth, clamping double wedge is longitudinally disposed along grip block.Clamped relative to plane using clamping double wedge clamping ceramic tile, both effectively improved
The fastness of clamping, but thoroughly eliminating ceramic tile side out-of-flatness when clamping ceramic tile using plane, to produce crest line angle to burst apart existing
As.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, the grip block includes grip slipper and clamping strip, clamps recessed
Mouth is respectively positioned on clamping strip with clamping double wedge；Support bar is fixedly connected with grip slipper, and clamping strip is bolted with grip slipper
Connection.Clamping strip is detachable relative to grip slipper, then clamping strip just can be changed according to actual conditions, and then ensures clamping
Fastness.Actual conditions are clamping double wedge abrasion, and marble slabs are changed into the change of thing to be held, such as ceramic tile.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, there is bolt hole on the clamping strip, bolt hole is in strip；
The vertical line of bolt hole and support bar diameter parallel.Ensure two clamping strips relative to the position of grip slipper by adjusting clamping strip
It is parallel, and then ensure the fastness of clamping.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, the grip block includes grip slipper and clamping strip, clamps recessed
Mouth is respectively positioned on clamping strip；Support bar is fixedly connected with grip slipper；There is bolt hole, bolt hole is in strip on the clamping strip；
The vertical line of bolt hole and support bar diameter parallel；Clamping strip is connected with grip slipper by bolt；The clamping strip and clamping
Elastic component is embedded between seat.Elastic component is spring or rubber strip.During actual production and use, grip block cannot ensure
Absolute parallel, the relative two sides of ceramic tile cannot also ensure absolute parallel, can be according to porcelain using this structural clamp ceramic tile clamping strip
Situation compression elastic piece between the relative two sides of brick, it is ensured that clamping strip and ceramic tile side are perfect against and then ensureing clamping
Firmness.The structure is also avoided that support bar shrinks transition and causes ceramic tile crest line angle to be burst apart phenomenon simultaneously.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, the support bar includes expansion link and is enclosed within outside expansion link
Sleeve pipe, sleeve pipe is fixedly connected with one piece of grip block, and expansion link is fixedly connected with another piece of grip block；The retaining mechanism includes setting
Put one group of screw mandrel screw component in sleeve pipe；Screw mandrel is fixedly connected with through one piece of grip block puts forth effort part；Screw mandrel and institute
State one piece of grip block axially position connection；Screw is fixedly connected with expansion link.The straight line that part realizes expansion link is puted forth effort by rotation
It is flexible, because screw mandrel screw component has auto-lock function, thus when rotation is puted forth effort after part shrinks expansion link and clamps ceramic tile just
Realize lock support pole length.Obviously, the structure both has simple structure, easy to operate advantage, and, folder high with self-lock force
Hold firm and stabilization advantage.The unfixed problem of marble slab size can also be overcome simultaneously.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, fixed block is fixedly connected with the screw mandrel；Fixed block and
Put forth effort part respectively positioned at the both sides of one piece of grip block, and fixed block and put forth effort part and mutually relied on one piece of grip block.
It is respectively arranged at the both sides of one piece of grip block and mutually fixes with screw mandrel by the way that part and fixed block will be puted forth effort, such screw mandrel is just not
The displacement on any axial direction can be produced, can only rotate in a circumferential direction motion.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, the support bar includes expansion link and is enclosed within outside expansion link
Sleeve pipe, sleeve pipe is fixedly connected with one piece of grip block, and expansion link is fixedly connected with another piece of grip block；The retaining mechanism includes setting
The extension spring in sleeve pipe is put, one end of extension spring is connected with expansion link, the other end is connected with one piece of grip block.
One end of expansion link can also be connected by extension spring with one piece of grip block, the other end and described another piece folder
Plate is held to fix to realize two pieces of connections of grip block.In addition, sleeve pipe is set in into the outside of expansion link and by sleeve pipe and described
Block grip block is fixedly connected can be ensured being rigidly connected between two pieces of grip blocks and be synchronized with the movement.
