CN203637329U - Digital hot stamping machine - Google Patents
Digital hot stamping machine Download PDFInfo
- Publication number
- CN203637329U CN203637329U CN201320847448.8U CN201320847448U CN203637329U CN 203637329 U CN203637329 U CN 203637329U CN 201320847448 U CN201320847448 U CN 201320847448U CN 203637329 U CN203637329 U CN 203637329U
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- fixed head
- cantilever
- riser
- printhead
- material receiving
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Abstract
The utility model relates to a digital hot stamping machine. The digital hot stamping machine comprises a rack and a printing head device; the rack comprises a pedestal, a column and a cantilever; the column is connected with the pedestal and the cantilever; a vertical plate is threaded on the cantilever; the printing head device is arranged on the vertical plate; the pedestal comprises a pedestal body and a work bench; a motor driving the work bench to move in the horizontal X shaft direction is arranged on the pedestal body; a control device controlling the printing head device and the motor is arranged on the pedestal; a vertical plate positioning device sleeving the cantilever is arranged behind the vertical plate; a handle is arranged on the vertical plate positioning device; the control device controls the motor to drive the work bench to move in the horizontal X axial direction; by adjusting the handle of the vertical plate positioning device, the printing head device is allowed to move on the cantilever along with the vertical plate in the horizontal Y axial direction; and the control device is used for controlling a linear stepping motor to drive a printing head to move in the vertical Z axial direction. By using a double-shaft driving and one-shape hand-operated linkage method, the digital hot stamping machine is capable of flexibly positioning the printing head.
Description
Technical field
The utility model relates to gilding press, relates in particular to a kind of without version gilding press.
Background technology
The technological process of tradition blanching gold is: lock up make-ready one hot pressing one and peel off a waste discharge, its technique is mainly the principle of utilizing hot pressing to shift.Without version thermoprinting machine by computer software typesetting, can time update, be suitable for the digital post-press finishing of personalized small lot, therefore there is operating in a key without a version gilding press, arrange and beat, gold silver, the feature of immediate delivery., omit mask-making technology, thereby saved the plate-making time without making gold stamping version without version gilding press, saved plate-making expense.At present, what have is set to three axle location without version gilding press print head cartridge, and what have is set to two axle location without version gilding press print head cartridge.
Granted publication number is that the patent of CN 202727605 U discloses the pneumatic digital gold foil printer of a kind of three axle, adopts three Shaft fixed position modules of air pressure control, makes print position more accurate, convenient.
Mandate publication number is that the patent of CN 201931729 U discloses a kind of digital gold foil printer, and horizontal X direction of principal axis and upper and lower Z square shaft are to there being step motor control, and horizontal Y direction does not relate to location.
In print procedure, be mainly to regulate horizontal X direction of principal axis position and upper and lower Z-direction position without version printer, horizontal Y direction is mainly the initial position of manual positioning print media, so both avoided the loaded down with trivial details of three axle location, while also having avoided two axle location, the larger print media of version width cannot be placed.
Utility model content
The purpose of this utility model is to provide a kind of without a version gilding press, at horizontal X direction of principal axis adjusting operating platform automatically, can manual adjustments head device in horizontal Y direction, and can automatically regulate head device at vertical Z direction of principal axis.
For solving the problems of the technologies described above, the utility model adopts following technical scheme.
Comprise frame, head device, gold foil paper draw off gear without version gilding press, frame comprises base, column, cantilever, column connects base and cantilever, on cantilever, be installed with riser, head device and gold foil paper draw off gear are arranged on riser, base comprises pedestal and workbench, and pedestal is provided with the motor that drives the horizontal X-direction motion of workbench, and pedestal is provided with the control device of controlling head device, gold foil paper draw off gear, motor; Head device comprises fixed head, guide rod, printhead, printhead fixed head, linear stepping motor, linear stepping motor fixed head, fixed head is arranged on riser, guide rod is fixed by fixed head, printhead is arranged on printhead fixed head, printhead fixed head is enclosed within on guide rod and on guide rod and slides, linear stepping motor is arranged on linear stepping motor fixed head, and linear stepping motor is connected with printhead fixed head and drives printhead fixed head to move up and down; Riser rear is provided with the riser positioner being enclosed within on cantilever, riser positioner comprises L-type pressing plate, fixed frame, handle, L-type pressing plate encases two adjacent faces of cantilever, between L-type pressing plate adjacent external surfaces, be provided with corner cut, fixed frame is enclosed within outside cantilever and L-type pressing plate, and fixed frame is fixedly connected with riser, and the corner that is positioned at L-type pressing plate one side on fixed frame is provided with the screwed hole of corresponding corner cut, handle is provided with screw rod, and screw rod suppresses corner cut through screwed hole.The corner that handle is arranged on two adjacent edges can increase pressure area, more firmly fixed frame is connected with cantilever.Described nothing version gilding press, by control device control motor, makes motor drive workbench to move at horizontal X direction of principal axis; By regulating the handle of riser positioner, make head device along with riser moves along horizontal Y direction on cantilever; By control device control linear stepping motor, make linear stepping motor drive printhead to move at vertical Z direction of principal axis.Diaxon driving, the manual interlock mode of an axle are formed like this, positioning printing head neatly.
