CN208896636U

CN208896636U - A kind of gold stamping device of gilding press

Info

Publication number: CN208896636U
Application number: CN201821224743.7U
Authority: CN
Inventors: 涂其德
Original assignee: Wenzhou Ouhong Machinery Co Ltd
Current assignee: Wenzhou Ouhong Machinery Co Ltd
Priority date: 2018-07-31
Filing date: 2018-07-31
Publication date: 2019-05-24
Anticipated expiration: 2028-07-31

Abstract

The utility model discloses a kind of gold stamping devices of gilding press, its key points of the technical solution are that including organic frame, foil paper feeding device, stent, movable mold, driving part, driving part is located at below stent, driving part includes driving spindle, drive host, driving slider, driving slider one end is connect with movable mold, the other end is connect by being provided with connector with driving spindle, the eccentric rod for being rotatablely connected with connector is provided in driving spindle, the central axis of eccentric rod and the centerline axis parallel of driving spindle and eccentric setting, connector one end and eccentric rod are rotatablely connected, the other end is hinged with driving slider, connector and the hinged axial direction of driving slider and being arranged in an axially parallel mode for eccentric rod, host is driven to drive in driving spindle rotation process, driving slider is able to drive along it with the connector of eccentric rod rotation connection Length direction sliding.The device advantageously reduces the lateral occupied area of gilding press, more can be convenient for the dismounting to foil paper.

Description

A kind of gold stamping device of gilding press

Technical field

The utility model relates to printing equipment technology, more specifically, it relates to a kind of gold stamping device of gilding press.

Background technique

It is gold stamping, also make " thermoprint ".A kind of printing decoration technique.Gold stamping type matrix is heated, foil is applied, is imprinted out on printed matter Golden text or pattern.It is gold stamping using more and more extensive with the rapid development of stamping systems and packaging industry.

Existing gilding press includes the movable mold and use of the stent being fixed on the rack and sliding connection on the rack In the driving part of driving movable mold, wherein movable mold is located at the top of stent, and driving part is fixed on the rack and position Above movable mold, this is because printed matter quality is lighter, if be placed in underlying movable mold, when movable mold is upward Printed matter is also easy to produce displacement in moving process, is also easy to produce deviation so as to cause gold stamping imprinting position；And driving part setting exists The directed driven to movable mold is easy to implement above movable mold, but which limits the installation to foil paper feeding device, it is existing Foil paper feeding device is placed in the back and forth or left and right two sides of gilding press more, therefore increases the lateral occupied area of gilding press；And And because foil paper feeding device is placed in the opposite sides of gilding press, when replacing foil paper, staff needs back and forth both ends to run, greatly The disassembly efficiency of foil paper is affected greatly.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of gold stamping device of gilding press, The device advantageously reduces the lateral occupied area of gilding press, more can be convenient for the dismounting to foil paper.

To achieve the above object, the utility model provides following technical solution: a kind of gold stamping device of gilding press, including Organic frame and the foil paper feeding device and stent that are arranged on the rack and sliding connection movable mold on the rack, Yi Jiyong In driving movable mold close to or far from the driving part of stent, the driving part is located at below stent, the driving portion Part includes that the driving spindle that axial direction is rotationally connected in rack and driving host and axial direction for driving driving spindle are slided The driving slider being connected in rack and/or stent is moved, described driving slider one end is connect with movable mold, and the other end runs through machine Connect by being provided with connector with driving spindle after frame and/or stent, be provided in the driving spindle for connection The eccentric rod of part rotation connection, the central axis of the eccentric rod and the centerline axis parallel of driving spindle and eccentric setting, institute Connector one end and eccentric rod is stated to be rotatablely connected, the other end is hinged with driving slider, the connector and driving slider it is hinged Axial and eccentric rod to be arranged in an axially parallel mode, driving host drives in driving spindle rotation process, with eccentric rod rotation connection Connector is able to drive driving slider and slides along its length.

The utility model is further arranged to: the movable mold is provided with for for the perforative perforation of driving slider, described The upper limit ring and lower limit ring of the two sides above and below movable mold, the outer diameter of the lower limit ring are bolted in driving slider Greater than the internal diameter of perforation, abut between the upper limit ring and movable mold by pressing spring.

The utility model is further arranged to: the upper surface of the movable mold is provided with for embedding for being embedded in by pressing spring Hole is connect, the boarding hole and perforation are coaxially disposed, and the internal diameter of the boarding hole is adapted with by the outer diameter of pressing spring.

The utility model is further arranged to: the both ends of the driving spindle length direction are respectively connected with driving slider, institute It states connector and there are two eccentric rod is respectively provided with, the central axis of driving spindle both ends eccentric rod is overlapped setting, driving master Machine drives in driving spindle rotation process, is able to drive the synchronous cunning of two driving sliders with two connectors of two eccentric rods rotation connection It moves.

The utility model is further arranged to: described driving spindle one end is provided with two driving sliders, and two drivings are slided Bar is arranged in parallel, one end between two driving sliders far from movable mold be fixedly connected with for hinged hinged of connector Part, described articulation piece one end are fixedly connected with two driving sliders, and the other end is hinged with connector, the articulation piece and connector Hinged axial direction and eccentric rod be arranged in an axially parallel mode, driving host drives in driving spindle rotation process, rotates with eccentric rod The connector of connection drives two driving slider synchronization-slidings by articulation piece.

The utility model is further arranged to: the foil paper feeding device is located above movable mold, the foil paper feeding dress Setting includes the feeding mounting rack connecting with rack, is rotatably connected on the feeding mounting rack and puts foil axis and foil closing axis, described The length direction for putting the length direction and foil closing axis of foil axis is arranged in parallel, be provided on the feeding mounting rack magnetic powder brake and Foil closing motor for driving foil closing axis to rotate, the foil shaft end portion of putting are fixedly connected with the output end of magnetic powder brake, foil closing Motor magnetic powder brake during driving the rotation of foil closing axis can be tensioned the foil paper put between foil axis and foil closing axis；

It is also rotatably connected on the feeding mounting rack for bypassing the guide roller below movable mold, the guiding for foil paper The length direction of roller and the length direction of foil closing axis are arranged in parallel, and the guide roller is provided with two, and two disposed in parallel to lead The opposite sides of movable mold is located to roller.

The utility model is further arranged to: foil can be enabled by clamping conveying foil paper by being provided on the feeding mounting rack Clamping conveying assembly of the paper roll on foil closing axis, the clamping conveying assembly includes that can be held on foil paper opposite sides Drive roll and driven voller, the drive roll and driven voller are rotationally connected on feeding mounting rack, and the length side of drive roll It being arranged in parallel to the length direction with driven voller, the length direction of the length direction and foil closing axis of the drive roll is arranged in parallel, The output end and drive roll of the foil closing motor are sequentially connected, and the drive roll and foil closing axis are sequentially connected.

The utility model is further arranged to: the end of the drive roll has been fixedly and coaxially connected the first driving wheel and second Driving wheel, is arranged with the first transmission belt between first driving wheel and the output end of foil closing motor, second driving wheel with Be arranged with the second transmission belt between foil closing axis, the output end lateral wall of the lateral wall of first driving wheel and foil closing motor, with And first transmission belt inner sidewall on be provided with engaging tooth.

The utility model is further arranged to: described to put on foil axis and foil closing axis coaxial sliding and be connected with for limiting foil The end of the abutment ring of paper tube, the abutment ring towards foil paper cylinder is arranged at conical structure, and being provided in the abutment ring can By the set lever that abutment ring is fixed.

In conclusion the utility model has the following beneficial effects: driving host drive driving spindle rotation process in, with The eccentric rod of driving spindle eccentric setting is able to drive to be swung up and down with the connector of eccentric rod rotation connection, therefore and connector The hinged driving slider in one end can be slid by driving therewith, and driving slider can be through rack and/or stent and holding shaft To the state of sliding, therefore driving part can be by cleverly designing below stent, and may be additionally located in rack, Avoid driving part peripheral hardware and increase gilding press height dimension and lateral occupied area, and can also reserve on gilding press The position of side is used to dispose for foil paper feeding device, and is located at the foil paper feeding device above gilding press relative to positioned at gilding press The foil paper feeding device of lower section is more convenient for the dismounting of foil paper.

Detailed description of the invention

Fig. 1 is the schematic perspective view of gilding press；

Fig. 2 is the schematic perspective view of gold stamping device and foil paper feeding device；

Fig. 3 is the schematic perspective view of gold stamping device；

Fig. 4 is the schematic perspective view of driving spindle；

Fig. 5 is the cross-sectional view of gold stamping device；

Fig. 6 is the portion the A enlarged structure schematic diagram in Fig. 5；

Fig. 7 is the schematic perspective view of foil paper feeding device.

Appended drawing reference: 1, rack；11, stent；12, movable mold；121, it perforates；122, boarding hole；2, foil paper feeding fills It sets；21, feeding mounting rack；211, foil axis is put；212, foil closing axis；2121, the second transmission belt；213, magnetic powder brake；214, it receives Foil motor；2141, the first transmission belt；215, conveying assembly is clamped；2151, drive roll；21511, the first driving wheel；21512, Two driving wheels；2152, driven voller；216, abutment ring；2161, set lever；217, guide roller；3, driving part；31, driving master Axis；311, eccentric rod；32, host is driven；33, driving slider；331, upper limit ring；332, lower limit ring；333, pressing spring is pressed； 34, connector；35, articulation piece.

Specific embodiment

With reference to the accompanying drawings and examples, the utility model is further described.Wherein identical components phase Same appended drawing reference indicates.It should be noted that word "front", "rear" used in the following description, "left", "right", "upper" and "lower" refers to that the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and "outside" are referred respectively to towards or away from specific The direction at component geometry center.

Referring to Fig.1 shown in -7, a kind of gold stamping device of gilding press, including organic frame 1 and the foil paper being arranged in rack 1 Feeding device 2 and stent 11 and the movable mold 12 that is connected in rack 1 of sliding and for driving movable mold 12 close or Driving part 3 far from stent 11, driving part 3 are located at 11 lower section of stent, and driving part 3 includes axial rotation connection Rack 1 is connected in the driving spindle 31 in rack 1 and the driving host 32 and axial sliding for driving driving spindle 31 And/or the driving slider 33 in stent 11,33 one end of driving slider are connect with movable mold 12, the other end through rack 1 and/or Connect by being provided with connector 34 with driving spindle 31 after stent 11, be provided in driving spindle 31 for connector 34 The eccentric rod 311 of rotation connection, the central axis of eccentric rod 311 and the centerline axis parallel and eccentric setting of driving spindle 31, 34 one end of connector and eccentric rod 311 are rotatablely connected, and the other end and driving slider 33 are hinged, connector 34 and driving slider 33 Hingedly axial and eccentric rod 311 to be arranged in an axially parallel mode, driving host 32 drives in 31 rotation process of driving spindle, with eccentric rod The connector 34 of 311 rotation connections is able to drive driving slider 33 and slides along its length.

Host 32 is driven to drive in 31 rotation process of driving spindle, 311 energy of eccentric rod with 31 eccentric setting of driving spindle Enough the connector 34 being rotatablely connected with eccentric rod 311 is driven to swing up and down, therefore the driving slider hinged with 34 one end of connector 33 can be slid by driving therewith, and driving slider 33 can run through rack 1 and/or stent 11 and keep the shape axially slid State, therefore driving part 3 can be by cleverly designing positioned at 11 lower section of stent, and may be additionally located in rack 1, avoids driving 3 peripheral hardware of dynamic component and increase gilding press height dimension and lateral occupied area, and can also reserve above gilding press Position is used to dispose for foil paper feeding device 2, and is located at the foil paper feeding device 2 above gilding press relative under gilding press The foil paper feeding device 2 of side is more convenient for the dismounting of foil paper, this is because the foil paper feeding device 2 being located at below gilding press needs to grasp It bends over as personnel or squats down or even pierce in rack 1 dismounting for carrying out foil paper, dismounting foil paper is more inconvenient relative to standing.

Movable mold 12 is provided with for being bolted in driving slider 33 to be located at and live for the perforative perforation 121 of driving slider 33 The outer diameter of the upper limit ring 331 and lower limit ring 332 of about 12 two sides of dynamic model, lower limit ring 332 is greater than the interior of perforation 121 Diameter size has been abutted between upper limit ring 331 and movable mold 12 by pressing spring 333.Lower limit ring 332 can be in driving slider 33 Movable mold 12 is held up upwards when sliding upwards, upper limit ring 331 can be when driving slider 33 slides downwards by movable mold 12 Press down on, wherein movable mold 12 can be enabled to be elastically stressed by the setting of pressing spring 333, be conducive to movable mold 12 can with it is solid Cover half 11 uniformly presses.In addition, the sliding stroke and eccentric rod 311 of movable mold 12 and the eccentric degree of driving spindle 31 are at just Than, it can be effectively reduced processing and the assembly precision of movable mold 12 and driving spindle 31 by the setting by pressing spring 333, Debugging activity mould 12 is pressed in the pressure in stent 11, and the pressure for pressing pressing spring 333 can be adjusted by turn upper limit ring 331 Contracting degree can be realized, therefore the program enormously simplifies the debugging difficulty of gold stamping device, convenient for being widely used to promote.

The upper surface of movable mold 12 is provided with for for the boarding hole 122 that is embedded in by pressing spring 333, boarding hole 122 with wear Hole 121 is coaxially disposed, and the internal diameter of boarding hole 122 is adapted with by the outer diameter of pressing spring 333.Boarding hole 122 is set The steady deformation by pressing spring 333 can be conducive to, and then be conducive to improve gold stamping dress convenient for by the positioning of pressing spring 333 by setting That sets uses consistent level.

The both ends of 31 length direction of driving spindle are respectively connected with driving slider 33, and connector 34 and eccentric rod 311 are respectively provided with There are two, the central axis of 31 both ends eccentric rod 311 of driving spindle is overlapped setting, and driving host 32 drives driving spindle 31 to rotate In the process, two connectors 34 with the rotation connection of two eccentric rods 311 are able to drive two driving sliders, 33 synchronization-sliding.Although can also By the way that by the setting of driving slider 33, in 31 one end of driving spindle, the other end can enable movable mold 12 by the way that positioning guiding structure is arranged Sliding up and down, but the driving slider 33 of 31 both ends of driving spindle setting can be conducive to improve both ends when movable mold 12 being driven to slide Synchronization extent, to be conducive to the horizontal pressing of movable mold 12 in stent 11, and then be conducive to improve gold stamping device Use consistent level.

31 one end of driving spindle is provided with two driving sliders 33, and two driving sliders 33 are arranged in parallel, and two drivings are slided One end between bar 33 far from movable mold 12 is fixedly connected with for the articulation piece 35 hinged with connector 34,35 one end of articulation piece Be fixedly connected with two driving sliders 33, the other end and connector 34 are hinged, the hinged axial direction of articulation piece 35 and connector 34 and Eccentric rod 311 is arranged in an axially parallel mode, and driving host 32 drives in 31 rotation process of driving spindle, is rotated and is connected with eccentric rod 311 The connector 34 connect drives two driving sliders, 33 synchronization-sliding by articulation piece 35.Increased by way of increasing driving slider 33 The consistent level that driving spindle 31 drives stent 11 to slide, phenomena such as effectively avoiding stent 11 from generating rotation, inclination.

Foil paper feeding device 2 is located at 12 top of movable mold, and foil paper feeding device 2 includes the feeding peace connecting with rack 1 21 are shelved, is rotatably connected on feeding mounting rack 21 and puts foil axis 211 and foil closing axis 212, puts the length direction and foil closing of foil axis 211 The length direction of axis 212 is arranged in parallel, and magnetic powder brake 213 is provided on feeding mounting rack 21 and for driving foil closing axis 212 The foil closing motor 214 of rotation is put 211 end of foil axis and is fixedly connected with the output end of magnetic powder brake 213, and foil closing motor 214 exists Magnetic powder brake 213 can be tensioned the foil paper put between foil axis 211 and foil closing axis 212 during driving foil closing axis 212 to rotate； It can be enabled above by the setting of magnetic powder brake 213 and put foil axis 211 to the foil paper between foil closing axis 212 and can be tensioned, had Conducive to the yields for improving gilding press.

It is also rotatably connected on feeding mounting rack 21 for the guide roller 217 for foil paper around 12 lower section of movable mold, guiding The length direction of roller 217 and the length direction of foil closing axis 212 are arranged in parallel, and guide roller 217 is provided with two, and two are arranged in parallel Guide roller 217 be located at the opposite sides of movable mold 12.Foil paper feeding device 2 is located at 12 top of movable mold, can be by setting Setting guide roller 217 enables foil paper around to the lower section of movable mold 12, and the top that foil paper feeding device 2 is set to gilding press also can Staff is enough facilitated to dismount foil paper.

It puts foil axis 211 and foil closing axis 212 can be located separately 12 opposite sides of movable mold, two guide rollers 217 are located at Put the lower section of foil axis 211 and foil closing axis 212, stand-by foil paper from put foil axis 211 release and around after guide roller 217 to foil closing axis During 212 transfers, the foil paper positioned at 12 lower section of movable mold can be by gold stamping on product to be printed, and wherein foil closing motor 214 is used Foil paper after driving foil closing axis 212 to carry out winding use, therefore cooperate magnetic powder brake again by pullling the foil paper after use 213 enable the foil paper of 12 lower section of movable mold to be tensioned.And the foil closing motor 214 can be stepper motor, when driving part 3 drives Foil closing motor 214 can suspend when movable mold 12 is gold stamping, and band is shifted in movable mold primary gold stamping rear foil closing motor 214 to be done again Foil paper after 12 lower section uses, to execute gold stamping operation again after the replacement of products to be printed of lower section.

Being provided on feeding mounting rack 21 can enable foil paper be wound up into the clamping on foil closing axis 212 by clamping conveying foil paper Conveying assembly 215, clamping conveying assembly 215 includes the drive roll 2151 and driven voller that can be held on foil paper opposite sides 2152, drive roll 2151 and driven voller 2152 are rotationally connected on feeding mounting rack 21, and the length side of drive roll 2151 It is arranged in parallel to the length direction with driven voller 2152, the length direction of drive roll 2151 and the length direction of foil closing axis 212 are flat Row setting, the output end and drive roll 2151 of foil closing motor 214 are sequentially connected, and drive roll 2151 and foil closing axis 212 are sequentially connected. Clamping conveying assembly 215 can be used in clamping the foil paper two sides after use, cooperate magnetic powder system again by pullling the foil paper after use Dynamic device 213 enables the foil paper of 12 lower section of movable mold to be tensioned, therefore clamping conveying assembly 215 can not only be realized to foil paper Clamping conveying, additionally it is possible to effectively avoid influencing to be located at activity due to drive roll 2151 and driven voller 2152 convey the clamping of foil paper The foil paper integrated degree of 12 lower section of mould, and then be conducive to improve the yields of gilding press.And foil closing motor 214 can simultaneously band Dynamic drive roll 2151 and foil closing axis 212 rotate, and not only optimize the drive mechanism of foil paper feeding device 2, decrease to power The quantity demand of component.

The end of drive roll 2151 has been fixedly and coaxially connected the first driving wheel 21511 and the second driving wheel 21512, and first passes The first transmission belt 2141, the second driving wheel 21512 and foil closing are arranged between driving wheel 21511 and the output end of foil closing motor 214 The second transmission belt 2121 is arranged between axis 212, outside the lateral wall of the first driving wheel 21511 and the output end of foil closing motor 214 Engaging tooth is provided on the inner sidewall of side wall and the first transmission belt 2141.Foil closing motor 214 can pass through the first transmission belt 2141 and first driving wheel 21511 drive drive roll 2151 to rotate, drive roll 2151 is passed by the second transmission belt 2121 and second Driving wheel 21512 drives foil closing axis 212 to rotate synchronously, which simply easily implements, and can be realized drive roll 2151 and foil closing axis 212 Synchronous rotation, be also beneficial to reduce equipment cost.In addition, the setting of engaging tooth can effectively avoid drive belt slip, in turn Be conducive to improve the operation is stable degree of clamping conveying assembly 215.

It puts coaxial sliding on foil axis 211 and foil closing axis 212 and is connected with the abutment ring 216 for limiting foil paper cylinder, abut The end of ring 216 towards foil paper cylinder is arranged at conical structure, and lock that can be fixed by abutment ring 216 is provided in abutment ring 216 Tight handle 2161.The diameter of axle for putting foil axis 211 is less than the internal diameter of foil paper reel, and the diameter of axle of foil closing axis 212 is less than the interior of collection reel Diameter, and the circular cone miner diameter end of abutment ring 216 is again smaller than the internal diameter of foil paper reel and collection reel, but bigger diameter end is greater than foil paper reel With the internal diameter of collection reel, the program can in foil paper reel and collection drum sheath after putting on foil axis 211 and foil closing axis 212, Foil paper reel and collection reel are gripped by the realization of abutment ring 216 at both ends, and foil paper reel can also be adjusted With the position of collection reel length direction on putting foil axis 211 and foil closing axis 212, it is conveniently adjusted the installation site of foil paper, favorably In the degree flexible for installation for improving foil paper, abutment ring 216 is fastened eventually by set lever 2161.

Above are merely preferred embodiments of the utility model, the protection scope of the utility model is not limited merely to above-mentioned Embodiment, technical solution belonging to the idea of the present invention belong to the protection scope of the utility model.It should be pointed out that pair For those skilled in the art, several improvements and modifications without departing from the principle of the utility model, These improvements and modifications also should be regarded as the protection scope of the utility model.

Claims

1. a kind of gold stamping device of gilding press, including organic frame (1) and the foil paper feeding device (2) being arranged on rack (1) and Movable mold (12) that stent (11) and sliding are connected on rack (1) and for drive movable mold (12) close to or far from The driving part (3) of stent (11), it is characterized in that: the driving part (3) is located at below stent (11), the driving portion Part (3) includes axially to be rotationally connected with the driving spindle (31) on rack (1) and the driving for driving driving spindle (31) Host (32) and axially slide the driving slider (33) being connected in rack (1) and/or stent (11), the driving slider (33) one end is connect with movable mold (12), and the other end is behind rack (1) and/or stent (11) by being provided with connector (34) it is connect with driving spindle (31), the bias for being rotatablely connected with connector (34) is provided on the driving spindle (31) Bar (311), the central axis of the eccentric rod (311) and the centerline axis parallel and eccentric setting of driving spindle (31), it is described Connector (34) one end and eccentric rod (311) are rotatablely connected, the other end and driving slider (33) hingedly, the connector (34) with The hinged axial direction of driving slider (33) and being arranged in an axially parallel mode for eccentric rod (311), driving host (32) drive driving spindle (31) in rotation process, driving slider (33) is able to drive along its length with the connector (34) of eccentric rod (311) rotation connection Direction sliding.

2. the gold stamping device of a kind of gilding press according to claim 1, it is characterized in that: the movable mold (12) setting is useful In for the perforative perforation (121) of driving slider (33), being bolted on the driving slider (33) positioned at movable mold (12) up and down two The outer diameter of the upper limit ring (331) and lower limit ring (332) of side, the lower limit ring (332) is greater than the interior of perforation (121) Diameter size has abutted between the upper limit ring (331) and movable mold (12) by pressing spring (333).

3. the gold stamping device of a kind of gilding press according to claim 2, it is characterized in that: the upper surface of the movable mold (12) Be provided with for for the boarding hole (122) that be embedded in by pressing spring (333), the boarding hole (122) with perforate that (121) are coaxial to be set It sets, the internal diameter of the boarding hole (122) is adapted with by the outer diameter of pressing spring (333).

4. a kind of gold stamping device of gilding press described in any one of -3 according to claim 1, it is characterized in that: the driving is led The both ends of axis (31) length direction are respectively connected with driving slider (33), and the connector (34) and eccentric rod (311) are provided with Two, the central axis of driving spindle (31) the both ends eccentric rod (311) is overlapped setting, and driving host (32) drives driving master In axis (31) rotation process, two driving sliders (33) are able to drive with two connectors (34) of two eccentric rods (311) rotation connection Synchronization-sliding.

5. a kind of gold stamping device of gilding press described in any one of -3 according to claim 1, it is characterized in that: the driving is led Axis (31) one end is provided with two driving sliders (33), and two driving sliders (33) are arranged in parallel, two driving sliders (33) it Between be fixedly connected with far from the one end of movable mold (12) for the articulation piece (35) hinged with connector (34), the articulation piece (35) one end is fixedly connected with two driving sliders (33), the other end and connector (34) hingedly, the articulation piece (35) and even The hinged axial direction of fitting (34) and being arranged in an axially parallel mode for eccentric rod (311), driving host (32) drive driving spindle (31) to turn During dynamic, drive two driving sliders (33) same by articulation piece (35) with the connector (34) of eccentric rod (311) rotation connection Step sliding.

6. the gold stamping device of a kind of gilding press according to claim 1, it is characterized in that: the foil paper feeding device (2) position Above movable mold (12), the foil paper feeding device (2) includes the feeding mounting rack (21) connecting with rack (1), described It is rotatably connected on feeding mounting rack (21) and puts foil axis (211) and foil closing axis (212), the length direction for putting foil axis (211) It is arranged in parallel, magnetic powder brake (213) is provided on the feeding mounting rack (21) and uses with the length direction of foil closing axis (212) It is described to put the defeated of foil axis (211) end and magnetic powder brake (213) in the foil closing motor (214) for driving foil closing axis (212) rotation Outlet is fixedly connected, and foil closing motor (214) magnetic powder brake (213) during driving foil closing axis (212) to rotate can be opened Tightly put the foil paper between foil axis (211) and foil closing axis (212)；

It is also rotatably connected on the feeding mounting rack (21) for bypassing the guide roller below movable mold (12) for foil paper (217), the length direction of the length direction and foil closing axis (212) of the guide roller (217) is arranged in parallel, the guide roller (217) two are provided with, two guide rollers (217) disposed in parallel are located at the opposite sides of movable mold (12).

7. the gold stamping device of a kind of gilding press according to claim 6, it is characterized in that: being set on the feeding mounting rack (21) It is equipped with the clamping conveying assembly (215) that foil paper can be enabled to be wound up on foil closing axis (212) by clamping conveying foil paper, the clamping Conveying assembly (215) includes the drive roll (2151) and driven voller (2152) that can be held on foil paper opposite sides, the master Dynamic roller (2151) and driven voller (2152) are rotationally connected on feeding mounting rack (21), and the length side of drive roll (2151) It is arranged in parallel to the length direction with driven voller (2152), length direction and foil closing axis (212) of the drive roll (2151) Length direction is arranged in parallel, and the output end of the foil closing motor (214) and drive roll (2151) are sequentially connected, the drive roll (2151) it is sequentially connected with foil closing axis (212).

8. the gold stamping device of a kind of gilding press according to claim 7, it is characterized in that: the end of the drive roll (2151) It has been fixedly and coaxially connected the first driving wheel (21511) and the second driving wheel (21512), first driving wheel (21511) and receipts It is arranged between the output end of foil motor (214) the first transmission belt (2141), second driving wheel (21512) and foil closing axis (212) it is arranged between the second transmission belt (2121), the lateral wall and foil closing motor (214) of first driving wheel (21511) Output end lateral wall and the first transmission belt (2141) inner sidewall on be provided with engaging tooth.

9. a kind of gold stamping device of gilding press according to any one of claim 6-8, it is characterized in that: described put foil axis (211) and on foil closing axis (212) coaxially sliding is connected with the abutment ring (216) for limiting foil paper cylinder, the abutment ring (216) it is arranged towards the end of foil paper cylinder at conical structure, being provided on the abutment ring (216) can be by abutment ring (216) Fixed set lever (2161).