In the ceramic tile clamping device of above-mentioned Machine for sticking ceramic tile, the support bar includes expansion link and is enclosed within outside expansion link
Sleeve pipe, sleeve pipe is fixedly connected with one piece of grip block, and expansion link is fixedly connected with another piece of grip block；The retaining mechanism includes card
Block and stage clip；Open up fluted on expansion link lateral wall, the fixture block and stage clip are arranged in groove, the two ends of stage clip respectively with
Fixture block and groove lean；The hole clipping of several axially aligned confession fixture block holdings is offered on the wall of described sleeve pipe side.Expansion link
Can also be attached by fixture block between sleeve pipe, the present apparatus opens up fluted on expansion link, and fixture block is embedded recessed
In groove, and stage clip is housed between fixture block and groove.In addition, opening up what several were arranged along support bar axial direction on sleeve pipe
For the hole clipping that fixture block wears, when hole clipping is directed at fixture block, fixture block have in the presence of stage clip away from expansion link trend and can
Sleeve pipe is fixed with support bar with through hole clipping, prevents axial displacement.When need be adjusted apart from when, can
To press fixture block, in the presence of stage clip, whole fixture block is come back in groove, and now just can enter row distance with movable sleeving pipe adjusts
Section.
Compared with prior art, the ceramic tile clamping device of this Machine for sticking ceramic tile has the following advantages that：
1st, support bar energy linear telescopic, thus this ceramic tile clamping device is adapted to clamp the ceramic tile or marble of different regulations
Sheet material；Space needed for transport being reduced simultaneously and being preserved.
The 2nd, the uniformity that grip indentation both can guarantee that the clamped rear position of ceramic tile and state is set on grip block, can be carried again
The firmness and stability of height clamping.Can be conveniently less than the thickness of plate to be held with the grip indentation depth on season grip block
The laying of ceramic tile, such as grip block bottom surface are mutually relied on the adjacent positive plate face of ceramic tile of having laid, and now both can guarantee that adjacent tiles side
Mutually rely on, in other words, the structure be avoided that grip block influence ceramic tile place and produce adjacent tiles side cannot by ask
Topic；Can make only to stay less gap between the sand material on ceramic tile bottom surface and ground again, it is to avoid ceramic tile bottom surface cement slurry and sand material
Contact, it is to be adjusted in place after unclamp ceramic tile again, freely fall into ceramic tile.
3rd, this ceramic tile clamping device is not only suitable for clamping the ceramic tile of Different Rule, is also suitable for clamping marble slabs, thus
Have the advantages that versatility is high.
4th, this ceramic tile clamping device also has firm grip and stabilization, while also having easy to operate, simple structure excellent
Point.
Brief description of the drawings
Fig. 1 is the assembly structure figure of the ceramic tile clamp embodiment one of this Machine for sticking ceramic tile.
Fig. 2 is the detonation configuration figure of the ceramic tile clamp embodiment one of this Machine for sticking ceramic tile.
Fig. 3 is the structural representation after the clamping ceramic tile of ceramic tile clamp embodiment one of this Machine for sticking ceramic tile.
Fig. 4 is the partial sectional view of Fig. 3.
Fig. 5 is the A portions enlarged drawing of Fig. 4.
Fig. 6 is the structural representation that grip block in Fig. 5 does not clamp ceramic tile.
Fig. 7 is the grip block dimensional structure diagram of embodiment one.
Structural representation when Fig. 8 is grip block clamping ceramic tile in embodiment two.
Fig. 9 is the dimensional structure diagram of grip block in embodiment three.
Structural representation when Figure 10 is grip block clamping ceramic tile in embodiment three.
Figure 11 is the dimensional structure diagram of grip block in figure example IV.
Figure 12 is the partial sectional view of grip block in embodiment five.
Figure 13 is locking mechanism structure schematic diagram in embodiment six.
Figure 14 is the B portions enlarged drawing of Figure 13.
Figure 15 is locking mechanism structure schematic diagram in embodiment seven.
In figure, 1, grip block；1a, grip indentation；1a1, clamping face；1a2, ceramic tile abutment face；1b, clamping double wedge；1c, folder
Hold seat；1d, clamping strip；1d1, bolt hole；1d2, bolt；1e, grip block bottom surface；2nd, support bar；2a, expansion link；2a1, groove；
2b, sleeve pipe；2b1, hole clipping；3rd, drive shaft；4th, mounting seat；5th, motor；6th, screw mandrel；7th, screw；8th, part is puted forth effort；9th, fixture block；
10th, stage clip；11st, extension spring；12nd, rubber strip；13rd, the first sprocket wheel；14th, the second sprocket wheel；15th, axle sleeve；16th, fixed block；17th, ceramic tile；
The positive plate face of 17a, ceramic tile；17b, ceramic tile bottom surface；17c, ceramic tile side；18th, spring；The depth of h, grip indentation.
Specific embodiment
The following is specific embodiment of the invention and with reference to accompanying drawing, technical scheme is further described,
But the present invention is not limited to these embodiments.
Embodiment one：
As shown in Figures 1 to 7, the ceramic tile clamping device of a kind of Machine for sticking ceramic tile, including two pieces of grip blocks 1 in strip, two
Block grip block 1 be arranged in parallel.The support bar 2 of energy linear telescopic, one end of support bar 2 and are provided between two pieces of grip blocks 1
The plate face of block grip block 1 is fixedly connected, and the other end of support bar 2 is fixedly connected with the plate face of another piece of grip block 1, by support
Bar 2 will be attached between two pieces of grip blocks 1.In addition, being provided with the retaining mechanism of the length of energy lock support bar 2 on support bar 2.
And in order to be able to smoothly realize the upset of ceramic tile 17, mounting seat 4 being also equipped with, mounting seat 4 is located at the outside of grip block 1, this patch
In the ceramic tile clamping device of wall tile press based on mounting seat 4 part, by opening up in mounting seat 4 mounting hole and using screw etc.
Be fixed on mounting seat 4 on Machine for sticking ceramic tile by part, you can whole clamping device is fixed on Machine for sticking ceramic tile.In addition, installing
A drive shaft 3 is equipped with seat 4, it is identical that axle center and the axle center of support bar 2 of drive shaft 3 are desirable to holding, and makes drive shaft 3
It is fixedly connected with one piece of grip block 1, and the motor 5 that drive shaft 3 can be driven to rotate is fixed with mounting seat 4, thus
The upset of clamping device can be realized.Additionally, an axle sleeve 15 can also be arranged between mounting seat 4 and drive shaft 3, due to installing
Seat 4 will be fixed on Machine for sticking ceramic tile, be mounted with after axle sleeve 15 that the rotation of drive shaft 3 can be facilitated, and reduce drive shaft 3 and peace
Frictional resistance between dress seat 4.
Ceramic tile 17 is overturn through the following steps that to realize using this ceramic tile gripping apparatus grips：Manipulate the straight line of support bar 2
Extend and make the length of support bar 2 more than the width of ceramic tile to be held 17, the present apparatus is enclosed within ceramic tile to be held 17, two pieces of folders
Hold the outside that plate 1 is respectively positioned on ceramic tile 17；Shunk by manipulating the straight line of support bar 2 again, two pieces of grip blocks 1 with ceramic tile side 17c
The realization that tightly leans clamps ceramic tile 17, realizes keeping clamping using the length of retaining mechanism lock support bar 2；Finally by
The control operation of motor 5 drives the rotation of the parts such as drive shaft 3, grip block 1 and support bar 2, realizes the upset of ceramic tile 17.Specifically
Can be realized by following structure, the first sprocket wheel 13 is first fixed with drive shaft 3, then in the rotating shaft of motor 5 admittedly
Surely there is the second sprocket wheel 14, can be attached by driving-chain between the first sprocket wheel 13 and the second sprocket wheel 14.Certainly, this is not only
One mode, it is also possible to realized by other feasible patterns.
As shown in Fig. 5, Fig. 6, Fig. 7, grip block 1 be connected with support bar 2 plate face lower edges and corners offer it is longitudinally through
The one side of grip indentation 1a, grip indentation 1a is clamping face 1a1, and another side is ceramic tile abutment face 1a2, is pressed from both sides using the present apparatus
When holding ceramic tile 17, ceramic tile 17 is snapped in grip indentation 1a, and the positive plate face 17a of ceramic tile and ceramic tile abutment face 1a2 leans, and both can guarantee that
The uniformity of position and state after ceramic tile 17 is clamped, and the firmness and stability of clamping can be improved.In addition, grip indentation
Depth h is less than the thickness of plate to be held, and grip block bottom surface 1e is located in the positive plate face 17a of ceramic tile and ceramic tile bottom after so setting
Between face 17b the two plate faces, as shown in Figure 5, Figure 6.Be set smaller than for grip indentation depth h on grip block 1 by the present invention
The thickness that plate to be held is 1 can facilitate the laying of ceramic tile 17, and such as grip block bottom surface 1e has laid the positive plate face 17a phases of ceramic tile with adjacent
By, now both can guarantee that adjacent tiles side 17c phases were relied on, in other words, the structure is avoided that the influence ceramic tile 17 of grip block 1 is put
The problem put and produce adjacent tiles side 17c mutually to rely on；Can make again between the sand material on ceramic tile bottom surface 17b and ground
Only stay less gap, it is to avoid the cement slurry of ceramic tile bottom surface 17b is contacted with sand material, it is to be adjusted in place after unclamp ceramic tile 17 again,
Freely fall into ceramic tile 17.In the present embodiment, grip indentation 1a be with whole grip block 1 it is integrally formed, therefore intensity with
Reliability is all relatively good, can bear than larger chucking power.
As shown in figure 4, support bar 2 includes expansion link 2a and the sleeve pipe 2b being enclosed within outside expansion link 2a, sleeve pipe 2b and one piece of folder
Hold plate 1 to be fixedly connected, expansion link 2a is fixedly connected with another piece of grip block 1.Retaining mechanism includes be arranged in sleeve pipe 2b one
Group screw mandrel screw component, screw mandrel 6 is fixedly connected with through one piece of grip block 1 puts forth effort part 8, and fixed block is fixedly connected with screw mandrel 6
16.Fixed block 16 and put forth effort the both sides that part 8 is located at one piece of grip block 1 respectively, and fixed block 16 and put forth effort part 8 and clamped with one piece
Plate 1 is mutually relied on.It is respectively arranged at one piece of both sides of grip block 1 and is mutually fixed with screw mandrel 6 by the way that part 8 and fixed block 16 will be puted forth effort,
So screw mandrel 6 cannot produce the displacement on any axial direction, and can only rotate in a circumferential direction motion.I.e. screw mandrel 6 and described one piece folder
The connection of the axially position of plate 1 is held, in addition, making screw 7 be fixedly connected with expansion link 2a.Part 8 is puted forth effort by rotation and realizes expansion link 2a
Linear telescopic, because the component of 6 screw of screw mandrel 7 has auto-lock function, thus putting forth effort part 8 when rotation makes expansion link 2a shrink and press from both sides
The length of lock support bar 2 is just realized after tight ceramic tile 17.Obviously, the structure both has simple structure, and easy to operate advantage has again
There is self-lock force high, the advantage of firm grip and stabilization.The unfixed problem of marble slab size can also be overcome simultaneously.
Embodiment two：
As shown in figure 8, the present embodiment is essentially identical with the structure and principle of embodiment one, different place is：Folder
Holding on the clamping face 1a1 of plate 1 has a clamping double wedge 1b, and double wedge 1b is longitudinally disposed along grip block 1 for clamping.It is convex using clamping
Tooth 1b clamps ceramic tile 17 and is clamped relative to plane, has both been effectively improved the fastness of clamping, and thoroughly elimination uses plane
17c out-of-flatness in ceramic tile side produces crest line angle to burst apart phenomenon during clamping ceramic tile 17.In the present embodiment, clamping double wedge 1b and clamping
Plate 1 is integrally formed, so can guarantee that reliability when clamping.
Embodiment three：
As shown in Figure 9, Figure 10, the present embodiment is essentially identical with embodiment one, the structure of embodiment two and principle, different
Place be：Grip block 1 includes that grip slipper 1c and clamping strip 1d, grip indentation 1a are respectively positioned on clamping strip 1d with clamping double wedge 1b
On, support bar 2 is fixedly connected with grip slipper 1c, and clamping strip 1d is fixedly connected with grip slipper 1c by bolt 1d2.Clamping strip 1d phases
It is detachable for grip slipper 1c, then clamping strip 1d just can be changed according to actual conditions, and then ensure the fastness of clamping.
