CN107160846A - A kind of gold stamping machine actuating device - Google Patents
A kind of gold stamping machine actuating device Download PDFInfo
- Publication number
- CN107160846A CN107160846A CN201710392568.6A CN201710392568A CN107160846A CN 107160846 A CN107160846 A CN 107160846A CN 201710392568 A CN201710392568 A CN 201710392568A CN 107160846 A CN107160846 A CN 107160846A
- Authority
- CN
- China
- Prior art keywords
- return idler
- cam
- elbow lever
- eccentric
- lasso
- 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.)
- Pending
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F19/00—Apparatus or machines for carrying out printing operations combined with other operations
- B41F19/02—Apparatus or machines for carrying out printing operations combined with other operations with embossing
- B41F19/06—Printing and embossing between a negative and a positive forme after inking and wiping the negative forme; Printing from an ink band treated with colour or "gold"
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F19/00—Apparatus or machines for carrying out printing operations combined with other operations
- B41F19/008—Apparatus or machines for carrying out printing operations combined with other operations with means for stamping or cutting out
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- Transmission Devices (AREA)
Abstract
The invention discloses a kind of gold stamping machine actuating device, described gold stamping machine actuating device is arranged between the moving platform of the gilding press and base, the gilding press makes the drive shaft turns, drive first cam, second cam rotation, outer peripheral face due to first return idler and second return idler respectively all the time with first cam, second cam is in contact, so that first return idler, second return idler move reciprocatingly；First return idler, second return idler are while moving reciprocatingly, first upper elbow lever, first lower elbow lever and the second described upper elbow lever, second lower elbow lever is driven to do reciprocally swinging respectively, so as to be pumped with the moving platform.So as to which the present invention significantly improves production efficiency, and its product quality.
Description
Technical field
The present invention relates to Postpress and Print Finishing technical field, a kind of gold stamping machine actuating device is particularly related to.
Background technology
Due to developing rapidly for packages printing industry, Packaging Industry includes the performance requirement of gilding press to Postpress and Print Finishing
Increasingly improve, the not only production required precision to equipment is improved, the production efficiency requirement to equipment is also significantly improved.It is die cut at present
Machine driving drives elbow-bar mechanism using crankshaft connecting rod system, is die cut the die-cutting device that platform is moved back and forth so as to drive, its work
The performance especially quality of production is largely restricted, and this is primarily due to bent axle -- and linkage can not ensure moving platform
There are enough dwell times, therefore the speed of production one of flat crushing flat auto dir cutting hot stamping machine domestic at present when peak is die cut
Directly it is limited by this technical bottleneck.
Due to belling and the particular/special requirement of hot stamping technique productions, electrochemical aluminum foil is needed under high-temperature and high-pressure conditions by suitable
When dwell time can be transferred on paper surface, the dwell time is too short, can not ensure that the integrality of thermoprint and adhesion are strong
Degree, the dwell time is long, can cause aluminium foil is burnt to turn into waste product.Therefore the domestic bent axle used -- linkage drives at present
The automatic die cutter that platform completes above-mentioned technique is die cut, speed of production can not break through 8000/hour always, and in cross cutting function
On the basis of incorporate in the equipment of gold stamping function, the speed of production of machine is even more that can be influenceed by belling, hot stamping process requirement.
The content of the invention
It is an object of the invention to propose a kind of gold stamping machine actuating device, hence it is evident that improve production efficiency, with and products thereof
Quality.
A kind of gold stamping machine actuating device provided based on the above-mentioned purpose present invention, described gold stamping machine actuating device is arranged on
Between the moving platform and base of the gilding press, including：Drive shaft, the first cam, the second cam, the first return idler, second
Return idler, the 3rd return idler, the first upper elbow lever, the second upper elbow lever, the first lower elbow lever and the second lower elbow lever；
Wherein, first cam, second cam are separately mounted in the drive shaft；First upper elbow lever
Two ends are rotationally connected with the moving platform and first return idler respectively, the two ends of first lower elbow lever company of rotation respectively
It is connected to first return idler and the base；The two ends of second upper elbow lever be rotationally connected with respectively the moving platform and
Second return idler, the two ends of second lower elbow lever are rotationally connected with second return idler and the bottom respectively
Seat；
The gilding press makes the drive shaft turns, first cam, second cam rotation is driven, due to described
The outer peripheral face of first return idler and second return idler respectively all the time with first cam, second cam connects
Touch, so that first return idler, second return idler move reciprocatingly；It is first return idler, described
Second return idler drives first upper elbow lever, first lower elbow lever and described while moving reciprocatingly, respectively
The second upper elbow lever, second lower elbow lever do reciprocally swinging, so as to be pumped with the moving platform.
Alternatively, described gold stamping machine actuating device be provided with inverted cam in the drive shaft and the 3rd from
Dynamic roller.3rd return idler is connected with first return idler, second return idler respectively by connecting rod, and
And outer peripheral face of the 3rd return idler all the time with the inverted cam is in contact；
First cam, second cam face are avette.
When the moving platform is located at extreme higher position, the outer angle that first upper elbow lever and the first lower elbow lever are formed is small
In 180 °, the outer angle that second upper elbow lever and the second lower elbow lever are formed is again smaller than 180 °.
When the moving platform rises to extreme higher position, the 3rd return idler and the inside differential of the arc of the inverted cam
Degree is in contact.
Further, it is inside microradian that described inverted cam, which is provided with nearly section of stopping, when the moving platform is located at
During extreme higher position, it is in contact at the outer peripheral face of the 3rd return idler microradian inside with the inverted cam.
Further, described gold stamping machine actuating device be provided with the 3rd return idler respectively by eccentric ratio with
First return idler, second return idler are connected.
Further, described eccentric ratio includes long connecting rod, eccentric lasso and fixed cover, and the eccentric bushing snare enters institute
One end of long connecting rod is stated, the fixed cover is inserted in the eccentric lasso；First return idler, second return idler
In the fixed cover for being respectively charged into the respective eccentric ratio, it is fixedly linked with the respective eccentric ratio；
The other end of the long connecting rod is only provided with the fixed cover being inserted in, and passes through the fixed cover and described the
Three return idlers are fixedly linked；Or the other end of the long connecting rod is also equipped with the eccentric lasso and the fixed cover, and
And be fixedly linked by the fixed cover with the 3rd return idler.
Further, the regulated quantity of described eccentric ratio is 0~3mm.
Further, described fixed cover is copper sheathing.
Further, it is provided with above outer adjustment hole and outer fixing hole, described eccentric lasso and sets on described long connecting rod
It is equipped with adjustment hole and the interior fixing hole of a circle in a circle；
When described eccentric ratio regulation, it is deep into screw rod through described outer adjustment hole on the eccentric lasso
In one in one circle in adjustment hole；In the range of the size of the outer adjustment hole, the eccentric lasso is rotated, it is suitable to go to
Position, with pin by one in fixing hole in the circle on the outer fixing hole on the long connecting rod and the eccentric lasso
Individual pin together, fixes the eccentric lasso.
Further, first cam, the remote section of stopping of second cam all have an outside microradian；When
When the moving platform is located at extreme higher position, first return idler, second return idler will pass by described the respectively
The outside microradian of one cam, second cam.
From the above it can be seen that a kind of gold stamping machine actuating device that the present invention is provided, by turning the drive shaft
It is dynamic, first cam, second cam rotation are driven, due to first return idler and second return idler point
Outer peripheral face not all the time with first cam, second cam is in contact, so that first return idler, described
Second return idler moves reciprocatingly；First return idler, second return idler divide while moving reciprocatingly
First upper elbow lever, first lower elbow lever and the second described upper elbow lever, second lower elbow lever is not driven to do back and forth
Swing, so as to be pumped with the moving platform.Thus, it is possible to complete in high quality, gilding press is gold stamping, pressurize work.
Brief description of the drawings
Fig. 1 is a kind of structural representation of gold stamping machine actuating device of the embodiment of the present invention；
Fig. 2 is the structural representation of eccentric ratio of the embodiment of the present invention.
Embodiment
A kind of structural representation of gold stamping machine actuating device of the embodiment of the present invention, described gold stamping machine actuating device is arranged on
Between moving platform 201 and base 202, the gold stamping machine actuating device includes drive shaft 207, the first cam 208, the second cam
209th, the first return idler 205, the second return idler 211, the 3rd return idler 212, the first upper elbow lever 204, the second upper elbow lever
213rd, the first lower elbow lever 206 and the second lower elbow lever 214.Wherein, drive shaft 207 is arranged on the support base being arranged on base 202
On.
First cam 208, the second cam 209 are separately mounted in drive shaft 207.It is preferred that the first cam 208, second
Holding certain distance is arranged in drive shaft 207 between cam 209.The two ends of first upper elbow lever 204 are rotationally connected with respectively
The return idler 205 of moving platform 201 and first, the two ends of the first lower elbow lever 206 are rotationally connected with the He of the first return idler 205 respectively
Base 202.It is connected it is preferred that the first upper elbow lever 204 is rotated by axle bed 203 with moving platform 201.The two of second upper elbow lever 213
End is rotationally connected with the return idler 211 of moving platform 201 and second respectively, and the two ends of the second lower elbow lever 214 are rotationally connected with respectively
Second return idler 211 and base 202.It is connected it is preferred that the second upper elbow lever 213 is rotated by axle bed 203 with moving platform 201.
The outer peripheral face of first return idler 205 and the second return idler 211 respectively all the time with the first cam 208, the second cam 209 connects
Touch.
Described gold stamping machine actuating device is by the input torque of drive shaft 207, to drive the first cam 208, the operationally
Two cams 209 rotate, due to the first return idler 205 and the second return idler 211 respectively all the time with the first cam 208, second
The outer peripheral face of cam 209 is in contact, so that the first return idler 205, the second return idler 211 move reciprocatingly.First
Return idler 205, the second return idler 211 drive the first upper elbow lever 204, first time elbow while moving reciprocatingly, respectively
The upper elbow lever 213 of bar 206 and second, the second lower elbow lever 214 do reciprocally swinging, so as to be pumped with moving platform 201.
Preferably, the first cam 208, the shape of the second cam 209 are avette, preferably egg shape.Described two
The remote section of stopping of cam has the outside microradian of certain length.Certainly, two described cams can also be designed as other shapes,
As long as ensureing that the first return idler 205, the second return idler 211 will pass by respectively when moving platform 201 is located at extreme higher position
The outside microradian of first cam 208, the second cam 209, to ensure gold stamping dwell time long enough.
Gold stamping machine actuating device of the present invention is also provided with the inverted cam 210 and the being arranged in drive shaft 207
Three return idlers 212.Wherein, the 3rd return idler 212 by connecting rod respectively with the first return idler 205, the second return idler
211 are connected, and outer peripheral face of the 3rd return idler 212 all the time with inverted cam 210 is in contact.Wherein, inverted cam 210 is set
It is the inside microradian with certain length to have put nearly section of stopping.When moving platform 201 is located at extreme higher position, the 3rd return idler
212 at outer peripheral face of the inverted cam 210 with inside microradian with being in contact.
The motor of the gilding press rotates drive shaft 207, drives the first cam 208, the second cam 209 to rotate, so that
So that the first return idler 205, the second return idler that are in contact respectively with the first cam 208, the outer peripheral face of the second cam 209
211 move to the direction away from drive shaft 207, while elbow on the first upper elbow lever 204 of drive, the first lower elbow lever 206 and second
Bar 213, the second lower elbow lever 214 do the direction away from drive shaft 207 and swung, and moving platform 201 is increased.When the first return idler
205th, the second return idler 211 touches the first cam 208, the remote section of stopping of the second cam 209 has the outside of certain length
During the initiating terminal of microradian, moving platform 201 has been positioned at the extreme higher position (as shown in Figure 2) of its rising, and proceeds by gold stamping
Pressure holding step.When first return idler 205, the second return idler 211 have passed by the microradian, then complete gold stamping, this
For a period of time, the dwell time of as gold stamping process.
At the same time, during moving platform 201 rises, inverted cam 210 is driven with the rotation of drive shaft 207
Rotate so that the 3rd return idler 212 being in contact all the time with the outer peripheral face of inverted cam 210 is done close to the side of drive shaft 207
To movement, because the 3rd return idler 212 is connected with the first return idler 205, the second return idler 211 respectively by connecting rod,
First the 205, second driven rolling of return idler is pushed up so as to which the 3rd return idler 212 can be played to the direction away from drive shaft 207
Wheel 211, accelerates the speed of the rising of moving platform 201；When moving platform 201 is located at extreme higher position, the 3rd return idler 212 with
The inside microradian of inverted cam 210 is in contact.
Drive shaft 207 is rotated further, drive the first cam 208, the second cam 209 continue rotate so that all the time with
The first return idler 205 that first cam 208, the outer peripheral face of the second cam 209 are in contact, the second return idler 211 are to close to drive
The direction movement of moving axis 207, drives the first upper elbow lever 204, the first lower elbow lever 206 and the second upper elbow lever 213, the second lower elbow lever
214 do the direction swing close to drive shaft 207, decline moving platform 201.
At the same time, during moving platform 201 is begun to decline from extreme higher position, with the rotational band of drive shaft 207
Dynamic inverted cam 210 is rotated further so that the 3rd return idler 212 being in contact all the time with the outer peripheral face of inverted cam 210 is done
Move in direction away from drive shaft 207.Due to the 3rd return idler 212 by connecting rod respectively with the first return idler 205, second
Return idler 211 is connected, and during the 3rd return idler 212 is done away from the movement of the direction of drive shaft 207, can pull first
Return idler 205, that the second return idler 211 is sent to drive shaft 207 soon is close.So as to drive the first upper elbow lever 204, the respectively
One lower elbow lever 206 and the second upper elbow lever 213, quick, last moving platform 201 energy close to drive shaft 207 of the second lower elbow lever 214
Enough reach rapid decline.
Described gold stamping machine actuating device can also set the 3rd return idler 212 respectively by eccentric ratio 215 and
One return idler 205, the second return idler 211 are connected.As shown in fig.2, the structure for eccentric ratio of the embodiment of the present invention is shown
It is intended to.Described eccentric ratio 215 includes long connecting rod 301, eccentric lasso 302 and fixed cover 303, and eccentric lasso 302 is inserted in institute
One end of long connecting rod 301 is stated, fixed cover 303 is inserted in eccentric lasso 302.First return idler 205, the second return idler 211
In the fixed cover 303 for being respectively charged into respective eccentric ratio 215, it is fixedly linked with respective eccentric ratio 215.The long connecting rod
301 other end is only provided with the fixed cover 303 being inserted in, and passes through fixed cover 303 and the stationary phase of the 3rd return idler 212
Even.Preferably, fixed cover 303 uses copper sheathing, with preferably wearability, extends the life-span.
It is provided with described long connecting rod 301 above outer adjustment hole 306 and outer fixing hole 307, described eccentric lasso 302
Fixing hole 304 in the circle of adjustment hole 305 and one is provided with a circle.Eccentric ratio 215, can be with screw rod through investigation mission outside the city or town in regulation
Knothole 306 is deep into one in the circle on eccentric lasso 302 in adjustment hole 305.In the hole size of outer adjustment hole 306
In the range of, rotating eccentric sleeve circle 302 goes to suitable position, can with pin by the outer fixing hole 307 on long connecting rod 301 with partially
A pin in a circle on heart lasso 302 in fixing hole 304 fixes eccentric lasso 302, so as to reach eccentric tune together
The purpose of section.
Certainly as one embodiment of the present of invention, eccentric ratio 215 is mutually fixedly connected with the 3rd return idler 212
Position is also provided with eccentric lasso 302.
Claims (7)
1. a kind of gold stamping machine actuating device, it is characterised in that described gold stamping machine actuating device is arranged on the dynamic of the gilding press
Between platform and base, including：Drive shaft, the first cam, the second cam, the first return idler, the second return idler, the 3rd from
Dynamic roller, the first upper elbow lever, the second upper elbow lever, the first lower elbow lever and the second lower elbow lever；Wherein, first cam, described
Two cams are separately mounted in the drive shaft；The two ends of first upper elbow lever are rotationally connected with the moving platform and institute respectively
The first return idler is stated, the two ends of first lower elbow lever are rotationally connected with first return idler and the base respectively；
The two ends of second upper elbow lever are rotationally connected with the moving platform and second return idler, second lower elbow lever respectively
Two ends be rotationally connected with second return idler and the base respectively；The gilding press makes the drive shaft turns, band
First cam, second cam rotation are moved, because first return idler and second return idler begin respectively
The whole outer peripheral face with first cam, second cam is in contact, so that first return idler, described second
Return idler moves reciprocatingly；First return idler, second return idler are while moving reciprocatingly, band respectively
Dynamic first upper elbow lever, first lower elbow lever and the second described upper elbow lever, second lower elbow lever do reciprocally swinging,
So as to be pumped with the moving platform；Described gold stamping machine actuating device be provided with the drive shaft from
Moving cam and the 3rd return idler；3rd return idler is by connecting rod respectively with first return idler, described second
Return idler is connected, and outer peripheral face of the 3rd return idler all the time with the inverted cam is in contact；When described dynamic flat
When platform rises to extreme higher position, the 3rd return idler microradian inside with the inverted cam is in contact.
2. drive device according to claim 1, it is characterised in that described inverted cam be provided with nearly section of stopping be to
Interior microradian, when the moving platform is located at extreme higher position, the 3rd return idler and the inverted cam inwardly micro-
It is in contact at the outer peripheral face of radian；The gold stamping machine actuating device is provided with the 3rd return idler respectively by eccentric ratio
It is connected with first return idler, second return idler.
3. drive device according to claim 1, it is characterised in that first cam, second cam face are equal
To be avette.
4. drive device according to claim 2, it is characterised in that described eccentric ratio includes long connecting rod, eccentric bushing
Circle and fixed cover, the eccentric bushing snare enter one end of the long connecting rod, and the fixed cover is inserted in the eccentric lasso；It is described
First return idler, second return idler are respectively charged into the fixed cover of the respective eccentric ratio, with respective institute
Eccentric ratio is stated to be fixedly linked；The other end of the long connecting rod is only provided with the fixed cover being inserted in, and by described solid
Fixed set is fixedly linked with the 3rd return idler；Or the other end of the long connecting rod is also equipped with the eccentric lasso and institute
Fixed cover is stated, and is fixedly linked by the fixed cover with the 3rd return idler.
5. drive device according to claim 4, it is characterised in that the regulated quantity of described eccentric ratio is 0~3mm.
6. drive device according to claim 1, it is characterised in that described when the moving platform is located at extreme higher position
The outer angle that first upper elbow lever and the first lower elbow lever are formed is less than 180 °, and second upper elbow lever and the second lower elbow lever are formed
Outer angle again smaller than 180 °.
7. drive device according to claim 1, it is characterised in that outer adjustment hole is provided with described long connecting rod and outer
Adjustment hole and the interior fixing hole of a circle in a circle are provided with above fixing hole, described eccentric lasso；
When described eccentric ratio regulation, the circle on the eccentric lasso is deep into through described outer adjustment hole with screw rod
In one in interior adjustment hole；In the range of the size of the outer adjustment hole, the eccentric lasso is rotated, suitable position is gone to
Put, sold one in fixing hole in the circle on the outer fixing hole on the long connecting rod and the eccentric lasso with pin
Together, fix the eccentric lasso.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710392568.6A CN107160846A (en) | 2017-05-27 | 2017-05-27 | A kind of gold stamping machine actuating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710392568.6A CN107160846A (en) | 2017-05-27 | 2017-05-27 | A kind of gold stamping machine actuating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107160846A true CN107160846A (en) | 2017-09-15 |
Family
ID=59821070
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710392568.6A Pending CN107160846A (en) | 2017-05-27 | 2017-05-27 | A kind of gold stamping machine actuating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107160846A (en) |
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Application publication date: 20170915 |