Between cantilever and L-type pressing plate, be provided with pad.Pad can increase the frictional force between cantilever and L-type pressing plate, prevents that cantilever from directly contacting with L-type pressing plate and wearing and tearing simultaneously.
Between cantilever and fixed frame, be provided with pad.Pad can increase the frictional force between cantilever and fixed frame, prevents that cantilever from directly contacting with fixed frame and wearing and tearing simultaneously.
Printhead fixed head is provided with cavity, and a fixed head part is located in cavity.When printhead fixed head moves up and down, the part that fixed head is positioned at cavity can limit the upper and lower displacement of printhead fixed head, prevents that printhead from surprisingly dropping or rising.
Head device peripheral hardware has hood, and riser is provided with the safety switch of corresponding hood.Meeting auto-breaking when hood is opened, after hood is installed, safety switch just can be connected circuit, and hood plays a part circuit protection to printhead.
Above workbench, be covered with buffered silica gel layer, work edge of table is provided with scale.Buffered silica gel layer prevents from damaging printhead, and scale can be determined the position of medium to be printed.
Gold foil paper draw off gear comprises emptying roller, material receiving roller, material receiving roller motor, guide post, emptying roller is located at respectively the both sides of gold stamping device with material receiving roller and is connected with riser, rewinding motor is located at riser rear and drives material receiving roller work, and emptying roller and material receiving roller below are equipped with the guide post being fixed on riser.On emptying roller and material receiving roller, be equipped with goldleaf paper web, the gold foil paper on emptying roller goldleaf paper web is walked around respectively the guide post of emptying roller and material receiving roller below, and then is reeled and reclaimed by the goldleaf paper web on material receiving roller.
Material receiving roller and emptying roller are provided with shell fragment, shell fragment comprises C matrix body and is located at the installation lamellar body of C matrix body both sides, the installation lamellar body of both sides is respectively equipped with to be installed circular hole and U-shaped hole is installed, material receiving roller and emptying roller are provided with the corresponding mounting plane that lamellar body is installed, and material receiving roller and emptying roller are provided with corresponding circular hole and the screwed hole that U-shaped hole is installed installed.Shell fragment compresses goldleaf paper web inwall, and goldleaf paper web is enclosed within on material receiving roller and emptying roller securely, can finely tune the position of shell fragment by U-shaped hole is installed.
Control device comprises the guidance panel, controller, the add-on card interface that are located on base, and add-on card interface is connected with controller, by guidance panel control controller.The SD card that has print What is inserted to add-on card interface, print by controller control head device.
Head device comprises pressure sensor device, pressure sensor device comprises pressure sensor, pressure sensor fixed head, pressure sensor is arranged on pressure sensor fixed head, pressure sensor fixed head is enclosed within on guide rod and on guide rod and slides, and is provided with the spring being enclosed within on guide rod in the middle of pressure sensor fixed head and linear stepping motor fixed head.When linear stepping motor drives printhead fixed head to make printhead touch print media, printhead fixed head and printhead cannot move down, because linear stepping motor drives printhead fixed head and printhead always, cause linear stepping motor fixed head up to move relative to print media, spring is squeeze pressure sensor fixation plate up, therefore pressure sensor can form a force value with fixed head extruding, when force value reaches after predefined limiting pressure, linear stepping motor stops operating, and starts print out task.Pressure sensor device can regulate the contact of printhead and print media.
Printhead is provided with infrared LED lamp, and infrared LED lamp makes more clear, the more accurate position of print position.
Brief description of the drawings
Fig. 1 is the Facad structure schematic diagram without version thermoprinting machine band hood.
Fig. 2 is without the not Facad structure schematic diagram with hood of version thermoprinting machine.
Fig. 3 is the P partial view of Fig. 2.
Fig. 4 is the structure schematic diagram without version thermoprinting machine band hood.
Fig. 5 is the structural representation of riser positioner.
Fig. 6 is the structural representation of emptying roller.
Fig. 7 is the structural representation of material receiving roller.
Fig. 8 is the structural representation of roll body.
Fig. 9 is the structural representation of the first spring stop.
Figure 10 is the structural representation of the dividing plate of emptying roller.
Figure 11 is the structural representation of shell fragment.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is further described.
As shown in Figure 1, Figure 2, Figure 3 shows, comprise frame 1, head device, gold foil paper draw off gear without version gilding press, frame 1 comprises base 2, column 3, cantilever 4, column 3 connects base 2 and cantilever 4, on cantilever 4, be installed with riser 5, head device and gold foil paper draw off gear are arranged on riser 5, and base 2 is provided with control device, control device control head device and gold foil paper draw off gear.
Head device comprises fixed head 6, guide rod 7, printhead 8, printhead fixed head 9, linear stepping motor 10, linear stepping motor fixed head 11, fixed head 6 is arranged on riser 5 upper ends and bottom, guide rod 7 is fixing by fixed head 6, printhead 8 is arranged on printhead fixed head 9, and printhead fixed head 9 is enclosed within on guide rod 7 and on guide rod 7 and slides; Linear stepping motor 10 comprises body 10a and screw mandrel 10b, body 10a is relative, and screw mandrel 10b makes upper and lower rectilinear motion, screw mandrel 10b upper end is arranged on linear stepping motor fixed head 11, screw mandrel 10b lower end is fixed on fixed head 6, body 10a outside is provided with supporting plate 12, supporting plate 12 comprises side plate 12b, the second connecting plate 12c of the first connecting plate 12a and bending successively, the first connecting plate 12a is connected with body 10a, the second connecting plate 12c is connected with printhead fixed head 9, and body 10a drives printhead fixed head to move up and down; Printhead fixed head 9 is provided with cavity 9a, and fixed head 6 parts that are arranged on riser 5 bottoms are located in cavity 9a; Head device peripheral hardware has hood 13, and riser 5 is provided with the safety switch of corresponding hood 13.When printhead fixed head 9 moves up and down, the part that fixed head 6 is positioned at cavity 9a can limit the upper and lower displacement of printhead fixed head 9, prevents the unexpected tenesmus of printhead 8 or rises.Meanwhile, meeting auto-breaking when hood 13 is opened, after hood 13 is installed, safety switch just can be connected circuit.In sum, head device itself has the limit function to printhead 8, and hood 13 also plays a part circuit protection to printhead 8 simultaneously.
As depicted in figs. 1 and 2, base 2 comprises pedestal 2a and workbench 2b, pedestal 2a is provided with the motor that drives the motion of workbench 2b horizontal X direction of principal axis, on the output shaft of motor, be connected with screw mandrel, be engaged with nut on screw mandrel, nut is fixedly connected with workbench 2b, when machine operation, the rotation of drive screw mandrel, the relative screw mandrel of nut moves along horizontal X direction of principal axis, and workbench 2b also moves along horizontal X direction of principal axis under the drive of nut.Above workbench 2b, be covered with buffered silica gel layer, workbench 2b limit is provided with scale.During without the work of version printer, workbench 2b moves along horizontal X direction of principal axis, and printhead 8 moves along vertical Z direction of principal axis, and buffered silica gel layer prevents from damaging printhead, and scale can be determined the position of medium to be printed.
As shown in Figure 1 and Figure 4, gold foil paper draw off gear comprises emptying roller 100, material receiving roller 200, material receiving roller motor 300, guide post 250, emptying roller 100 is located at respectively the both sides of gold stamping device with material receiving roller 200 and is connected with riser 5, rewinding motor 300 is located at riser 5 rears and drives material receiving roller 200 to work, and emptying roller 100 and material receiving roller 200 belows are equipped with the guide post 250 being fixed on riser 5.On emptying roller 100 and material receiving roller 200, be equipped with goldleaf paper web, the gold foil paper on emptying roller 100 goldleaf paper webs is walked around respectively the guide post 250 of emptying roller 100 and material receiving roller 200 belows, and then is reeled and reclaimed by the goldleaf paper web on material receiving roller 200.
