CN208867703U - Glass marking press - Google Patents
Glass marking press Download PDFInfo
- Publication number
- CN208867703U CN208867703U CN201821514126.0U CN201821514126U CN208867703U CN 208867703 U CN208867703 U CN 208867703U CN 201821514126 U CN201821514126 U CN 201821514126U CN 208867703 U CN208867703 U CN 208867703U
- Authority
- CN
- China
- Prior art keywords
- roller
- glass
- microscope carrier
- coining
- drawing film
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Surface Treatment Of Glass (AREA)
Abstract
The utility model relates to a kind of glass marking press, including board, board is equipped with horizontal cylinder line, and horizontal cylinder line is divided into introduction segment and embossing station, coining frame is equipped with above embossing station；The mobile microscope carrier having for carrying glass is slipped on horizontal cylinder line, which is driven by the first driving portion and moved back and forth along horizontal cylinder line, and to carry glass in and out of coining frame, front end is equipped with the fixing axle for fixing drawing film head end；Imprint frame and be equipped with film roll end for fixing drawing film, to be matched with fixing axle by the gas expansion shaft of drawing film expansion, the spread inflection for being used to make drawing film modified roller, be used to for the inflection section of drawing film to be pressed in the roller platen of mobile microscope carrier glass surface mounted and be used to be irradiated the ultraviolet radiation lamp so that UV ink solidification to the UV ink layer of glass surface.The utility model can automatically to glass surface printing metal-like wire-drawing effect pattern, there is the advantage that coining finished product rate is high, imprinted pattern is fine.
Description
Technical field
The utility model relates to glass processing devices, and in particular to it is a kind of by graphic-print in glass surface glass imprint
Machine.
Background technique
In order to promote the decorative effect of glass, the metal wire-drawing effect of high glaze, brightness is printed out in glass surface, it is common
A kind of means be that web plate pattern by making web plate, is printed on glass ink by glass surface using screen printing technique
On, the technology of silk-screen printing itself determines that the pattern printed by it can not be accomplished finely.
Utility model content
The utility model discloses the glass coinings that a kind of exquisite graine by drawing film is printed on glass surface
Machine, to improve drawbacks described above present in screen printing technique.
The technical solution of the utility model is as follows:
A kind of glass marking press, including board, board are equipped with horizontal cylinder line, and horizontal cylinder line is divided into introduction segment and pressure
Section is printed, coining frame is equipped with above embossing station；The mobile microscope carrier having for carrying glass is slipped on horizontal cylinder line, which carries
Platform is driven by the first driving portion and is moved back and forth along horizontal cylinder line, and to carry glass in and out of coining frame, front end, which is equipped with, to be used
In the fixing axle of fixed drawing film head end；Frame is imprinted equipped with the film roll end for fixing drawing film, to match with fixing axle
And by drawing film expansion gas expansion shaft, be used to make drawing film spread inflection modified roller, be used for the inflection section of drawing film
Be pressed in mobile microscope carrier glass surface mounted roller platen and for the UV ink layer to glass surface be irradiated with
Make the ultraviolet radiation lamp of UV ink solidification.
Preferably, the starting point of platform is imported equipped with the zero position switch for positioning mobile microscope carrier starting point；
The top surface of mobile microscope carrier is equipped with the positioning aluminum strip for positioning the forward terminal of mobile microscope carrier, accordingly, in stamping station
Equipped with the inductor for detecting the positioning aluminum strip.
Preferably, the end of stamping station is equipped with when not returning normally for reaching home in mobile microscope carrier and forces mobile carry
The first safety travel switch of platform parking；
The starting point for importing platform is equipped with for returning to zero-bit in mobile microscope carrier and when non-orderly shutdown forces mobile microscope carrier to stop
Second safety travel of vehicle switchs, and second safety travel switch is set to the outside of zero position switch.
Preferably, gas expansion shaft is set to the top of coining frame, and both ends are respectively and fixedly connected on slipper bearing, the sliding block of two sides
Bearing is slidably connected to respectively set by coining top of the trellis to be moved towards on consistent two sliding rails with horizontal cylinder line, and imprints frame with being set to
The piston of the rodless cylinder at top is fixedly connected；The piston motion direction of rodless cylinder and horizontal cylinder line trend are consistent, to drive
Dynamic gas expansion shaft is relative to mobile microscope carrier counter motion, so that the spread of drawing film be made to be in the state of suitable tension always.
