CN109702913A - Ceramic tile processing platform - Google Patents
Ceramic tile processing platform Download PDFInfo
- Publication number
- CN109702913A CN109702913A CN201910178509.8A CN201910178509A CN109702913A CN 109702913 A CN109702913 A CN 109702913A CN 201910178509 A CN201910178509 A CN 201910178509A CN 109702913 A CN109702913 A CN 109702913A
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- Prior art keywords
- ceramic tile
- pull plate
- wall panel
- base wall
- front sheet
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- 239000000919 ceramic Substances 0.000 title claims abstract description 105
- 239000002184 metal Substances 0.000 claims description 9
- 229910052751 metal Inorganic materials 0.000 claims description 9
- 230000001154 acute effect Effects 0.000 claims description 8
- 230000005389 magnetism Effects 0.000 claims description 2
- 239000007787 solid Substances 0.000 claims 1
- 238000010586 diagram Methods 0.000 description 3
- 239000011449 brick Substances 0.000 description 2
- 230000013011 mating Effects 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 229910052573 porcelain Inorganic materials 0.000 description 2
- 238000005034 decoration Methods 0.000 description 1
- 201000010099 disease Diseases 0.000 description 1
- 208000037265 diseases, disorders, signs and symptoms Diseases 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 1
- 239000010931 gold Substances 0.000 description 1
- 229910052737 gold Inorganic materials 0.000 description 1
Abstract
The present invention disclose a kind of positioning of ceramic tile be easier, ceramic tile cut it is more acurrate, be applicable in ceramic tile dimension more comprehensively, function more, the ceramic tile processing platform of more convenient operation.Ceramic tile processing platform of the invention, supporting leg support are connected to base wall panel bottom；Sidewall paneling is respectively arranged at base wall panel two sides and is connected by loose-leaf；Front sheet is vertically fixed on bottom wall board ends respectively；Side wall board ends pass through tension spring and corresponding front sheet elastic connection respectively；Pull plate is horizontally placed in base wall panel and pushes sidewall paneling, and the length direction of pull plate and the length direction of base wall panel are perpendicular；Pulley linking is limited in the two sides of the bottom edge of pull plate；Ruler is horizontally placed on pull plate upper face；Guiding ruler is locked on pull plate by lock-screw；First slide bar and the second slide bar are arranged in parallel between front sheet；Ceramic tile push broach is slidably set on the first sliding rail；Ceramic tile cutter is slidably set on the second sliding rail.
Description
Technical field
The present invention relates to a kind of ceramic tile processing platforms.
Background technique
Traditional ceramic tile processing platform, including push broach and side supports frame and bottom support frame, on side supports track
Guiding ruler is set, and guiding ruler both ends are connect by lock-screw with supporting track, can be used to support after guiding ruler adjustment good position and angle
Firmly ceramic tile end, the ceramic tile other end are then cut below push broach.However the adjustment of guiding ruler is cumbersome, it is inconvenient to use,
Ceramic tile cutting position cannot quickly be positioned.It also needs first to cross on ceramic tile before cutting, however crosses and be easy to exist
Error leads to cutting inaccuracy.Present floor tile has various different sizes, and large-size ceramic tile is increasingly common, so
And in order to easy to carry, traditional ceramic tile processing platform is limited by own dimensions, and the ceramic tile dimension that can be applicable in is limited in scope.It is existing
It in floor tile there are also what is tiltedly spread, needs diagonally to cut square tile, perhaps excision is diagonal or cuts triangle ceramic tile
Side, traditional guiding ruler structure is simple, has a single function, when processing oblique tiling, it is difficult to fixed, processing trouble.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of ceramic tile cutting positioning more rapidly, ceramic tile cutting is more acurrate, suitable
With ceramic tile dimension more comprehensively, function is more, ceramic tile processing platform of more convenient operation.
In order to solve the above-mentioned technical problem, ceramic tile processing platform of the invention, including supporting leg, base wall panel, sidewall paneling, end
Siding, tension spring, pull plate, limit pulley, ruler, guiding ruler, the first slide bar, the second slide bar, ceramic tile push broach and ceramic tile cutter；Institute
It states supporting leg support and is connected to the base wall panel bottom；The sidewall paneling is respectively arranged at the base wall panel two sides, the side wall
It is connected between the side edge of plate and the side edge of base wall panel by loose-leaf；The front sheet is vertically fixed on the base wall panel respectively
Both ends；The tension spring is set between the front sheet and sidewall paneling, the side wall board ends pass through respectively the tension spring with it is right
The front sheet elastic connection answered；The pull plate is horizontally placed in the base wall panel and pushes sidewall paneling, the pull plate
Length direction and base wall panel length direction it is perpendicular；The limit pulley is set to the base wall panel of the pull plate two sides
On, the outer wheel face of the limit pulley is provided with annular groove, and the annular groove linking is in the two sides of the bottom of the pull plate
Edge is to limit the pull direction of the pull plate and the pull plate is prevented to move up；The ruler is horizontally placed on the pull
Plate upper face, the length direction of the ruler and the length direction of pull plate are identical；The guiding ruler is locked in by lock-screw
On the pull plate；First slide bar and the second slide bar be arranged in parallel between the front sheet and both ends respectively with it is described
Front sheet connection；The ceramic tile push broach is slidably set on first sliding rail；The ceramic tile cutter is slidably set to
On second sliding rail.
Compensating plate is also respectively provided in the base wall panel of the pull plate two sides to compensate the height from pull plate to base wall panel
Spend drop.
The pull plate can be extracted out between limit pulley and can be buckled at the top of front sheet, and the sidewall paneling can be upward
Close up in the front sheet side and the pull plate side that is buckled at the top of the front sheet；The pull plate, front sheet, side wall
Plate and base wall panel can be buckled into cuboid chest；The supporting leg is detachably placed in the cuboid chest；The ceramic tile
Push broach, cutting machine, the first slide bar and the second slide bar can be contained in the cuboid chest.
The both sides of the edge of the pull plate include top both sides of the edge and two sides of the bottom edge, the bottom two of the pull plate
Side edge top in comparison both sides of the edge more outwardly protrude so that the two sides of the bottom edge of pull plate is connected and more fills with limit pulley
Point.
The ceramic tile cutter packet ceramic tile cutter main body and slide are provided with gold on the pulley base of the ceramic tile cutter
Belong to elastic band, the metal elastic band adjusts tightness by elasticity bolt, and the metal elastic band is socketed ceramic tile cutter
Body tail section is to be locked to ceramic tile cutter main body.
Pass through the scalable connection of the first loop bar, the interior setting of first slide bar between the front sheet top and the first slide bar
There is the socket chamber for being socketed first loop bar；Pass through the scalable company of the second loop bar between the front sheet top and the second slide bar
It connects, the socket chamber for being socketed second loop bar is provided in second slide bar；Lead between the front sheet lower part and base wall panel
The scalable connection of third loop bar is crossed, the rail cavity for being socketed the third loop bar is provided in the base wall panel.
Magnet, the lateral wall of first loop bar and the second loop bar are respectively arranged in first loop bar and the second loop bar
It is respectively arranged with compensation of drop in elevation piece, the compensation of drop in elevation piece includes upper half section of jurisdiction and lower half section of jurisdiction, and the compensation of drop in elevation piece is magnetic
It is closely attached on first loop bar surface and the second loop bar surface.
8, ceramic tile processing platform according to claim 5, it is characterised in that: divided in the entrance of the rail cavity
It is equipped with entrance bearing, the third loop bar is set between entrance bearing, and the third loop bar is above and below the intracavitary end of track
End bearing is set, and inner wall is slidably connected the end bearing up and down with rail cavity.
Angle protractor, the center of circle and outer arc edge of the Angle protractor are fixedly connected on the pull plate of one side bottom of guiding ruler
Between be provided with the arcuate socket of concentric；Center of circle screw hole, the circle center hole are provided on the guiding ruler of the center point of the Angle protractor
The side screw hole of the corresponding arcuate socket is provided on the guiding ruler of side；The lock-screw includes the first lock-screw and second
Lock-screw；First lock-screw is set in the center of circle screw hole and is threadedly connected to the pull plate；Described
Two lock-screw upper ends are set in the side screw hole and lower end is set in the arcuate socket of the Angle protractor；The guiding ruler
Radian by axis rotation of the first lock-screw and using arcuate socket is maximum rotation angle.
The guiding ruler side is additionally provided with right angle slide calliper rule, and right angle slide calliper rule center is provided with right angle bayonet, the right angle
Acute angle bayonet is respectively formed between slide calliper rule two sides and guiding ruler, the angle of the acute angle bayonet is 45 °.
Using structure of the invention, it is integrated with cutting machine and push broach, ceramic tile can be processed in two ways, function
More；Cutting machine is arranged on slide bar, moves linearly and cuts along slide bar, cuts more acurrate；Pull is laterally set in base wall panel
Plate is provided with ruler and rotatable guiding ruler on pull plate, ceramic tile cutting angle can accurately be arranged by guiding ruler, by straight
Ceramic tile cut lengths can be accurately arranged in ruler, by the way that cutting position can be moved quickly on pull plate, by base wall panel and its
The spring of connection can with quick lock in pull plate, so as to quickly be positioned to ceramic tile cutting, make ceramic tile position it is more efficient,
Ceramic tile cuts more acurrate, more convenient operation；Guiding ruler can be translated indirectly by pull plate, avoid causing because directly translating guiding ruler
Guiding ruler angulation change, operation are simpler accurate；Pull plate, front sheet, sidewall paneling and base wall panel can be buckled into cuboid chest, branch
The components such as support leg and small tool can be placed in cuboid chest, can integrally carry carrying, avoid forgetful.Due to
Front sheet and base wall panel, the first slide bar, between the second slide bar respectively by the scalable connection of loop bar so that can be on Cutting platform
It places larger sized ceramic tile to be cut, is applicable in ceramic tile dimension more comprehensively.Guiding ruler side is provided with Angle protractor, Angle protractor setting
There are circle center hole and arcuate socket, guiding ruler is more convenient and more acurrate adjustment angle and locking angle.Guiding ruler side is also fixed
There are right angle slide calliper rule, be more convenient the oblique tiling of cutting, function is more, fixed to oblique tiling more acurrate quick.
Detailed description of the invention
Fig. 1 is the structural diagram of the present invention.
Fig. 2 is another structural schematic diagram of the invention.
Fig. 3 is the structural schematic diagram of the pull plate in Fig. 1 and Fig. 2.
Fig. 4 is top view of the invention.
In figure: 1- front sheet, 2- tension spring, 3- sidewall paneling, 4- supporting leg, 5- thickness compensation plate, the first slide bar of 6-, 7- ceramic tile
Push broach, 8- pull plate, 9- limit pulley, 10- ceramic tile cutter, 11- thickness compensation plate, 12- base wall panel, 13- end bearing,
14- third loop bar, 15- entrance bearing, the first loop bar of 16-, 17- compensation of drop in elevation piece, 81- ruler, 82- guiding ruler, 83- Angle protractor,
The right angle 84- slide calliper rule.
Specific embodiment
The present invention will be described in detail with reference to the accompanying drawings and detailed description.
As shown in Figure 1, Figure 2, Figure 3 and Figure 4, ceramic tile processing platform of the invention, including supporting leg, base wall panel, sidewall paneling,
Front sheet, tension spring, pull plate, limit pulley, ruler, guiding ruler, the first slide bar, the second slide bar, ceramic tile push broach and ceramic tile cutter.
Supporting leg at least there are four, support is connected to base wall panel bottom respectively, and supporting leg props up processing platform from the ground, just
Operation is stand in specializing in worker, avoids decoration worker from squatting down on the ground for a long time and operates and suffer from the diseases such as lumbar vertebrae protrusion.Sidewall paneling difference
Base wall panel two sides are set to, are connected between the side edge of sidewall paneling and the side edge of base wall panel by loose-leaf, sidewall paneling passes through work
Page can be swung up and down in base wall panel two sides.Front sheet is vertically fixed on bottom wall board ends respectively, and front sheet bottom end and sidewall paneling connect
It connects.Tension spring is set between front sheet and sidewall paneling, and side wall board ends pass through tension spring and corresponding front sheet elastic connection respectively,
Tension spring is spring, and sidewall paneling and front sheet are caught on by hook in tension spring both ends, and tension spring is detachable, and tension spring pulls up sidewall paneling, makes
Sidewall paneling supports main pull plate bottom from the bottom up, carries out position to pull plate and fixes.Pull plate is horizontally placed in base wall panel simultaneously
And the sidewall paneling of two sides is pushed, the length direction of pull plate and the length direction of base wall panel are perpendicular.Pull plate is stuck in base wall panel
On limit pulley between.After pushing sidewall paneling, it is mobile that pull plate can carry out pull from base wall panel two sides.
Limit pulley is set in the base wall panel of pull plate two sides, and the wheel shaft bottom end for limiting pulley is fixed in base wall panel,
It limits pulley and is each provided at least two at least provided with 4 and in pull plate two sides, the outer wheel face for limiting pulley is provided with ring
Connected in star, annular groove linking are limited in the two sides of the bottom edge of pull plate lower than pull plate top at the top of pulley, due to limit
The annular groove of pulley exists, and can not only support pull plate, but also can limit pull plate and move up, then limit pull plate only into
Row pull is mobile, prevents sidewall paneling since the effect of tension spring will lift on pull plate, while avoiding touching porcelain at the top of limit pulley
Brick, convenient for pushing the firm movement of ceramic tile by pull plate.
Ruler is horizontally placed on pull plate upper face, and the length direction of ruler and the length direction of pull plate are identical.Ruler
Ruler face be tightly attached to or be embedded in the upper face of pull plate.Ruler be used to measure ceramic tile on pull plate cutting position and
The moving distance of pull plate is measured, ruler has 1 or 2.Guiding ruler is fixed on pull plate by lock-screw, and guiding ruler is used for
It is connected in ceramic tile side margins to be cut, to fix the angle of ceramic tile, and then accurately cuts.Since guiding ruler is fixed on pull plate
On, guiding ruler angle only need to be adjusted, the distance between guiding ruler and cutting position are adjusted by the movement of pull plate.
First slide bar and the second slide bar are arranged in parallel between front sheet and both ends are connect with front sheet respectively.Ceramic tile pushes away
Knife is slidably set on the first sliding rail.Ceramic tile cutter is slidably set on the second sliding rail.Ceramic tile push broach and cutting machine are all
Configured with pulley base, at least two pairs of pulleys are each provided in each pulley base, two pairs of pulleys clamp the first slide bar from upper and lower two sides
Perhaps the moving direction of pulley base is defined along the first slide bar or second pulley linear slide by the second slide bar.Ceramic tile cutting
Owner's body can be unloaded from pulley.Ceramic tile cutter packet ceramic tile cutter main body and slide, ceramic tile cutter are connected to slide
Side is provided with metal elastic band on the pulley base of ceramic tile cutter, and metal elastic band adjusts tightness by elasticity bolt,
Metal elastic band is socketed ceramic tile cutter body tail section to be locked to ceramic tile cutter main body.Metal elastic band is arranged can be with
Further be locked cutter body.
When in use, the angle of guiding ruler first adjusted according to ceramic tile cutting angle, find ceramic tile cut lengths on ruler,
Then pushing sidewall paneling moves pull plate, and mobile pull plate makes the cutting of the alignment Cutting platform of the cut lengths on ruler
Line, decontroling sidewall paneling makes sidewall paneling stop pull plate, finally puts ceramic tile well according to guiding ruler position on pull plate, and mobile ceramic tile pushes away
Knife or ceramic tile cutter cut ceramic tile.
As shown in Figure 1, Figure 2 and Figure 3, compensating plate is also respectively provided in the base wall panel of pull plate two sides to compensate from pull
Plate is to the height fall of base wall panel, and lower than 1-5mm at the top of pull plate, compensating plate can be supported on both sides in pull plate at compensating plate top
Ceramic tile reduces the shake of the ceramic tile on pull plate, so that cutting is more acurrate.