As shown in Fig. 6, Fig. 8, Fig. 9, Figure 10, emptying roller 100 comprises roller part and coupling part; Roller sections is divided and is comprised roll body 700, fixed bar 101, block plate 102, dividing plate 103, friction plate 104, the first spring stop 105, the first spring 106, the second spring stop 107, internal axle sleeve 108, outer shaft 109; Fixed bar 101 one end are fixed on riser 5, the other end that is positioned at riser 5 on fixed bar 101 is connected with roll body 700 by internal axle sleeve 108, the other end that is positioned at riser 5 on fixed bar 101 is provided with the first draw-in groove 400, in the first draw-in groove 400, be provided with snap ring 401, snap ring 401 and the middle pad 402 that is provided with of internal axle sleeve 108; Block plate 102 is connected with roll body 700 by the first bolt 601; Block plate 102 outsides are provided with the outer shaft 109 being enclosed within on roll body 700, and outer shaft 109 is through dividing plate 103 and friction plate 104 center; Friction plate 104 outsides are provided with the first spring stop 105, the first spring stops 105 that are enclosed within on roll body 700 and are provided with stop tab 105a, and roll body 700 is provided with the dead slot 700a of corresponding stop tab 105a, and stop tab 105a moves in dead slot 700a; The first spring stop 105 outsides are provided with the second spring stop 107, the first springs 106 that are enclosed within on roll body 700 and are clipped in the middle of the first spring stop 105 and the second spring stop 107; On roll body 700, be positioned at the first spring 106 outsides and be provided with the second draw-in groove 700b, in the second draw-in groove 700b, be provided with the shaft end ring that is positioned at the second spring stop 107 outsides.
The coupling part of emptying roller 100 comprises the first sleeve 110, the second spring 111, internal axle sleeve 108, the first sleeve 110 is provided with cavity, friction plate 104, the first spring stop 105, the first spring 106, the second spring stop 107 are located at inner chamber, and the first sleeve 110 is connected with dividing plate 103 by the second bolt 602; On the first sleeve 110 outer circumference surfaces, cover has the second spring 111, dividing plate 103 is provided with the lug 103a of corresponding the second spring 111, riser 5 is provided with support bar 112, the second spring 111 upper ends of corresponding the second spring 111 and fastens on lug 103a, and the lower end of the second spring 111 is supported by support bar 112; The first sleeve 110 ends are provided with internal axle sleeve 108, and internal axle sleeve 108 is enclosed between roll body 700 and fixed bar 101.
The roll body 700 of emptying roller 100 rotates by the internal axle sleeve 108 at two ends, elastic compression friction plate 104 and the dividing plate 103 that the first spring 106 of emptying roller 100 produces also produces frictional force, coupling part under the effect of frictional force along with roller part is together rotated, the second spring 111 of coupling part also rotates and the screen resilience of generation and direction of rotation thereupon, under the effect of screen resilience, gold foil paper on emptying roller 100 is tightened up, in the time that gold foil paper is finished or takes off goldleaf paper web, the second spring 111 drives coupling part to reset.
As shown in Fig. 7, Fig. 8, Fig. 9, material receiving roller 200 comprises roller part and drive part, and the roller part of material receiving roller 200 is identical with the roller sections separation structure of emptying roller 100, and this does not repeat, and it should be noted that: on the dividing plate 103 of material receiving roller 200, be not with lug 103a.The drive part of material receiving roller 200 comprises driven wheel 201, travelling gear 202, the second sleeve 203, driven wheel 201 is driven by material receiving roller motor 300, driven wheel 201 is with nutating gear 202 to rotate, and travelling gear 202 is connected with the second sleeve 203 by the 3rd bolt 603; The second sleeve 203 is provided with inner chamber, and friction plate 104, the first spring stop 105, the first spring 106, the second spring stop 107 are located at inner chamber, and the second sleeve 203 is connected with dividing plate 103 by the 4th bolt 604.
Elastic compression friction plate 104 and the dividing plate 103 that the first spring 106 of material receiving roller 200 produces also produces frictional force, roller part under the effect of frictional force along with drive part together rotates, frictional force between friction plate 104 and dividing plate 103 can make the coiling of gold foil paper and the rotational synchronization of drive part on material receiving roller 200, can prevent from like this skidding.
As shown in Figure 8 and Figure 11, material receiving roller 200 and emptying roller 100 are provided with shell fragment 500, shell fragment 500 comprises C matrix body 500a and is located at the installation lamellar body 500b of C matrix body 500a both sides, the installation lamellar body 500b of both sides is respectively equipped with and circular hole 500c is installed and U-shaped hole 500d is installed, roll body 700 is provided with the corresponding mounting plane 700c that lamellar body 500b is installed, material receiving roller 200 and emptying roller 100 are provided with the corresponding screwed hole of circular hole 500c being installed and U-shaped hole 500d being installed, and are bolted shell fragment 500 and roll body 700.Shell fragment 500 compresses goldleaf paper web inwall, and goldleaf paper web is enclosed within on roll body 700 securely, can finely tune the position of shell fragment 500 by U-shaped hole 500d is installed.
Control device comprises the guidance panel, controller, the add-on card interface that are located on base 2, and add-on card interface is connected with controller, by guidance panel control controller.The SD card that has print What is inserted to add-on card interface, print by controller control head device.
As shown in Figure 4 and Figure 5, riser 5 rears are provided with the riser positioner being enclosed within on cantilever 4, riser positioner comprises L-type pressing plate 13, fixed frame 14, handle 15, L-type pressing plate 13 encases 4 two adjacent faces of cantilever, between L-type pressing plate 13 adjacent external surfaces, be provided with corner cut 13a, fixed frame 14 is enclosed within outside cantilever 4 and L-type pressing plate 13, fixed frame 14 is fixedly connected with riser 5 by welding, the corner that is positioned at L-type pressing plate 13 1 sides on fixed frame 14 is provided with the screwed hole 14a of corresponding corner cut, handle 15 is provided with screw rod 15a, screw rod 15a suppresses corner cut 13a through screwed hole 14a.The corner that handle is arranged on two adjacent edges can increase pressure area, more firmly fixed frame is connected with cantilever.Riser positioner can be adjusted the position of the horizontal Y direction of riser 5 and head device.
As improvement, between cantilever 4 and L-type pressing plate 13, be provided with pad 16.Pad 16 can increase the frictional force between cantilever 4 and L-type pressing plate 13, prevents that cantilever 4 from directly contacting with L-type pressing plate 13 and wearing and tearing simultaneously.
As improvement, between cantilever 4 and fixed frame 14, be provided with pad.Pad 16 can increase the frictional force between cantilever 4 and fixed frame 14, prevents that cantilever 4 from directly contacting with fixed frame 14 and wearing and tearing simultaneously.
As shown in Figure 3, head device comprises pressure sensor device, pressure sensor device comprises pressure sensor, pressure sensor fixed head 17, pressure sensor is arranged on pressure sensor fixed head 17, pressure sensor fixed head 17 is enclosed within on guide rod 7 and on guide rod 7 and slides, and in the middle of pressure sensor fixed head 17 and linear stepping motor fixed head 11, is provided with the spring 18 being enclosed within on guide rod 7.When linear stepping motor 10 drives printhead fixed head 9 to make printhead 8 touch print media, printhead fixed head 9 and printhead 8 cannot move down, because linear stepping motor 10 drives printhead fixed head 9 and printhead 8 always, cause linear stepping motor fixed head 11 up to move relative to print media, spring 18 is squeeze pressure sensor fixation plate 17 up, therefore pressure sensor can form a force value with fixed head 6 extruding, when force value reaches after predefined limiting pressure, linear stepping motor 10 stops operating, and starts print out task.Pressure sensor device can regulate the contact of printhead 8 and print media.
In addition, printhead 8 is provided with infrared LED lamp, and infrared LED lamp makes more clear, the more accurate position of print position.
Workflow of the present utility model is: on emptying roller and material receiving roller, install respectively goldleaf paper web, print media is placed on workbench, opening power, adjust the position of working media and by infrared LED lamp, print media carried out to initial alignment, the SD card that has print What is inserted to add-on card interface, press start button, printhead is pressed in surface of print media by gold foil paper downwards, and workbench moves axially and realizes thermoprint along horizontal X.
Claims (10)
1. a nothing version gilding press, comprise frame, head device, gold foil paper draw off gear, frame comprises base, column, cantilever, column connects base and cantilever, on cantilever, be installed with riser, head device and gold foil paper draw off gear are arranged on riser, and base comprises pedestal and workbench, pedestal is provided with the motor that drives the horizontal X-direction motion of workbench, and pedestal is provided with the control device of controlling head device, gold foil paper draw off gear, motor, head device comprises fixed head, guide rod, printhead, printhead fixed head, linear stepping motor, linear stepping motor fixed head, fixed head is arranged on riser, guide rod is fixed by fixed head, printhead is arranged on printhead fixed head, printhead fixed head is enclosed within on guide rod and on guide rod and slides, linear stepping motor is arranged on linear stepping motor fixed head, linear stepping motor is connected with printhead fixed head and drives printhead fixed head to move up and down, it is characterized in that: riser rear is provided with the riser positioner being enclosed within on cantilever, riser positioner comprises L-type pressing plate, fixed frame, handle, L-type pressing plate encases two adjacent faces of cantilever, between L-type pressing plate adjacent external surfaces, be provided with corner cut, fixed frame is enclosed within outside cantilever and L-type pressing plate, fixed frame is fixedly connected with riser, the corner that is positioned at L-type pressing plate one side on fixed frame is provided with the screwed hole of corresponding corner cut, handle is provided with screw rod, screw rod suppresses corner cut through screwed hole.
2. as claimed in claim 1 without version gilding press, it is characterized in that: between cantilever and L-type pressing plate, be provided with pad, between cantilever and fixed frame, be provided with pad.
3. a nothing version gilding press as claimed in claim 1, is characterized in that: printhead fixed head is provided with cavity, and a fixed head part is located in cavity.
4. a nothing version gilding press as claimed in claim 1, is characterized in that: head device peripheral hardware has hood, and riser is provided with the safety switch of corresponding hood.
5. as claimed in claim 1 without version gilding press, it is characterized in that: above workbench, be covered with buffered silica gel layer, work edge of table is provided with scale.
6. as claimed in claim 1 without version gilding press, it is characterized in that: gold foil paper draw off gear comprises emptying roller, material receiving roller, material receiving roller motor, guide post, emptying roller is located at respectively the both sides of gold stamping device with material receiving roller and is connected with riser, rewinding motor is located at riser rear and drives material receiving roller work, and emptying roller and material receiving roller below are equipped with the guide post being fixed on riser.
7. as claimed in claim 6 without version gilding press, it is characterized in that: material receiving roller and emptying roller are provided with shell fragment, shell fragment comprises C matrix body and is located at the installation lamellar body of C matrix body both sides, the installation lamellar body of both sides is respectively equipped with to be installed circular hole and U-shaped hole is installed, material receiving roller and emptying roller are provided with the corresponding mounting plane that lamellar body is installed, and material receiving roller and emptying roller are provided with corresponding circular hole and the screwed hole that U-shaped hole is installed installed.
8. as claimed in claim 1 without version gilding press, it is characterized in that: control device comprises the guidance panel, controller, the add-on card interface that are located on base, and add-on card interface is connected with controller, by guidance panel control controller.
9. as claimed in claim 1 without version gilding press, it is characterized in that: head device comprises pressure sensor device, pressure sensor device comprises pressure sensor, pressure sensor fixed head, pressure sensor is arranged on pressure sensor fixed head, pressure sensor fixed head is enclosed within on guide rod and on guide rod and slides, and is provided with the spring being enclosed within on guide rod in the middle of pressure sensor fixed head and linear stepping motor fixed head.
10. as claimed in claim 1 without version gilding press, it is characterized in that: printhead is provided with infrared LED lamp.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320847448.8U CN203637329U (en) | 2013-12-21 | 2013-12-21 | Digital hot stamping machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320847448.8U CN203637329U (en) | 2013-12-21 | 2013-12-21 | Digital hot stamping machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203637329U true CN203637329U (en) | 2014-06-11 |
Family
ID=50868605
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320847448.8U Withdrawn - After Issue CN203637329U (en) | 2013-12-21 | 2013-12-21 | Digital hot stamping machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203637329U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103753950A (en) * | 2013-12-21 | 2014-04-30 | 广州向盟机械有限公司 | Digital hot stamping machine |
| CN110978784A (en) * | 2018-10-03 | 2020-04-10 | 卡西欧计算机株式会社 | Coating device, coating method, and storage medium |
-
2013
- 2013-12-21 CN CN201320847448.8U patent/CN203637329U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103753950A (en) * | 2013-12-21 | 2014-04-30 | 广州向盟机械有限公司 | Digital hot stamping machine |
| CN103753950B (en) * | 2013-12-21 | 2016-05-04 | 广州向盟机械有限公司 | A kind of without version gilding press |
| CN110978784A (en) * | 2018-10-03 | 2020-04-10 | 卡西欧计算机株式会社 | Coating device, coating method, and storage medium |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140611 Effective date of abandoning: 20160504 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |