CN207538410U - It is a kind of to be used for levelling screeder - Google Patents
It is a kind of to be used for levelling screeder Download PDFInfo
- Publication number
- CN207538410U CN207538410U CN201720404270.8U CN201720404270U CN207538410U CN 207538410 U CN207538410 U CN 207538410U CN 201720404270 U CN201720404270 U CN 201720404270U CN 207538410 U CN207538410 U CN 207538410U
- Authority
- CN
- China
- Prior art keywords
- screeder
- ceramic tile
- support plate
- roof
- levelling
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
- E04F21/00—Implements for finishing work on buildings
- E04F21/0092—Separate provisional spacers used between adjacent floor or wall tiles
Abstract
It is a kind of to be used for levelling screeder, including screeder ontology, which is characterized in that the screeder ontology is equipped with the firmware that the screeder ontology is kept to consolidate.The screeder ontology includes the support plate of bottom and is vertically set on the vertical plate of support plate crown center position, the support plate is tabular, the through hole from its left wall face to right wall is provided on the vertical plate, the right end of the support plate is with the inclined barb in lower section to the left.The barb is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.Effectively prevent needing checking whether screeder perpendicular to one block of ceramic tile and keeps the firm of itself and then could be laid with another block of ceramic tile and to operate pretty troublesome, dismounting screeder or dismounting screeder is higher by part at the top of ceramic tile also very difficult defect in the prior art.
Description
Technical field
The utility model is related to levelling technical fields, and in particular to and it is a kind of for levelling screeder, it is more particularly to a kind of
For being laid with the levelling screeder tool of the "-" type of ceramic tile.
Background technology
Ceramic tile has become the common decorative and functional article for ground, wall, work top etc..By porcelain
When brick is routed on substrate surface, professional Tile installers and self-service setter devote a tremendous amount of time to just with it is levelling
Ceramic tile.Due to many reasons, each ceramic tile it is correct to just with it is levelling be critically important, if this is because one block of ceramic tile is not by
Correctly place, then deviation will extend to adjacent tiles so that installation will be unacceptable, and must replace and/
Or it polishes and polishes ceramic tile until ceramic tile is flushing or flat.In addition to the aesthetics reason for being correctly laid with ceramic tile
Except, flush surfaces are required in tile floor, so that people will not be tripped or be fallen in the ceramic tile being unevenly laid with
On.When the edge of one block of ceramic tile than adjacent tiles be higher by may someone trip degree when, occur " flange ", and tieed up
Shield, it is necessary to be replaced or otherwise corrected a deviation the cost time to ceramic tile, which increase the assemblies of ceramic tile installation
This.
That is when ceramic tile is laid in daily life, since worker is horizontal or place reason often goes out
The problem of uneven is now laid with, ceramic tile can be influenced and be laid with later beauty and practicability, and existing alignment schemes are only adopted mostly
It is corrected with range estimation or bracing wire, such operating method is simultaneously inaccurate.
Thus the screeder for ceramic tile is just introduced, these screeders are put into one piece without solving screeder in use
When easy tilt problem on ceramic tile side, then another block of ceramic tile is laid with by one block of ceramic tile, need whether to check screeder
The firm of itself is kept after one block of ceramic tile, then could be laid with another block of ceramic tile, operation is pretty troublesome.In addition it completes
After levelling, remove the part that screeder or dismounting screeder are higher by the top of ceramic tile and be also not easy.
Invention content
To solve the above problems, the utility model provides a kind of for levelling screeder, existing skill is effectively prevented
Need to check whether screeder perpendicular to one block of ceramic tile and keeps itself firm and then could be laid with another piece of porcelain in art
Brick and cause operation is pretty troublesome, remove screeder or removes screeder to be higher by part at the top of ceramic tile also very difficult defect.
In order to overcome deficiency of the prior art, the utility model provides a kind of solution party for levelling screeder
Case, it is specific as follows：
A kind of to be used for levelling screeder, including screeder ontology, the screeder ontology, which is equipped with, keeps the screeder
The firmware that ontology consolidates.
Further, the screeder ontology includes the support plate of bottom and is vertically set on support plate crown center position
Vertical plate, the support plate is tabular, and the through hole from its left wall face to right wall, the branch are provided on the vertical plate
The right end of fagging 1 is with the inclined barb in lower section to the left.
Further, the barb is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.