Preferably, roller platen be set between modified roller and horizontal cylinder line, both ends respectively be symmetrically set in coining frame two
Second driving portion of side is connected, with the downlink by the synchronous driving of second driving portion on both sides and when mobile microscope carrier enters coining frame
And by the inflection section of drawing film overlay in mobile microscope carrier glass surface mounted, in mobile microscope carrier return when uplink and be detached from glass
Glass surface.
Preferably, ultraviolet irradiation lamp is set to the top of roller platen side, drawing film inflection section, and both ends are individually fixed in pressure
Print the two sides of frame.
Preferably, the bounce cylinder being additionally provided on frame for inhibiting roller platen to vibrate is imprinted, there are two bounce cylinder is set altogether,
It is respectively used to press down on the both ends of roller platen when roller platen is overlayed in glass surface, to alleviate roller platen due to glass table
Face out-of-flatness and discontinuity.
Preferably, the binding dust component being additionally provided on frame for sticky removing drawing film front dust is imprinted, which is set to
Between modified roller and roller platen, it is in contact including roll surface with drawing film front, for the Roller for sticking dust of sticky removing drawing film front dust
It is in contact with roll surface with the roll surface of Roller for sticking dust, for the first dust roller of sticky removing Roller for sticking dust roll surface dust.
Preferably, roll surface is additionally provided on coining frame to be in contact with the roll surface of roller platen, for sticky removing roller platen surface dirt
The second Roller for sticking dust, second Roller for sticking dust be set to roller platen surface.
The utility model beneficial effect is:
1) the utility model using drawing film as mother matrix, due on drawing film can prefabricated finer pattern, ultraviolet spoke
Shot-light can pass through drawing film and carry out unobstructed irradiation to the UV ink layer on glass, make the pattern being printed on glass in drawing film
It tears and is just sufficiently solidified before falling, therefore, the finished product qualification rate for printing out is higher, pattern is finer.
2) rodless cylinder of the utility model can be such that the spread of drawing film is in and be suitble to tension automatically by drawing film reverse drawing
State can be intact from glass surface avulsion by drawing film when mobile microscope carrier returns after the completion of printing is with solidification, guarantee
Drawing film can continue to reuse.
3) bounce cylinder of the utility model can inhibit the spring that roller platen is generated due to glass surface out-of-flatness, favorably
In promotion printing effect.
Detailed description of the invention
Fig. 1 is the general structure schematic diagram of the utility model embodiment；
Fig. 2 is the stamping station structural schematic diagram of the utility model embodiment；
Fig. 3 is the importing platform structural schematic diagram of the utility model embodiment；
Fig. 4 is the coining portion structural schematic diagram of the utility model embodiment；
Fig. 5 is partial structurtes enlarged drawing in Fig. 4 dotted line frame；
Fig. 6 is the mobile stage structure schematic diagram of the utility model embodiment；
Fig. 7 is the utility model embodiment general structure schematic diagram after glass and drawing film are in place.
Specific embodiment
The utility model is described in detail in the following with reference to the drawings and specific embodiments.
"front", "rear" involved in the application, "left", "right" orientation are to move the direction of motion of microscope carrier as reference.
Referring to Fig.1-7:
A kind of glass marking press, including stamping station 1, importing platform 2 and coining frame 3, stamping station 2 are equipped with first level roller
Line 4 imports platform 1 equipped with the second horizontal cylinder line 5 for docking with first level Roller conveyor 4, and coining frame 3 is located at coining
The top of platform 1, front end two sides are fixedly connected on the front end two sides of stamping station 1 by upright bar 3-1, and its rear end two sides pass through main wall
Plate 3-2 is fixedly connected with the rear end sides of stamping station 1 and the front end two sides of importing platform 2, to by stamping station 1 and import platform 2
It is end to end fixed as one, and the second horizontal cylinder line 5 is butted up against into first level Roller conveyor 4.
The glass marking press further includes the mobile microscope carrier 6 for carrying glass 01, and the initial position of the movement microscope carrier 6 is located at
On second horizontal cylinder line 5, by the driving of the first driving portion in and out of first level Roller conveyor 4.
