CN209193052U - Glass carving machine - Google Patents
Glass carving machine Download PDFInfo
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- CN209193052U CN209193052U CN201821785668.1U CN201821785668U CN209193052U CN 209193052 U CN209193052 U CN 209193052U CN 201821785668 U CN201821785668 U CN 201821785668U CN 209193052 U CN209193052 U CN 209193052U
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- glass
- driving
- carving machine
- glass carving
- jig
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Abstract
The utility model discloses a kind of glass carving machine, the glass carving machine includes workbench, column and spindle box on the table is set, the drive system that driving spindle case is moved along X-axis and Z-direction, it is uniformly arranged the multiple jigs on the table and being located at below spindle box, the first driving mechanism for moving along the y axis of driving jig and for the manipulator for conveying glass on jig, manipulator includes being disposed to extend along the x axis and the support arm with column interval pre-determined distance, grasping mechanism on support arm is set, the second driving mechanism for driving grasping mechanism to move along the x axis and the third driving mechanism for driving grasping mechanism to move along Z-direction, grasping mechanism includes mounting plate, the vacuum pump that multiple adsorption sections on a mounting board are set and are connected to adsorption section.The utility model advantageously reduces the space occupancy rate of glass carving machine, meanwhile, manipulator and glass carving machine integrated setting are conducive to the precision for increasing manipulator.
Description
Technical field
The utility model relates to glass processing device fields, and in particular to a kind of glass carving machine.
Background technique
Glass carving machine is one kind of numerically-controlled machine tool, also known as: glass engraving machine, glass punching machine, glass edge-grinding machine, abnormity
Glass cutting machine, glass groover, precision glass forming machine.Its this concept proposes and realized by the numerical control of Shenzhen ocean at first,
Glass carving machine is mainly used in the retrofit of various ultra-thin glass, abnormity cutting, and technology is highly developed.Due to not sending a telegram here
The development and demand of sub- consumption market, more digital electric display screens use glass as display screen or touch screen, and glass is smart
The market of carving machine is also increasing.
The loading and unloading mode of existing glass carving machine generally uses manipulator to carry out loading and unloading, but existing manipulator
It is both placed in the outside of glass carving machine, increases the space occupancy rate of glass carving machine.
Utility model content
The main purpose of the utility model is to provide a kind of glass carving machines, it is intended to solve the biggish skill of space occupancy rate
Art problem.
In order to solve the above technical problems, the glass carving machine includes: work the utility model proposes a kind of glass carving machine
Platform, setting column on the workbench, the spindle box being arranged on the column, the driving spindle box are along X-axis and Z axis
The mobile drive system in direction is uniformly arranged the multiple jigs on the workbench and being located at below the spindle box, driving
The first driving mechanism that the jig moves along the y axis and for the manipulator for conveying glass on the jig, the machine
Tool hand include be disposed to extend along the x axis on the workbench and with the support arm of column interval pre-determined distance, setting
Grasping mechanism on the support arm, the second driving mechanism and use for driving the grasping mechanism to move along the x axis
In the third driving mechanism for driving the grasping mechanism to move along Z-direction, the grasping mechanism includes that mounting plate, setting exist
Multiple adsorption sections on the mounting plate and the vacuum pump being connected to the adsorption section.
It preferably, further include the loading plate being arranged by guide rail on the workbench, the jig setting is held described
On support plate, first driving mechanism includes the first motor being arranged on the workbench and the output shaft with the first motor
First lead screw of connection, the nut on first lead screw are connect with the loading plate.
Preferably, second driving mechanism include the second motor being arranged on the support arm and with it is described second electricity
Second lead screw of the output axis connection of machine, nut and the grasping mechanism on second lead screw are sequentially connected.
It preferably, further include the slide plate being arranged on the support arm by guide rail, and the nut in second lead screw
It is connect with the slide plate, the third driving mechanism includes the first cylinder being arranged on the slide plate, first cylinder
Output shaft is connect with the mounting plate.
Preferably, the support arm includes fixed section and is mounted on the mobile section on the fixed section, and institute by guide rail
The second motor, the second lead screw and slide plate is stated to be arranged on the mobile section；The glass carving machine further includes the 4th driving machine
Structure, the 4th driving mechanism include the third motor being mounted on the fixed section and connect with the output shaft of the third motor
The third lead screw connect, the nut on the third lead screw are connect with the mobile section.
Preferably, the jig includes fixed part and positioning region, and the fixed part includes ontology and is arranged in the ontology
On multiple negative-pressure adsorption holes；The positioning region includes the positioning plate in the ontology circumferential direction and the positioning plate is driven to lean on
Close or remote from the second cylinder of the ontology.
Preferably, the quantity of the spindle box be two, two spindle boxes along the x axis arranged for interval in the column
On the same side, the quantity of the jig is eight, is set on the workbench in the arrangement of two column four.
Preferably, remove device is additionally provided on the mounting plate, the remove device includes at least one gas nozzle, described
The positive pressure gas circuit being arranged on gas nozzle and the mounting plate is connected to.
Preferably, the adsorption section includes multiple suction nozzles and the connecting tube that corresponds and be connected to the suction nozzle, described
Connecting tube is connect with the mounting plate.
Preferably, further include the protective cover being provide on the workbench, be provided on the protective cover for the crawl
The logistics corridor that mechanism passes through is provided with the automatically-controlled door for blocking the logistics corridor on the protective cover.
Glass carving machine provided by the utility model drives jig along the y axis to gripper by the first driving mechanism
The lower section of structure, while using the second driving mechanism and third driving mechanism driving grasping mechanism absorption glass and being moved to jig institute
In position and after being placed on jig, the first driving mechanism driving jig is moved to the lower section of spindle box along the y axis, recycles
The cutter installed on spindle box processes glass, and after the completion of the glass processing on jig, the driving of the first driving mechanism is controlled
Tool moves to the lower section of grasping mechanism along the y axis, adsorbs glass using grasping mechanism and under the driving of the second driving mechanism
Glass is conveyed to the glass set-down location outside glass carving machine, to transport to the glass on jig.Relatively existing skill
For art, the utility model advantageously reduces the space occupancy rate of glass carving machine, meanwhile, manipulator and glass carving machine one
Change setting, is conducive to the precision for increasing manipulator.
Detailed description of the invention
Fig. 1 is the overall structure diagram of glass carving machine in the utility model embodiment；
Fig. 2 is the structural schematic diagram of manipulator in the utility model embodiment；
Fig. 3 is that the partial enlargement structure in the portion A in Fig. 1 is intended to.
Specific embodiment
The embodiments of the present invention are described below in detail, examples of the embodiments are shown in the accompanying drawings, wherein from beginning
Same or similar element or element with the same or similar functions are indicated to same or similar label eventually.Below by ginseng
The embodiment for examining attached drawing description is exemplary, it is intended to for explaining the utility model, and should not be understood as to the utility model
Limitation, based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Embodiment one, the utility model proposes a kind of glass carving machines, as shown in Figure 1 to Figure 3, the glass carving machine packet
It includes: workbench 100, the column 110 being arranged on workbench 100, the spindle box 120 being arranged on column 110, driving spindle case
120 along the drive system 130 that X-axis and Z-direction move, it is uniformly arranged on workbench 100 and is located at 120 lower section of spindle box
Multiple jigs 200, the first driving mechanism for moving along the y axis of driving jig 200 and for conveying glass on jig 200
Manipulator 300, manipulator 300 include being disposed to extend on workbench 100 along the x axis and being spaced pre-determined distance with column 110
Support arm 310, be arranged on support arm 310 grasping mechanism 320, for driving grasping mechanism 320 to move along the x axis
Second driving mechanism 330 and the third driving mechanism 340 for driving grasping mechanism 320 to move along Z-direction, grasping mechanism
320 include mounting plate 321, the multiple adsorption sections 322 being arranged on mounting plate 321 and the vacuum pump being connected to adsorption section 322.
In the present embodiment, column 110 is U-shaped, and the open end of column 110 is connect with the side of workbench 100, spindle box
120 are arranged on column 110 on closed end opposite to the open end.Multiple jigs 200 are arranged on workbench 100, and are located at
The lower section of spindle box 120.Meanwhile the glass on jig 200 is processed for convenience, driving master is provided on column 110
Axle box 120 drives multiple jigs 200 along Y-axis along drive system 130 that X-axis and Z-direction move and being arranged on workbench 100
The first mobile driving mechanism of direction.
Support arm 310 is preferably rectangular panel body, facilitates the second driving mechanism 330 driving grasping mechanism 320 along X-axis side with this
To movement.Adsorb the glass placed outside glass carving machine in order to facilitate adsorption section 322, wherein one end of support arm 310 is to glass
Extend preset length outside glass carving machine, is conducive to the second driving mechanism 330 driving grasping mechanism 320 and moves to outside glass carving machine
The glass set-down location in portion.In the present embodiment, the quantity of adsorption section 322 be preferably be two, two adsorption sections 322 with it is two neighboring
The position of jig 200 is adapted.Certainly, adsorption section 322 is also possible to three or more, utilizes negative pressure by vacuum pump with secondary
Divided glass is adsorbed simultaneously.In order to facilitate the installation of manipulator, it is additionally provided with mounting post 312 on support arm 310, installs
Column 312 is L-type cylinder.In order to increase stability when manipulator conveying glass, the quantity of mounting post 312 is preferably two, edge
One end of arranged for interval in the X-direction of support arm 310, mounting post 312 is connect with support arm 310, and the other end is for being mounted on
On workbench 100.
The present embodiment drives jig 200 along the y axis to the lower section of grasping mechanism 320, then benefit by the first driving mechanism
The divided glass being placed on outside glass carving machine is adsorbed simultaneously with multiple adsorption sections 322, while utilizing the second driving
Mechanism 330 and third driving mechanism 340 drive grasping mechanism 320 to be moved to 200 position of jig and be placed on jig 200
Afterwards, the first driving mechanism driving jig 200 is moved to the lower section of spindle box 120 along the y axis, and drive system 130 is recycled to drive
The cutter installed on dynamic spindle box 120 processes the glass on jig 200, after the completion of on jig 200 glass processing,
First driving mechanism driving jig 200 moves to the lower section of grasping mechanism 320 along the y axis, utilizes what is be arranged on mounting plate 321
Glass in 322 adsorption jig 200 of adsorption section, and glass finishing impression is moved to using the second driving mechanism driving grasping mechanism 320
Glass set-down location outside machine, to transport to the glass on jig 200, the space for advantageously reducing glass carving machine is accounted for
With rate, meanwhile, manipulator 300 and glass carving machine integrated setting are conducive to the precision for increasing manipulator 300.
Embodiment two is provided with loading plate 150 on workbench 100 in order to facilitate the installation to jig 200.Loading plate 150
It is arranged on workbench 100 by guide rail, jig 200 is set up directly on loading plate 150.In order to increase jig 200 along Y-axis side
To it is mobile when stability, the quantity of guide rail is preferably two, and two guide rails are arranged side by side and spaced apart along the y axis to be set
It sets on workbench 100.The first driving mechanism driving jig 200 moves along the y axis for convenience simultaneously, the first driving mechanism
Including first motor and the first lead screw, first motor is preferably servo motor, is conducive to the moving distance for controlling jig 200.For
Facilitate the installation of first motor, be provided with cushion block 140 on workbench 100, which is preferably U-shaped piece of strip, the pad
The closed end of block 140 is connect with workbench 100, and two guide rails are separately positioned on two sides of 140 open end of cushion block, the
One motor is mounted in the accommodating space of the cushion block 140.Wherein one end of first lead screw and the output axis connection of first motor, and
Nut on first lead screw is connect with loading plate 150.The first lead screw deforms in order to prevent, influences the mobile accuracy of jig, cushion block
The first supporting block, the first supporting block and the first lead screw is provided on 140 to be rotatablely connected far from one end of first motor.
Embodiment three, the second driving mechanism 330 driving grasping mechanism 320 moves along the x axis for convenience, the second driving
Mechanism 330 includes the second motor 331 and the second lead screw.The preferred servo motor of second motor 331 is conducive to control grasping mechanism
320 mobile distances.The ontology of second motor 331 is arranged on support arm 310, one end of the second lead screw and the second motor 331
Output axis connection, and the nut on the second lead screw and grasping mechanism 320 are sequentially connected.The second lead screw is propped up for convenience
It supports, the second supporting block is provided on support arm 310, one end far from the second motor 331 turns in the second supporting block and the second lead screw
Dynamic connection is conducive to increase the stability when rotation of the second lead screw.Certainly, the second driving mechanism 330 can also be synchronous belt machine
Structure, including motor, driving wheel, driven wheel and synchronous belt, motor are arranged on support arm 310, the output shaft of driving wheel and motor
Connection, driven wheel are rotatably arranged on support arm 310, and synchronous belt is separately connected driving wheel and driven wheel, and synchronous belt is wherein
One delivery section and grasping mechanism 320 are sequentially connected.
Example IV connect in order to facilitate grasping mechanism 320 with the nut on the second lead screw, also sets up on support arm 310
There is a slide plate 311, slide plate 311 is strip plate body, and slide plate 311 is mounted on support arm 310 by guide rail, and slide plate 311 and the
Nut connection on two lead screws.It is moved in order to facilitate third driving mechanism driving grasping mechanism 340 along Z-direction, third driving
Mechanism 340 includes the first cylinder 341.The ontology of first cylinder 341 is arranged on slide plate 311, the output shaft of the first cylinder 311 with
Mounting plate 321 connects.Certainly, third driving mechanism 340 is also possible to motor screw mechanism either gear and rack teeth mechanism, favorably
In the moving distance of control grasping mechanism 320 in the Z-axis direction.
Embodiment five, in order to reduce 300 space occupancy rate of manipulator, support arm 310 includes fixed section and mobile section, movement
Section is mounted on fixed section by guide rail, while the second motor 331, the second lead screw, the second supporting block and slide plate 311 are arranged at
On mobile section.Manipulator 300 further includes the 4th driving mechanism, and the 4th driving mechanism includes third motor and third lead screw.Third
Motor is preferably servo motor, is conducive to control the mobile distance of grasping mechanism 320.The ontology of third motor is arranged in fixed section
On, one end of third lead screw and the output axis connection of third motor, and the nut on third lead screw is connect with mobile section.For side
Just third lead screw is supported, third supporting block, third supporting block and third lead screw is provided on fixed section far from third electricity
One end of machine is rotatablely connected, and is conducive to increase the stability when rotation of third lead screw.Certainly, the 4th driving mechanism be also possible to as
With the synchronous belt mechanism in embodiment three.
Embodiment six is fixed and positions to glass in order to facilitate jig 200, and jig 200 includes fixed part 210 and determines
Position portion 220.Fixed part includes ontology 211 and multiple negative-pressure adsorption holes 212 for being arranged on ontology 211, the shape of ontology 211 with
The shapes and sizes of glass are adapted, and ontology 211 is arranged on loading plate 150.It is installed on loading plate 150 for convenience different
The ontology 211 of type, be provided on loading plate 211 it is a plurality of X-axis or/and Y direction are provided with a plurality of sliding slot, on ontology 211
It is provided with sliding block compatible with sliding slot, ontology 211 is mounted in sliding slot by sliding block, and is abutted with screw with loading plate 150,
Ontology 211 is fixed with this.Multiple negative-pressure adsorption holes 212 are evenly arranged on ontology 211, and negative-pressure adsorption hole 212 can be with
It is to be connected to the vacuum pump in embodiment one, is also possible to that a vacuum pump is separately provided.Positioning region 220 includes positioning plate 221
It can be determined according to the shape of ontology 211 with the shape of the second cylinder, positioning plate 221, such as when ontology 211 is rectangle,
Positioning plate 221 is set as L-type.At this point, the position on the wherein adjacent both sides of two extension edges of the positioning plate 221 and ontology 211
It is arranged in parallel, which is positioning surface close to the side of ontology 211.When ontology 211 is round, which is set
It is set to and has compatible arc-shaped with ontology 211, the inside of the positioning plate 221 is arranged close to the ontology 211.The setting of second cylinder
On loading plate 150, the output shaft of the second cylinder is connect with positioning plate 221.In the present embodiment, when grasping mechanism 320 is by glass
When being placed on jig, glass can be placed to prominent 211 edge of ontology in the direction of positioning plate 221, and the second cylinder drives positioning plate
221 is close to ontology 211 and be bonded positioning plate 221 and the edge of ontology 211, pushes the glass on ontology 211 mobile with this
To designated position, negative-pressure adsorption hole 212 is fixed the glass on ontology 211 using negative pressure.Certainly, positioning plate 221
Quantity can be two, and the second cylinder uses two-way cylinder, and two positioning plates 221 connect with two output shafts of two-way cylinder respectively
It connects, and two positioning plates 221 are oppositely arranged in the circumferential direction of ontology 211.Combination is formed after two positioning plates 221 move towards
Spatial form and size are adapted with the shapes and sizes of glass, with this movable glass to suitable position.
Embodiment seven, in order to increase the processing efficiency of glass, the quantity of spindle box 120 is set as two, is disposed in parallel in
The same side of column 110.The quantity of jig 200 is eight, and eight jigs 200 are arranged on loading plate 150 in two column, four row.This
Embodiment is conducive to the processing efficiency for increasing glass by two spindle boxes 120 of setting and eight jigs 200.
Embodiment eight draws glass in order to facilitate adsorption section 322, is provided with remove device on mounting plate 321.Clearly
Except device includes at least one gas nozzle, the positive pressure gas circuit being arranged on gas nozzle and mounting plate 321 is connected to.When mounting plate 321 is moved to
When the top predeterminated position of jig 200, gas nozzle is removed residual on glass and jig 200 by just pressing to the air blowing of jig 200 with this
Slag, be conducive to glass be placed on jig 200 and suction nozzle the glass on jig 200 is adsorbed.
Embodiment nine, in order to be conducive to stability of the adsorption section 322 when adsorbing glass, adsorption section 322 includes suction nozzle 323
With connecting tube 324.Multiple connecting tubes 324 are arranged on mounting plate 321, and wherein one end of connecting tube 324 and suction nozzle 323 1 are a pair of
It should be connected to, the other end is connected to vacuum pump, is arranged in multiple suction nozzles 323 uniformly on mounting plate 321 with this.Suction nozzle 323 can
To select silica gel material to be made, suction nozzle 323 and the connection type of connecting tube 324 are preferably detachably connected, and can be screw thread company
It the modes such as connects or is clamped, facilitate the replacement of suction nozzle 323.Certainly, bend glass is adsorbed in order to facilitate suction nozzle 323, is pacified
Multi-directional ball is also provided in loading board 321, one end far from suction nozzle 323 is connect with multi-directional ball in connecting tube 324, and connecting tube
The venthole being connected to vacuum pump is provided on 324 side wall.In order to further facilitate suction nozzle 323 to inhale bend glass
It is attached, flexible connector is provided between suction nozzle 323 and connecting tube 324.In the present embodiment, the inlet end of suction nozzle 323 is sealed
It is set on the outlet side of connecting tube 324, and suction nozzle 323 can slide axially in connecting tube 324 along it.Flexible connector is excellent
It is selected as spring, wherein one end of spring is connected with 324 pipes are connect, and the other end is connect with suction nozzle 323, with this in suction nozzle 323 and glass
When glass contacts, there is certain buffer capacity between suction nozzle 323 and glass, be beneficial to prevent suction nozzle 323 and glass is caused to damage.
Embodiment ten, in order to prevent to glass processing when the residue that generates splash, be additionally provided with protection on workbench 100
Cover.Protective cover is located on workbench 100, and manipulator 300, column 110 and spindle box 120 are respectively positioned in protective cover.Protection
It is provided with logistics corridor on the side of cover, is conducive to grasping mechanism 320 in jig 200 and glass carving machine outer glass set-down location
Between transporting glass.In order to further residue be prevented to splash, automatically-controlled door is provided on protective cover.Automatically-controlled door is two in the present embodiment
A, two automatically-controlled doors form the box-like body that one end is opening when being in closed state, and open end is used to seal towards protective cover setting
Logistics corridor on stifled protective cover, the one end for being located at support arm 310 outside glass carving machine are accommodated in through automatically-controlled door and protect
In the accommodating space that shield is combined into one.
Embodiment 11, such as the manipulator 300 in example IV, in order to further control grasping mechanism 320 along first party
To mobile range, limit switches are set on support arm 310.Limit switch is preferably photoelectric sensor, photoelectric sensor
Quantity is two, is located on the predeterminated position at 310 both ends of support arm.Grasping mechanism is detected in order to facilitate photoelectric sensor
320 position is provided with sensing chip on slide plate 311, and two photoelectric sensors are located on the motion track of sensing chip.This implementation
In example, when one of photoelectric sensor detects sensing chip, which sends a signal to the second motor 331, the
Two motors 331 after receiving the signal stop that grasping mechanism 320 is driven to move along the x axis.Certainly, such as the machinery in embodiment five
Hand 300, two photoelectric sensors are located at preset position on mobile section and fixed section, when one of photoelectric sensor is examined
When measuring sensing chip, which sends a signal to the second motor 331 and third motor, the second motor 331 and respectively
Three motors stop the driving movement of grasping mechanism 320 after receiving the signal.
Therefore above part for being only the utility model or preferred embodiment, either text or attached drawing cannot all limit
The range of the utility model protection processed is illustrated under all designs with one entirety of the utility model using the utility model
Equivalent structure transformation made by book and accompanying drawing content, or directly/be used in other related technical areas indirectly and be included in this
In the range of utility model protection.
Claims (10)
1. a kind of glass carving machine characterized by comprising workbench, is arranged in institute setting column on the workbench
It states the spindle box on column, the drive system that the driving spindle box is moved along X-axis and Z-direction, be uniformly arranged on the work
Make the multiple jigs on platform and being located at below the spindle box, the first driving mechanism that the driving jig moves along the y axis
With for the manipulator to conveying glass on the jig, the manipulator includes being disposed to extend along the x axis in the work
On platform and with the support arm of column interval pre-determined distance, the grasping mechanism being arranged on the support arm, for driving
State the second driving mechanism that grasping mechanism moves along the x axis and for driving the grasping mechanism to move along Z-direction
Third driving mechanism, the grasping mechanism include mounting plate, the multiple adsorption sections being arranged on the mounting plate and with the suction
The vacuum pump of attached portion's connection.
2. glass carving machine according to claim 1, which is characterized in that further include being arranged by guide rail in the workbench
On loading plate, the jig is arranged on the loading plate, and first driving mechanism includes being arranged on the workbench
First motor and the first lead screw with the output axis connection of the first motor, nut and the carrying on first lead screw
Plate connection.
3. glass carving machine according to claim 1, which is characterized in that second driving mechanism includes being arranged described
The second motor on support arm and the second lead screw with the output axis connection of second motor, the nut on second lead screw
It is sequentially connected with the grasping mechanism.
4. glass carving machine according to claim 3, which is characterized in that further include being arranged by guide rail in the support arm
On slide plate, and the nut in second lead screw is connect with the slide plate, and the third driving mechanism includes being arranged described
The output shaft of the first cylinder on slide plate, first cylinder is connect with the mounting plate.
5. glass carving machine according to claim 4, which is characterized in that the support arm includes fixed section and passes through guide rail
The mobile section being mounted on the fixed section, and second motor, the second lead screw and slide plate are arranged on the mobile section；
The glass carving machine further includes the 4th driving mechanism, and the 4th driving mechanism includes the third being mounted on the fixed section
Motor and third lead screw with the output axis connection of the third motor, nut and the mobile section on the third lead screw connect
It connects.
6. glass carving machine according to claim 1, which is characterized in that the jig includes fixed part and positioning region, institute
Stating fixed part includes the multiple negative-pressure adsorption holes of ontology and setting on the body；The positioning region includes being located at the ontology
Positioning plate in circumferential direction is with the driving positioning plate close to or far from the second cylinder of the ontology.
7. glass carving machine according to claim 1, which is characterized in that the quantity of the spindle box is two, two masters
For arranged for interval on the same side of the column, the quantity of the jig is eight to axle box along the x axis, is set in the arrangement of two column four
On the workbench.
8. glass carving machine according to claim 1, which is characterized in that it is additionally provided with remove device on the mounting plate,
The remove device includes at least one gas nozzle, and the positive pressure gas circuit being arranged on the gas nozzle and the mounting plate is connected to.
9. glass carving machine according to claim 1, which is characterized in that the adsorption section include multiple suction nozzles and with it is described
The connecting tube that suction nozzle is corresponded and is connected to, the connecting tube are connect with the mounting plate.
10. glass carving machine according to claim 1, which is characterized in that further include the guarantor being provide on the workbench
Shield is provided with the logistics corridor passed through for the grasping mechanism on the protective cover, is provided on the protective cover for sealing
Block up the automatically-controlled door of the logistics corridor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821785668.1U CN209193052U (en) | 2018-10-31 | 2018-10-31 | Glass carving machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821785668.1U CN209193052U (en) | 2018-10-31 | 2018-10-31 | Glass carving machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209193052U true CN209193052U (en) | 2019-08-02 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821785668.1U Active CN209193052U (en) | 2018-10-31 | 2018-10-31 | Glass carving machine |
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| Country | Link |
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| CN (1) | CN209193052U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109230521A (en) * | 2018-10-31 | 2019-01-18 | 苏州市台群机械有限公司 | Glass carving machine |
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2018
- 2018-10-31 CN CN201821785668.1U patent/CN209193052U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109230521A (en) * | 2018-10-31 | 2019-01-18 | 苏州市台群机械有限公司 | Glass carving machine |
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