CN207449381U - Gold stamping device - Google Patents
Gold stamping device Download PDFInfo
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- CN207449381U CN207449381U CN201721431341.XU CN201721431341U CN207449381U CN 207449381 U CN207449381 U CN 207449381U CN 201721431341 U CN201721431341 U CN 201721431341U CN 207449381 U CN207449381 U CN 207449381U
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- paper tinsel
- gold stamping
- roller
- band
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Abstract
Present disclose provides a kind of gold stamping device, including：Cross paper tinsel transfer assembly, for gold stamping band and stock by and by the gold stamping band the gold stamping layer of the first area of the pattern be transferred on the stock；And lateral displacement component, by as it is described cross paper tinsel transfer assembly derived from gold stamping band carry out lateral displacement along the direction vertical with band direct of travel after be directed to again it is described cross paper tinsel transfer assembly, the gold stamping layer of another area of the pattern on gold stamping band different from first area of the pattern is made to be transferred on the stock.After the disclosure carries out lateral displacement by the gold stamping band edge that will the have been subjected to once gold stamping layer transfer direction vertical with band direct of travel, gold stamping layer transfer is carried out again in different area of the pattern, it is achieved thereby that gold stamping band is used repeatedly.
Description
Technical field
This disclosure relates to printing equipment technical field more particularly to a kind of gold stamping device.
Background technology
Gold stamping essence is exactly to transfer, and is that gold stamping band draw above case is transferred to stock above process process.
Fig. 1 is schematic diagram of the prior art gold stamping device in the multiple patterns of different parts ironing of stock.Such as Fig. 1 institutes
Show, gold stamping device can only be separately provided gold stamping band-A1, A2, A3 in the corresponding position of each pattern.However, many stocks
It is multiple smaller regions to need gold stamping position, in the case of more in stock blank place, can largely waste gold stamping band
Material adds use cost.
Utility model content
(1) technical problems to be solved
Present disclose provides a kind of gold stamping device, at least partly to solve the technical issues of set forth above.
(2) technical solution
Disclosure gold stamping device, including：Paper tinsel transfer assembly is crossed, for gold stamping band and stock by and by gold stamping band
The gold stamping layer of first area of the pattern is transferred on stock；And lateral displacement component, it will be scalded as derived from crossing paper tinsel transfer assembly
Gold ribbon material was directed to paper tinsel transfer assembly again after carrying out lateral displacement along the direction vertical with band direct of travel, made gold stamping band
The gold stamping layer of another area of the pattern on material different from the first area of the pattern is transferred on stock.
In some embodiments of the present disclosure, lateral displacement component includes：N number of transposition structure, N≤1；Transposition structure bag
It includes：Two are tiltedly led paper tinsel roller, and two are tiltedly led the setting of paper tinsel roller side by side parallel, and the two is in 45 ° of angles with band direct of travel.
In some embodiments of the present disclosure, in lateral displacement component, N≤2, each transposition structure will independently be turned by crossing paper tinsel
It moves after gold stamping band derived from component carries out lateral displacement along the direction vertical with band direct of travel and was directed to paper tinsel turn again
Component is moved, wherein：N number of transposition structure is arranged in parallel in the spaced up pre-determined distance in the side of plane where transposition structure；
Or N number of transposition structure is arranged side by side at grade.
In some embodiments of the present disclosure, lateral displacement component further includes：Displacement guide rail structure；Displacement guide rail structure bag
It includes：Two guide rails being arranged side by side, vertical with band direct of travel, the rear and front end for tiltedly leading paper tinsel roller is connected to two and leads
On the sliding block of rail；Wherein, tiltedly lead paper tinsel roller can on displacement guide rail structure along the square upward sliding vertical with band direct of travel or
Position locks.
In some embodiments of the present disclosure, lateral displacement component further includes：Lead paper tinsel roller group；Leading paper tinsel roller group includes：Extension
Paper tinsel roller is led in the direction upstream side vertical with band direct of travel and paper tinsel roller is led in downstream side, and the two is respectively arranged at two and tiltedly leads paper tinsel roller
Upstream side and downstream side, wherein：It leads paper tinsel roller and the gold stamping band as derived from crossing paper tinsel transfer assembly is directed to lateral displacement in upstream side
Transposition structure in component；It leads paper tinsel roller and the gold stamping band after the lateral displacement as derived from transposition structure was directed to paper tinsel in downstream side
Transfer assembly.
In some embodiments of the present disclosure, further include：Positioning components, by adjusting gold stamping band through lateral displacement component
Into paper tinsel transfer assembly stroke, and then adjust the relative position in different pattern region to be transferred on gold stamping band.
In some embodiments of the present disclosure, in lateral displacement component, plane is with crossing paper tinsel transfer assembly where transposition structure
In pattern transfering channel it is parallel, N number of transposition structure is in the spaced up pre-determined distance in the side of plane where transposition structure
It is arranged in parallel；Each transposition structure includes respective displacement guide rail structure and leads paper tinsel roller group, and transposition structure further includes：Two spacers,
Its extending direction is vertical with gold stamping band direct of travel；Wherein, two guide rails of displacement guide rail structure are respectively arranged at two supports
It blocks.
In some embodiments of the present disclosure, transposition structure further includes：Frame has one first side and a second side,
First side and the second side are located at the both sides of band direct of travel respectively；Positioning components include：Positioning guide rail structure, guide rail knot of transposing
Structure includes：Along the first guide rail and the second guide rail of the direction extension vertical with plane where transposition structure, the two is located at respectively changes
First side of bit architecture and the second side；Wherein, the sliding block on the first guide rail is fixed in the first side of frame；The second side of frame is consolidated
Sliding block on the second guide rail, frame can slide up on positioning guide rail structure along the side vertical with plane where transposition structure
The locking of dynamic or position.
In some embodiments of the present disclosure, positioning components further include：N number of stretching structure, respectively to N number of transposition structure
One of them position on the direction vertical with plane where transposition structure is controlled；Wherein, each stretching structure includes：
Two screw external members are respectively arranged at the first side and the second side of transposition structure；Screw external member includes：Nut is fixed on frame
One side；Screw is arranged at the one side of frame, and through nut, and its external screw thread is matched with the internal thread of nut；Screw is fixed
Seat, screw bearing are fixed on the inside of screw fixed seat；And screw drive motor, for screw to be driven to rotate.
In some embodiments of the present disclosure, in lateral displacement component, plane is with crossing paper tinsel transfer assembly where transposition structure
In pattern transfering channel it is parallel, N number of transposition structure is arranged side by side at grade, and N number of transposition structure shares displacement guide rail
Structure and paper tinsel roller group is led, lateral displacement component includes：Two spacers, extending direction are vertical with band direct of travel；Wherein, position
Two guide rails for moving guide rail structure are respectively arranged on two spacers, the rear and front end for tiltedly the leading paper tinsel roller difference of N number of transposition structure
It is connected on the sliding block of two guide rails.
In some embodiments of the present disclosure, positioning components include：Preceding stretching structure and/or post-tensioning structure, wherein：
Preceding stretching structure includes：The first adjustment roller and the 6th crosses paper tinsel roller, and the two extending direction is vertical with band direct of travel,
The first adjustment roller can be locked along the displacement of band direct of travel or position, wherein, as derived from crossing paper tinsel transfer assembly gold stamping band according to
It is secondary bypass the 6th cross paper tinsel roller and the first adjustment roller after, be directed to transposition structure；
Post-tensioning structure includes：Second adjustment roller and the 3rd crosses paper tinsel roller, and the extending direction and band direct of travel of the two hang down
Directly, second adjustment roller can be locked along the displacement of band direct of travel or position, wherein, gold stamping band is successively as derived from transposition structure
After crossing paper tinsel roller around second adjustment roller and the 3rd, paper tinsel transfer assembly was imported.
In some embodiments of the present disclosure, positioning components further include：Two spacers, extending direction and band traveling side
To parallel；Positioning guide rail structure, including：Two guide rails being arranged on spacer；Wherein, the first adjustment roller and second adjustment roller
Both ends are individually fixed on the sliding block of two guide rails, and the two can be on positioning guide rail structure along the side vertical with band direct of travel
Upward sliding or position locking.
In some embodiments of the present disclosure, crossing paper tinsel transfer assembly is：Rotary-cutting hot stamping structure, circle flatten gold stamping structure or
The gold stamping structure of platen.
In some embodiments of the present disclosure, crossing paper tinsel transfer assembly is：Rotary-cutting hot stamping structure, including：Under matched
Roller and upper roller, formed between the two for gold stamping band and stock by pattern transfering channel；It is arranged at pattern transfer
The preceding of passage upstream side crosses paper tinsel roller；It is arranged at the rear of pattern transfering channel downstream side and crosses paper tinsel roller；Wherein, bottom roll is actively to rotate
Roller.
In some embodiments of the present disclosure, gold stamping device is cold wave equipment；And/or gold stamping band is electrochemical aluminum strip,
And/or stock is paper.
(3) advantageous effect
It can be seen from the above technical proposal that disclosure gold stamping device at least has the advantages that one of them：
(1) by the way that gold stamping band derived from paper tinsel transfer assembly will be passed through horizontal stroke is carried out along the direction vertical with band direct of travel
After displacement, paper tinsel transfer assembly was imported again, it is achieved thereby that gold stamping band reuses, gold stamping band is greatly saved
Material；
(2) by positioning components, the position of the gold stamping band Jing Guo paper tinsel transfer assembly twice before and after adjustment, two before and after realization
The adjustment of secondary gold stamping pattern correspondence position on gold stamping band, prevent after once it is gold stamping during gold stamping pattern on gold stamping band
Corresponding gold stamping layer has consumed；
(3) by setting screw and slide, the front and rear position of the gold stamping band Jing Guo paper tinsel transfer assembly twice is realized
Automatic adjustment, improves automatization level, greatly facilitates use；
(4) complete equipment is simple in structure, easy to adjust, has stronger application value.
Description of the drawings
Fig. 1 is schematic diagram of the prior art cold wave equipment in the multiple patterns of different parts ironing of stock.
Fig. 2 is the structure diagram according to first embodiment of the present disclosure cold wave equipment.
Fig. 3 is the structure diagram of the upper transposition structure of transposition component in gold stamping device shown in Fig. 2.
Fig. 4 is the structure diagram according to second embodiment of the present disclosure cold wave equipment.
Fig. 5 is the structure diagram of the first diagonal roll structure of transposition component in gold stamping device shown in Fig. 4.
Fig. 6 is the structure diagram of the first adjustment roll structure of positioning components in gold stamping device shown in Fig. 4.
【Embodiment of the present disclosure main element symbol description in attached drawing】
100- crosses paper tinsel transfer assembly；
101- bottom rolls；The upper rollers of 102-；
Paper tinsel roller is crossed before 103-；Paper tinsel roller is crossed after 104-；
200- lateral displacement components；
The upper transposition structures of 210-；
211- lead frame；Paper tinsel roller is led after 212-；The leading paper tinsel rollers of 213-；
214- fromer rails；215- rear rails；216- first tiltedly leads paper tinsel roller；
217- second tiltedly leads paper tinsel roller；Connecting seat after 218-；Connecting seat before 219-；
Transposition structure under 220-；
300- positioning components；
311- left rails；The right guide rails of 312-；The first sliding blocks of 313-；
The second sliding blocks of 314-；The 3rd sliding blocks of 315-；316- Four-sliders；
320- the first screw external members；
The first nuts of 321-；The first screws of 322-；323- the first screw fixed seats；
The 4th screw external members of 330-；
340- the second screw external members；
The second nuts of 341-；The second screws of 342-；343- the second screw fixed seats；
The 3rd screw external members of 350-；
200 ＇-lateral displacement component；
The first spacers of 241-；The second spacers of 242-；
The first slant rails of 251-；The second slant rails of 252-；
The first transposition structures of 260-；
The first diagonal roll structures of 261-；The second diagonal roll structures of 262-；
261a- first tiltedly leads paper tinsel roller；261b cross roll link blocks；261c- the first cross roll sliding blocks；
261d cross roll link blocks；261e the second cross roll sliding blocks；
The second transposition structures of 270-；
The 3rd diagonal roll structures of 271-；The 4th diagonal roll structures of 272-；
281- the 5th crosses paper tinsel roller；282- the 4th crosses paper tinsel roller；
300 ＇-positioning components；
361- left rails；The right guide rails of 362-
370- the first adjustment roll structures
371- the first adjustment rollers；The first link blocks of 372-；The first guide rail slide blocks of 373-；
The second link blocks of 374-；The second guide rail slide blocks of 375-；
380- second adjustment roll structures；
391- the 6th crosses paper tinsel roller；392- the 3rd crosses paper tinsel roller；
L1、L2- lateral displacement
A, A ＇, A 〞-same root electrification aluminum strip；The electrochemical aluminum strips of A1, A2, A3- tri-；
B- paper.