Further, the profile of the through hole is rectangular-shape, and the top of the through hole is clamping joint, in the branch
Under conditions of fagging insertion adhesive and the roof of the support plate are in contact with the bottom wall of ceramic tile, the roof of ceramic tile is higher than institute
State the bottom wall of through hole.
Further, it is described to further include the columnar chock of right-angle prismatic, the bottom wall of the chock for levelling screeder
For horizontal wall surface, the right end of the chock is vertical wall surface, and the roof of the chock is to keep inclined wall surface, institute with horizontal plane
The roof for stating chock is provided with zigzag card slot.
Further, the bottom end centre position of the through hole is provided with the downward wedge angle notch of wedge angle.
Further, the left end of the support plate and the right end of support plate are respectively tapered to the left bucking ladder and to the right
The tapered bucking ladder in side.
Further, the bottom wall of roof to the support plate in the support plate and from the support plate is provided with several
Equally distributed through slot, the profile of the through slot is right-angle prismatic column.
Further, the top integration of the vertical plate is connected with bucking ladder tapered upward.
Further, on the antetheca or rear wall of the vertical plate have folding line, the folding line be with horizontal plane keep 45 degree-
135 degree of folding line, in the item that the roof of support plate insertion adhesive and the support plate is in contact with the bottom wall of ceramic tile
Under part, one end of the folding line is less than the roof of ceramic tile higher than the roof of ceramic tile and the other end of the folding line.
Further, the material of the screeder ontology is PE reinforced plastics.
Further, the distance of 2mm is maintained between the roof of the bottom end of the through hole and support plate 1.
The beneficial effects of the utility model are：
The barb 4 just constitutes the firmware, in this way when tip plate is inserted into adhesive, just plays auxiliary
The effect of support is helped, compared with the single-side support of simple support plate tiling on the adhesive, after more tip plates are inserted into adhesive
It is further combined with adhesive, increases support contact area, also just more firmly in screeder perpendicular to described one piece
The firm performance of itself is enhanced after ceramic tile；The roof and ceramic tile of adhesive and the support plate are inserted into the support plate
Under conditions of bottom wall is in contact, the roof of ceramic tile is higher than the bottom wall of the through hole, this ensures that chock passes through described pass through
During through-hole, the bottom wall of chock can be pressed in the ceramic tile roof further to carry out levelling operation；And introduce wedge angle notch
Afterwards, will enable when micro-strain occurs for the bottom wall of the through hole through the wedge angle notch torsional deformation
Power decompose a part and generate the power that acts on downwards, significantly reduce the torsional deformation of the ground wall for the through hole in this way
Lateral destruction, reduce damage vertical plate probability；Tapered bucking ladder and bucking ladder tapered to the right to the left
Tapered configuration support plate 1 be inserted into adhesive when, reduce the area laterally contacted in the same plane, effectively drop in this way
Resistance during low insertion, improves insertion efficiency；After ceramic tile is levelling, chock is taken out, vertical plate is pushed down on regard to energy
Fractureed by the folding line, ensure that the vertical plate part higher than ceramic tile fractures, remove in this way higher than ceramic tile part just more
Easily, in addition the folding line is the folding line that 45 degree of -135 degree is kept with horizontal plane, compared with existing and horizontal plane keeping parallelism
Folding line is in the levelling stage it occur frequently that the problem of vertical plate moment is allowed to be broken is come, with 45 degree of -135 folding line energy spent of horizontal plane holding
The enough power promotion chock in the levelling stage acted on vertical plate decomposes part conduct when micro-strain occurs for vertical plate
Active force straight down, so as to reduce the possibility that vertical plate fractures in leveling procedures.
Description of the drawings
Fig. 1 is the operating diagram for levelling screeder that barb is omitted of the utility model.
Fig. 2 is the front view of the screeder ontology that barb is omitted of the utility model.
Fig. 3 is the operating diagram in the section for levelling screeder of the utility model.
Fig. 4 is the vertical view of the utility model.
Specific embodiment
The utility model is described further below in conjunction with drawings and examples.
Embodiment 1
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder.
Embodiment 2
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.In this way in tip plate
When being inserted into adhesive, just play the role of Auxiliary support, the single side to tile on the adhesive compared with simple support plate 1
Support, more tip plates are inserted into being further combined with adhesive after adhesive, increase support contact area, also just more
Firmly the firm performance of itself is enhanced after one block of ceramic tile in screeder.
The profile of the through hole 3 is rectangular-shape, and the top of the through hole 3 is clamping joint, is inserted in the support plate 1
Enter adhesive and the support plate 1 roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of ceramic tile is passed through higher than described
The bottom wall of through-hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can be pressed in the ceramic tile roof
Further to carry out levelling operation.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder；
Under conditions of the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile, ceramic tile
Roof is higher than the bottom wall of the through hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can press
Levelling operation is further carried out in the ceramic tile roof.
Embodiment 3
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.In this way in tip plate
When being inserted into adhesive, just play the role of Auxiliary support, the single side to tile on the adhesive compared with simple support plate 1
Support, more tip plates are inserted into being further combined with adhesive after adhesive, increase support contact area, also just more
Firmly the firm performance of itself is enhanced after one block of ceramic tile in screeder.
The profile of the through hole 3 is rectangular-shape, and the top of the through hole 3 is clamping joint, is inserted in the support plate 1
Enter adhesive and the support plate 1 roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of ceramic tile is passed through higher than described
The bottom wall of through-hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can be pressed in the ceramic tile roof
Further to carry out levelling operation.
Described to further include the columnar chock 10 of right-angle prismatic for levelling screeder, the bottom wall of the chock 10 is level
Wall surface, the right end of the chock 10 is vertical wall surface, and the roof of the chock 10 is to keep inclined wall surface with horizontal plane, described
The roof of chock 10 is provided with zigzag card slot.The card slot is used for mutually being clamped with the top of the through hole 3.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder；
Under conditions of the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile, ceramic tile
Roof is higher than the bottom wall of the through hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can press
Levelling operation is further carried out in the ceramic tile roof.
In addition when ceramic tile needs levelling, in one block of ceramic tile by adhesive paving to ground or metope when and the ceramic tile
In the respective paving of surrounding during four blocks of ceramic tiles adjacent thereto, just between the ceramic tile four block ceramic tiles adjacent with the ceramic tile respectively
A screeder ontology is inserted into, the roof of the support plate 1 of screeder ontology is in contact with the bottom wall of the ceramic tile, then four
When a chock is inserted into the through hole of each screeder ontology respectively, the bottom wall of each chock and the roof of the ceramic tile and one
The roof of the ceramic tile adjacent with the ceramic tile is in contact, and then pushes chock by the card slot of chock and the clamping joint of the through hole 3
Clamping compresses ceramic tile with this, the roof of such five blocks of ceramic tiles can also be caused to keep concordant after ceramic tile is compressed in this way, realization
Levelling, five blocks of ceramic tiles of single treatment of ceramic tile, it is easy to operate and efficient.
Embodiment 4
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.In this way in tip plate
When being inserted into adhesive, just play the role of Auxiliary support, the single side to tile on the adhesive compared with simple support plate 1
Support, more tip plates are inserted into being further combined with adhesive after adhesive, increase support contact area, also just more
Firmly the firm performance of itself is enhanced after one block of ceramic tile in screeder.
The profile of the through hole 3 is rectangular-shape, and the top of the through hole 3 is clamping joint, is inserted in the support plate 1
Enter adhesive and the support plate 1 roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of ceramic tile is passed through higher than described
The bottom wall of through-hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can be pressed in the ceramic tile roof
Further to carry out levelling operation.
Described to further include the columnar chock 10 of right-angle prismatic for levelling screeder, the bottom wall of the chock 10 is level
Wall surface, the right end of the chock 10 is vertical wall surface, and the roof of the chock 10 is to keep inclined wall surface with horizontal plane, described
The roof of chock 10 is provided with zigzag card slot.The card slot is used for mutually being clamped with the top of the through hole 3.
The bottom end centre position of the through hole 3 is provided with the downward wedge angle notch 9 of wedge angle.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder；
Under conditions of the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile, ceramic tile
Roof is higher than the bottom wall of the through hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can press
Levelling operation is further carried out in the ceramic tile roof.
In addition when ceramic tile needs levelling, in one block of ceramic tile by adhesive paving to ground or metope when and the ceramic tile
In the respective paving of surrounding during four blocks of ceramic tiles adjacent thereto, just between the ceramic tile four block ceramic tiles adjacent with the ceramic tile respectively
A screeder ontology is inserted into, the roof of the support plate 1 of screeder ontology is in contact with the bottom wall of the ceramic tile, then four
When a chock is inserted into the through hole of each screeder ontology respectively, the bottom wall of each chock and the roof of the ceramic tile and one
The roof of the ceramic tile adjacent with the ceramic tile is in contact, and then pushes chock by the card slot of chock and the clamping joint of the through hole 3
Clamping compresses ceramic tile with this, the roof of such five blocks of ceramic tiles can also be caused to keep concordant after ceramic tile is compressed in this way, realization
Levelling, five blocks of ceramic tiles of single treatment of ceramic tile, it is easy to operate and efficient.
The wedge angle angle of the wedge angle notch is 60 degree.The effect of the wedge angle notch 9 is, described pass through is penetrated in chock
The zigzag card slot on the inclined-plane of through-hole 3 and chock is with after the top clamping as clamping joint of the through hole 3, pushing wedge
When son carries out the leveling operations of ceramic tile, the bottom wall that often will appear the through hole 3 is pushing the horizontal force of chock to issue
Raw very big torsional deformation even damages the situation of vertical plate, and after introducing wedge angle notch 9, it will cause in the through hole
The power of torsional deformation can be decomposed a part by the wedge angle notch 9 and generated by 3 bottom wall when micro-strain occurs
The power acted on downwards significantly reduces the lateral destruction of the torsional deformation of ground wall for the through hole 3 in this way, reduces
Damage the probability of vertical plate.
Embodiment 5
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.In this way in tip plate
When being inserted into adhesive, just play the role of Auxiliary support, the single side to tile on the adhesive compared with simple support plate 1
Support, more tip plates are inserted into being further combined with adhesive after adhesive, increase support contact area, also just more
Firmly the firm performance of itself is enhanced after one block of ceramic tile in screeder.
The profile of the through hole 3 is rectangular-shape, and the top of the through hole 3 is clamping joint, is inserted in the support plate 1
Enter adhesive and the support plate 1 roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of ceramic tile is passed through higher than described
The bottom wall of through-hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can be pressed in the ceramic tile roof
Further to carry out levelling operation.
Described to further include the columnar chock 10 of right-angle prismatic for levelling screeder, the bottom wall of the chock 10 is level
Wall surface, the right end of the chock 10 is vertical wall surface, and the roof of the chock 10 is to keep inclined wall surface with horizontal plane, described
The roof of chock 10 is provided with zigzag card slot.The card slot is used for mutually being clamped with the top of the through hole 3.
The bottom end centre position of the through hole 3 is provided with the downward wedge angle notch 9 of wedge angle.
The left end of the support plate 1 and the right end of support plate 1 are respectively tapered to the left bucking ladder 5 and tapered to the right
Bucking ladder 6.
The bottom wall of roof to the support plate 1 in the support plate 1 and from the support plate 1 is provided with several uniform points
The through slot 7 of cloth, the profile of the through slot 7 is right-angle prismatic column.It can be inserted into and bonded in support plate by the through slot
It, can water conservancy diversion goes out from through slot adhesive during agent.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder；
Under conditions of the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile, ceramic tile
Roof is higher than the bottom wall of the through hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can press
Levelling operation is further carried out in the ceramic tile roof.
In addition when ceramic tile needs levelling, in one block of ceramic tile by adhesive paving to ground or metope when and the ceramic tile
In the respective paving of surrounding during four blocks of ceramic tiles adjacent thereto, just between the ceramic tile four block ceramic tiles adjacent with the ceramic tile respectively
A screeder ontology is inserted into, the roof of the support plate 1 of screeder ontology is in contact with the bottom wall of the ceramic tile, then four
When a chock is inserted into the through hole of each screeder ontology respectively, the bottom wall of each chock and the roof of the ceramic tile and one
The roof of the ceramic tile adjacent with the ceramic tile is in contact, and then pushes chock by the card slot of chock and the clamping joint of the through hole 3
Clamping compresses ceramic tile with this, the roof of such five blocks of ceramic tiles can also be caused to keep concordant after ceramic tile is compressed in this way, realization
Levelling, five blocks of ceramic tiles of single treatment of ceramic tile, it is easy to operate and efficient.
The wedge angle angle of the wedge angle notch is 60 degree.The effect of the wedge angle notch 9 is, described pass through is penetrated in chock
The zigzag card slot on the inclined-plane of through-hole 3 and chock is with after the top clamping as clamping joint of the through hole 3, pushing wedge
When son carries out the leveling operations of ceramic tile, the bottom wall that often will appear the through hole 3 is pushing the horizontal force of chock to issue
Raw very big torsional deformation even damages the situation of vertical plate, and after introducing wedge angle notch 9, it will cause in the through hole
The power of torsional deformation can be decomposed a part by the wedge angle notch 9 and generated by 3 bottom wall when micro-strain occurs
The power acted on downwards significantly reduces the lateral destruction of the torsional deformation of ground wall for the through hole 3 in this way, reduces
Damage the probability of vertical plate.
The tapered configuration of such tapered bucking ladder 5 to the left and bucking ladder 6 tapered to the right is inserted into support plate 1
During adhesive, the area laterally contacted in the same plane is reduced, resistance when significantly reducing insertion in this way improves slotting
Enter efficiency.
Embodiment 6
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.In this way in tip plate
When being inserted into adhesive, just play the role of Auxiliary support, the single side to tile on the adhesive compared with simple support plate 1
Support, more tip plates are inserted into being further combined with adhesive after adhesive, increase support contact area, also just more
Firmly the firm performance of itself is enhanced after one block of ceramic tile in screeder.
The profile of the through hole 3 is rectangular-shape, and the top of the through hole 3 is clamping joint, is inserted in the support plate 1
Enter adhesive and the support plate 1 roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of ceramic tile is passed through higher than described
The bottom wall of through-hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can be pressed in the ceramic tile roof
Further to carry out levelling operation.
Described to further include the columnar chock 10 of right-angle prismatic for levelling screeder, the bottom wall of the chock 10 is level
Wall surface, the right end of the chock 10 is vertical wall surface, and the roof of the chock 10 is to keep inclined wall surface with horizontal plane, described
The roof of chock 10 is provided with zigzag card slot.The card slot is used for mutually being clamped with the top of the through hole 3.
The bottom end centre position of the through hole 3 is provided with the downward wedge angle notch 9 of wedge angle.
The left end of the support plate 1 and the right end of support plate 1 are respectively tapered to the left bucking ladder 5 and tapered to the right
Bucking ladder 6.
The bottom wall of roof to the support plate 1 in the support plate 1 and from the support plate 1 is provided with several uniform points
The through slot 7 of cloth, the profile of the through slot 7 is right-angle prismatic column.It can be inserted into and bonded in support plate by the through slot
It, can water conservancy diversion goes out from through slot adhesive during agent.
The top integration of the vertical plate 2 is connected with bucking ladder 8 tapered upward.The bucking ladder 8 of protrusion is just in this way
Part can be taken as hand, easily facilitate hand-held.
There is folding line 11, the folding line 11 is to be kept for 45 degree -135 with horizontal plane on the antetheca or rear wall of the vertical plate 2
The folding line of degree, in the condition that the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile
Under, one end of the folding line is less than the roof of ceramic tile higher than the roof of ceramic tile and the other end of the folding line.The folding line 11
Depth is 0.1mm.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder；
Under conditions of the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile, ceramic tile
Roof is higher than the bottom wall of the through hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can press
Levelling operation is further carried out in the ceramic tile roof.
In addition when ceramic tile needs levelling, in one block of ceramic tile by adhesive paving to ground or metope when and the ceramic tile
In the respective paving of surrounding during four blocks of ceramic tiles adjacent thereto, just between the ceramic tile four block ceramic tiles adjacent with the ceramic tile respectively
A screeder ontology is inserted into, the roof of the support plate 1 of screeder ontology is in contact with the bottom wall of the ceramic tile, then four
When a chock is inserted into the through hole of each screeder ontology respectively, the bottom wall of each chock and the roof of the ceramic tile and one
The roof of the ceramic tile adjacent with the ceramic tile is in contact, and then pushes chock by the card slot of chock and the clamping joint of the through hole 3
Clamping compresses ceramic tile with this, the roof of such five blocks of ceramic tiles can also be caused to keep concordant after ceramic tile is compressed in this way, realization
Levelling, five blocks of ceramic tiles of single treatment of ceramic tile, it is easy to operate and efficient.
The wedge angle angle of the wedge angle notch is 60 degree.The effect of the wedge angle notch 9 is, described pass through is penetrated in chock
The zigzag card slot on the inclined-plane of through-hole 3 and chock is with after the top clamping as clamping joint of the through hole 3, pushing wedge
When son carries out the leveling operations of ceramic tile, the bottom wall that often will appear the through hole 3 is pushing the horizontal force of chock to issue
Raw very big torsional deformation even damages the situation of vertical plate, and after introducing wedge angle notch 9, it will cause in the through hole
The power of torsional deformation can be decomposed a part by the wedge angle notch 9 and generated by 3 bottom wall when micro-strain occurs
The power acted on downwards significantly reduces the lateral destruction of the torsional deformation of ground wall for the through hole 3 in this way, reduces
Damage the probability of vertical plate.
The tapered configuration of such tapered bucking ladder 5 to the left and bucking ladder 6 tapered to the right is inserted into support plate 1
During adhesive, the area laterally contacted in the same plane is reduced, resistance when significantly reducing insertion in this way improves slotting
Enter efficiency.
In this way after ceramic tile is levelling, chock is taken out, vertical plate is pushed down on and can just be fractureed by the folding line 11,
It ensure that the vertical plate part higher than ceramic tile fractures, it is just more easy higher than the part of ceramic tile to remove in this way, in addition the folding line
11 be the folding line that 45 degree of -135 degree is kept with horizontal plane, normal in the levelling stage with the folding line of horizontal plane keeping parallelism compared with existing
The problem of vertical plate moment is often allowed to be broken is come, and the folding line for keeping 45 degree of -135 degree with horizontal plane can be in the levelling stage
Chock is pushed to act on the power on vertical plate, part is decomposed when micro-strain occurs for vertical plate as effect straight down
Power, so as to reduce the possibility that vertical plate fractures in leveling procedures.
Embodiment 7
With reference to the accompanying drawings 1- Fig. 4 it is found that the present embodiment for levelling screeder, it is described levelling including screeder ontology
Device ontology is equipped with the firmware that the screeder ontology is kept to consolidate.
The screeder ontology includes the support plate 1 of bottom with being vertically set on the vertical of 1 crown center position of support plate
Plate 2, the support plate 1 are tabular, and the through hole 3 from its left wall face to right wall, the support are provided on the vertical plate 2
The right end of plate 1 just constitutes the firmware with the inclined barb 4 in lower section to the left, the barb 4.
The barb 4 is the inclined tip plate in lower section to the left, and the lower end of the tip plate is cusp-shaped.In this way in tip plate
When being inserted into adhesive, just play the role of Auxiliary support, the single side to tile on the adhesive compared with simple support plate 1
Support, more tip plates are inserted into being further combined with adhesive after adhesive, increase support contact area, also just more
Firmly the firm performance of itself is enhanced after one block of ceramic tile in screeder.
The profile of the through hole 3 is rectangular-shape, and the top of the through hole 3 is clamping joint, is inserted in the support plate 1
Enter adhesive and the support plate 1 roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of ceramic tile is passed through higher than described
The bottom wall of through-hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can be pressed in the ceramic tile roof
Further to carry out levelling operation.
Described to further include the columnar chock 10 of right-angle prismatic for levelling screeder, the bottom wall of the chock 10 is level
Wall surface, the right end of the chock 10 is vertical wall surface, and the roof of the chock 10 is to keep inclined wall surface with horizontal plane, described
The roof of chock 10 is provided with zigzag card slot.The card slot is used for mutually being clamped with the top of the through hole 3.
The bottom end centre position of the through hole 3 is provided with the downward wedge angle notch 9 of wedge angle.
The left end of the support plate 1 and the right end of support plate 1 are respectively tapered to the left bucking ladder 5 and tapered to the right
Bucking ladder 6.
The bottom wall of roof to the support plate 1 in the support plate 1 and from the support plate 1 is provided with several uniform points
The through slot 7 of cloth, the profile of the through slot 7 is right-angle prismatic column.It can be inserted into and bonded in support plate by the through slot
It, can water conservancy diversion goes out from through slot adhesive during agent.
The top integration of the vertical plate 2 is connected with bucking ladder 8 tapered upward.The bucking ladder 8 of protrusion is just in this way
Part can be taken as hand, easily facilitate hand-held.
There is folding line 11, the folding line 11 is to be kept for 45 degree -135 with horizontal plane on the antetheca or rear wall of the vertical plate 2
The folding line of degree, in the condition that the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile
Under, one end of the folding line is less than the roof of ceramic tile higher than the roof of ceramic tile and the other end of the folding line.The folding line 11
Depth is 0.1mm.
The material of the screeder ontology is PE reinforced plastics, is suitble to automated production.
The distance of 2mm is maintained between the bottom end of the through hole 3 and the roof of support plate 1.It is in this way so that described vertical
Combination between plate 2 and the support plate 1 is more firm, it is not easy to fracture when ceramic tile is levelling.
The technique effect of the present embodiment is：
In this way when tip plate is inserted into adhesive, just play the role of Auxiliary support, compared with simple support plate 1
Tiling single-side support on the adhesive, more tip plates are inserted into being further combined with adhesive after adhesive, increase
Contact area is supported, also just more firmly enhances the firm performance of itself after one block of ceramic tile in screeder；
Under conditions of the roof of the support plate 1 insertion adhesive and the support plate 1 is in contact with the bottom wall of ceramic tile, ceramic tile
Roof is higher than the bottom wall of the through hole 3.This ensures that when chock passes through the through hole 3, the bottom wall of chock can press
Levelling operation is further carried out in the ceramic tile roof.
In addition when ceramic tile needs levelling, in one block of ceramic tile by adhesive paving to ground or metope when and the ceramic tile
In the respective paving of surrounding during four blocks of ceramic tiles adjacent thereto, just between the ceramic tile four block ceramic tiles adjacent with the ceramic tile respectively
A screeder ontology is inserted into, the roof of the support plate 1 of screeder ontology is in contact with the bottom wall of the ceramic tile, then four
When a chock is inserted into the through hole of each screeder ontology respectively, the bottom wall of each chock and the roof of the ceramic tile and one
The roof of the ceramic tile adjacent with the ceramic tile is in contact, and then pushes chock by the card slot of chock and the clamping joint of the through hole 3
Clamping compresses ceramic tile with this, the roof of such five blocks of ceramic tiles can also be caused to keep concordant after ceramic tile is compressed in this way, realization
Levelling, five blocks of ceramic tiles of single treatment of ceramic tile, it is easy to operate and efficient.
The wedge angle angle of the wedge angle notch is 60 degree.The effect of the wedge angle notch 9 is, described pass through is penetrated in chock
The zigzag card slot on the inclined-plane of through-hole 3 and chock is with after the top clamping as clamping joint of the through hole 3, pushing wedge
When son carries out the leveling operations of ceramic tile, the bottom wall that often will appear the through hole 3 is pushing the horizontal force of chock to issue
Raw very big torsional deformation even damages the situation of vertical plate, and after introducing wedge angle notch 9, it will cause in the through hole
The power of torsional deformation can be decomposed a part by the wedge angle notch 9 and generated by 3 bottom wall when micro-strain occurs
The power acted on downwards significantly reduces the lateral destruction of the torsional deformation of ground wall for the through hole 3 in this way, reduces
Damage the probability of vertical plate.
The tapered configuration of such tapered bucking ladder 5 to the left and bucking ladder 6 tapered to the right is inserted into support plate 1
During adhesive, the area laterally contacted in the same plane is reduced, resistance when significantly reducing insertion in this way improves slotting
Enter efficiency.
In this way after ceramic tile is levelling, chock is taken out, vertical plate is pushed down on and can just be fractureed by the folding line 11,
It ensure that the vertical plate part higher than ceramic tile fractures, it is just more easy higher than the part of ceramic tile to remove in this way, in addition the folding line
11 be the folding line that 45 degree of -135 degree is kept with horizontal plane, normal in the levelling stage with the folding line of horizontal plane keeping parallelism compared with existing
The problem of vertical plate moment is often allowed to be broken is come, and the folding line for keeping 45 degree of -135 degree with horizontal plane can be in the levelling stage
Chock is pushed to act on the power on vertical plate, part is decomposed when micro-strain occurs for vertical plate as effect straight down
Power, so as to reduce the possibility that vertical plate fractures in leveling procedures.
The utility model is described in a manner of description of the drawings above, it will be understood by those of skill in the art that this
It is open to be not limited to embodiments described above, in the case of without departing from the scope of the utility model, can make a variety of changes,
Change and replace.
Claims (8)
1. it is a kind of for levelling screeder, including screeder ontology, which is characterized in that the screeder ontology, which is equipped with, to be kept
The firmware that the screeder ontology consolidates；The screeder ontology includes the support plate of bottom and is vertically set at the top of support plate
The vertical plate in centre position, the support plate are tabular, and the perforation from its left wall face to right wall is provided on the vertical plate
Hole, the right end of the support plate is with the inclined barb in lower section to the left；The barb is the inclined tip plate in lower section to the left, described
The lower end of tip plate is cusp-shaped.
2. according to claim 1 be used for levelling screeder, which is characterized in that the profile of the through hole is cuboid
Shape, the top of the through hole is clamping joint, and adhesive and the roof and ceramic tile of the support plate are inserted into the support plate
Bottom wall be in contact under conditions of, the roof of ceramic tile is higher than the bottom wall of the through hole.
3. according to claim 2 be used for levelling screeder, which is characterized in that described also to be wrapped for levelling screeder
Include the columnar chock of right-angle prismatic, the bottom wall of the chock is horizontal wall surface, and the right end of the chock is vertical wall surface, the wedge
The roof of son is to keep inclined wall surface with horizontal plane, and the roof of the chock is provided with zigzag card slot.
4. according to claim 2 be used for levelling screeder, which is characterized in that the bottom end centre position of the through hole
It is provided with the downward wedge angle notch of wedge angle.
5. according to claim 4 be used for levelling screeder, which is characterized in that the left end and support plate of the support plate
Right end be respectively tapered bucking ladder and bucking ladder tapered to the right to the left.
6. according to claim 4 be used for levelling screeder, which is characterized in that in the support plate and from the branch
The bottom wall of the roof of fagging to the support plate is provided with several equally distributed through slots, and the profile of the through slot is right angle three
Prism-shaped.
7. according to claim 6 be used for levelling screeder, which is characterized in that the top integration of the vertical plate connects
It is connected to bucking ladder tapered upward.
8. according to claim 7 be used for levelling screeder, which is characterized in that on the antetheca or rear wall of the vertical plate
With folding line, the folding line is the folding line that 45 degree of -135 degree is kept with horizontal plane, and adhesive and institute are inserted into the support plate
State support plate roof be in contact with the bottom wall of ceramic tile under conditions of, the roof of one end of the folding line higher than ceramic tile and the folding
The other end of trace is less than the roof of ceramic tile.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720404270.8U CN207538410U (en) | 2017-04-17 | 2017-04-17 | It is a kind of to be used for levelling screeder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720404270.8U CN207538410U (en) | 2017-04-17 | 2017-04-17 | It is a kind of to be used for levelling screeder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207538410U true CN207538410U (en) | 2018-06-26 |
Family
ID=62607059
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720404270.8U Expired - Fee Related CN207538410U (en) | 2017-04-17 | 2017-04-17 | It is a kind of to be used for levelling screeder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207538410U (en) |
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110005177A (en) * | 2019-04-16 | 2019-07-12 | 深圳市名雕装饰股份有限公司 | Ceramic tile screeder and the technique for using ceramic tile screeder paving ceramic tile |
| WO2020058932A1 (en) * | 2018-09-21 | 2020-03-26 | Battila Ilaria | Tile positioning device |
| CN113494171A (en) * | 2020-03-19 | 2021-10-12 | 广东博智林机器人有限公司 | Leveling device magazine and leveling robot |
| CN113494173A (en) * | 2020-04-03 | 2021-10-12 | 广东博智林机器人有限公司 | Leveling robot control method and leveling robot |
| GB2622225A (en) * | 2022-09-06 | 2024-03-13 | Ast Tile & Stone Llp | Levelling system |
-
2017
- 2017-04-17 CN CN201720404270.8U patent/CN207538410U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2020058932A1 (en) * | 2018-09-21 | 2020-03-26 | Battila Ilaria | Tile positioning device |
| CN110005177A (en) * | 2019-04-16 | 2019-07-12 | 深圳市名雕装饰股份有限公司 | Ceramic tile screeder and the technique for using ceramic tile screeder paving ceramic tile |
| CN113494171A (en) * | 2020-03-19 | 2021-10-12 | 广东博智林机器人有限公司 | Leveling device magazine and leveling robot |
| CN113494173A (en) * | 2020-04-03 | 2021-10-12 | 广东博智林机器人有限公司 | Leveling robot control method and leveling robot |
| GB2622225A (en) * | 2022-09-06 | 2024-03-13 | Ast Tile & Stone Llp | Levelling system |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20180626 Termination date: 20210417 |