CN209141770U - A kind of engraving tool mounting structure and plate ceramic pattern portray equipment - Google Patents

A kind of engraving tool mounting structure and plate ceramic pattern portray equipment Download PDF

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Publication number
CN209141770U
CN209141770U CN201821719867.2U CN201821719867U CN209141770U CN 209141770 U CN209141770 U CN 209141770U CN 201821719867 U CN201821719867 U CN 201821719867U CN 209141770 U CN209141770 U CN 209141770U
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CN
China
Prior art keywords
mould group
engraving
graver
tool mounting
mounting structure
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CN201821719867.2U
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Inventor
朱红宇
谭亮
刘奇
黄磊
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DONGGUAN WEIMEI CULTURAL CERAMIC Co.,Ltd.
Dongguan City Wonderful Ceramics Industrial Park Co Ltd
Original Assignee
Dongguan Weimei Decorative Materials Co Ltd
Dongguan Aestheticism Culture Ceramic Co Ltd
Dongguan City Wonderful Ceramics Industrial Park Co Ltd
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Application filed by Dongguan Weimei Decorative Materials Co Ltd, Dongguan Aestheticism Culture Ceramic Co Ltd, Dongguan City Wonderful Ceramics Industrial Park Co Ltd filed Critical Dongguan Weimei Decorative Materials Co Ltd
Priority to CN201821719867.2U priority Critical patent/CN209141770U/en
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Abstract

The utility model discloses a kind of engraving tool mounting structures and plate ceramic pattern to portray equipment, wherein, engraving tool mounting structure includes: that carving device is provided with at least two: the first engraving mould groups, the second engraving mould group and the third engraving mould group in lower die group;First engraving mould group is used for the contour line of processing ceramic workpiece surface, is provided with the first graver;Second engraving mould group is provided with the second graver for carrying out choosing sand to ceramic workpiece surface;Third carves mould group and carries out stamping knife for ceramic workpiece surface, is provided with third graver;Intermediate link block offers the cutter receiving hole for accommodating graver knife handle.Engraving tool mounting structure provided by the utility model sets same structure for the knife handle for the graver for being used to choose sand, being used for machining profile line and being used for stamping knife, is then installed on intermediate link block, so that it is can be applied to plate ceramic pattern and portrays equipment.

Description

A kind of engraving tool mounting structure and plate ceramic pattern portray equipment
Technical field
The utility model relates to pattern characterization device technical field more particularly to a kind of engraving tool mounting structure and Plate ceramic pattern portrays equipment.
Background technique
Cultural ceramics, refer to the tile product rich in Humanistic Value and artistic value, such product summarizes traditional hand Work artistic carving and modern ceramic industry technology.
The processing of cultural ceramics, workable pattern depicting method have: stamping knife chooses sand, flat cutter, waves knife, scraping glaze and double-pole, Different pattern depicting methods, which may use, arrives different hand-held cutters, and for some cutters convenient for holding, some cutters are convenient for grip, So that existing, there are many different Knife handle structures.
Therefore, it is unfavorable for new hand's identification, and increase and answer for the cutter structure diversification of ceramic process in the prior art For cultural ceramics automation or the difficulty of semi-automatic process equipment.
As it can be seen that the existing technology needs to be improved and developed.
Utility model content
In view of above-mentioned deficiencies of the prior art, one kind provided by the utility model can be applied to plate ceramic pattern and portray The engraving tool mounting structure of equipment and equipment is portrayed with its plate ceramic pattern.
The technical solution of the utility model is as follows:
A kind of engraving tool mounting structure comprising: carving device, the carving device be provided with in lower die group extremely Few two: first engraving mould groups, the second engraving mould group and third carve mould group;The first engraving mould group is used for processing ceramic work The contour line on part surface is provided with the first graver;The second engraving mould group is used to carry out choosing sand to ceramic workpiece surface, if It is equipped with the second graver;The third engraving mould group carries out stamping knife for ceramic workpiece surface, is provided with third graver;It is described First graver, the second graver and third graver use identical Knife handle structure, and are all fixed on an intermediate link block On, the intermediate link block offers the cutter receiving hole for accommodating graver knife handle.
In further preferred embodiment, the carving device includes: the first engraving mould group, the second engraving mould group and third Carve mould group;The shank length of first graver, the second graver and third graver is all in 2cm between 5cm.
In further preferred embodiment, the carving device includes: the first engraving mould group, the first engraving mould group packet Include: the first switching cylinder, the first transfer block, the first mould group sliding block, the first pinboard, the first rotary electric machine, the first cutter are fixed Plate and the first graver;The first switching cylinder is fixed on mould group switch boards, first transfer block and the first switching cylinder Piston rod be connected, first pinboard is all fixedly connected with the first transfer block and the first mould group sliding block, first mould Group sliding block adapts to the first mould group guide rail in Z axis driving device;First rotary electric machine is fixed on the first pinboard, described First cutter fixed plate is fixedly connected on the output shaft of the first rotary electric machine, and first graver is relatively fixed to the first cutter Fixed plate.
In further preferred embodiment, the two sides of the intermediate link block are threadedly connected to first cutter and fix Plate.
In further preferred embodiment, the first cutter fixed plate two sides offer an arc groove, the arc respectively Shape slot is used to adjust position and the posture of intermediate link block.
In further preferred embodiment, the carving device further include: the 4th engraving mould group, the 4th engraving mould group Equipped with drill bit, the drill bit is used to carry out size and portrays less than the lines of predetermined value.
In further preferred embodiment, the 4th engraving mould group further include: the 4th switching cylinder, the 4th movement switching Block, the 4th mould group sliding block, the 4th pinboard, the 4th rotary electric machine and drill bit;The 4th movement transfer block and the 4th switching gas Cylinder is fixedly connected;The 4th mould group sliding block is fixedly connected by the 4th pinboard with the 4th movement transfer block, and adapts to Z axis The 4th mould group guide rail in driving device;4th rotary electric machine is fixed on the 4th pinboard, and is connected with the drill bit.
A kind of plate ceramic pattern portrays equipment comprising engraving tool mounting structure as described above.
Compared with prior art, engraving tool mounting structure provided by the utility model, is provided with carving device, described Carving device is provided with at least two: the first engraving mould groups, the second engraving mould group and the third engraving mould group in lower die group;Institute Contour line of the first engraving mould group for processing ceramic workpiece surface is stated, the first graver is provided with;The second engraving mould group For carrying out choosing sand to ceramic workpiece surface, it is provided with the second graver;The third engraving mould group is used for ceramic workpiece surface Stamping knife is carried out, third graver is provided with;First graver, the second graver and third graver use identical knife handle Structure, and be all fixed on an intermediate link block, the intermediate link block offers the cutter for accommodating graver knife handle Receiving hole.Engraving tool mounting structure provided by the utility model will be used to choose sand, and be used for machining profile line and be used for stamping knife The knife handle of graver be set as same structure, be then installed on intermediate link block, it made to can be applied to plate ceramic pattern Portray equipment.
Detailed description of the invention
Fig. 1 is that there are two the structural schematic diagrams that the plate ceramic pattern of station portrays equipment for tool in the utility model.
Fig. 2 is the structural representation that in the utility model there is the plate ceramic pattern of a station to portray the first visual angle of equipment Figure.
Fig. 3 is the structural representation that in the utility model there is the plate ceramic pattern of a station to portray the second visual angle of equipment Figure.
Fig. 4 is the structural schematic diagram of carving device in the utility model.
Fig. 5 is the structural schematic diagram of the first engraving mould group in the utility model.
Fig. 6 is the structural schematic diagram of the first graver mounting structure in the utility model.
Fig. 7 is the structural schematic diagram of waste material gettering system in the utility model.
Fig. 8 is the structural schematic diagram of workbench in the utility model.
Specific embodiment
The utility model provides a kind of engraving tool mounting structure and plate ceramic pattern portrays equipment, to keep this practical new The purpose of type, technical solution and effect are clearer, define, and referring to the drawings and give an actual example further detailed to the utility model It describes in detail bright.It should be appreciated that specific embodiment described herein is only used to explain the utility model, it is not used to limit this reality With novel.
As shown in Figure 1 to Figure 3, the utility model provides a kind of plate ceramic pattern and portrays equipment, is mainly used for portraying The pattern on the ceramic surface with plane, for example preliminary molding ceramic floor is depicted into dent, it is complete to be formed Pattern.The equipment generally comprises: pedestal 100, workbench 200, carving device 600, X-axis driving device 400, Y-axis driving device 300 and Z axis driving device 500.Fig. 1 is the knot that double-station plate ceramic pattern portrays equipment in the utility model preferred embodiment Structure schematic diagram;Fig. 2 is the structure that single-station plate ceramic pattern portrays the first visual angle of equipment in the utility model preferred embodiment Schematic diagram;Fig. 3 is that the structure that single-station plate ceramic pattern portrays the second visual angle of equipment in the utility model preferred embodiment is shown It is intended to.The driving source in the illustration omitted of parts thereof, such as Y-axis driving device 300, engraving dress have been carried out in Fig. 2 and Fig. 3 Set two rotary electric machines in 600, all gravers etc.;Because the parts thereof has been shown in FIG. 1, and Fig. 1 and Fig. 2 and The difference of Fig. 3 is only that the quantity of station, and therefore, single-station plate ceramic pattern is portrayed device structure and had no in the utility model Place is not known.
In the utility model preferred embodiment, the pedestal 100 is workbench 200, carving device 600, X-axis driving dress The carrier of 400, Y-axis driving device 300 and Z axis driving device 500 is set, workbench 200 is for carrying ceramic workpiece (ceramic workpiece Indicated in Fig. 1 with tc), carving device 600 is used to carry out pattern to the ceramic workpiece being carried on workbench 200 to portray, institute X-axis driving device 400, Y-axis driving device 300 and Z axis driving device 500 is stated to be respectively used to enable workbench 200 and carving device 600 generate the relative movement in X-axis, Y-axis and Z-direction, that is, are respectively used for driving workbench 200 or carving device 600 along X Axis, Y-axis and Z axis are mobile;That is, three driving devices can be set to all be connected with carving device 600, can also set It is set to and is all connected with workbench 200, can also be connected respectively with any one in carving device 600 and workbench 200, Such as X-axis driving device 400 is connected with workbench 200, Y-axis driving device 300 and Z axis driving device 500 then all with engraving Device 600 is connected, and implementation is more, and the utility model will not enumerate herein.
In the utility model further preferred embodiment, the Z axis driving device 500 is connected with carving device 600 It connects, the X-axis driving device 400 is connected with Z axis driving device 500, the Y-axis driving device 300 and X-axis driving device 400 are connected, and Y-axis driving device 300 is directly connected to pedestal 100.
There are many realize structure and be each automatic for X-axis driving device 400, Y-axis driving device 300 and Z axis driving device 500 Process equipment common structure, such as driving motor add leadscrew-nut mechanism, and driving motor adds rack and pinion drive mechanism, driving electricity Machine adds belt gear, linear motor direct drive, and cylinder directly drives etc., and the utility model is not described in detail herein Each driving device structure composition.
Preferably, there are two the settings of Y-axis driving device 300, two Y-axis driving devices 300 are separately positioned on pedestal 100 Two sides,
It should be noted that X-axis driving device 400, Y-axis driving device 300 and Z axis driving device 500 are not necessarily set It sets, according to actual processing demand, any one in three driving devices or two can also be only set, such as only around list One straight line carries out periphery and portrays that (such as motor or cylinder actuator also can be set in carving device 600, to drive engraving swivel Dynamic to portray, then plate ceramic pattern, which portrays equipment, can only be arranged X-axis driving device 400 or Y-axis driving device 300(sight item Direction determines)).
As shown in figure 4, the carving device 600 is preferably included at least one of lower die group: the first engraving mould group 610, the second engraving mould group 620, third engraving mould group 630 and the 4th engraving mould group 640.The first engraving mould group 610 is used for The contour line of processing ceramic workpiece surface, the second engraving mould group 620 are used to choose to ceramic workpiece surface sand, and described the Three engraving mould groups 630 are used to carry out ceramic workpiece surface stamping knife, and the 4th engraving mould group 640 is used for processing ceramic workpiece table The size in face is less than the lines of contour line.Contour line is mostly relatively thick, and lines are mostly relatively thin.
The common artistic method of ceramics engraving has following several:
Groove: using graver as tool, using green compact green body as carrier.Pass through the process of graver groove on green compact.Knife Mouth and blade are used in combination, knife edge contact green compact carrier, and the edge of a knife, at 35 to 45 degree, cuts 1.2 to 1.5 millimeters of depth from green compact carrier; According to the pattern line of product or the program lines finished, promote the edge of a knife at the uniform velocity at pattern line by hand-power (or mechanical force) Or the program lines finished, the place for carving cutter on green compact leave the trace engraving effect that graver inscribes line.
Stamping knife: point of a knife is used in combination with blade, and the knife edge at the uniform velocity promotes forward, so that line edge is left nature and collapses damage, incomplete trace Mark.
It chooses sand: being chiseled and carved on green compact of ceramic tile using the point of a knife of graver, it is front-seat neat after irregularly carving sequence Position become the position of heel row avalanche, front and back is in picturesque disorder, therefore named to choose sand shaped like sand.
Flat cutter: grafter is carried out in green surface using the blade of graver, carves position according to the difference of institute's needle drawing case, no The short width of limit for length.
Dance knife: for the graver knife edge to waving inside strokes of characters, the lines carved have astringent sense and power sense.
It scrapes glaze: the glaze of green compact of ceramic tile being scraped using the knife edge plane of graver, can achieve deep mixed Transition effect.
Double-pole: in portraying lines or strokes of characters, same line type stroke is completed with two knives, substantially the first from left knife, A right knife, is more clear text, is agile.
Though the utility model is it is preferable to use stamping knife and chooses two kinds of techniques of sand, but it is understood that, flat cutter waves knife, scrapes glaze And double-pole arbitrarily can replace and be added to carving device 600, even carving device 600 is only used for realizing above-mentioned process Middle one kind also may be used.
In the utility model further preferred embodiment, as shown in figure 4, the Z axis driving device 500 is provided with mould Group switch boards 510, it is as shown in Figure 5 to be fixed with the first mould group guide rail 521(in the mould group switch boards 510), the second mould group guide rail 522, third mould group guide rail 523 and the 4th mould group guide rail 524, the first mould group guide rail, the second mould group guide rail 522, third mould There are two group guide rail 523 and the 4th mould group guide rail 524 are all arranged, and it is respectively used to carve mould for the first engraving mould group 610, second Longitudinal movement (being moved along the Z-direction) guiding of group 620, third engraving mould group 630 and the 4th engraving mould group 640.Mould group is led The setting of rail adapts to engraving mould group, if carving device no setting is required some engraving mould group (such as third carve mould group), mould Group switch boards 510 can omit the setting of respective mode group guide rail, and length can also carry out a degree of reduction, when engraving mould group increases When (such as increase for realizing flat cutter technique mould group), then the length of the quantity of mould group guide rail and mould group switch boards also changes therewith Become.The first mould group guide rail 521(is as shown in Figure 5), the second mould group guide rail 522, third mould group guide rail 523 and the 4th mould group lead Rail 524 is, it is preferable to use identical model specification, in order to maintenance, repair and replacement.
When progress pattern is portrayed, the same time usually only uses a cutter, therefore, the first engraving mould group 610, second Carve mould group 620, third engraving mould group 630 and each cutter of the 4th longitudinally movable adjustment of engraving mould group 640 and ceramic workpiece Between spacing, with selection use which mould group, which kind of process completed;For example, when carrying out choosing sand, the second engraving mould group Cutter decline on 620, and the cutter in other mould groups is maintained at the height not contacted with ceramic workpiece.
The first engraving mould group 610 includes (as shown in Figure 5): the first switching cylinder 612, the first transfer block 613, first Mould group sliding block 614, the first pinboard 615, the first rotary electric machine 616, the first cutter fixed plate 617 and the first graver 619.Institute It states the first switching cylinder 612 and is fixed on mould group switch boards 510, the piston of first transfer block 613 and the first switching cylinder 612 Bar is connected, and first pinboard 615 is all fixedly connected with the first transfer block 613 and the first mould group sliding block 614;Described first Rotary electric machine 616 is fixed on the first pinboard 615, and the first cutter fixed plate 617 is fixedly connected on the first rotary electric machine 616 Output shaft, first graver 619 is relatively fixed to the first cutter fixed plate 617.
Or the first engraving mould group 610 includes: the first switching cylinder, the first transfer block, the first mould group sliding block, first Pinboard, the second pinboard, the first rotary electric machine, the first cutter fixed plate and the first graver.The first switching cylinder is solid Due to mould group switch boards 510, first transfer block is connected with the piston rod of the first switching cylinder, first pinboard with First transfer block and the first mould group sliding block are all fixedly connected;Second pinboard is fixedly connected with the first pinboard, and described One rotary electric machine is fixed on the second pinboard, and the first cutter fixed plate is fixedly connected on the output shaft of the first rotary electric machine, First graver is relatively fixed to the first cutter fixed plate.
It is preferred that the first switching cylinder 612 is fixed on mould group switch boards 510 by the first cylinder block 611.Furthermore it is possible to Understand, the setting quantity of pinboard has no materially affect for the first engraving 610 structure of mould group.
When needs first carve mould group 610 and lower into working condition, the first switching cylinder 612 drives the first transfer block 613 declines, and the first graver 619 is successively transferred the motion to by the first transfer block 613, until the first graver 619 arrives Up to designated position;In this process, the first mould group sliding block 614 is adapted with the first mould group guide rail, is under the first graver 619 Drop is oriented to.
If desired 619 angle of the first graver is adjusted, then the first cutter fixed plate 617 is driven by the first rotary electric machine 616 Rotation, and then adjust the angle for the first graver 619 being fixedly connected with the first cutter fixed plate 617.
Traditional graver is for the ease of the various gimmicks of realization, the structure of knife handle usually difference, such as some engravings Knife needs conveniently to choose sand, some gravers need to facilitate grafter, some gravers need to facilitate stamping knife.And the utility model carries out Automation processing, it is only necessary to graver and cutter fixed plate is relatively fixed, facilitate staff's hand without considering how The problem of holding.
Therefore, in the utility model preferred embodiment, multiple gravers can be used unified Knife handle structure, and by knife handle Length limit in a certain range, such as 2cm ~ 5cm(tradition graver knife handle is typically larger than 5cm).
It is provided with intermediate link block 618 between the graver and cutter fixed plate, is opened in the middle part of the intermediate link block 618 Equipped with cutter receiving hole, the shape adaptation of the cutter receiving hole is in graver knife handle.Graver loosens even in order to prevent It loosens, what the utility model selected for graver use to be interference fitted prevents from being fixed on intermediate link block 618;Or it opens up and knife Have the threaded hole of receiving hole connection, then compresses graver using hold-down bolt.
As shown in Figure 6, it is preferred that the knife handle ontology of the graver is cylindrical, and is formed at least one in outer rim A positioning plane, at least one locating slot or at least one positioning protrusion, to mention while reinforcing graver connective stability High position precision.
618 two sides of intermediate link block are threadedly connected to cutter fixed plate, and form includes: that two sides are extended with threaded post, It is tightened after cutter fixed plate by nut;Or threaded hole is opened up, it is fixed using the bolt across cutter fixed plate. It is adapted to therewith, cutter fixed plate lower end is in " mouth " font of bottom opening.
In order to improve the positioning accuracy and stability of graver, can also by graver and 618 one of intermediate link block at Type, but integrally formed structure is not easy to cutter changing, and higher cost, therefore, the preferred graver of the utility model and centre connect Block 618 is connect using separate structure.
In the utility model further preferred embodiment, cutter fixed plate two sides offer an arc groove respectively 617a, the arc groove 617a are used to adjust position and the posture of intermediate link block 618.When the pose of intermediate link block 618 needs When adjusting, the nut or bolt of fixed intermediate link block 618 are loosened first, then the arcuately mobile intermediate link block of slot 617a 618 position simultaneously rotates intermediate link block 618 to suitable angle, finally tightens nut or bolt again.
Preferably, the second engraving mould group 620 and third engraving mould group 630 use and the first engraving 610 phase of mould group Same part configuration, the selection of graver model specification determine according to actual needs.
As shown in figure 4, the 4th engraving mould group 640 preferably includes: the 4th cylinder block 641(can be not provided with the 4th gas Cylinder seat 641, and by the 4th switching cylinder 642 be directly fixed on mould group switch boards 510), the 4th switching cylinder the 642, the 4th move Transfer block 643, the 4th mould group sliding block (not shown), the 4th pinboard 644, the 4th rotary electric machine 645 and drill bit 646(such as Fig. 7 institute Show).From first engraving mould group 610 to third engraving mould group 630 unlike, the 4th carve mould group 640 added using small lines Work tool is drill bit, rather than graver.Why drill bit is used, is because drill bit structure is simple, installation and positioning are convenient, drill bit Conducive to the lesser lines of processing dimension.And the 4th rotary electric machine 645 why is used, it is to reduce the resistance when processing of small lines Power cooperates the mobile guide of X-axis driving device 400 and Z axis driving device 500, more smoothly using the centrifugal force of drill bit tip Completion small lines processing.
The processing of small lines, the utility model, which is used, (chooses sand and stamping knife with conventional machining process and other processing methods Deng) entirely different processing method and structure, it reduces maintenance cost, simplify modular structure and disassembly process.
The lifting of drill bit and the lifting structure and process and indifference of graver in other mould groups in 4th engraving mould group 640 Not, details are not described herein for the utility model.
In the utility model further preferred embodiment, the equipment further include: waste material gettering system, such as Fig. 7 institute Show, the waste material gettering system includes: negative pressure source (preferably negative-pressure air fan), waste material absorption pipeline 720 and dust gathering arrester 730, institute State waste material and absorb 720 first end of pipeline and be connected to negative-pressure air fan air inlet, second end and the dust gathering arrester 730 be connected, institute State the outside that dust gathering arrester 730 covers at drill bit in the 4th engraving mould group 640.
Why dust gathering arrester 730 is arranged in the outside of drill bit by the utility model, is enabled to simplify equipment overall structure Dust gathering arrester 730 can avoid in addition increasing mobile drive deivce with drill bit synchronizing moving, and then reduce equipment manufacturing cost.Certainly, dust Cover 730 also can be set in the outside of graver.
Y-axis guide rail (or Y-axis rack gear) is fitted with Y-axis sliding block (or Y-axis gear) in the Y-axis driving device 300 and Y-axis is sliding Movable plate, Y-axis sliding panel two sides are connected separately with the left telescopic cover of Y-axis and the right telescopic cover of Y-axis, when the Y-axis sliding panel to the right When side is mobile, the right telescopic cover of Y-axis is compressed, and the left telescopic cover of Y-axis is stretched, and is always ensured that engraving is generated in the process with this Waste material will not be attached to Y-axis guide rail and Y-axis sliding block.Similarly, the X-axis driving device 400 also left telescopic cover of settable X-axis and X The right telescopic cover of axis, details are not described herein for the utility model.
As shown in figure 8, the workbench 200 offers several through holes 210 in the utility model preferred embodiment, Lower section and pedestal 100 are formed with semiclosed chamber, and the semiclosed chamber is connected with vacuum pump, the vacuum pump by semiclosed chamber and Ceramic workpiece is adsorbed in 200 upper surface of workbench by through hole 210.
Further, 200 upper surface of workbench offers several row grooves 220 and several columns groove 230, Ruo Ganhang Groove 220 and several columns groove 230 are staggered, form air and flow net, the setting of through hole 210 is in air flowing net Portion, and be all connected to row groove 220 and column groove 230, so that adsorption capacity is throughout entire 200 upper surface of workbench.
In the utility model further preferred embodiment, there are two station, the carving devices for the equipment setting 600 under the drive of Y-axis driving device 300, can move back and forth between two stations.When the ceramic workpiece figure on the first station After the completion of case is portrayed, carving device 600 is moved to second station under the drive of Y-axis driving device 300;In second station After the completion of ceramic workpiece pattern is portrayed, carving device 600 is moved again to the first work under the drive of Y-axis driving device 300 Position constantly recycles.After the completion of some ceramic workpiece is portrayed, staff can in time be removed the ceramic workpiece, and be replaced not The ceramic workpiece portrayed;Efficiency is portrayed with this to improve.
The utility model additionally provides a kind of engraving tool mounting structure, and specific structure is as described above.
It should be understood that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come It says, it can be modified or changed according to the above description, and all these modifications and variations all should belong to the appended power of the utility model The protection scope that benefit requires.

Claims (9)

1. a kind of engraving tool mounting structure characterized by comprising carving device, the carving device are provided with lower die At least two: the first engraving mould groups, the second engraving mould group and third in group carve mould group;The first engraving mould group is for adding The contour line on work ceramic workpiece surface, is provided with the first graver;It is described second engraving mould group be used for ceramic workpiece surface into Row chooses sand, is provided with the second graver;The third engraving mould group carries out stamping knife for ceramic workpiece surface, is provided with third carving Icking tool;First graver, the second graver and third graver use identical Knife handle structure, and are all fixed in one Between on link block, the intermediate link block offers the cutter receiving hole for accommodating graver knife handle.
2. engraving tool mounting structure according to claim 1, which is characterized in that the carving device includes: the first carving Die sinking group, the second engraving mould group and third carve mould group;The shank length of first graver, the second graver and third graver All in 2cm between 5cm.
3. engraving tool mounting structure according to claim 1, which is characterized in that the carving device includes: the first carving Die sinking group, it is described first engraving mould group include: the first switching cylinder, the first transfer block, the first mould group sliding block, the first pinboard, First rotary electric machine, the first cutter fixed plate and the first graver;The first switching cylinder is fixed on mould group switch boards, described First transfer block is connected with the piston rod of the first switching cylinder, and first pinboard and the first transfer block and the first mould group are slided Block is all fixedly connected, and the first mould group sliding block adapts to the first mould group guide rail in Z axis driving device;The first rotation electricity Machine is fixed on the first pinboard, and the first cutter fixed plate is fixedly connected on the output shaft of the first rotary electric machine, and described first Graver is relatively fixed to the first cutter fixed plate.
4. engraving tool mounting structure according to claim 3, which is characterized in that the two sides screw thread of the intermediate link block It is connected to the first cutter fixed plate.
5. engraving tool mounting structure according to claim 3, which is characterized in that the first cutter fixed plate two sides point An arc groove is not offered, and the arc groove is used to adjust position and the posture of intermediate link block.
6. engraving tool mounting structure according to claim 1, which is characterized in that the carving device further include: the 4th Mould group is carved, for the 4th engraving mould group equipped with drill bit, the drill bit is used to carry out quarter of the size less than the lines of predetermined value It draws.
7. engraving tool mounting structure according to claim 6, which is characterized in that the 4th engraving mould group further include: 4th switching cylinder, the 4th movement transfer block, the 4th mould group sliding block, the 4th pinboard, the 4th rotary electric machine and drill bit;Described Four movement transfer blocks are fixedly connected with the 4th switching cylinder;The 4th mould group sliding block is turned by the 4th pinboard and the 4th movement It connects block to be fixedly connected, and adapts to the 4th mould group guide rail in Z axis driving device;4th rotary electric machine is fixed on the 4th turn Fishplate bar, and be connected with the drill bit.
8. engraving tool mounting structure according to claim 1, which is characterized in that engraving tool mounting structure further include: Driving device, the driving device are provided at least one of following three: X-axis driving device, Y-axis driving device and Z axis Driving device, the X-axis driving device is for driving carving device to move along the x-axis, and the Y-axis driving device is for driving engraving Device is moved along Y-axis, and the Z axis driving device is for driving carving device to move along Z axis.
9. a kind of plate ceramic pattern portrays equipment, which is characterized in that it includes such as right that the plate ceramic pattern, which portrays equipment, It is required that 1 to the engraving tool mounting structure described in any one of claim 8.
CN201821719867.2U 2018-10-23 2018-10-23 A kind of engraving tool mounting structure and plate ceramic pattern portray equipment Active CN209141770U (en)

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Application Number Priority Date Filing Date Title
CN201821719867.2U CN209141770U (en) 2018-10-23 2018-10-23 A kind of engraving tool mounting structure and plate ceramic pattern portray equipment

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201821719867.2U CN209141770U (en) 2018-10-23 2018-10-23 A kind of engraving tool mounting structure and plate ceramic pattern portray equipment

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CN209141770U true CN209141770U (en) 2019-07-23

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