Actual conditions are the 1b abrasions of clamping double wedge, and marble slabs are changed into the change of thing to be held, such as ceramic tile 17.Also, above-mentioned
Clamping strip 1d on also to have bolt hole 1d1, bolt hole 1d1 be in strip, the vertical line of bolt hole 1d1 is put down with the axis of support bar 2
OK.I.e. relative to common bolt hole 1d1, bolt 1d2 can be what is be finely adjusted in bolt hole 1d1.Pressed from both sides by adjusting
Hold positions of the bar 1d relative to grip slipper 1c and ensure that two clamping strip 1d are parallel, and then ensure the fastness of clamping.
Example IV：
As shown in figure 11, the present embodiment is essentially identical with the structure and principle of embodiment three, and different place is：
Elastic component is also embedded between clamping strip 1d and grip slipper 1c.The elastic component is rubber strip 12.In actual production and use process
In, grip block 1 cannot ensure absolute parallel, and the relative two sides of ceramic tile 17 cannot also ensure absolute parallel, be pressed from both sides using this structure
Ceramic tile 17 is held, clamping strip 1d can be according to situation compressing rubber bar 12 between two relative ceramic tile side 17c of ceramic tile 17, it is ensured that folder
Hold bar 1d and ceramic tile side 17c perfect against and then ensureing the firmness of clamping.The structure is also avoided that support bar 2 is received simultaneously
Contracting transition and cause the crest line angle of ceramic tile 17 to be burst apart phenomenon.
Embodiment five：
As shown in figure 12, the present embodiment is essentially identical with the structure and principle of example IV, and different place is：This
Elastic component in embodiment is spring 18, and a standing groove is opened up by whole grip block 1, and spring 18 is placed in into standing groove
It is interior, and its one end is leant with grip slipper 1c, the other end leans with clamping strip 1d, so also can guarantee that clamping strip 1d and porcelain
The perfection of brick side 17c is against certainly, the elastic force of the spring 18 wants enough could contend with greatly with chucking power, realize one
Elastic equilibrium.
Embodiment six：
As shown in figure 15, the present embodiment is essentially identical with the structure and principle of embodiment one, and different place is：Branch
Strut 2 includes that expansion link 2a and the sleeve pipe 2b being enclosed within outside expansion link 2a, sleeve pipe 2b are fixedly connected with one piece of grip block 1, expansion link
2a is fixedly connected with another piece of grip block 1；Retaining mechanism includes being arranged on extension spring 11 in sleeve pipe 2b, one end of extension spring 11 with stretch
Contracting bar 2a is connected, and the other end is connected with one piece of grip block 1.By sleeve pipe 2b to be set in the outside of expansion link 2a and by sleeve pipe 2b
Being fixedly connected with one piece of grip block 1 can ensure being rigidly connected between two pieces of grip blocks 1 and be synchronized with the movement, using the energy of extension spring 11
Realize the clamping to ceramic tile 17.The program can equally realize adjusting the distance of support bar 2 and realize locking.
Embodiment seven：
As shown in Figure 13,14, the present embodiment is essentially identical with embodiment one, the structure of embodiment two and principle, different
Place be：Support bar 2 includes that expansion link 2a and the sleeve pipe 2b being enclosed within outside expansion link 2a, sleeve pipe 2b and one piece of grip block 1 are consolidated
Fixed connection, expansion link 2a is fixedly connected with another piece of grip block 1.Retaining mechanism includes fixture block 9 and stage clip 10, expansion link 2a outsides
Fluted 2a1 is opened up on wall, fixture block 9 and stage clip 10 are arranged in groove 2a1, the two ends of stage clip 10 respectively with fixture block 9 and groove
2a1 is leant, and the hole clipping 2b1 of several axially aligned confession fixture block 9 holdings is offered on the wall of sleeve pipe 2b sides.The present embodiment order is stretched
It is attached by fixture block 9 between contracting bar 2a and sleeve pipe 2b, fluted 2a1 is opened up on expansion link 2a, fixture block 9 is embedded
In groove 2a1, and stage clip 10 is housed between fixture block 9 and groove 2a1.In addition, opening up several on sleeve pipe 2b along support bar 2
The hole clipping 2b1 that the confession fixture block 9 of axial direction arrangement wears, when hole clipping 2b1 is directed at fixture block 9, fixture block 9 is in the presence of stage clip 10
Sleeve pipe 2b can be fixed with the trend away from expansion link 2a and with support bar 2 through hole clipping 2b1, prevent axial direction
Displacement.When need be adjusted apart from when, fixture block 9 can be pressed, in the presence of stage clip 10, whole fixture block 9 is returned again
To in groove 2a1, now just row distance can be entered with movable sleeving pipe 2b and adjusted, it is very convenient.
Claims (9)
1. the ceramic tile clamping device of a kind of Machine for sticking ceramic tile, it is characterised in that this ceramic tile clamping device includes two pieces of folders in strip
Plate (1) is held, two pieces of grip blocks (1) be arranged in parallel；The support bar of energy linear telescopic is provided between two pieces of grip blocks (1)
(2), one end of the support bar (2) is fixedly connected with the plate face of one piece of grip block (1), the other end of the support bar (2) with
The plate face of another piece of grip block (1) is fixedly connected；The locking of energy lock support bar (2) length is provided with the support bar (2)
Mechanism, be connected with support bar (2) the lower edges and corners of plate face of the grip block (1) offer longitudinally through grip indentation (1a),
The one side of grip indentation (1a) is clamping face (1a1), and another side is ceramic tile abutment face (1a2).
2. the ceramic tile clamping device of Machine for sticking ceramic tile according to claim 1, it is characterised in that the folder of the grip block (1)
Holding on face (1a1) has clamping double wedge (1b), and clamping double wedge (1b) is longitudinally disposed along grip block (1).
3. the ceramic tile clamping device of Machine for sticking ceramic tile according to claim 2, it is characterised in that the grip block (1) includes
Grip slipper (1c) and clamping strip (1d), grip indentation (1a) are respectively positioned on clamping strip (1d) with clamping double wedge (1b)；Support bar (2)
It is fixedly connected with grip slipper (1c), clamping strip (1d) is fixedly connected with grip slipper (1c) by bolt (1d2).
4. the ceramic tile clamping device of Machine for sticking ceramic tile according to claim 3, it is characterised in that have on the clamping strip (1d)
There is bolt hole (1d1), bolt hole (1d1) is in strip；The vertical line of bolt hole (1d1) and support bar (2) diameter parallel.
5. the ceramic tile clamping device of Machine for sticking ceramic tile according to claim 1, it is characterised in that the grip block (1) includes
Grip slipper (1c) and clamping strip (1d), grip indentation (1a) are respectively positioned on clamping strip (1d)；Support bar (2) is solid with grip slipper (1c)
Fixed connection；There is bolt hole (1d1), bolt hole (1d1) is in strip on the clamping strip (1d)；The vertical line of bolt hole (1d1)
With support bar (2) diameter parallel；Clamping strip (1d) is connected with grip slipper (1c) by bolt (1d2)；The clamping strip (1d)
Elastic component is embedded with and grip slipper (1c) between.
6. the ceramic tile clamping device of the Machine for sticking ceramic tile described in any one in claim 1 to 5, it is characterised in that institute
Support bar (2) is stated including expansion link (2a) and expansion link (2a) sleeve pipe (2b) outward is enclosed within, sleeve pipe (2b) and one piece of grip block (1)
It is fixedly connected, expansion link (2a) is fixedly connected with another piece of grip block (1)；The retaining mechanism includes being arranged in sleeve pipe (2b)
One group of screw mandrel screw component；Screw mandrel (6) is fixedly connected with through one piece of grip block (1) puts forth effort part (8)；Screw mandrel (6) with
One piece of grip block (1) axially position connection；Screw (7) is fixedly connected with expansion link (2a).
7. the ceramic tile clamping device of Machine for sticking ceramic tile according to claim 6, it is characterised in that fixed on the screw mandrel (6)
It is connected with fixed block (16)；Fixed block (16) and put forth effort part (8) respectively positioned at the both sides of one piece of grip block (1), and it is fixed
Block (16) and put forth effort part (8) and mutually relied on one piece of grip block (1).
8. the ceramic tile clamping device of the Machine for sticking ceramic tile described in any one in claim 1 to 5, it is characterised in that institute
Support bar (2) is stated including expansion link (2a) and expansion link (2a) sleeve pipe (2b) outward is enclosed within, sleeve pipe (2b) and one piece of grip block (1)
It is fixedly connected, expansion link (2a) is fixedly connected with another piece of grip block (1)；The retaining mechanism includes being arranged in sleeve pipe (2b)
Extension spring (11), one end of extension spring (11) is connected with expansion link (2a), and the other end is connected with one piece of grip block (1).
9. the ceramic tile clamping device of the Machine for sticking ceramic tile described in any one in claim 1 to 5, it is characterised in that institute
Support bar (2) is stated including expansion link (2a) and expansion link (2a) sleeve pipe (2b) outward is enclosed within, sleeve pipe (2b) and one piece of grip block (1)
It is fixedly connected, expansion link (2a) is fixedly connected with another piece of grip block (1)；The retaining mechanism includes fixture block (9) and stage clip
(10)；Opened up fluted (2a1) on expansion link (2a) lateral wall, the fixture block (9) and stage clip (10) are arranged on groove (2a1)
Interior, the two ends of stage clip (10) lean with fixture block (9) and groove (2a1) respectively；Offered on the wall of described sleeve pipe (2b) side some
The hole clipping (2b1) of individual axially aligned confession fixture block (9) holding.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410519901.1A CN104234398B (en) | 2014-09-30 | 2014-09-30 | The ceramic tile clamping device of Machine for sticking ceramic tile |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410519901.1A CN104234398B (en) | 2014-09-30 | 2014-09-30 | The ceramic tile clamping device of Machine for sticking ceramic tile |
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| CN104234398A CN104234398A (en) | 2014-12-24 |
| CN104234398B true CN104234398B (en) | 2017-07-07 |
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| CN201410519901.1A Expired - Fee Related CN104234398B (en) | 2014-09-30 | 2014-09-30 | The ceramic tile clamping device of Machine for sticking ceramic tile |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107238166B (en) * | 2017-08-02 | 2023-10-13 | 合肥青空净化科技有限公司 | Telescopic clamping mechanism and application thereof |
| CN108505737A (en) * | 2018-04-24 | 2018-09-07 | 浙江卡莎罗新型装饰材料有限公司 | A kind of glass Mosaic clamping apparatus |
| CN113532551B (en) * | 2021-09-01 | 2023-02-03 | 溆浦易锋精细瓷业有限责任公司 | Ceramic tile screening installation |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
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| JPH0665569B2 (en) * | 1990-02-14 | 1994-08-24 | ナショナル住宅産業株式会社 | Panel reversing device |
| CN201443195U (en) * | 2009-06-10 | 2010-04-28 | 刘庆明 | Multifunctional paving and pasting device for inner-wall glazed tile |
| CN202088201U (en) * | 2011-03-04 | 2011-12-28 | 李土华 | Ceramic tile picking-up mechanical arm |
| CN203022321U (en) * | 2012-12-28 | 2013-06-26 | 马忠良 | Auxiliary wall building device |
| CN204152170U (en) * | 2014-09-30 | 2015-02-11 | 林健明 | The ceramic tile clamping device of Machine for sticking ceramic tile |
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| CN104234398A (en) | 2014-12-24 |
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Effective date of registration: 20171106 Address after: No. 109 Taizhou city 318000 leap Branch Chong Park in Zhejiang Province, Jiaojiang Airport Road 3 No. 1 Patentee after: TAIZHOU BAXIN INDUSTRY AND TRADE CO.,LTD. Address before: 318013, room 1, unit 4, 1501 bay free city, Jiaojiang District, Taizhou, Zhejiang, Tokyo Patentee before: Lin Jianming |
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