Specific embodiment
In the disclosure, lateral displacement component realizes the lateral displacement of gold stamping band, and positioning components realize gold stamping band in axis
To translation, so as to which gold stamping band is transferred to stock in axial different position, realizes the multiple utilization of gold stamping band, reach
To the purpose for saving gold stamping band.
Purpose, technical scheme and advantage to make the disclosure are more clearly understood, below in conjunction with specific embodiment, and reference
The disclosure is further described in attached drawing.
In first exemplary embodiment of the disclosure, a kind of gold stamping device is provided.In the present embodiment, it is gold stamping to set
Standby is cold wave equipment, and gold stamping band is electrochemical aluminum strip A, holds primer as paper B.
Fig. 2 is the structure diagram according to first embodiment of the present disclosure cold wave equipment.As shown in Fig. 2, the present embodiment cold wave
Equipment includes：
Paper tinsel transfer assembly 100 is crossed, for electrochemical aluminum strip A and paper B by and by the first area of the pattern in electrochemical aluminum strip
Aluminium layer be transferred on paper B；
Lateral displacement component 200 electrochemical aluminum strip will hang down as derived from crossing paper tinsel transfer assembly 100 along with band direct of travel
Straight direction was directed to paper tinsel transfer assembly 100 again after carrying out displacement, made to be different from the first area of the pattern in electrochemical aluminum strip
The aluminium layer of at least one second area of the pattern be transferred on paper；
Positioning components 300 entered the stroke of paper tinsel transfer assembly by adjusting electrochemical aluminum strip through lateral displacement component, into
And adjust the relative position in different pattern region to be transferred in electrochemical aluminum strip.
Each component of the present embodiment cold wave equipment is described in detail individually below.
In the present embodiment, cross paper tinsel transfer assembly 100 and use rotary-cutting hot stamping structure, but the disclosure is not limited thereto.
In the other embodiment of the disclosure, it can also be that circle flattens gold stamping structure or the gold stamping structure of platen to cross paper tinsel transfer assembly 1.
Fig. 2 is refer to, crossing paper tinsel transfer assembly 100 includes：Matched bottom roll 101 and upper roller 102, between the two
Formed for electrochemical aluminum strip and paper by pattern transfering channel；It is arranged at the preceding of pattern transfering channel upstream side and crosses paper tinsel roller
103；It is arranged at the rear of pattern transfering channel downstream side and crosses paper tinsel roller 104.Upstream side and downstream side herein is compared with anodized aluminium
For the direct of travel of band, wherein, two rollers (101,102) are used for pressing electrochemical aluminum strip A and paper B, two mistakes
The function of paper tinsel roller (103,104) is the progress path of the electrochemical aluminum strip of guiding.
Wherein, bottom roll 101, upper roller 102, preceding paper tinsel roller 103 excessively, rear paper tinsel roller 104 of crossing are all rotary rollers,
Both ends are all locked on the left and right wallboard of complete machine.Bottom roll 101 is driven by motor and actively rotated.Electrochemical aluminum strip A and paper B are same
When pattern transfering channel between bottom roll 101 and upper roller 102 by the way that the aluminium layer in electrochemical aluminum strip is according on paper
Pattern shifts.
As described above, lateral displacement component 200 for will as derived from crossing paper tinsel transfer assembly 100 electrochemical aluminum strip along and band
The vertical direction of material direct of travel was directed to paper tinsel transfer assembly 100 again after carrying out displacement, made to be different from electrochemical aluminum strip
Second area of the pattern of the first area of the pattern and the aluminium layer of the 3rd area of the pattern are transferred on paper.
In the present embodiment, lateral displacement component 200 includes：210 He of upper transposition structure of pre-determined distance is separated in the longitudinal direction
Lower transposition structure 220.Plane where two transposition structures is parallel substantially parallel with crossing the pattern transfering channel in paper tinsel transfer assembly.
Wherein, the electrochemical aluminum strip after the aluminium layer of the first area of the pattern is transferred on paper after upper transposition structure 210,
Lateral displacement L1, for convenience, mark is band A ＇ in figure, and electrification aluminum strip A ＇ and paper B are guided jointly
To paper tinsel transfer assembly 100 is crossed, the aluminium layer of the second area of the pattern is transferred on paper B；Then, after the second transposition structure,
Lateral displacement L2, for convenience, in figure mark for band A 〞, electrification aluminum strip A 〞 and paper B commonly through
It is above-mentioned to cross paper tinsel transfer assembly 100, the aluminium layer of the 3rd area of the pattern is transferred on paper B.As it can be seen that advance in electrochemical aluminum strip
In the process, recycled three times, compared to traditional gold stamping device strip material mode, electrochemical aluminum strip is greatly saved.
Wherein, upper transposition structure 210 is different with the installation site of lower transposition structure 220, and structure is similar.Hereafter above transposition
It is illustrated exemplified by structure 210.
Fig. 3 is the structure diagram of the upper transposition structure of lateral displacement component in cold wave equipment shown in Fig. 2.As shown in figure 3,
Transposition structure 210 includes on this：
Lead frame 211 has two spacers along the direction vertical with electrochemical aluminum strip direct of travel；
Paper tinsel roller group is led, including：After lead paper tinsel roller 212, be rotatablely arranged at the upstream side of lead frame；Leading paper tinsel roller 213,
It is rotatablely arranged at the downstream side of lead frame；
Displacement guide rail structure, including：Fromer rail 214 and rear rail 215 are respectively arranged at two spacers of lead frame
On；
First tiltedly leads paper tinsel roller 216, and both ends are respectively slidably connected to the sliding block of fromer rail and rear rail；
Second tiltedly leads paper tinsel roller 217, and tiltedly leading paper tinsel roller with first is arranged side by side, and both ends are equally connected to fromer rail with after
The sliding block of guide rail.
Wherein, first tiltedly lead that paper tinsel roller 216 and second tiltedly leads paper tinsel roller 217 and the angle of electrification aluminum strip direct of travel is about
45°。
Continue referring to Fig. 3, two tiltedly lead paper tinsel roller (216,217) be slidably connected in an identical manner two guide rails it
Between.By taking first tiltedly leads paper tinsel roller 216 as an example, first end is connected to by rear connecting seat 218 on the sliding block of rear rail, and second
End is connected to by preceding connecting seat 219 on the sliding block of fromer rail.In addition, also have on preceding connecting seat 219 and rear connecting seat 218
Holding screw, for being moved to behind appropriate position and can fix the by locking holding screw tiltedly leading paper tinsel roller 216 by first
One leads the position of paper tinsel bar.
Wherein, the electrochemical aluminum strip A after the aluminium layer of the first area of the pattern is transferred on paper leads paper tinsel roller 212 after first
It turns to, paper tinsel roller 216 and second is tiltedly successively then led around first side by side and tiltedly leads paper tinsel roller 217, realizes lateral displacement L1, then again
It is turned to by leading paper tinsel roller 213, was directed to paper tinsel transfer assembly 100 again, lateral displacement L is marked in figure1Anodized aluminium band afterwards
Material is A ＇.
It will be apparent to those skilled in the art that by adjusting first on guide rail, tiltedly leading paper tinsel roller 308 and second tiltedly leads paper tinsel roller
Between spacing, lateral displacement L can be adjusted1Size.If lateral displacement need not adjust, position can not also be set
Guide rail structure is moved, the connecting seat for directly tiltedly leading two at paper tinsel roller both ends is fixed on the corresponding position of spacer.
In the lower section of upper transposition structure 210, be additionally provided with lower transposition structure 220, with upper transposition structure separate it is default away from
From setting, it is substantially the same with its structure, details are not described herein again.
It should be noted that in the present embodiment, the leading paper tinsel roller in leading paper tinsel roller, lower transposition structure in upper transposition structure
And the preceding paper tinsel roller excessively excessively in paper tinsel transfer assembly, it is substantially aligned in the longitudinal direction.Likewise, led after in upper transposition structure paper tinsel roller,
The rear paper tinsel roller excessively in paper tinsel roller and excessively paper tinsel transfer assembly is led after in lower transposition structure, it is substantially aligned in the longitudinal direction.
By two transposition structures, this case cold wave equipment realizes the recycling twice of electrochemical aluminum strip.Together with most opening
The once utilization begun, the electrochemical aluminum strip of one have recycled three times, and anodized aluminium is greatly saved.
It is understood that in order to realize recycling for electrochemical aluminum strip, it is also necessary to ensure two figures in electrochemical aluminum strip
Case region mutually staggers, this just needs positioning components 300.Certainly, if area of the pattern inherently mutually staggers, positioning components
It is dispensed.
In the present embodiment, positioning components 300 be used to controlling transposition structure 210 and lower transposition structure 220 on move down
It is dynamic, and then adjust the relative position of the first area of the pattern and the second area of the pattern in electrochemical aluminum strip.
Fig. 2 is refer to, positioning components 300 include：
Longitudinally disposed positioning guide rail structure；
First stretching structure, transposition structure is slided up and down in guide rail group in driving, including：First screw external member 320 and
Four screw external members 330；
Second stretching structure drives lower transposition structure to be slided up and down in guide rail group, including：Second screw external member 340 and
Three screw external members 350.
Wherein, positioning guide rail structure includes：Left rail 311 and right guide rail 312.The outside of left rail 311 and right guide rail 312
Directly locked together with complete machine wallboard.
Two sliding blocks that can be slided along guide rail are set in the inside of left rail 311：First sliding block 313 and the second sliding block 314,
Two sliding blocks that can be slided along guide rail are set in the inside of right guide rail 312：3rd sliding block 315 and Four-slider 316.Wherein：
(1) it is fixed under on the left of the lead frame of transposition structure on the first sliding block 313 on left rail；Right side is fixed
In on the 3rd sliding block 315 on right guide rail；
(2) the second sliding block 314 being fixed on on the left of the lead frame of transposition structure on left rail；The right side is fixed on right side
On Four-slider 316 on guide rail.
By guide rail group and four sliding blocks, the tune of lower transposition structure and upper transposition structure position in the longitudinal direction can be realized
Section, and then realize mutually staggering for the first area of the pattern and the second area of the pattern in electrochemical aluminum strip.
It will be understood by those skilled in the art that four sliding blocks can be screwed on guide rail, pass through manual progress
It adjusts.But it is more preferable to the automatic adjustment of upper transposition structure and lower transposition structure is realized by controlling.
First stretching structure includes：First screw external member 320 and the 4th screw external member 330.
First screw external member 320 includes：First nut 321 is fixed on the left side of transposition structure；First screw 322, if
The left side of transposition structure is placed in, through the first nut, and its external screw thread is matched with the internal thread of the first nut；First screw
Fixed seat 323 is fixed on the complete machine wallboard in left side, and the first screw bearing is fixed on the inside of the first screw fixed seat；The
One screw drive motor (not shown) is arranged at the upper end of the first screw, for the first screw to be driven to rotate；
4th screw external member 330 includes：4th nut, is fixed on the right side of transposition structure, and the 4th screw is arranged at
The right side of transposition structure, through the 4th nut, and the internal thread of its external screw thread and the 4th nut matches；4th screw is fixed
Seat, is fixed on the complete machine wallboard on right side, and the 4th screw bearing is fixed on the inside of the 4th screw fixed seat；4th screw driving electricity
Machine (not shown) is arranged at the upper end of the 4th screw, for the 4th screw to be driven to rotate.
By the way that the first screw drive motor and the 4th screw drive motor is driven to run, the first screw 322 and the 4th is driven
Screw 332 rotates, and transposition structure 210 can be driven to move up and down, the automatic tune of 210 lengthwise position of transposition structure in realization
Section.
Second stretching structure includes：Second screw external member 340 and the 3rd screw external member 350.
Second screw external member 340 includes：Second nut 341 is fixed on the left side of lower transposition structure；Second screw 342, if
The left side of lower transposition structure is placed in, through the second nut, and its external screw thread is matched with the internal thread of the second nut；Second screw
Fixed seat 343 is fixed on complete machine wallboard, and the second screw bearing is fixed on the inside of the second screw fixed seat；Second screw
Driving motor (not shown) is arranged at the upper end of the second screw, for the second screw to be driven to rotate；
3rd screw external member 350 includes：3rd nut is fixed on the left side of lower transposition structure；3rd screw, is arranged at down
The right side of transposition structure, through the 3rd nut, and the internal thread of its external screw thread and the 3rd nut matches；3rd screw is fixed
Seat, is fixed on complete machine wallboard, the 3rd screw bearing is fixed on the inside of the 3rd screw fixed seat；3rd screw drive motor is (not
Show), the upper end of the 3rd screw is arranged at, is rotated for the 3rd screw of driving.
By the way that the second screw drive motor and the 3rd screw drive motor is driven to run, the second screw and the 3rd screw are driven
It rotates, lower transposition structure 220 can be driven to move up and down, realize the automatic adjustment of lower 220 lengthwise position of transposition structure.
As described above, cold wave equipment can include more than two groups of transposition component, and the number of stretching structure and transposition group
The number of part is corresponding, if increasing by a transposition component, it should also accordingly increase by one group of stretching structure.
The structure of the present embodiment cold wave equipment has been described in detail above, its course of work has been said below
It is bright：
(1) according to the position of pattern on paper B, by upper and lower transposition structure totally four tiltedly leading paper tinsel roller is moved to corresponding positions
It puts, locks holding screw；
(2) start the first screw drive motor and the 4th screw drive motor, drive the first screw 322 and the 4th screw
The upper transposition structure 210 of 332 controls moves corresponding position；
(3) start the second screw drive motor and the 3rd screw drive motor, drive the second screw 342 and the 3rd screw
The lower transposition structure 220 of 352 controls is moved to corresponding position, and the length that such anodized aluminium often encloses just is adjusted.
(4) start to wear electrochemical aluminum strip A according to pattern position, one of which situation is just as shown in the figure；
(45) machine is started.There is the easily peelable aluminium layer in one side on pattern toughness on paper B, electrochemical aluminum strip A surfaces, rolling
After cylinder starts rotation, electricity when electrochemical aluminum strip A and paper B pass through the pattern transfering channel between upper roller 102 and bottom roll 101
The aluminium layer changed in aluminum strip is glued according to the pattern on paper.
It can be seen from the figure that the present embodiment cold wave equipment can allow an anodized aluminium Xun Huan to greatly save electrification three times
Aluminium.
In second exemplary embodiment of the disclosure, another cold wave equipment is provided.Fig. 4 is according to this public affairs
Open the structure diagram of second embodiment cold wave equipment.The present embodiment cold wave equipment includes：Cross paper tinsel transfer assembly 100, horizontal position
Move 300 ＇ of 200 ＇ of component and positioning components.
It refer to Fig. 4, in the present embodiment cold wave equipment, crossing paper tinsel transfer assembly 100 includes：Matched 101 He of bottom roll
Upper roller 102, formed between the two for electrochemical aluminum strip and paper by pattern transfering channel；It is arranged at pattern transfering channel
The preceding of upstream side crosses paper tinsel roller 103；It is arranged at the rear of pattern transfering channel downstream side and crosses paper tinsel roller 104.Wherein, bottom roll 101 is by electricity
Machine drives, other all paper tinsel rollers and the both ends of upper roller crossed are connected with wallboard, can be rotated freely.Each paper tinsel roller excessively
Function is to guide the progress path of anodized aluminium, and two rollers are used for pressing electrochemical aluminum strip A and paper B.
In the present embodiment, 200 ＇ of lateral displacement component for changing anodized aluminium in the upward position of drum shaft, including：
Spacer group was arranged at the top of paper tinsel transfer assembly, including：First spacer 241 and the second spacer 242, two spacers
The direction of extension is parallel with the direction that electrochemical aluminum strip is advanced, and both ends are fixed with complete machine wallboard；
Displacement guide rail structure, including：The first slant rail 251 being arranged on the first spacer；Is arranged on the second spacer
Two slant rails 252；
First transposition structure 260 and the second transposition structure 270, wherein, the first transposition structure 260 realizes electrochemical aluminum strip
First time lateral displacement；Second transposition structure 270 realizes second of lateral displacement of electrochemical aluminum strip；
Paper tinsel roller group is led, including：5th crosses paper tinsel roller 281, for that electrochemical aluminum strip will be guided as derived from crossing paper tinsel transfer assembly
To the first transposition structure or the second transposition structure of corresponding position；4th crosses paper tinsel roller 282, for that will pass through the first transposition structure
Or second transposition structure carry out lateral displacement electrochemical aluminum strip be directed to paper tinsel transfer assembly again；Wherein, the 5th paper tinsel roller is crossed
281 and the 4th the both ends for crossing paper tinsel roller 282 be positioned on the complete machine wallboard of the left and right sides.
Respective paper tinsel roller group, in the present embodiment, two are led as it can be seen that having different from each transposition structure in first embodiment
A transposition structure share it is same lead paper tinsel roller group, this so that the structure of whole equipment is compacter, and failure rate is lower.
Wherein, the first transposition structure 260 further comprises：First diagonal roll structure 261 and the second diagonal roll structure 262.
Fig. 5 is the structure diagram of the first diagonal roll structure of transposition component in cold wave equipment shown in Fig. 4.Refer to Fig. 4 and
Fig. 5, in the first diagonal roll structure 261, the first cross roll link block 261b that passes on left for tiltedly leading paper tinsel roller 261a is fixed on first and tiltedly leads
On the first cross roll sliding block 261c on rail, the second cross roll that the second slant rail is fixed on right side by cross roll link block 261d is slided
On block 261e.Also, screw is installed on the first cross roll sliding block 261c and the second cross roll link block 261e, for controlling
First tiltedly leads paper tinsel roller 216a moves in oblique slide rail group.The direction that first direction for tiltedly leading paper tinsel roller 261a is advanced with electrochemical aluminum strip
In about 45 °.
Second transposition structure 270 further comprises：3rd diagonal roll structure 271 and the 4th diagonal roll structure 272.Second transposition rolling
Structure, the 3rd diagonal roll structure and the 4th diagonal roll structure have identical structure and mounting means with the first diagonal roll structure, herein not
It repeats again.
It should be noted that two transposition structures are set in the present embodiment, but it will be apparent to those skilled in the art that transposition
The number of structure can also be adjusted as needed, can be 1,3 or more transposition structures, so as to fulfill electrification
Aluminum strip more makes full use of.
Different from first embodiment often circle electricity is adjusted by the way of replace component and lower transposition component height is adjusted
Change the length of aluminum strip, present embodiments provide another regulative mode.
It refer to Fig. 4, in the present embodiment, 300 ＇ of positioning components includes：
Positioning guide rail structure, including：Left rail 361 and right guide rail 362, are separately fixed on the left and right sidesing wall plate of complete machine, two
The extending direction of person is parallel with the direct of travel of the electrochemical aluminum strip；
Preceding stretching structure, including：The first adjustment roll structure 370, both ends are separately fixed on the sliding block of left and right guide rail；
6th crosses paper tinsel roller 391, is arranged at the outside of the first adjustment roll structure 370；
Post-tensioning structure, including：Second adjustment roll structure 380, both ends are separately fixed on the sliding block of left and right guide rail；
3rd crosses paper tinsel roller 392, is arranged at the outside of second adjustment roll structure 380；
Wherein, the 6th both ends that paper tinsel roller 391 and the 3rd crosses paper tinsel roller 392 excessively are positioned on the complete machine wallboard of the left and right sides,
The extension and electrochemical aluminum strip direct of travel that roller is adjusted in the first adjustment roll structure 370 and second adjustment roll structure 380 are hung down
Directly.
The first adjustment roll structure 370 is similar with mounting means with the structure of second adjustment roll structure 380.Hereafter adjusted with first
It is illustrated exemplified by whole roll structure.
Fig. 6 is the structure diagram of the first adjustment roll structure of positioning components in gold stamping device shown in Fig. 4.It refer to Fig. 6
And Fig. 4, in the first adjustment roll structure 370, first link block 372 that passes on left of the first adjustment roller 371 is fixed on left rail
On first guide rail slide block 373, right side is connected to the second guide rail of right guide rail by the second link block by the second link block 374
On sliding block 375.Also, there is screw on the first link block and the second link block, the position of the first adjustment roller 371 can be locked
It puts.
In 300 ＇ of the positioning components, electrochemical aluminum strip crosses paper tinsel around the 6th successively as derived from crossing paper tinsel transfer assembly 100
After the first adjustment roller 371 in roller 391 and the first adjustment roll structure, the transposition structure into transposition component.Therefore, tune is passed through
Whole the first adjustment roller 371 is in the position of guide rail group, it is possible to adjust the anodized aluminium band between paper tinsel transfer assembly and transposition structure
The length of material.
Similarly, by derived electrification aluminum strip in transposition component successively by the adjustment in second adjustment roll structure 380
Roller and the 3rd crosses paper tinsel roller 392 and then secondary entered paper tinsel transfer assembly 100.Therefore, by adjusting second adjustment roll structure 380
Middle adjustment roller is in the position of guide rail group, it is possible to adjust transposition structure and cross the length of the electrochemical aluminum strip between paper tinsel transfer assembly
Degree.
The structure of the present embodiment cold wave equipment has been described in detail above, its course of work has been said below
It is bright：
(1) each position for tiltedly leading paper tinsel roller in the first transposition structure 260 and the second transposition structure 270 is adjusted according to pattern,
Ensure that electrochemical aluminum strip in the axial direction can be with treating gold stamping alignment pattern after winding every time on paper；
(2) each screw for tiltedly leading paper tinsel roller is locked, fixes four positions for tiltedly leading paper tinsel roller；
(3) position for adjusting roller in positioning components in the first adjustment roll structure and second adjustment roll structure is adjusted, adjustment is every
The length of the electrochemical aluminum strip of circle, ensureing the part of electrochemical aluminum strip and paper pattern registration has aluminium layer；
(4) machine is started after adjusting, paper B and electrification aluminum strip A are pressed between bottom roll 101 and upper roller 102, and one
The continuous circulation pressing of anodized aluminium realizes the function of saving anodized aluminium.
Similarly, it can be seen from the figure that the present embodiment cold wave equipment can allow an anodized aluminium Xun Huan to be saved significantly three times
About anodized aluminium.
So far, attached drawing is had been combined the embodiment of the present disclosure is described in detail.It should be noted that it in attached drawing or says
In bright book text, the realization method that does not illustrate or describe is form known to a person of ordinary skill in the art in technical field, and
It is not described in detail.In addition, the above-mentioned definition to each element and method be not limited in mentioning in embodiment it is various specific
Structure, shape or mode, those of ordinary skill in the art simply can be changed or replaced to it, such as：
(1) in addition to electrochemical aluminum strip, can also be applied in gold stamping device other bands；
(2) in addition to paper, other kinds of ribbon stock is equally applicable；
(3) although above-described embodiment is illustrated by taking cold wave equipment as an example, the technical solution of the disclosure can equally answer
For blanching equipment；
According to above description, those skilled in the art should have disclosure gold stamping device clear and completely recognize.
In conclusion the disclosure provides a kind of gold stamping device, by that will pass through anodized aluminium band derived from paper tinsel transfer assembly
After material carries out displacement in the axial direction, paper tinsel transfer assembly was imported again, it is achieved thereby that electrochemical aluminum strip reuses, and
And by positioning components, the position of the front and rear electrochemical aluminum strip Jing Guo paper tinsel transfer assembly twice of adjustment is gold stamping twice before and after realization
The adjustment of position improves the utilization ratio of electrochemical aluminum strip, reduces production cost, while simple in structure, easy to adjust, tool
There is stronger application value.
It should also be noted that, the direction term mentioned in embodiment, for example, " on ", " under ", "front", "rear", " left side ",
" right side " etc. is only the direction of refer to the attached drawing, is not used for limiting the protection domain of the disclosure.Through attached drawing, identical element by
Same or similar reference numeral represents.When understanding of this disclosure may be caused to cause to obscure, conventional structure will be omitted
Or construction.
And the shape and size of each component do not reflect actual size and ratio in figure, and only illustrate the embodiment of the present disclosure
Content.In addition, in the claims, any reference symbol between bracket should not be configured to the limit to claim
System.
Furthermore word "comprising" does not exclude the presence of element or step not listed in the claims.Before element
Word "a" or "an" does not exclude the presence of multiple such elements.
Specification and the word of ordinal number such as " first ", " second ", " the 3rd " etc. used in claim, with modification
Corresponding element, itself is not meant to that the element has any ordinal number, does not also represent the suitable of a certain element and another element
Order in sequence or manufacturing method, the use of those ordinal numbers are only used for enabling the element with certain name and another tool
The element for having identical name can make clear differentiation.
Similarly, it should be understood that in order to simplify the disclosure and help to understand one or more of each open aspect,
Above in the description of the exemplary embodiment of the disclosure, each feature of the disclosure is grouped together into single implementation sometimes
In example, figure or descriptions thereof.However, the method for the disclosure should be construed to reflect following intention：I.e. required guarantor
The disclosure of shield requires features more more than the feature being expressly recited in each claim.It is more precisely, such as following
Claims reflect as, open aspect is all features less than single embodiment disclosed above.Therefore,
Thus the claims for following specific embodiment are expressly incorporated in the specific embodiment, wherein each claim is in itself
Separate embodiments all as the disclosure.
Particular embodiments described above has carried out the purpose, technical solution and advantageous effect of the disclosure further in detail
It describes in detail bright, it should be understood that the foregoing is merely the specific embodiments of the disclosure, is not limited to the disclosure, it is all
Within the spirit and principle of the disclosure, any modification, equivalent substitution, improvement and etc. done should be included in the guarantor of the disclosure
Within the scope of shield.
Claims (15)
1. a kind of gold stamping device, including：
Cross paper tinsel transfer assembly, for gold stamping band and stock by and by the gold stamping band the first area of the pattern gold stamping layer
It is transferred on the stock；And
Lateral displacement component, by the gold stamping band edge direction vertical with band direct of travel as derived from the paper tinsel transfer assembly excessively
The paper tinsel transfer assembly excessively is directed to again after carrying out lateral displacement, is made on gold stamping band different from first area of the pattern
The gold stamping layer of another area of the pattern is transferred on the stock.
2. gold stamping device according to claim 1, the lateral displacement component includes：N number of transposition structure, N≤1；
The transposition structure includes：Two are tiltedly led paper tinsel roller, and described two are tiltedly led the setting of paper tinsel roller side by side parallel, and the two is advanced with band
Direction is in 45 ° of angles.
3. gold stamping device according to claim 2, in the lateral displacement component, N≤2, each transposition structure independently will
After gold stamping band carries out lateral displacement along the direction vertical with band direct of travel as derived from the paper tinsel transfer assembly excessively again
The paper tinsel transfer assembly excessively is directed to, wherein：
N number of transposition structure is arranged in parallel in the spaced up pre-determined distance in the side of plane where transposition structure；Or
N number of transposition structure is arranged side by side at grade.
4. gold stamping device according to claim 3, the lateral displacement component further includes：Displacement guide rail structure；
The displacement guide rail structure includes：Two guide rails being arranged side by side, it is vertical with band direct of travel, it is described tiltedly to lead paper tinsel roller
Rear and front end be connected on the sliding block of two guide rails；
Wherein, it is described tiltedly lead paper tinsel roller can in the displacement guide rail structure along the square upward sliding vertical with band direct of travel or
Position locks.
5. gold stamping device according to claim 4, the lateral displacement component further includes：Lead paper tinsel roller group；
The paper tinsel roller group of leading includes：Paper tinsel roller is led in the extending direction upstream side vertical with band direct of travel and paper tinsel roller is led in downstream side,
The two is respectively arranged at described two upstream sides and downstream side for tiltedly leading paper tinsel roller, wherein：
It leads paper tinsel roller and the gold stamping band as derived from the paper tinsel transfer assembly excessively is directed to the lateral displacement component in the upstream side
In transposition structure；
It leads paper tinsel roller and the gold stamping band after the lateral displacement as derived from transposition structure is directed to the transfer of paper tinsel excessively in the downstream side
Component.
6. gold stamping device according to claim 5, further includes：
Positioning components entered the stroke of paper tinsel transfer assembly through lateral displacement component by adjusting gold stamping band, and then adjust and scald
The relative position in different pattern region to be transferred on gold ribbon material.