As shown in Figure 1, Figure 2 and Figure 3, pull plate can be extracted out between limit pulley and can be buckled in front sheet top sides
Edge, sidewall paneling can close up upwards in front sheet side margins and the pull plate side margins that are buckled at the top of front sheet, pull plate,
Front sheet, sidewall paneling and base wall panel can be buckled into cuboid chest.Supporting leg is detachably placed in cuboid chest.Ceramic tile pushes away
Knife, cutting machine, the first slide bar and the second slide bar can be contained in cuboid chest.Since ceramic tile Cutting platform can be collapsed into
Cuboid chest, and each required tool used and components folding and unfolding disposably can be carried integrally, be kept away in chest
Exempt from forgetful, carries more convenient, more saving space.
As shown in Figure 1, Figure 2 and Figure 3, the both sides of the edge of pull plate include top both sides of the edge and two sides of the bottom edge, are taken out
The two sides of the bottom edge top in comparison both sides of the edge of pulling plate more outwardly protrude two sides of the bottom edge and limit so that pull plate
Pulley linking is more abundant, further avoids pull plate and upwarps abjection.
As shown in Figure 1, Figure 2 and Figure 3, pass through the scalable connection of the first loop bar between front sheet top and the first slide bar, the
The socket chamber of the first loop bar of socket is provided in one slide bar.It is scalable by the second loop bar between front sheet top and the second slide bar
It connects, the socket chamber of the second loop bar of socket is provided in the second slide bar.Pass through third loop bar between front sheet lower part and base wall panel
Scalable connection is provided with the rail cavity of socket third loop bar in base wall panel.Third loop bar is arranged in parallel at least two, setting
More third loop bars can be improved the support strength to ceramic tile and improve the bonding strength between front sheet and base wall panel.
Front sheet is by loop bar and base wall panel and the scalable connection of slide bar, convenient for the spacing between two front sheets of extension, and then can be with
It is put into larger sized ceramic tile to be cut, applicable ceramic tile dimension is more comprehensively.
As shown in Figure 1, Figure 2 and Figure 3, magnet, the first loop bar and second are respectively arranged in the first loop bar and the second loop bar
The lateral wall of loop bar is respectively arranged with compensation of drop in elevation piece.Compensation of drop in elevation piece includes upper half section of jurisdiction and lower half section of jurisdiction, compensation of drop in elevation piece
Magnetism is closely attached on the first loop bar surface and the second loop bar surface.The thickness of the compensation of drop in elevation piece of first loop bar is equal to outside the first slide bar
To the height fall at the top of the first loop bar outer wall at the top of wall.The thickness of the compensation of drop in elevation piece of second loop bar is equal to the second slide bar outer wall
Height fall at the top of top to the second loop bar outer wall.Upper half mating plate and lower half section of jurisdiction on first loop bar can be in the first loop bars
The pipe sleeve to form completion is combined in outer surface, and the upper half mating plate and lower half section of jurisdiction on the second loop bar can be in second set of rod outer surface groups
Close the pipe sleeve for being formed and being completed.By the way that compensation of drop in elevation piece is arranged, the drop from slide bar to loop bar can be made up, to make ceramic tile push broach
It is more stable with ceramic tile cutter operation, ceramic tile is cut more acurrate.
As shown in Figure 1, Figure 2 and Figure 3, be vertically disposed with entrance bearing in the entrance of rail cavity, third loop bar be set into
Between mouth bearing, third loop bar inner wall above and below the intracavitary end of track end bearing setting up and down, end bearing and rail cavity
It is slidably connected.Entrance bearing and end bearing can make the telescopic process of third loop bar more stable, more labor-saving, while can prevent
Third loop bar is fully extended out of rail cavity to fall off.
As shown in Figure 1, Figure 2 and Figure 3, it is fixedly connected with Angle protractor on the pull plate of one side bottom of guiding ruler, Angle protractor is inlayed
In pull plate surface.Angled mark is set on Angle protractor, and the angulation range of Angle protractor is 0-180 ° or 0-270 ° or 0-
360°.The arcuate socket of concentric is provided between the center of circle and outer arc edge of Angle protractor.It is set on the guiding ruler of the center point of Angle protractor
It is equipped with center of circle screw hole, the side screw hole of corresponding arcuate socket is provided on the guiding ruler of circle center hole side.Lock-screw includes the first lock
Tight screw and the second lock-screw.First lock-screw is set in the screw hole of the center of circle and is threadedly connected to pull plate.First lock
The nut of tight screw is covered in above the screw hole of the center of circle, and guiding ruler is avoided to deviate from from the first lock-screw.Second lock-screw upper end
It is set in the screw hole of side and lower end is set in the arcuate socket of Angle protractor.The nut of second lock-screw is set to arcuate socket
Lower section and can arcuately hole it is mobile, be provided with locking nut at the top of the second lock-screw, locking nut is covered on side screw hole
Top, rotation lock nut can carry out elastic operation to the second lock-screw, and then lock the angle position of guiding ruler.Guiding ruler with
First lock-screw is axis rotation and using the radian of arcuate socket as maximum rotation angle.When adjusting the angle of guiding ruler, first
Processing is unscrewed to the second lock-screw, guiding ruler angle is then rotated to required angle, processing finally is screwed to the second lock-screw
?.
As shown in Figure 1, Figure 2 and Figure 3, guiding ruler sets side and is additionally provided with right angle slide calliper rule, and right angle slide calliper rule center is provided with right angle
Bayonet, is respectively formed acute angle bayonet between right angle slide calliper rule two sides and guiding ruler, the angle of acute angle bayonet is 45 °.Diagonally
When cutting rectangular tile or when the long side of cutting right-triangle ceramic tile, only a right angle of ceramic tile need to be caught in right angle slide calliper rule
Ceramic tile can be fixedly secured in right angle bayonet, fixed ceramic tile of being more convenient in oblique tiling operates more efficient.At cutting right angle three
When the short side of angular ceramic tile, the acute angle of ceramic tile, which is caught in the acute angle bayonet between guiding ruler and right angle latch, can be fixedly secured porcelain
Brick, fixed ceramic tile of being more convenient in oblique tiling, operates more efficient.
Claims (10)
1. a kind of ceramic tile processing platform, it is characterised in that: including supporting leg, base wall panel, sidewall paneling, front sheet, tension spring, pull
Plate, limit pulley, ruler, guiding ruler, the first slide bar, the second slide bar, ceramic tile push broach and ceramic tile cutter；
The supporting leg support is connected to the base wall panel bottom；The sidewall paneling is respectively arranged at the base wall panel two sides, institute
It states and is connected between the side edge of sidewall paneling and the side edge of base wall panel by loose-leaf；The front sheet is vertically fixed on described respectively
Bottom wall board ends；The tension spring is set between the front sheet and sidewall paneling, and the side wall board ends pass through the drawing respectively
Spring and corresponding front sheet elastic connection；The pull plate is horizontally placed in the base wall panel and pushes sidewall paneling, described
The length direction of pull plate and the length direction of base wall panel are perpendicular；
The limit pulley is set in the base wall panel of the pull plate two sides, and the outer wheel face of the limit pulley is provided with annular
Groove, the annular groove are connected the two sides of the bottom edge in the pull plate to limit pull direction and the resistance of the pull plate
Only the pull plate moves up；
The ruler is horizontally placed on the pull plate upper face, the length direction phase of the length direction and pull plate of the ruler
Together；The guiding ruler is locked on the pull plate by lock-screw；
First slide bar and the second slide bar are arranged in parallel between the front sheet and both ends connect with the front sheet respectively
It connects；The ceramic tile push broach is slidably set on first sliding rail；The ceramic tile cutter is slidably set to described second
On sliding rail.
2. ceramic tile processing platform according to claim 1, it is characterised in that: also divide in the base wall panel of the pull plate two sides
It is not provided with compensating plate to compensate the height fall from pull plate to base wall panel.
3. ceramic tile processing platform according to claim 1, it is characterised in that: the pull plate can be taken out between limit pulley
It out and can be buckled at the top of front sheet, the sidewall paneling can close up in the front sheet side upwards and be buckled in the end wall
Pull plate side at the top of plate；The pull plate, front sheet, sidewall paneling and base wall panel can be buckled into cuboid chest；The branch
Support leg is detachably placed in the cuboid chest；The ceramic tile push broach, cutting machine, the first slide bar and the second slide bar can hold
It is contained in the cuboid chest.
4. ceramic tile processing platform according to claim 1, it is characterised in that: the both sides of the edge of the pull plate include top
Both sides of the edge and two sides of the bottom edge, the two sides of the bottom edge top in comparison both sides of the edge of the pull plate more outwardly protrude with
The two sides of the bottom edge of pull plate is set to be connected more abundant with limit pulley.
5. ceramic tile processing platform according to claim 1, it is characterised in that: the ceramic tile cutter packet ceramic tile cutter master
Body and slide are provided with metal elastic band on the pulley base of the ceramic tile cutter, and the metal elastic band passes through elasticity bolt
Tightness is adjusted, the metal elastic band socket ceramic tile cutter body tail section is to be locked to ceramic tile cutter main body.
6. ceramic tile processing platform according to claim 1, it is characterised in that: between the front sheet top and the first slide bar
By the scalable connection of the first loop bar, the socket chamber for being socketed first loop bar is provided in first slide bar；The end wall
Pass through the scalable connection of the second loop bar between plate top and the second slide bar, described second set of socket is provided in second slide bar
The socket chamber of bar；Pass through the scalable connection of third loop bar, the interior setting of the base wall panel between the front sheet lower part and base wall panel
There is the rail cavity for being socketed the third loop bar.
7. ceramic tile processing platform according to claim 6, it is characterised in that: in first loop bar and the second loop bar respectively
It is provided with magnet, the lateral wall of first loop bar and the second loop bar is respectively arranged with compensation of drop in elevation piece, the compensation of drop in elevation piece
Including upper half section of jurisdiction and lower half section of jurisdiction, the compensation of drop in elevation piece magnetism is closely attached on first loop bar surface and the second loop bar table
Face.
8. ceramic tile processing platform according to claim 6, it is characterised in that: be vertically disposed in the entrance of the rail cavity
Entrance bearing, the third loop bar are set between entrance bearing, and the third loop bar is setting up and down in the intracavitary end of track
End bearing, inner wall is slidably connected the end bearing up and down with rail cavity.
9. ceramic tile processing platform according to claim 1, it is characterised in that: solid on the pull plate of one side bottom of guiding ruler
Surely it is connected with Angle protractor, the arcuate socket of concentric is provided between the center of circle and outer arc edge of the Angle protractor；The Angle protractor
The center point guiding ruler on be provided with center of circle screw hole, the side of the corresponding arcuate socket is provided on the guiding ruler of the circle center hole side
Portion's screw hole；The lock-screw includes the first lock-screw and the second lock-screw；First lock-screw is set to described
In the screw hole of the center of circle and it is threadedly connected to the pull plate；Second lock-screw upper end is set in the side screw hole simultaneously
And lower end is set in the arcuate socket of the Angle protractor；The guiding ruler is using the first lock-screw as axis rotation and with arcuate socket
Radian be maximum rotation angle.
10. ceramic tile processing platform according to claim 9, it is characterised in that: the guiding ruler side is additionally provided with rectangular card
Ruler, right angle slide calliper rule center are provided with right angle bayonet, acute angle bayonet are respectively formed between right angle slide calliper rule two sides and guiding ruler,
The angle of the acute angle bayonet is 45 °.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910178509.8A CN109702913A (en) | 2019-03-11 | 2019-03-11 | Ceramic tile processing platform |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910178509.8A CN109702913A (en) | 2019-03-11 | 2019-03-11 | Ceramic tile processing platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109702913A true CN109702913A (en) | 2019-05-03 |
Family
ID=66266703
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910178509.8A Pending CN109702913A (en) | 2019-03-11 | 2019-03-11 | Ceramic tile processing platform |
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| CN (1) | CN109702913A (en) |
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