First driving portion includes the first motor 7 being installed in 4 front stamping station 1 of first level Roller conveyor, first motor 7
Output shaft both ends be respectively equipped with a driving wheel 8, two driving wheels 8 respectively by a transmission belt 9 with to be set to second horizontal
5 rear of Roller conveyor imports two driven wheels 10 connection on platform 2；The bottom surface both sides of mobile microscope carrier 6 are respectively fixedly connected in two
On transmission belt 9, to be driven by first motor 7 and carry glass 01 in and out of first level Roller conveyor 4.
It imprints frame 3 and is equipped with guide holder 11, which is set to first level Roller conveyor 4 and the second horizontal cylinder line 5
Between, both ends are individually fixed on the main wall plate 3-2 of two sides；Mobile microscope carrier 6 passes through front and back trend set by the middle part of its bottom surface
The first linear slide rail 6-1 be slidably connected on first level Roller conveyor 4 and/or the second horizontal cylinder line 5, to be rolled by first level
Cylinder line 4 and/or the second horizontal cylinder line 5 difference support in stamping station 1 and import on platform 2；Mobile microscope carrier 6 passes through its bottom surface both sides
Second linear slide rail 6-2 of set front and back trend is slidably connected to the guiding for moving towards sliding slot with front and back set by 12 both ends of guide holder and slides
In block 12, with straight line in and out of first level Roller conveyor 4.
The front end of mobile microscope carrier 6 is equipped with the fixing axle 13 for fixing 02 head end of drawing film, is additionally provided with and is used on coining frame 3
The gas expansion shaft 14 at fixed 02 film roll end of drawing film, two axis, which cooperate, to be deployed in the first section of drawing film 02 backward on coining frame 3.
Gas expansion shaft 14 is set to the top of coining frame 3, and both ends are respectively and fixedly connected on slipper bearing 14-1, the sliding block of two sides
Bearing 14-1, which is slidably connected to respectively set by 3 top of coining frame, moves towards consistent two slide guide bars 15 with first level Roller conveyor 4
On, and be fixedly connected respectively with the piston for two rodless cylinders 16 for being set to 3 top of coining frame；The work of two rodless cylinders 16
The plug direction of motion is moved towards unanimously, reversely to transport with synchronous driving gas expansion shaft 14 relative to mobile microscope carrier 6 with first level Roller conveyor 4
It is dynamic, so that the spread of drawing film 02 be made to be in moderate tension state always.
It is additionally provided with modified roller 17 on coining frame 3, which is set to the rear of gas expansion shaft 14, and both ends are respectively rotatably
Be installed on bearing 18 set on coining 3 rear end sides main wall plate 3-2 inner wall of frame, by the lower section of 02 spread of drawing film to
Preceding inflection.
It is additionally provided on coining frame 3 and is pushed up for the inflection section of drawing film 02 to be pressed in mobile microscope carrier 6 glass 01 mounted
Face, with by the imprint patterns on this section of drawing film 02 in the roller platen 19 on the UV ink layer that 01 top surface of glass is precoated, the pressure
It prints roller 19 to be set between modified roller 17 and first level Roller conveyor 4, both ends are each passed through set on the main wall plate 3-2 of two sides indulge
It is connected after to long hole 3-21 with the second driving portion being symmetrically set on the main wall plate 3-2 outer wall of two sides, by second driving on both sides
Portion synchronizes driving and moves up and down, and is pressed in the inflection section of drawing film 02 with the downlink when mobile microscope carrier 6 enters coining frame 3
Mobile 01 top surface of glass mounted of microscope carrier 6, in mobile 6 return of microscope carrier uplink and be detached from glass 02.
Second driving portion includes longitudinal slide rail 20, slide 21 and the second motor 22；Longitudinal slide rail 20 is set to longitudinal long hole 3-
On the supporting plate 3-2 outer wall of 21 outer aperture two sides, slide 21 is slidably connected in longitudinal slide rail 20 by sliding block 21-1 set by inner face,
Second motor, 22 output shaft is set to upward on the main wall plate 3-2 outer wall below longitudinal long hole 3-21, and output shaft is screw axis
22-1, screw axis 22-1 are screwed on screw pair 21-2 phase set on slide 21；The both ends of roller platen 19 are respectively rotatably
It is connected on slide 21, to be driven by the second motor 22, sliding rail 20 moves up and down in longitudinal long hole 3-21 along longitudinal direction.
The bounce cylinder 23 for inhibiting roller platen 19 to bounce is additionally provided on coining frame 3；Bounce cylinder 23 is equipped with two altogether
It is a, on the outer wall for the two sides main wall plate 3-2 being respectively symmetrically set to, above longitudinal long hole 3-21；The piston of two bounce cylinders 23
Bar is arranged downward, presses down on roller platen 19 respectively when being pressed in 01 top surface of glass for coming downwards to bottom in roller platen 19
Both ends, prevent roller platen 19 from beating due to 01 surface irregularity of glass, influence imprint effect.
Coining frame 3 on be additionally provided with ultraviolet radiation lamp 24, the ultraviolet radiation lamp 24 be located at first level Roller conveyor 4 it is close on
Side, the inflection section of drawing film 02 are passed through from below, and both ends are individually fixed on the main wall plate 3-2 of two sides, are used for low coverage pair
Glass 01 is heated, so that the UV ink layer of 01 top surface of glass hardens.Ultraviolet radiation lamp 24 is electrically connected to set in importing platform 2
Power supply module 25, powered by the power supply module 25.
The binding dust component for 02 front dust of sticky removing drawing film is additionally provided on coining frame 3；The binding dust component is set to changed course
Between roller 17 and roller platen 19, including for 02 front dust of sticky removing drawing film Roller for sticking dust 26, be used for 26 roller of sticky removing Roller for sticking dust
First dust roller 27 of face dust and for by Roller for sticking dust 26 and the first dust roller 27 be installed on coining frame 3 on the first roller
Seat 28.
First roller seat 28 is fixedly installed on the inner wall of supporting plate 3-2 of two sides respectively, is equipped on pedestal there are two setting
First mounting rail 28-1；The both ends of Roller for sticking dust 26 are respectively rotatably set on a first groove seat 26-1, and the first of both ends
Groove seat 26-1 passes through respective card slot and is connected and fixed respectively on the first mounting rail 28-1 of two sides.
First dust roller 27 is set to the top of Roller for sticking dust 26, and both ends are respectively rotatably set to a second groove seat 27-1
On, the second groove seat 27-1 at both ends passes through respective card slot and connects and fixes on the first mounting rail 28-1, passes through upper downward
Position of the whole roller on the first mounting rail 28-1, is adjusted the closeness of contact between the roller and Roller for sticking dust 26.
It leans forward under after two the first dust rollers 28 are upper and is tiltedly arranged, so that the first mounting rail 28-1 respectively on seat is equal
It is lower after upper to tilt precedingly, so that the first dust roller 27 be made to avoid drawing film 02.
It is additionally provided on coining frame 3 for the second dust roller 29 of 19 surface dirt of sticky removing roller platen and for second collecting this
Dirt roller 29 is installed on the second roller seat 30 on coining frame 3；Second roller seat 30 is being fixedly installed in roller platen 19 just there are two setting respectively
On the main wall plate 3-2 inner wall of top, the second mounting rail 30-1 perpendicular to roller platen 19 is equipped on pedestal；Second dust roller
29 both ends are respectively rotatably set on a third groove seat 29-1, and the third groove seat 29-1 of two sides passes through respective respectively
Card slot is connected and fixed on the second ipsilateral mounting rail 30-1, and roll surface is in contact with the roll surface of roller platen 19；Pass through upper downward
The closeness of contact between the roller and roller platen 19 is adjusted in the position of the whole roller.
Platform 2 is imported equipped with the zero position switch 31 for positioning mobile 6 starting point of microscope carrier, which is set to second
5 side of horizontal cylinder line imports on platform 2, can be moved at the rear end touching of microscope carrier 6.
Mobile microscope carrier 6 is equipped with to move ahead the positioning chaff 32 of terminal for positioning mobile microscope carrier 6, the positioning chaff 32 or so
It is set to the top surface front of mobile microscope carrier 6 with moving towards.
Stamping station 1 is equipped with the inductor 33 for Detection location chaff 32, which is set to second tin roller line 4
Side, mobile microscope carrier 6 are passed through place.
Stamping station 1 is equipped with for forcing first motor 7 to be shut down when mobile microscope carrier 6 reaches home but normal return
First safety travel switch 34, the first safety travel switch 34 are set to the end side of stamping station 1, can be moved microscope carrier 6
At the touching of front end.
Platform 2 is imported to be equipped with for forcing first motor 7 to be shut down when mobile microscope carrier 6 returns to the non-orderly shutdown of zero-bit
Second safety travel switch 35, the second safety travel switch 35 be set to the outside of zero position switch 31 2 starting point of importing platform, can quilt
At the rear end touching of mobile microscope carrier 6.
First motor 7, rodless cylinder 16, the second motor 22, bounce cylinder 23, zero position switch 31, inductor 33, first are pacified
Total travel switch 33 and the second safety travel switch 34 are electrically connected to controller 36, and controller 36 is connect with external power supply.
The working principle of the utility model is:
The film roll end of drawing film 02 is fixed on the gas expansion shaft 14 at coining frame 3 top, before head end is fixed on mobile microscope carrier 6
In the fixing axle 13 at end, the first section of drawing film 02 is unfolded；By the spread of drawing film 02 from the outer top of modified roller 17 around
It crosses, by the lower section inflection forward of 02 spread of drawing film；The inflection section of drawing film 01 is bypassed from the outer lower side of roller platen 19,
So that inflection section can be stamped the pushing of roller 19；
The glass 01 that top surface is pre-coated with UV ink layer is placed on mobile microscope carrier 6, microscope carrier 6 is moved at this time and is located at the second water
At the zero-bit of flat-roller line 5, its rear end is in contact with zero position switch 31.
By the length of glass 01, the distance between inductor 33 and zero position switch 31 can be preset, and then sets and moves
The single direction stroke length of dynamic load platform 6, and the turnning circle of the output shaft according to single direction stroke length setting first motor 7.
Start machine, the first driving portion forward direction runs and drives mobile microscope carrier 6 from the second horizontal cylinder line 5 to the first water
Flat-roller line 4 moves ahead, and the fixing axle 13 of mobile 6 front end of microscope carrier drives the inflection section of drawing film 02 to be covered in its glass mounted
01 top.When mobile microscope carrier 6 leaves zero position switch 31, the second driving portion forward direction runs and drives 19 downlink of roller platen, imprints
The 02 inflection section of drawing film being covered on glass 01 is pressed in 01 top surface of glass by roller 19, by the graphic-print on drawing film 02 in
On the UV ink layer that 01 top surface of glass is precoated.In the process, ultraviolet radiation lamp 24 persistently to the UV ink layer after printing into
Row irradiation is so that UV ink solidification.When the positioning chaff 32 that mobile microscope carrier 6 proceeds to its top surface triggers inductor 33, second
Driving portion antikinesis and drive 19 uplink of roller platen be detached from glass 01, the first driving portion antikinesis and drive mobile microscope carrier 6
It returns, until the rear end of mobile microscope carrier 6 touches zero position switch 31 and stops, mobile microscope carrier drives glass to gradually disengage drawing when returning
Cortina, by drawing film from the complete avulsion of glass surface.
Since the piston motion direction of rodless cylinder 16 is remained with the traffic direction of mobile microscope carrier 6 on the contrary, gas expansion shaft
14 are in dragsaw state with fixing axle 13 always, make the spread of drawing film 02 appropriate tensioned state always.
If mobile microscope carrier 6 does not return normally when moving ahead to terminal, the first safety travel switch 34 can be triggered, is controlled
Device 36 can force first motor 7, the shutdown of the second motor 22 and bounce cylinder 23 to be shut down；If mobile microscope carrier 6 is back to starting point
Non- orderly shutdown, then can trigger the second safety travel switch 35, and controller 36 can force first motor 7, the second motor 22 gentle
Qi of chong channel ascending adversely cylinder 23 is shut down.
Claims (9)
1. a kind of glass marking press, it is characterised in that: including board, board is equipped with horizontal cylinder line, and horizontal cylinder line is divided into
Introduction segment and embossing station, embossing station top are equipped with coining frame；The mobile load having for carrying glass is slipped on horizontal cylinder line
Platform, the movement microscope carrier by the first driving portion drive and along horizontal cylinder line move back and forth, with carry glass in and out of coining frame,
Front end is equipped with the fixing axle for fixing drawing film head end；Imprint frame and be equipped with film roll end for fixing drawing film, with it is solid
Dead axle match and by drawing film expansion gas expansion shaft, be used to make drawing film spread inflection modified roller, be used for wire drawing
The inflection section of film is pressed in the roller platen of mobile microscope carrier glass surface mounted and for the UV ink layer to glass surface
It is irradiated the ultraviolet radiation lamp so that UV ink solidification.
2. a kind of glass marking press according to claim 1, it is characterised in that: the starting point for importing platform is equipped with for positioning
The zero position switch of mobile microscope carrier starting point；
The top surface of mobile microscope carrier is equipped with the positioning aluminum strip for positioning the forward terminal of mobile microscope carrier, and accordingly, stamping station is equipped with
For detecting the inductor of the positioning aluminum strip.
3. a kind of glass marking press according to claim 2, it is characterised in that: the end of stamping station is equipped in movement
Microscope carrier forces the first safety travel of mobile microscope carrier parking to switch when reaching home and not returning normally；
The starting point for importing platform is equipped with for returning to zero-bit in mobile microscope carrier and when non-orderly shutdown forces mobile microscope carrier parking
Second safety travel switch, second safety travel switch are set to the outside of zero position switch.
4. a kind of glass marking press according to claim 1, it is characterised in that: gas expansion shaft is set to the top of coining frame,
Both ends are respectively and fixedly connected on slipper bearing, and the slipper bearing of two sides is slidably connected to set by coining top of the trellis respectively and horizontal cylinder
Line moves towards on consistent two sliding rails, and is fixedly connected with the piston for the rodless cylinder for being set to coining top of the trellis；Rodless cylinder
Piston motion direction and horizontal cylinder line trend are consistent, to drive gas expansion shaft relative to mobile microscope carrier counter motion, to make to draw
The spread of cortina is in the state of suitable tension always.
5. a kind of glass marking press according to claim 1, it is characterised in that: roller platen is set to modified roller and horizontal cylinder
Between line, both ends are connected with the second driving portion for being symmetrically set in coining frame two sides respectively, by second driving portion on both sides
Synchronous driving and when mobile microscope carrier enters coining frame downlink and the inflection section of drawing film is overlayed mounted in mobile microscope carrier
Glass surface, in mobile microscope carrier return uplink and be detached from glass surface.
6. a kind of glass marking press according to claim 1, it is characterised in that: ultraviolet irradiation lamp be set to roller platen side,
The top of drawing film inflection section, both ends are individually fixed in the two sides of coining frame.
7. a kind of glass marking press according to claim 1, it is characterised in that: be additionally provided on coining frame for inhibiting coining
The bounce cylinder of roller vibration, there are two bounce cylinder is set altogether, is respectively used to the downward push when roller platen is overlayed in glass surface
The firmly both ends of roller platen, with alleviate roller platen due to glass surface out-of-flatness discontinuity.
8. a kind of glass marking press according to claim 1, it is characterised in that: be additionally provided on coining frame for sticky removing wire drawing
The binding dust component of film front dust, which is set between modified roller and roller platen, including roll surface and drawing film front phase
Contact, the Roller for sticking dust for sticky removing drawing film front dust and roll surface are in contact, for sticky removing Roller for sticking dust with the roll surface of Roller for sticking dust
First dust roller of roll surface dust.
9. a kind of glass marking press according to claim 1, it is characterised in that: be additionally provided with roll surface and roller platen on coining frame
Roll surface be in contact, for the second Roller for sticking dust of sticky removing roller platen surface dirt, second Roller for sticking dust be set to roller platen just on
Side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821514126.0U CN208867703U (en) | 2018-09-15 | 2018-09-15 | Glass marking press |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821514126.0U CN208867703U (en) | 2018-09-15 | 2018-09-15 | Glass marking press |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208867703U true CN208867703U (en) | 2019-05-17 |
Family
ID=66467807
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821514126.0U Expired - Fee Related CN208867703U (en) | 2018-09-15 | 2018-09-15 | Glass marking press |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208867703U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049967A (en) * | 2018-09-15 | 2018-12-21 | 佛山市高明区尚能机械设备厂 | Glass marking press |
-
2018
- 2018-09-15 CN CN201821514126.0U patent/CN208867703U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109049967A (en) * | 2018-09-15 | 2018-12-21 | 佛山市高明区尚能机械设备厂 | Glass marking press |
| CN109049967B (en) * | 2018-09-15 | 2023-11-10 | 佛山市高明区尚能机械设备厂 | glass stamping machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190517 Termination date: 20200915 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |