CN204250999U - Full automatic rotary type impression gold stamping device - Google Patents
Full automatic rotary type impression gold stamping device Download PDFInfo
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- CN204250999U CN204250999U CN201420676257.4U CN201420676257U CN204250999U CN 204250999 U CN204250999 U CN 204250999U CN 201420676257 U CN201420676257 U CN 201420676257U CN 204250999 U CN204250999 U CN 204250999U
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Abstract
The utility model discloses full automatic rotary type impression gold stamping device, comprise swinging impression gilding press and automatically send paper collecting mechanism, automatically paper collecting mechanism is sent to comprise paper feeding bay-lift, collection bay-lift, paper feeding belt and collection belt, the paper feed end of paper feeding belt is provided with the first component suction nozzle and passes on paper feeding belt by the paper on paper feeding bay-lift, the paper delivery end of paper feeding belt is provided with the second component suction nozzle and is passed to by the paper on paper feeding belt on the turn table of impression gilding press, collection bay-lift is located at the below of paper feeding belt near paper feeding bay-lift, collection belt is located at the below of paper feeding belt near impression gilding press, the paper feed end of collection belt is provided with the 3rd component suction nozzle and passes on collection belt by the paper on turn table, the paper delivery end of collection belt is facing to collection bay-lift.The utility model solves the technical matterss such as automatic paper feeding collection, the protection of empty paper, anti-gold stamping sticky paper, reliable distribution, and structure is simple, thus realizes the fully-automatic production of swinging impression gold stamping device.<b/>
Description
Technical field
The utility model relates to printing packaging field of mechanical technique, is specifically related to a kind of full automatic rotary type impression gold stamping device.
Background technology
Swinging impression gilding press is a kind of equipment being widely used in packing and decorating and printing industry, it on support, makes reciprocal folding and rotary movement to carry out impression and gold stamping task by motor-driven crank mechanism to order about turn table, and the impression that can be used for paper, cardboard and plastic foil etc. is gold stamping.At present, swinging impression gilding press is all operate with artificial paper feeding, artificial collection mode, and speed is slow, labour intensity is high, potential safety hazard is large.This is because mainly there is following technical matters: 1. how to realize automatic paper feeding, automatically paper collecting, and structure wants advantages of simple to there is technical barrier; 2. under normal circumstances, impression gilding press upwards will overturn when carrying out impression and being gold stamping and put in place, now can be mutually closed and closing pressure is very large between turn table and the table top of fixed platform, therefore for avoiding abnormal condition to occur, equipment is also provided with safe wrench, after pulling safe wrench, puts in place although turn table also can upwards overturn, but because the eccentric bushing of supporting rotating shaft changes rotational angle, so make leave safety distance between turn table and the table top of fixed platform; But safe wrench can only adopt manual mode just can carry out, the automated production of inapplicable equipment; 3. because mutual closed impaction between turn table and the table top of fixed platform in the gold stamping working process of impression, gold stampingly also to heat, so paper easily and gold stamping being with occur bondingly to occur sticky paper phenomenon, after causing turn table return there is very large change in the position of turn table in paper, automatically paper collecting cannot be carried out, and the automated production of equipment is difficult to carry out; If 4. will realize the fully-automatic production of equipment, coordinated different gas demand is wanted at the multiple position of equipment, does not have reasonable failure-free air distributing device at present to meet the different gas demands of equipment difference gas parts.
Summary of the invention
For the deficiencies in the prior art, the purpose of this utility model is to provide a kind of swinging impression gold stamping device solving existing problems, can realize fully-automatic production.
The utility model is implemented by the following technical programs:
Full automatic rotary type impression gold stamping device, comprise swinging impression gilding press, it is characterized in that: also comprise and automatically send paper collecting mechanism, automatically paper collecting mechanism is sent to comprise paper feeding bay-lift, collection bay-lift, paper feeding belt and collection belt, paper feeding belt is located between paper feeding bay-lift and swinging impression gilding press, the paper feed end of paper feeding belt is provided with the first component suction nozzle and passes on paper feeding belt by the paper on paper feeding bay-lift, the paper delivery end of paper feeding belt is provided with the second component suction nozzle and is passed to by the paper on paper feeding belt on the turn table of impression gilding press, collection bay-lift is located at the below of paper feeding belt near paper feeding bay-lift, collection belt is located at the below of paper feeding belt near impression gilding press, the paper feed end of collection belt is provided with the 3rd component suction nozzle and passes on collection belt by the paper on turn table, the paper delivery end of collection belt is facing to collection bay-lift, first, second, and third component suction nozzle provides positive pressure air and negative pressure air by air distributing device to it.
After adopting technique scheme, paper feeding collection action of the present utility model can both be carried out automatically, structure is simple, the automated production process of equipment is: the superiors' paper is delivered to proper height by the automatic lifting of paper feeding bay-lift---paper on paper feeding bay-lift is passed to the paper feed end of paper feeding belt by the first component suction nozzle---after paper feeding Belt Conveying, paper is delivered to paper delivery end---paper on paper feeding belt passes on the turn table of impression gilding press by the second component suction nozzle---it is gold stamping that impression gilding press carries out impression to paper---impression is gold stamping complete after turn table open that---paper---is delivered to paper delivery end after collection Belt Conveying and fall on collection bay-lift---that collection bay-lift is transferred automatically by the paper feed end that the paper on turn table is passed to collection belt by the 3rd component suction nozzle completely.
As preferably, described second component suction nozzle comprises suction nozzle and installs the first connecting rod component of suction nozzle, and first connecting rod component is promoted by the first cam; Described 3rd component suction nozzle comprises suction nozzle and installs the second connecting rod component of suction nozzle, and second connecting rod component is promoted jointly by the second cam and the 3rd cam, and first, second, and third cam coaxial is installed.Above-mentioned design enables the suction nozzle of the second component suction nozzle and the 3rd component suction nozzle hold the paper of control position better, ensures the stability that link component swings simultaneously, improves suction nozzle Reliability of Microprocessor.
As preferably, the paper delivery end of described paper feeding belt is provided with gear Paper pallet, and gear Paper pallet swings up and down setting, and the paper delivery end of gear Paper pallet is provided with gear paper block.The object of above-mentioned design is that the paper on paper feeding belt holds in time sending by the second component suction nozzle, and the front end bottom of gear Paper pallet, make gear paper block move down and leave the mobile alignment of paper, avoiding now keeping off paper affects paper feeding work.
As preferably, the described relative sliding that automatically to send between paper collecting mechanism and impression gilding press is arranged, automatically the housing slide of paper collecting mechanism is sent to be located on guide rail, automatically paper collecting mechanism and impression gilding press is sent to be driven by same motor, this motor is installed on impression gilding press side, and described impression gilding press is provided with an output gear, and this output gear is connected with motor-driven, the described paper collecting mechanism that automatically send is provided with an input gear, and this input gear is the power input gear automatically sending paper collecting mechanism; When automatically sending the frame slippage of paper collecting mechanism to control position, input gear and output gear just in time engage.
Above-mentioned project organization is simple, be skillfully constructed, reason is: automatically sending paper collecting mechanism and impression gilding press mutually to push rear impression gilding press open can operate by separate manual, automatically send paper collecting mechanism itself not act on also not need to configure power, automatically form automatic production lines again after sending paper collecting mechanism and impression gilding press to close up, automatically send the power of paper collecting mechanism from the power of impression gilding press; Automatically the position that puts in place after sending paper collecting mechanism and impression gilding press to close up is determined by the engagement of input gear and output gear, if not in place, input gear and output gear do not engage, and automatically send paper collecting mechanism not work, and after only putting in place, equipment just can carry out automated production.
As preferably, described impression gilding press comprises turn table, wobble crank and safe wrench, the axis of revolution be fixedly connected with turn table by eccentric bushing freely-movable bearing in the trepanning that wobble crank swinging end is provided with, safe wrench comprises pedestal, spanner, cam bit and lock pin, pedestal is connected with eccentric bushing, lock pin is actively installed in pedestal, pedestal is formed with turn table by lock pin head end insertion turn table and is connected, cam bit is connected with lock pin tail end by minor axis, pull when cam bit is pulled and to move outside lock pin and to depart from turn table, what spanner was connected to cam bit pulls end, pedestal swings and is provided with L-type swing arm, the centre of L-type swing arm is swing pivot, the following of L-type swing arm is against the inner side of minor axis, the top of L-type swing arm is near the swinging end of wobble crank, the swinging end of wobble crank is provided with outrigger plate, outrigger plate is provided with hook plate and electromagnet, hook plate is driven to swing to the swinging end side of wobble crank during electromagnet energising action, the top of gib head to described L-type swing arm of hook plate catches on.
After adopting technique scheme, automatic empty paper defencive function can be realized, concrete course of action is: if empty paper appears in equipment turn table when normal work, so electromagnet energising action drives hook plate carry out swinging to the swinging end side of wobble crank and keep off on the road that passes through in L-type swing arm, in the turn table resupinate starting stage, due to the effect of latch, safe wrench upwards overturns with turn table, along with the continuation of safe wrench is upwards rotated, the gib head of hook plate can catch on the top of L-type swing arm, L-type swing arm will produce swing, so the following of L-type swing arm is put outward and is pulled outside lock pin by minor axis and moves, safe wrench is departed from turn table be connected, safe wrench no longer rotates, eccentric bushing also no longer rotates, after turn table upwards overturns and puts in place, but the eccentric bushing due to supporting rotating shaft does not have corresponding rotation, so make leave safety distance between turn table and the table top of fixed platform.Owing to achieving the protection of sky paper, so first waste of material can not be caused, improve equipment use safety, and the equipment that meets passes in and out the automated production requirement of paper automatically.
As preferably, described turn table is provided with the 4th component suction nozzle, all suction nozzles of the 4th component suction nozzle are arranged in a row to be laid along the table top of turn table near paper feed lateral edges position, all suction nozzles are connected on a pipe racks, pipe racks has venting cavity and communicates with all suction nozzles, and venting cavity provides positive pressure air and negative pressure air by described air distributing device to it.
After adopting technique scheme, the sticky paper phenomenon in the gold stamping working process of impression can be prevented, concrete course of action is: when after the gold stamping step of impression completes, turn table is about to overturn downwards, negative pressure air enters venting cavity, so all suction nozzles of the 4th component suction nozzle are bled and paper are carried out vacuum suction, paper and gold stamping band is not only made to peel off smoothly but also can be adjacent on turn table, ensure that the position of paper on revolving table is accurate, after turn table overturns downwards and puts in place, positive pressure air and venting cavity are connected, taken away smoothly by the suction nozzle of the 3rd component suction nozzle with the absorption of turn table so paper departs from.Owing to achieving the antiseized of paper and position accurate on turn table, think that the automated production of equipment provides necessary technical guarantee.
As preferably, described air distributing device comprises malleation distributing valve, negative pressure distributing valve and outlet connector seat, the spool that distributing valve comprises valve body and rotates in valve body, spool outer round surface arranges many air channels laid along valve core axis direction, the initial angle in circular segment of every bar air channel and length design according to duration of ventilation difference, on valve body, corresponding every bar air channel is provided with admission port and air extractor duct, admission port and air extractor duct are communicated by air channel, the admission port of malleation distributing valve connects positive pressure air, the admission port of negative pressure distributing valve connects negative pressure air, outlet connector seat is established corresponding second component suction nozzle of 1. number pressure-vaccum mouth, if 2. corresponding 3rd component suction nozzle of number pressure-vaccum mouth, if 3. corresponding first component suction nozzle of number single suction mouth, if 4. corresponding 5th component suction nozzle of number single mouthpiece, if 5. corresponding 4th component suction nozzle of number pressure-vaccum mouth, an air extractor duct of each pressure-vaccum mouth and malleation distributing valve and an air extractor duct of negative pressure distributing valve are connected, single suction mouth is only connected with an air extractor duct of negative pressure distributing valve, single mouthpiece is only connected with an air extractor duct of malleation distributing valve.
