CN1187412A - Tile cutter - Google Patents
Tile cutter Download PDFInfo
- Publication number
- CN1187412A CN1187412A CN97103747A CN97103747A CN1187412A CN 1187412 A CN1187412 A CN 1187412A CN 97103747 A CN97103747 A CN 97103747A CN 97103747 A CN97103747 A CN 97103747A CN 1187412 A CN1187412 A CN 1187412A
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- ceramic tile
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- cutting
- hole
- blade
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Abstract
The present invention provides a tile cutter for continuously rapidly cutting a plurality of tiles. In the tile cutter comprising a tile bearing plate, and a cutting actuator slidably supported along guide rails provided above the plate and having a tile pressing leg and a cutting blade at a lower part, a plurality of upper and lower through holes communicating with a hole provided at a sagging coupling part of a lower part of the actuator are provided through an upper protrusion piece of the leg pivotally secured to the hole. Further, one of the plurality of the upper and lower holes of the piece is selectively corresponded to a position of the hole of the part, and the leg is pivotally secured by a supporting shaft.
Description
The present invention relates to apparatus for cutting ceramic bricks.
The apparatus for cutting ceramic bricks of look-ahead technique is to have the ceramic tile receiving plate along the guide rail of being located at this ceramic tile receiving plate top and supported sliding freely and have action bars on top and have the rupturing operation body of ceramic tile by presser feet and toroidal blade in the bottom.And, when using this apparatus for cutting ceramic bricks desire to cut off ceramic tile, the ceramic tile butt is positioned to be located at preventing to depart from and using projecting strip part of ceramic tile receiving plate the place ahead, use blade to put joint-cutting under and forwards the rupturing operation body is done before the body to slide to move, and use ceramic tile to push ceramic tile and as the boundary ceramic tile is pushed cutting with joint-cutting by presser feet at ceramic tile surface.The ceramic tile that descends again is connected to ceramic tile surface by presser feet and pushes when cutting, and blade is avoided making it can not constitute obstruction in the recess that is located at projecting strip part.
Yet this apparatus for cutting ceramic bricks be because ceramic tile can not be regulated its up and down height and position by presser feet for blade, so, will spended time when the plural pieces ceramic tile of ceramic tile receiving plate if desire to cut off continuously mounting.That is, if when desiring to push the 1st ceramic tile of cutting (being connected to the ceramic tile of the most advanced position of projecting strip part), (as above-mentioned) blade will can not become hinder and ceramic tile can be connected to by presser feet that ceramic tile surface is pushed cutting tile but when desiring to push the 2nd ceramic tile of cutting if the rupturing operation body moved to the body front side, can run into the 1st ceramic tile because of blade etc. and constitute obstruction, so, must push the 1st ceramic tile of cutting and move both sides.Like this, if the 3rd later ceramic tile be when also desiring to push cutting, also must move the preceding furring tile of having pushed cutting and trouble very.
Thereby, the purpose of this invention is to provide a kind of apparatus for cutting ceramic bricks that can promptly cut off the plural pieces ceramic tile continuously.
In order to reach above-mentioned purpose, the present invention takes following technical scheme:
A kind of apparatus for cutting ceramic bricks, it has ceramic tile receiving plate 1, be supported for slip along the guide rail 2 of being located at this ceramic tile receiving plate 1 top has simultaneously action bars 4 freely and has ceramic tile by the rupturing operation body 3 of presser feet 5 with toroidal blade 6 in the bottom on top, it is characterized by:
Pivot above-mentioned ceramic tile in the hole portion 33,33 of the sagging linking part 27 that is located at above-mentioned rupturing operation body 3 bottoms by presser feet 5 above on the projection tab 5b, provide a plurality of through hole 35 up and down that can be communicated with above-mentioned hole portion 33,33 ... on the hole of sagging linking part 27 33,33 regioselectivity ground corresponding to the up and down a plurality of above-mentioned through hole 35 of projection tab 5b above above-mentioned ... in one of, and, ceramic tile by fulcrum 36 pivots and press presser feet 5, toroidal blade 6 changeable ceramic tiles are pressed the height and position up and down of presser feet 5.
Described apparatus for cutting ceramic bricks is characterized in that: set up bounce-back member 37, front end is installed in fulcrum 36, and cardinal extremity is installed on rupturing operation body 3, and above-mentioned fulcrum 36 is often exerted pressure to the direction of insertion bounce-back towards the hole portions 33 of sagging linking part 27.
Described apparatus for cutting ceramic bricks is characterized in that being embedded in the hole portion 28 of above-mentioned blade 6 with by halfbody 31,31 sliding sleeves that constituted 29 that have with the short tube 29a of portion of the internal diameter size outside dimension about equally of the hole portion 28 of toroidal blade 6.
Described apparatus for cutting ceramic bricks, it is characterized in that installing and be used for measuring the used gage 11 of ceramic tile cut-out size, and, length direction in the two sides 14,14 of ceramic tile receiving plate 1 forms guide channel 15,15, and the portion that is guided 17,17 that will have the protuberance 16,16 that is fastened on this guide channel 15,15 is attached to above-mentioned gage 11.
Relevant apparatus for cutting ceramic bricks of the present invention is to have: the ceramic tile receiving plate, the supported while has action bars and has the rupturing operation body of ceramic tile by presser feet and toroidal cutting blade in the bottom on top sliding freely along being located at this ceramic tile receiving plate top, pivot the top projection tab of the above-mentioned ceramic tile of the sagging linking part that is located at above-mentioned rupturing operation body bottom by presser feet, provide a plurality of through holes up and down that can be communicated with above-mentioned hole portion, in the hole of sagging linking part portion position optionally corresponding to up and down a plurality of above-mentioned through hole of projection tab above above-mentioned, and, use the fulcrum pivot ceramic tile and press presser feet, constitute the up and down height and position of changeable ceramic tile by presser feet for the toroidal blade.Again, front end for be installed in fulcrum simultaneously cardinal extremity set up the bounce-back member that above-mentioned fulcrum is often rebounded and exerts pressure to direction of insertion for the hole portion of sagging linking part for being installed on the rupturing operation body.Again, will have the sliding sleeve that halfbody constituted with the short tube portion of the rough equal outer diameters size of the internal diameter size of toroidal blade, be embedded in the hole portion of above-mentioned blade.
Again, be provided with and measure ceramic tile and cut off the required gage of size, simultaneously, in the length of ceramic tile receiving plate two sides to forming guide channel, and, will have the portion of being guided that is fastened on this guide channel protuberance and be attached to above-mentioned gage.
The present invention has positive effect:
Because of the present invention constitutes as above, so can bring into play following effect.
According to the present invention when the operation of the ceramic tile of continuous cutting-off plural pieces, because of ceramic tile can being switched to than blade 6 lower position more by presser feet 5, so, if when desire is pushed cutting in regular turn with each ceramic tile, blade 6 becomes for ceramic tile surface and floats shape and can not become obstruction, can promptly cut off operation.
Can promptly fulcrum 36 be inserted the through hole 35 that the disengaging ceramic tiles be pressed presser feet 5 according to the present invention, and ceramic tile is by descending the handover operation of height and position to become simply on the presser feet 5.Can prevent that in use fulcrum 36 comes off and ceramic tile unexpectedly comes off by presser feet 5 from through hole 35, simultaneously, also can prevent the loss of fulcrum 36 again.
If (making blade 6 when ceramic tile surface puts joint-cutting under) generation is from the high surface pressure of blade 6 when not only can be fully anti-living sliding sleeve 29 cut-out ceramic tiles according to the present invention, simultaneously, the rotor sword 6 smoothly.Again, because of the simple structure of sliding sleeve 29, so, can simplify the installation constitution of blade 6, especially, use very effective as small knife edge 6.
If because of can more being positioned at position, body front side gage 11 is arranged, so the scale of gage 11 sees clearly the measurement of Chu's cut-out size easily can normally carry out easily than the ceramic tile of mounting on ceramic tile receiving plate 1 according to the present invention.
Following with reference to accompanying drawing, describe embodiments of the invention in detail:
Fig. 1 represents enforcement one shape of apparatus for cutting ceramic bricks of the present invention and clipped oblique view.
What Fig. 2 represented the gage installation constitution wants portion's profile.
What Fig. 3 represented the blade installation position wants portion's profile.
Fig. 4 represents the cut-away section side view of ceramic tile dissengaged positions.
Fig. 5 is the cut-away section side view of expression pendular body installation position.
What Fig. 6 represented that ceramic tile presses the presser feet installation position wants portion's profile.
Fig. 7 represents that ceramic tile presses the key diagram of state before the switching of upper-lower position of presser feet.
Fig. 8 represent ceramic tile press presser feet upper-lower position switching state want portion's profile.
Fig. 9 represents the key diagram of pushing cut state of ceramic tile.
The working of an invention form
Now as follows according to drawing detailed description the present invention of expression example.
Fig. 1 is one of example of expression apparatus for cutting ceramic bricks of the present invention, and this apparatus for cutting ceramic bricks is to have; Ceramic tile receiving plate 1 with the parallel pair of guide rails 2,2 of being located at ceramic tile receiving plate 1 top, and is supported for sliding freely the rupturing operation body 3 that supports along guide rail 2,2.
If when explanation, then ceramic tile receiving plate 1 is the rear end of end before the 1a in the above, erects a pair of vertical wall 7,7 that is provided with mutual subtend, is provided with 2 parallel guide rails 2,2 at this 7,7 of a pair of vertical wall with having.Again, 1a front portion on ceramic tile receiving plate 1 is provided with butt ceramic tile ora terminalis and prevents to depart from and locate required projecting strip part 8, and simultaneously, corner portion forms recess 8a in projecting strip part 8.And 1a on ceramic tile receiving plate 1 strides to be provided with to the vertical wall 7 of rear end side from the recess 8a of projecting strip part 8 and supports prominent bar 9, simultaneously, is provided with elastic plate body 10,10 supporting prominent bar 9 both sides.
Again, as Fig. 1 and shown in Figure 2, apparatus for cutting ceramic bricks of the present invention is the used gage 11 and above-mentioned support prominent 9 one-tenth orthogonal shapes of bar ground installing of cut-out size that is used for measuring ceramic tile.Gage 11 is to be embedded in L type ruler 13 sliding freely along formed thereon chase 12 again.
And, in the length of the two sides 14,14 of ceramic tile receiving plate 1 to forming guide channel 15,15, simultaneously, mat will have the portion that is guided 17,17 that is fastened on these guide channel 15,15 protuberances 16,16 and be attached to gage 11, and gage 11 is that keep with supporting prominent 9 one-tenth orthogonal states of bar slidably freely on the limit.Press,, be formed with the longitudinal furrow 15a that protuberance 16 is induced to guide channel 15 in the rear end of guide channel 15.
Now by Fig. 1 and Fig. 3 and Fig. 5 rupturing operation body 3 is described.Rupturing operation body 3 is to have 2,2 slotting leading in hole portion of guide rail are mounted to slip mobile block 18 freely, with the pendular body of via fulcrum 25 pivots at mobile block 18 20, with the action bars that is installed on pendular body 20, with the ceramic tile of being located at pendular body 20 bottoms by presser feet 5 and circular blade 6.
If do when describing in detail more, then mobile block 18 is that the position has the portion of cracking longitudinally 19 between pair of guide rails 2,2 again, simultaneously, has the projection tab 21,21 of the portion of cracking 19 being located at the top standing shape of its both sides as the centre.Press, the guide rail 2,2 of being located at 19 in the portion of cracking is inserted general above-mentioned hole portion, be by easy pit (reaming) process formed, and omitted bearing etc.
Again, pendular body 20 be embedded in mobile block 18 the portion of cracking 19 and in order to increase the contact chip portion 22 with the contact area of mobile block 18, with be located at contact chip portion 22 bottoms, simultaneously blade 6 the used sagging installation portion 24 of two strands of shapes with clamping shape pivot, the piece portion 23 of the required 23a of hole portion with having insertion fixing operation bar 4 cardinal extremities is with sagging linking part 27 from piece portion 23 to the ceramic tile of above-mentioned sagging installation portion 24 rear positions that press presser feet 5 binding usefulness from.
As shown in Figure 3, toroidal blade 6 is the blade parts that have V-shape at periphery, simultaneously, has hole portion 28 in the axle center.And, have rough hole therewith portion 28 internal diameter size equal outer diameter size short tube 29a two cut apart shape sliding sleeve 29 for embedding the hole portion 28 of blade 6.That is sliding sleeve 29 is by having the above-mentioned short tube 29a of portion, with 31,31 formations of a pair of halfbody of the 29b of outward flange portion that is located at 29a foreign side of weak point tube portion.And, by outer edge 29b, the 29b clamping shape ground fixing blade 6 of mutual subtend.
And, be, to change freely pivot at sagging installation portion 24 with the clamping shape and with the blade 6 of sliding sleeve 29 at the pivot fulcrum 30 of the through hole 24a, the 24a that insert logical two strands of sagging installation portions 24 of shape that are formed on pendular body 20.
Press, the gauge of sliding sleeve 29 is that rough becoming equates with the width dimensions of the portion of cracking 32 of the sagging installation portion 24 that inserts attached sliding sleeve 29 blades 6, and flange part 29b, 29b prevent the teeter of blade 6 outside sliding sleeve 29.Again, pivot fulcrum 30 is at one end to have head, simultaneously, has positive bolt at his end, and for its positive screw threaded nut in case anti-avulsion fall.
Now the bond sites that obvious kinetoplast 20 and ceramic tile are pressed presser feet 5 from Fig. 5 and Fig. 6.The sagging linking part 27 of pendular body 20 is, becomes two gangs of 27a of portion from the centre to the bottom, provides hole portion 33,33 in these two bursts of portion 27a bottoms, and, also provided hole portion 34 on sagging linking part 27 tops.And be inserted with bolt component 38a, and prevent that by nut component 38b it from coming off in last hole portion 34.
Again, ceramic tile is to have approximately to be-the press section 5a of font by presser feet 5, with the top projection tab 5b that dashes forward and establish in the middle of the 5a of press section, above this projection tab 5b provide can with the through hole 35 of a plurality of (legend is 2) about the hole portion 33,33 of two gangs of 27a of portion of sagging linking part 27.
Yet, position in the hole of sagging linking part 27 one 33,33, a plurality of through holes 35 up and down of optionally corresponding top projection tab 5b ... one of in, and, fulcrum 36 inserted lead in hole portion 33,33 and through hole 35 and ceramic tile will in sagging linking part 27 by pivot by presser feet 5.That is, constitute for the up and down height and position of blade 6 changeable ceramic tiles by presser feet 5.And in the time of usually, ceramic tile is that projection tab 5b through hole 35 down in its top is hole portion 33 positions in alignment with sagging linking part 27 by presser feet 5.And, apparatus for cutting ceramic bricks of the present invention is that its front end is installed in 36 while of fulcrum cardinal extremity for being installed on rupturing operation body 3, and because of setting up often the wire bounce-back member 37 that fulcrum 36 is exerted pressure to the direction of insertion bounce-back for the hole portion 33 of sagging linking part 27, so can carry out rapidly fulcrum 36 is inserted for the disengaging of through hole 35 during above-mentioned switching.Again, can prevent that not only fulcrum 36 from coming off and ceramic tile unexpectedly breaks away from by presser feet 5, simultaneously, also can prevent the loss of fulcrum 36.
When if the bond sites of bounce-back member 37 is described in further detail again, one of fulcrum 36 end is provided with ring-type and pinches head 40 portion 39, and at the through hole 41 of head 40 (with axle center orthogonal direction), and the front end of bounce-back member 37 is inserted in this through hole 41 and bending prevents that it from coming off.Again, the cardinal extremity of bounce-back member 37 is the heads that connect the bolt component 38a that is installed on sagging linking part 27 tops, and is bent in case anti-avulsion falls.
Now as Fig. 1 and shown in Figure 4, use apparatus for cutting ceramic bricks of the present invention, if desire the plural pieces ceramic tile K of continuous cutting-off direction arrangement forwards, backwards on elastic plate body 10 ... the time, with rupturing operation body 3 from the body front side forwards (arrow A direction) push mobilely, use blade 6 at each ceramic tile K ... the surface puts joint-cutting under.At this moment, owing to be formed with the recess 8a that blade 6 is avoided usefulness at the projecting strip part 8 of ceramic tile receiving plate 1, so the ceramic tile K that can arrive the forefront that is connected to projecting strip part 8 puts joint-cutting at last under.
As shown in Figure 5, because the contact chip portion 22 of (increasing mobile block 18 and contact area) pendular body 20, just can prevent from by this, the swing of blade 6 can not take place, and can put joint-cutting as the crow flies under for the becoming flexible of the pendular body 20 of mobile block 18 again.And before cut-out, use gage 11 to measure ceramic tile K ... the cut-out size, still, this moment is owing to be positioned at the ceramic tile K that arranges gage 11 ... more body front side (operator side), thus scale watched easily, and can carry out correct measurement.
Return Fig. 4, thereafter, use ceramic tile to press the ceramic tile K1 of presser feet 5, push cutting from the front position.At this moment, because blade 6 falls into a little in recess 8a, so ceramic tile for being connected to ceramic tile K1 surface, and as shown in Figure 6, can be that cutting is pushed on the boundary by the joint-cutting on ceramic tile K1 surface by the two ends of the press section 5a of presser feet 5.
Now as shown in Figure 7, action bars 4 is pulled before body and ceramic tile is positioned at by presser feet 5 on the 2nd the ceramic tile K2, but this moment, so because the 1st ceramic tile K1 can become to hinder that blade 6 is placed on the 2nd the ceramic tile K2.So,, as shown in Figure 8, pivot is propped up ceramic tile takes off from 35 groups of through holes under the projection tab 5b of top, and be replaced by top through hole 35 by the fulcrum 36 of presser feet 5 because ceramic tile more is positioned at the top position by the press section 5a of presser feet 5 than blade 6 bottoms.
Thereby, as shown in Figure 9, for blade 6 and ceramic tile will become lower position by the press section 5a of presser feet 5, and press section 5a can be connected to ceramic tile K2 surface, that is blade 6 becomes for ceramic tile K2 surface and floats shape, so, if just can push cutting tile K2 when depressing action bars 4.And the 3rd ceramic tile K3 can push cutting later on similarly in regular turn.
And the present invention is not to be to be defined in above-mentioned example, for example, the alternate figures 6 illustrated bolt component 38a that are installed in the sagging linking part 27 of pendular body 20, and use the protuberance that hooks that forms bounce-back member 37 cardinal extremities that are fastened at sagging linking part 27, and also can be with the bounce-back member 37 alternative flat springs that use.
Claims (4)
1, a kind of apparatus for cutting ceramic bricks, it has ceramic tile receiving plate (1), be supported for slip along the guide rail (2,2) of being located at this ceramic tile receiving plate (1) top has action bars (4) freely simultaneously and has the rupturing operation body (3) of ceramic tile by presser feet (5) and toroidal blade (6) in the bottom on top, it is characterized by:
In the hole portion (33 of the sagging linking part (27) that is located at above-mentioned rupturing operation body (3) bottom at pivot, 33) above-mentioned ceramic tile is pressed on the top projection tab (5b) of presser feet (5), provide and to be communicated with above-mentioned hole portion (33,33) a plurality of through hole (35) up and down, hole portion (33 at sagging linking part (27), 33) regioselectivity ground is corresponding to one of in a plurality of up and down above-mentioned through hole (35) of above-mentioned top projection tab (5b), and, ceramic tile by fulcrum (36) pivot and press presser feet (5), the convertible ceramic tile of toroidal blade (6) is pressed the height and position up and down of presser feet (5).
2, apparatus for cutting ceramic bricks according to claim 1 is characterized in that:
Set up bounce-back member (37), its front end is installed in fulcrum (36), and cardinal extremity is installed on rupturing operation body (3), and above-mentioned fulcrum (36) is often exerted pressure to the direction of insertion bounce-back towards the hole portion (33) of sagging linking part (27).
3, apparatus for cutting ceramic bricks according to claim 1 and 2 is characterized in that:
The sliding sleeve (29) that will be made of the halfbody (31,31) that has with the short tube portion (29a) of the internal diameter size outside dimension about equally of the hole portion (28) of toroidal blade (6) is embedded in the hole portion (28) of above-mentioned blade (6).
4, according to claim 1 or 2 or 3 described apparatus for cutting ceramic bricks, it is characterized in that:
Installing is used for measuring ceramic tile and cuts off the used gage (11) of size, and, length direction in the two sides (14,14) of ceramic tile receiving plate (1) forms guide channel (15,15), and the portion that is guided (17,17) that will have the protuberance (16,16) that is fastened on this guide channel (15,15) is attached to above-mentioned gage (11).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN97103747A CN1187412A (en) | 1997-01-10 | 1997-04-02 | Tile cutter |
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP14618/97 | 1997-01-10 | ||
| CN97103747A CN1187412A (en) | 1997-01-10 | 1997-04-02 | Tile cutter |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN1187412A true CN1187412A (en) | 1998-07-15 |
Family
ID=5166866
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN97103747A Pending CN1187412A (en) | 1997-01-10 | 1997-04-02 | Tile cutter |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN1187412A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103407005A (en) * | 2013-07-17 | 2013-11-27 | 陈仲礼 | Strip cutting machine of ceramic tiles |
| CN105619622A (en) * | 2016-01-21 | 2016-06-01 | 苏州经贸职业技术学院 | Semi-automatic ceramic cutting machine |
| CN108068216A (en) * | 2017-08-08 | 2018-05-25 | 李少帅 | A kind of portable apparatus for cutting ceramic bricks of pneumatic type |
| CN113894347A (en) * | 2021-11-18 | 2022-01-07 | 芜湖天航重工股份有限公司 | Metal plate cutting equipment with noise reduction function |
-
1997
- 1997-04-02 CN CN97103747A patent/CN1187412A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103407005A (en) * | 2013-07-17 | 2013-11-27 | 陈仲礼 | Strip cutting machine of ceramic tiles |
| CN105619622A (en) * | 2016-01-21 | 2016-06-01 | 苏州经贸职业技术学院 | Semi-automatic ceramic cutting machine |
| CN108068216A (en) * | 2017-08-08 | 2018-05-25 | 李少帅 | A kind of portable apparatus for cutting ceramic bricks of pneumatic type |
| CN113894347A (en) * | 2021-11-18 | 2022-01-07 | 芜湖天航重工股份有限公司 | Metal plate cutting equipment with noise reduction function |
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| AD01 | Patent right deemed abandoned | ||
| C20 | Patent right or utility model deemed to be abandoned or is abandoned |