7. gold stamping device according to claim 6, in the lateral displacement component, plane and mistake where the transposition structure
Pattern transfering channel in paper tinsel transfer assembly is parallel, and N number of transposition structure is in the direction of the plane where transposition structure
On separate pre-determined distance and be arranged in parallel；
Each transposition structure includes respective displacement guide rail structure and leads paper tinsel roller group, and the transposition structure further includes：
Two spacers, extending direction are vertical with gold stamping band direct of travel；
Wherein, two guide rails of the displacement guide rail structure are respectively arranged on two spacers.
8. gold stamping device according to claim 7, wherein：
The transposition structure further includes：Frame has one first side and a second side, first side and the second side difference position
In the both sides of band direct of travel；
The positioning components include：Positioning guide rail structure, the positioning guide rail structure include：It hangs down along with plane where transposition structure
The first guide rail and the second guide rail of straight direction extension, the two is respectively positioned at the first side of the transposition structure and the second side；
Wherein, the sliding block on first guide rail is fixed in the first side of frame；The second side of frame, which is fixed on described second, to be led
Sliding block on rail, the frame can be on the positioning guide rail structures along the square upward sliding vertical with plane where transposition structure
Or position locking.
9. gold stamping device according to claim 8, the positioning components further include：N number of stretching structure, respectively to the N
Position of one of a transposition structure on the direction vertical with plane where transposition structure is controlled；
Wherein, each stretching structure includes：Two screw external members are respectively arranged at the first side and the second side of the transposition structure；
The screw external member includes：
Nut is fixed on the one side of the frame；
Screw is arranged at the one side of the frame, passes through the nut, and the internal thread of its external screw thread and the nut
Match somebody with somebody；
Screw fixed seat, the screw bearing are fixed on the inside of the screw fixed seat；And
Screw drive motor, for the screw to be driven to rotate.
10. gold stamping device according to claim 6, in the lateral displacement component, plane where the transposition structure with
The pattern transfering channel crossed in paper tinsel transfer assembly is parallel, and N number of transposition structure is arranged side by side at grade, described N number of
Transposition structure shares the displacement guide rail structure and leads paper tinsel roller group, and the lateral displacement component includes：
Two spacers, extending direction are vertical with band direct of travel；
Wherein, two guide rails of the displacement guide rail structure are respectively arranged on two spacers, N number of transposition structure
The rear and front end for tiltedly leading paper tinsel roller is connected on the sliding block of two guide rails.
11. gold stamping device according to claim 10, the positioning components include：Preceding stretching structure and/or post-tensioning knot
Structure, wherein：
The preceding stretching structure includes：The first adjustment roller and the 6th crosses paper tinsel roller, and the two extending direction is vertical with band direct of travel,
The first adjustment roller can be locked along the displacement of band direct of travel or position, wherein, the gold stamping band as derived from crossing paper tinsel transfer assembly
After material crosses paper tinsel roller and the first adjustment roller around the 6th successively, transposition structure is directed to；
The post-tensioning structure includes：Second adjustment roller and the 3rd crosses paper tinsel roller, and the extending direction and band direct of travel of the two hang down
Directly, the second adjustment roller can be locked along the displacement of band direct of travel or position, wherein, the gold stamping band as derived from transposition structure
After crossing paper tinsel roller successively around second adjustment roller and the 3rd, paper tinsel transfer assembly was imported.
12. gold stamping device according to claim 11, the positioning components further include：
Two spacers, extending direction are parallel with band direct of travel；
Positioning guide rail structure, including：Two guide rails being arranged on the spacer；
Wherein, the both ends of the first adjustment roller and second adjustment roller are individually fixed on the sliding block of two guide rails, the two
It can be locked on the positioning guide rail structure along the square upward sliding vertical with band direct of travel or position.
13. gold stamping device according to any one of claim 1 to 12, the paper tinsel transfer assembly of crossing are：Rotary-cutting hot stamping
Structure, circle flatten gold stamping structure or the gold stamping structure of platen.
14. gold stamping device according to claim 13, the paper tinsel transfer assembly of crossing are：Rotary-cutting hot stamping structure, including：
Matched bottom roll and upper roller, formed between the two for gold stamping band and stock by pattern transfering channel；
It is arranged at the preceding of pattern transfering channel upstream side and crosses paper tinsel roller；
It is arranged at the rear of pattern transfering channel downstream side and crosses paper tinsel roller；
Wherein, bottom roll is the roller actively rotated.
15. gold stamping device according to any one of claim 1 to 12, wherein：
The gold stamping device is cold wave equipment；And/or
The gold stamping band is electrochemical aluminum strip；And/or
The stock is paper.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721431341.XU CN207449381U (en) | 2017-10-31 | 2017-10-31 | Gold stamping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721431341.XU CN207449381U (en) | 2017-10-31 | 2017-10-31 | Gold stamping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207449381U true CN207449381U (en) | 2018-06-05 |
Family
ID=62252969
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|---|---|---|---|
| CN201721431341.XU Active CN207449381U (en) | 2017-10-31 | 2017-10-31 | Gold stamping device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109436880A (en) * | 2018-12-28 | 2019-03-08 | 漳州理工职业学院 | A kind of gold stamping longitudinal wrap-up of transverse direction and gilding press |
| CN109572174A (en) * | 2019-01-26 | 2019-04-05 | 嵊州市鼎大机械股份有限公司 | A kind of novel self-priming roller Pyrograph machine |
| CN109720084A (en) * | 2017-10-31 | 2019-05-07 | 天津长荣科技集团股份有限公司 | Gold stamping device |
-
2017
- 2017-10-31 CN CN201721431341.XU patent/CN207449381U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109720084A (en) * | 2017-10-31 | 2019-05-07 | 天津长荣科技集团股份有限公司 | Gold stamping device |
| CN109436880A (en) * | 2018-12-28 | 2019-03-08 | 漳州理工职业学院 | A kind of gold stamping longitudinal wrap-up of transverse direction and gilding press |
| CN109572174A (en) * | 2019-01-26 | 2019-04-05 | 嵊州市鼎大机械股份有限公司 | A kind of novel self-priming roller Pyrograph machine |
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