After adopting technique scheme, air distributing device has the gas distribution structure mode of advantages of simple, realize reliable distribution to meet equipment all sites difference gas demand simultaneously, principle of work is: an air extractor duct of each pressure-vaccum mouth and malleation distributing valve and an air extractor duct of negative pressure distributing valve are connected, the air extractor duct of malleation distributing valve provides positive pressure air (controlling when to be switched on or switched off by the valve core rotation of malleation distributing valve), the air extractor duct of negative pressure distributing valve provides negative pressure air (controlling when to be switched on or switched off by the valve core rotation of negative pressure distributing valve), so, each pressure-vaccum mouth can provide malleation according to need of work in a period of time, negative pressure is provided in another a period of time, so be connected with pressure-vaccum mouth second, third and fourth component suction nozzle not only can make aspiratory action but also make blowing action, just meet paper from paper feeding belt to turn table, turn table upset and gold stamping band are peeled off, turn table to collection belt each suction nozzle use gas demand, in addition, each single suction mouth is only connected with an air extractor duct of negative pressure distributing valve, so the first component suction nozzle be connected with single suction mouth only makes aspiratory action, just meet paper from paper feeding bay-lift to the suction nozzle of paper feeding belt with gas demand (paper put in place after suction nozzle lead to air pressure release paper is put down), each single mouthpiece is only connected with an air extractor duct of malleation distributing valve, so the 5th component suction nozzle be connected with single mouthpiece only makes blowing action, in this equipment, the 5th component suction nozzle is positioned at paper feeding belt paper feed end, suction nozzle is facing to the side of paper feeding bay-lift the superiors paper, suction nozzle is blown continuously and paper feeding bay-lift paper is topmost carried out blowing open with paper below the suction paper being separated the suction nozzle being beneficial to the first component suction nozzle, avoid band paper phenomenon.In a word, the gas distribution structure mode of advantages of simple can effectively improve equipment serviceability and production efficiency, reduces costs.
As preferably, the spool of described malleation distributing valve is connected by chain gear with the spool of negative pressure distributing valve.Above-mentioned design enables the action of malleation distributing valve and negative pressure distributing valve better mate, and meets equipment better and respectively uses gas parts difference gas demand.
Accompanying drawing explanation
The utility model has the following drawings:
Fig. 1 is structural representation of the present utility model,
Fig. 2 is the enlarged view of swinging impression gilding press in Fig. 1,
Fig. 3 be in Fig. 2 turn table overlook directional pattern,
Fig. 4 is that the A-A view of Fig. 3 amplifies,
Fig. 5 is the enlarged view of air distributing device in Fig. 1,
Fig. 6 is the axial directional cross sectional view of Fig. 5.
Detailed description of the invention
As shown in the figure, full automatic rotary type impression gold stamping device of the present utility model, comprise swinging impression gilding press A and automatically send paper collecting mechanism B, automatically paper collecting mechanism B is sent to comprise paper feeding bay-lift 4, collection bay-lift 3, paper feeding belt 2 and collection belt 1, paper feeding belt 2 is located between paper feeding bay-lift 4 and swinging impression gilding press A, the paper feed end of paper feeding belt 2 is provided with the first component suction nozzle C1 and passes on paper feeding belt 2 by the paper on paper feeding bay-lift 4, also be provided with the side of the 5th component suction nozzle C5 facing to paper feeding bay-lift 4 the superiors paper (control position), the paper delivery end of paper feeding belt 2 is provided with the second component suction nozzle C2 and is passed to by the paper on paper feeding belt 2 on the turn table 23 of impression gilding press A, the paper delivery end of paper feeding belt 2 is provided with gear Paper pallet 16, gear Paper pallet 16 swings up and down setting, the paper delivery end of gear Paper pallet 16 is provided with gear paper block 15, collection bay-lift 3 is located at the below of paper feeding belt 2 near paper feeding bay-lift 4, collection belt 1 is located at the below of paper feeding belt 2 near impression gilding press A, the paper feed end of collection belt 1 is provided with the 3rd component suction nozzle C3 and passes on collection belt 1 by the paper on turn table 23, the paper delivery end of collection belt 1 is facing to collection bay-lift 3, described turn table 23 is provided with the 4th component suction nozzle C4, all suction nozzles of the 4th component suction nozzle C4 are arranged in a row to be laid along the table top of turn table 23 near paper feed lateral edges position, all suction nozzles are connected on a pipe racks 29, pipe racks 29 has venting cavity and communicates with all suction nozzles, venting cavity side is provided with adaptor union, the table top front of the fixed platform 21 of impression gilding press A is from top to bottom through gold stamping band 22, first, second, third, fourth and fifth component suction nozzle provides positive pressure air and negative pressure air by unified air distributing device 5 to it.
Described second component suction nozzle C2 comprises suction nozzle and installs the first connecting rod component 7 of suction nozzle, and first connecting rod component 7 is promoted by the first cam 8; Described 3rd component suction nozzle C3 comprises suction nozzle and installs the second connecting rod component 6 of suction nozzle, and second connecting rod component 6 is promoted jointly by the second cam 9 and the 3rd cam 10, and first, second, and third cam coaxial is installed.
The described relative sliding that automatically to send between paper collecting mechanism B and impression gilding press A is arranged, automatically the housing slide of paper collecting mechanism B is sent to be located on guide rail 11, automatically paper collecting mechanism B and impression gilding press A is sent to be driven by same motor 14, this motor 14 is installed on impression gilding press A side, described impression gilding press A is provided with an output gear 13, this output gear 13 is in transmission connection with motor 14, the described paper collecting mechanism B that automatically send is provided with an input gear 12, and this input gear 12 is the power input gear automatically sending paper collecting mechanism B; When automatically sending the frame slippage of paper collecting mechanism to control position, input gear 12 and output gear 13 just in time engage.
Described impression gilding press A comprises turn table 23, wobble crank 24 and safe wrench, the axis of revolution 25 be fixedly connected with turn table 23 by eccentric bushing 26 freely-movable bearing in the trepanning that wobble crank 24 swinging end is provided with, safe wrench comprises pedestal 35, spanner 31, cam bit 32 and lock pin 34, pedestal 35 is connected with eccentric bushing 26, lock pin 34 is actively installed in pedestal 35, pedestal 35 is formed with turn table 23 by lock pin 34 head end insertion turn table 23 and is connected, cam bit 32 is connected with lock pin 34 tail end by minor axis 33, cam bit 32 pulls when pulling and to move outside lock pin 34 and to depart from turn table 23, what spanner 31 was connected to cam bit 32 pulls end, pedestal 35 swings and is provided with L-type swing arm 30, the centre of L-type swing arm 30 is swing pivot, the following of L-type swing arm 30 is against the inner side of minor axis 33, the top of L-type swing arm 30 is near the swinging end of wobble crank 24, the top of L-type swing arm 30 is provided with hook pin 27, the swinging end of wobble crank 24 is provided with outrigger plate 38, outrigger plate 38 is provided with hook plate 28 and electromagnet 36, electromagnet 36 be energized action time drive hook plate 28 to swing to the swinging end side of wobble crank 24, the top of gib head to described L-type swing arm 30 of hook plate 28 catches on (gib head catches on hook pin 27), resetted by spring 37 after hook plate 28 swings.
Described air distributing device 5 comprises malleation distributing valve 51, negative pressure distributing valve 53 and outlet connector seat 52, the spool 54 that distributing valve comprises valve body 56 and rotates in valve body 56, spool 54 outer round surface arranges five air channels 55 laid along spool 54 axis direction, the initial angle in circular segment of every bar air channel 55 and length design according to duration of ventilation difference, on valve body 56, corresponding every bar air channel 55 is provided with admission port and the air extractor duct (admission port 57 of malleation distributing valve 51, air extractor duct 58, the admission port 60 of negative pressure distributing valve 53, air extractor duct 59), admission port and air extractor duct are communicated by air channel 55, the admission port 57 of malleation distributing valve 51 connects positive pressure air, the admission port 60 of negative pressure distributing valve 53 connects negative pressure air, outlet connector seat 52 is established the corresponding second component suction nozzle C2 of 1. number pressure-vaccum mouth, if the 2. corresponding 3rd component suction nozzle C3 of number pressure-vaccum mouth, if the 3. corresponding first component suction nozzle C1 of number single suction mouth, if the 4. corresponding 5th component suction nozzle C5 of number single mouthpiece, if the 5. corresponding 4th component suction nozzle C4 of number pressure-vaccum mouth, an air extractor duct 58 of each pressure-vaccum mouth and malleation distributing valve 51 and an air extractor duct 59 of negative pressure distributing valve 53 are connected, single suction mouth is only connected with an air extractor duct 59 of negative pressure distributing valve 53, and and blocked by plug between malleation distributing valve air extractor duct, single mouthpiece is only connected with an air extractor duct 58 of malleation distributing valve 51, and and blocked by plug between negative pressure distributing valve air extractor duct, the spool of described malleation distributing valve 51 and the spool of negative pressure distributing valve 53 are in transmission connection by chain 61.
Automated production process of the present utility model is: the superiors' paper is delivered to proper height by paper feeding bay-lift 4 automatically lifting---the suction nozzle of the first component suction nozzle C1 by paper feeding bay-lift 4 topmost paper pass to the paper feed end of paper feeding belt 2, simultaneously the suction nozzle of the 5th component suction nozzle C5 is blown continuously and is carried out paper topmost and paper below to blow open to be separated that---paper is delivered to paper delivery end after carrying by paper feeding belt 2---paper on paper feeding belt 2 passes on the turn table 23 of impression gilding press by the second component suction nozzle C2---, and impression gilding press works, impression carries out to paper gold stamping, impression is gold stamping complete after turn table 23 open again, in this process, the 4th component suction nozzle C4 plays the effect of paper release and sheet positioning, and---paper on turn table 23 is passed to the paper feed end of collection belt 1 by the 3rd component suction nozzle C3---after collection belt 1 conveying, paper delivered to paper delivery end and fall on collection bay-lift 3---, and collection bay-lift 3 is transferred automatically.In above-mentioned whole automated production process, the air feed of five groups of component suction nozzles unifies cooperation control by air distributing device.
If in above-mentioned course of normal operation there is empty paper in turn table 23, so electromagnet 36 action that is energized drives hook plate 28 carry out swinging to the swinging end side of wobble crank 24 and keep off on the road that passes through in L-type swing arm 30, in the turn table 23 resupinate starting stage, due to the effect of latch 34, safe wrench upwards overturns with turn table 23, along with the continuation of safe wrench is upwards rotated, the gib head of hook plate 28 can catch on the top hook pin 27 of L-type swing arm 30, L-type swing arm 30 will produce anti-clockwise and swing, so the following of L-type swing arm 30 is put outward and is pulled outside lock pin 34 by minor axis 33 and moves, safe wrench is departed from turn table 23 be connected, safe wrench no longer rotates, eccentric bushing 26 also no longer rotates, after turn table 23 upwards overturns and puts in place, but the eccentric bushing 26 due to supporting rotating shaft 25 does not have corresponding rotation, so make leave safety distance between the table top of turn table 23 and fixed platform 21, both safety was ensured, avoid waste of material again.
Claims (8)
1. full automatic rotary type impression gold stamping device, comprise swinging impression gilding press, it is characterized in that: also comprise and automatically send paper collecting mechanism, automatically paper collecting mechanism is sent to comprise paper feeding bay-lift, collection bay-lift, paper feeding belt and collection belt, paper feeding belt is located between paper feeding bay-lift and swinging impression gilding press, the paper feed end of paper feeding belt is provided with the first component suction nozzle and passes on paper feeding belt by the paper on paper feeding bay-lift, the paper delivery end of paper feeding belt is provided with the second component suction nozzle and is passed to by the paper on paper feeding belt on the turn table of impression gilding press, collection bay-lift is located at the below of paper feeding belt near paper feeding bay-lift, collection belt is located at the below of paper feeding belt near impression gilding press, the paper feed end of collection belt is provided with the 3rd component suction nozzle and passes on collection belt by the paper on turn table, the paper delivery end of collection belt is facing to collection bay-lift, first, second, and third component suction nozzle provides positive pressure air and negative pressure air by air distributing device to it.
2. full automatic rotary type impression gold stamping device according to claim 1, is characterized in that: described second component suction nozzle comprises suction nozzle and installs the first connecting rod component of suction nozzle, and first connecting rod component is promoted by the first cam; Described 3rd component suction nozzle comprises suction nozzle and installs the second connecting rod component of suction nozzle, and second connecting rod component is promoted jointly by the second cam and the 3rd cam, and first, second, and third cam coaxial is installed.
3. full automatic rotary type impression gold stamping device according to claim 1, is characterized in that: the paper delivery end of described paper feeding belt is provided with gear Paper pallet, and gear Paper pallet swings up and down setting, and the paper delivery end of gear Paper pallet is provided with gear paper block.
4. full automatic rotary type impression gold stamping device according to claim 1, it is characterized in that: the described relative sliding that automatically to send between paper collecting mechanism and impression gilding press is arranged, automatically the housing slide of paper collecting mechanism is sent to be located on guide rail, automatically paper collecting mechanism and impression gilding press is sent to be driven by same motor, this motor is installed on impression gilding press side, described impression gilding press is provided with an output gear, this output gear is connected with motor-driven, the described paper collecting mechanism that automatically send is provided with an input gear, this input gear is the power input gear automatically sending paper collecting mechanism, when automatically sending the frame slippage of paper collecting mechanism to control position, input gear and output gear just in time engage.
5. full automatic rotary type impression gold stamping device according to claim 1, it is characterized in that: described impression gilding press comprises turn table, wobble crank and safe wrench, the axis of revolution be fixedly connected with turn table by eccentric bushing freely-movable bearing in the trepanning that wobble crank swinging end is provided with, safe wrench comprises pedestal, spanner, cam bit and lock pin, pedestal is connected with eccentric bushing, lock pin is actively installed in pedestal, pedestal is formed with turn table by lock pin head end insertion turn table and is connected, cam bit is connected with lock pin tail end by minor axis, pull when cam bit is pulled and to move outside lock pin and to depart from turn table, what spanner was connected to cam bit pulls end, pedestal swings and is provided with L-type swing arm, the centre of L-type swing arm is swing pivot, the following of L-type swing arm is against the inner side of minor axis, the top of L-type swing arm is near the swinging end of wobble crank, the swinging end of wobble crank is provided with outrigger plate, outrigger plate is provided with hook plate and electromagnet, hook plate is driven to swing to the swinging end side of wobble crank during electromagnet energising action, the top of gib head to described L-type swing arm of hook plate catches on.
6. full automatic rotary type impression gold stamping device according to claim 1, it is characterized in that: described turn table is provided with the 4th component suction nozzle, all suction nozzles of the 4th component suction nozzle are arranged in a row to be laid along the table top of turn table near paper feed lateral edges position, all suction nozzles are connected on a pipe racks, pipe racks has venting cavity and communicates with all suction nozzles, and venting cavity provides positive pressure air and negative pressure air by described air distributing device to it.
7. full automatic rotary type impression gold stamping device according to claim 1, it is characterized in that: described air distributing device comprises malleation distributing valve, negative pressure distributing valve and outlet connector seat, the spool that distributing valve comprises valve body and rotates in valve body, spool outer round surface arranges many air channels laid along valve core axis direction, the initial angle in circular segment of every bar air channel and length design according to duration of ventilation difference, on valve body, corresponding every bar air channel is provided with admission port and air extractor duct, admission port and air extractor duct are communicated by air channel, the admission port of malleation distributing valve connects positive pressure air, the admission port of negative pressure distributing valve connects negative pressure air, outlet connector seat is established corresponding second component suction nozzle of 1. number pressure-vaccum mouth, if 2. corresponding 3rd component suction nozzle of number pressure-vaccum mouth, if 3. corresponding first component suction nozzle of number single suction mouth, if 4. corresponding 5th component suction nozzle of number single mouthpiece, if 5. corresponding 4th component suction nozzle of number pressure-vaccum mouth, an air extractor duct of each pressure-vaccum mouth and malleation distributing valve and an air extractor duct of negative pressure distributing valve are connected, single suction mouth is only connected with an air extractor duct of negative pressure distributing valve, single mouthpiece is only connected with an air extractor duct of malleation distributing valve.
8. full automatic rotary type impression gold stamping device according to claim 7, is characterized in that: the spool of described malleation distributing valve is connected by chain gear with the spool of negative pressure distributing valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420676257.4U CN204250999U (en) | 2014-11-13 | 2014-11-13 | Full automatic rotary type impression gold stamping device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420676257.4U CN204250999U (en) | 2014-11-13 | 2014-11-13 | Full automatic rotary type impression gold stamping device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204250999U true CN204250999U (en) | 2015-04-08 |
Family
ID=52955328
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420676257.4U Withdrawn - After Issue CN204250999U (en) | 2014-11-13 | 2014-11-13 | Full automatic rotary type impression gold stamping device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204250999U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104370129A (en) * | 2014-11-13 | 2015-02-25 | 瑞安市飞鹏机械厂 | Full-automatic rotary marking and gold blocking device |
| CN110228288A (en) * | 2018-03-05 | 2019-09-13 | 博斯特（上海）有限公司 | Blowning installation unit and gold-stamping die-cutting device |
-
2014
- 2014-11-13 CN CN201420676257.4U patent/CN204250999U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104370129A (en) * | 2014-11-13 | 2015-02-25 | 瑞安市飞鹏机械厂 | Full-automatic rotary marking and gold blocking device |
| CN110228288A (en) * | 2018-03-05 | 2019-09-13 | 博斯特（上海）有限公司 | Blowning installation unit and gold-stamping die-cutting device |
| CN110228288B (en) * | 2018-03-05 | 2022-09-16 | 博斯特（上海）有限公司 | Blowing device unit and gold stamping die cutting equipment |
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