CN208577215U - A kind of gilding press multistation foil paper feeding device - Google Patents
A kind of gilding press multistation foil paper feeding device Download PDFInfo
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- CN208577215U CN208577215U CN201821224148.3U CN201821224148U CN208577215U CN 208577215 U CN208577215 U CN 208577215U CN 201821224148 U CN201821224148 U CN 201821224148U CN 208577215 U CN208577215 U CN 208577215U
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Abstract
The utility model discloses a kind of gilding press multistation foil paper feeding devices, its key points of the technical solution are that including organic frame and feeding mounting rack, feeding mounting rack is provided with several, and each feeding mounting rack slides with rack and connects, several driving spiral shell axis are rotatably connected in rack, one driving spiral shell axis is spirally connected with a feeding mounting rack, and the avoid holes for avoiding the driving spiral shell axis are provided on remaining feeding mounting rack；It is rotatably connected on feeding mounting rack and puts foil axis and foil closing axis, the length direction for putting the length direction and foil closing axis of foil axis is arranged in parallel, magnetic powder brake and the foil closing motor for driving foil closing axis to rotate are provided on feeding mounting rack, it puts foil shaft end portion to be 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.The feeding device using flexible degree is high, can effectively improve the utilization rate to foil paper.
Description
Technical field
The utility model relates to printing equipment technology, more specifically, it relates to a kind of gilding press multistation foil
Paper feeding device.
Background technique
It is gold stamping, also make " thermoprint ".A kind of printing decoration technique.Metallic plate 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 driving the driving part of movable mold and can convey the foil paper feeding device of foil paper, wherein foil paper feeding device is fixed on
In rack, and foil paper its width dimensions of foil paper feeding device conveying are adapted with the size of movable mold, primary gold stamping operation
It just will not be used without the foil paper of design text or area of the pattern afterwards, greatly reduce the utilization rate to foil paper.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of gilding press multistation foil papers
Feeding device, the feeding device using flexible degree is high, can effectively improve the utilization rate to foil paper.
To achieve the above object, the utility model provides following technical solution: on a kind of gilding press multistation foil paper
Expect device, including organic frame and the feeding mounting rack being arranged on the rack, the feeding mounting rack is provided with several, Ge Geshang
Material mounting rack is arranged along the width direction of rack, and each feeding mounting rack slides with rack and connects, the rack
On be rotatably connected to driving spiral shell axis for driving feeding mounting rack, the driving spiral shell axis is also equipped with several, and drives
The quantity of spiral shell axis and the quantity of feeding mounting rack are consistent, and are arranged in parallel between each driving spiral shell axis, and drive spiral shell axis
Length direction is the glide direction of feeding mounting rack on the rack, and a driving spiral shell axis is spirally connected with a feeding mounting rack, remaining feeding
The avoid holes for avoiding the driving spiral shell axis are provided on mounting rack, feeding mounting rack being capable of edge in rotation process for driving spiral shell axis
Rack width direction sliding；
It is rotatably connected on the feeding mounting rack and puts foil axis and foil closing axis, the length direction for putting foil axis and foil closing
The length direction of axis is arranged in parallel, and magnetic powder brake and the receipts for driving foil closing axis to rotate are provided on the feeding mounting rack
Foil motor, the foil shaft end portion of putting are fixedly connected with the output end of magnetic powder brake, and foil closing motor is driving the rotation of foil closing axis
Magnetic powder brake can be tensioned the foil paper put between foil axis and foil closing axis in the process.
The utility model is further arranged to: stent and movable mold is provided in the rack and for driving activity
For mould close to or far from the driving part of stent, the movable mold is connected with several metal printings towards sliding on the end face of stent
Version, the quantity of the metallic plate and the quantity of feeding mounting rack are consistent, and the glide direction of each metallic plate is rack
Width direction, be provided with the fastening handle that metallic plate can be fixed in movable mold on the metallic plate.
The utility model is further arranged to: is rotatably connected on the feeding mounting rack for bypassing movable mold for foil paper
The length direction of guide roller between stent, the length direction and foil closing axis of the guide roller is arranged in parallel, the guiding
Roller is provided with two, and two guide rollers disposed in parallel are located at the opposite sides of movable mold.
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 clamping conveying assembly further includes having positioned at drive roll and driven voller length
Two pieces of conveying mounting plates at direction both ends and the conveying support rod being supported between two pieces of conveying mounting plates, the driven voller packet
The mandrel that both ends are rotatably connected on two pieces of conveying mounting plates is included, is provided on two pieces of conveying mounting plates for sliding for mandrel
The adjusting sliding slot of shifting, the length direction that driven voller edge adjusts sliding slot can be close to or far from drive rolls during sliding；
The elasticity push component for driving driven voller close to drive roll, the bullet are provided on two pieces of conveying mounting plates
Property push component include the screw hole being arranged on conveying mounting plate and the bolt that is bolted in screw hole and be located at one in screw hole
Hold the compressed spring abutted with bolt and the conflict block that can be abutted with mandrel side wall positioned at the compressed spring other end, the spiral shell
Setting is connected with sliding slot is adjusted in hole, and the conflict block is convexly equipped with the interlocking for being embedded in compressed spring towards compressed spring one end
Block.
The utility model is further arranged to: the driven voller includes the turning set and use for abutting with drive roll
In the eccentric wheel for supporting turning set and separating with drive roll, the turning set, which rotates coaxially, to be connected on mandrel, the eccentric wheel
It is fixedly connected with mandrel and is located at turning set end, the rotation center eccentric setting of the eccentric wheel and turning set, the core
Axis is fixedly connected with rotational handle through the end of a conveying mounting plate.
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: can be driven by manipulation driving spiral shell axis in use process
Each feeding mounting rack slides on the rack, convenient to different location so as to realize the position for adjusting foil paper feeding device
Product to be printed carry out gold stamping operation, and multiple feeding mounting racks for foil paper installation are provided with, to be conducive into one
Step improves the using flexible degree of foil paper feeding device.The foil paper of width adaptation can be used further for lesser gold stamping design,
To substantially increase the utilization rate to foil paper, manufacturing cost is advantageously reduced.
Detailed description of the invention
Fig. 1 is the schematic perspective view of gilding press；
Fig. 2 is that foil paper feeding device is set to the schematic perspective view on gold stamping device；
Fig. 3 is the schematic perspective view of foil paper feeding device；
Fig. 4 is the schematic perspective view for clamping conveying assembly；
Fig. 5 is the cross-sectional view for clamping conveying assembly；
Fig. 6 is the portion the A enlarged structure schematic diagram in Fig. 5.
Appended drawing reference: 1, feeding mounting rack；11, foil axis is put；12, foil closing axis；121, the second transmission belt；13, magnetic powders brake
Device；14, foil closing motor；141, the first transmission belt；15, conveying assembly is clamped；151, drive roll；1511, the first driving wheel；
1512, the second driving wheel；152, driven voller；1521, mandrel；1522, turning set；1523, eccentric wheel；1524, rotational handle；
153, mounting plate is conveyed；1531, sliding slot is adjusted；154, support rod is conveyed；155, elasticity push component；1551, screw hole；1552,
Bolt；1553, compressed spring；1554, conflict block；16, abutment ring；161, set lever；17, guide roller；18, avoid holes；2,
Rack；21, stent；22, movable mold；221, metallic plate；222, fastening handle；23, driving part；24, spiral shell axis is driven.
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 -6, a kind of gilding press multistation foil paper feeding device, including organic frame 2 and setting are in rack 2
On feeding mounting rack 1, feeding mounting rack 1 is provided with several, and each feeding mounting rack 1 is arranged along the width direction of rack 2
Setting, and each feeding mounting rack 1 slides with rack 2 and connects, and sliding rail, feeding installation can be fixedly installed in rack 2
Can be fixedly installed and slide on frame 1 rail sliding connection slipping block, slipping block and sliding rail cross section at oat tail groove structure
Setting enables slipping block that can slide along the length direction of sliding rail.It is rotatably connected in rack 2 for driving feeding mounting rack
1 driving spiral shell axis 24, driving spiral shell axis 24 is also equipped with several, and drives the quantity of spiral shell axis 24 and the number of feeding mounting rack 1
Amount is consistent, and is arranged in parallel between each driving spiral shell axis 24, and driving the length direction of spiral shell axis 24 is that feeding mounting rack 1 exists
Glide direction in rack 2, a driving spiral shell axis 24 are spirally connected with a feeding mounting rack 1, are provided with and are used on remaining feeding mounting rack 1
The avoid holes 18 of the driving spiral shell axis 24 are avoided, feeding mounting rack 1 can be along the width of rack 2 in rotation process for driving spiral shell axis 24
Spend direction sliding；Driving 24 end of spiral shell axis can be fixedly installed control handle, and drive driving spiral shell axis 24 is facilitated to rotate.
It is rotatably connected on feeding mounting rack 1 and puts foil axis 11 and foil closing axis 12, put the length direction and foil closing of foil axis 11
The length direction of axis 12 is arranged in parallel, and magnetic powder brake 13 is provided on feeding mounting rack 1 and for driving foil closing axis 12 to rotate
Foil closing motor 14, put 11 end of foil axis and be fixedly connected with the output end of magnetic powder brake 13, foil closing motor 14 drive foil closing
Magnetic powder brake 13 can be tensioned the foil paper put between foil axis 11 and foil closing axis 12 during axis 12 rotates.Above by magnetic powder
The setting of brake 13, which can enable, puts foil axis 11 to the foil paper between foil closing axis 12 and can be tensioned, and is conducive to improve gilding press
Yields.
It wherein puts foil axis 11 and foil closing axis 12 can be located separately 22 opposite sides of movable mold, stand-by foil paper is put from foil axis 11 is put
During shifting after out to foil closing axis 12, the foil paper positioned at 22 lower section of movable mold can be by gold stamping on product to be printed, wherein receiving
Foil motor 14 cooperates magnetic for driving foil closing axis 12 to carry out the foil paper after winding use, therefore by pullling the foil paper after use again
Powder brake 13 enables the foil paper of 22 lower section of movable mold to be tensioned.And the foil closing motor 14 can be stepper motor, work as driving portion
Foil closing motor 14 can suspend when part 23 drives movable mold 22 gold stamping, it is to be done it is primary it is gold stamping after foil closing motor 14 again band displacement in
Foil paper after 22 lower section use of movable mold, to execute gold stamping operation again after the replacement of products to be printed of lower section.
Each feeding mounting rack 1 can be driven to slide in rack 2 by manipulation driving spiral shell axis 24 in use process, thus
It can be realized the position for adjusting foil paper feeding device, the convenient product to be printed to different location carries out gold stamping operation, and is arranged
There are multiple feeding mounting racks 1 for foil paper installation, to be conducive to further increase the using flexible journey of foil paper feeding device
Degree.The foil paper of width adaptation can be used to have to substantially increase the utilization rate to foil paper further for lesser gold stamping design
Conducive to reduction manufacturing cost.
Stent 21 and movable mold 22 are provided in rack 2 and for driving movable mold 22 close to or far from stent 21
Driving part 23, movable mold 22 is connected with several metallic plates 221, metallic plate towards sliding on the end face of stent 21
221 quantity and the quantity of feeding mounting rack 1 are consistent, and the glide direction of each metallic plate 221 is the width side of rack 2
To being provided with the fastening handle 222 that can be fixed on metallic plate 221 in movable mold 22 on metallic plate 221.Movable mold
22 two sides may be provided with for for metallic plate 221 sliding connection sliding rail, and can be fixedly installed on metallic plate 221 with
Slide the slipping block of rail sliding connection, fastening handle 222 is screwed on slipping block, fastening handle 222 through slipping block and with
Metallic plate 221 is fixed in movable mold 22 when abutting to realize by sliding rail, which simply easily implements, and advantageously reduces
Construction cost, and adjusted convenient for the sliding of metallic plate 221.
And the setting of the program enables metallic plate 221 also and can realize sliding in movable mold 22, and each feeding is cooperated to pacify
Gold stamping operation can be carried out to different location on product to be printed by shelving 1, be conducive to the using flexible journey for further increasing gilding press
Degree, it is applied widely.Multiple groups metallic plate 221 and feeding mounting rack 1 can also be cooperated to carry out one to multiple products to be printed simultaneously
Secondary gold stamping operation is conducive to the working efficiency for improving gilding press.
It is rotatably connected on feeding mounting rack 1 for bypassing the guide roller between movable mold 22 and stent 21 for foil paper
17, the length direction of the length direction and foil closing axis 12 of guide roller 17 is arranged in parallel, and guide roller 17 is provided with two, and two parallel
The guide roller 17 of setting is located at the opposite sides of movable mold 22.The program can enable foil paper around making a living by the way that guide roller 17 is arranged
Between dynamic model 22 and stent 21, thus the setting of guide roller 17 can enable feeding device be located at gilding press top or under
Hair, advantageously reduces the lateral occupied area of gilding press；It is preferred that foil paper feeding device is set to the top of gilding press, so as to
Staff is enough facilitated to dismount foil paper.
It is defeated that the clamping that foil paper can be enabled to be wound up on foil closing axis 12 by clamping conveying foil paper is provided on feeding mounting rack 1
Sending component 15, clamping conveying assembly 15 includes the drive roll 151 and driven voller 152 that can be held on foil paper opposite sides, main
Dynamic roller 151 and driven voller 152 are rotationally connected on feeding mounting rack 1, and the length direction and driven voller of drive roll 151
152 length direction is arranged in parallel, and the length direction of the length direction and foil closing axis 12 of drive roll 151 is arranged in parallel, foil closing electricity
The output end and drive roll 151 of machine 14 are sequentially connected, and drive roll 151 and foil closing axis 12 are sequentially connected.Stand-by foil paper is from putting foil axis
11 to foil closing axis 12 shift during foil paper is carried out by clamping conveying assembly 15 to pull conveying, finally by the foil paper after using
It winds on foil closing axis 12.Wherein clamping conveying assembly 15 is held on the foil paper two sides after use, therefore clamps conveying assembly 15
It can not only realize the clamping conveying to foil paper, additionally it is possible to effectively avoid the clamping because of drive roll 151 and driven voller 152 to foil paper
It conveys and influences to be located at the foil paper integrated degree below gold stamping type matrix, and then be conducive to improve the yields of gilding press.And it receives
Foil motor 14 can drive drive roll 151 and foil closing axis 12 to rotate simultaneously, not only optimize the drive mechanism of foil paper feeding device,
Decrease the quantity demand to power part.And the foil closing motor 14 can be stepper motor, when gilding press drives gold stamping type matrix
Foil closing motor 14 can suspend when gold stamping, and band displacement uses primary gold stamping rear foil closing motor 14 to be done below gold stamping type matrix again
Foil paper afterwards, to execute gold stamping operation again after the replacement of products to be printed of lower section.
Clamping conveying assembly 15 further includes two pieces of conveyings having positioned at 152 length direction both ends of drive roll 151 and driven voller
Mounting plate 153 and the conveying support rod 154 being supported between two pieces of conveying mounting plates 153, driven voller 152 include that both ends turn
It is dynamic to be connected to two pieces of mandrels 1521 conveyed on mounting plate 153, it is provided on two pieces of conveying mounting plates 153 for for mandrel
1521 sliding adjusting sliding slots 1531, driven voller 152 along adjust sliding slot 1531 length direction sliding during can be close
Or far from drive roll 151；Two pieces of conveying mounting plates 153 and several conveying support rods 154 be built into for for drive roll 151 and from
The frame that dynamic roller 152 is rotatablely connected, and the frame is fixed on feeding mounting rack 1, adjust the groove width size of sliding slot 1531 with
The outer diameter of mandrel 1521 is adapted, and mandrel 1521 can be rotated adjusting in sliding slot 1531, and can be square along its length
To sliding.
The elastic push group for driving driven voller 152 close to drive roll 151 is provided on two pieces of conveying mounting plates 153
Part 155, elasticity push component 155 include the screw hole 1551 being arranged on conveying mounting plate 153 and are bolted in screw hole 1551
Bolt 1552 and one end is abutted with bolt 1552 in screw hole 1551 compressed spring 1553 and be located at compressed spring
The conflict block 1554 that 1553 other ends can be abutted with 1521 side wall of mandrel, screw hole 1551 and the adjusting conducting of sliding slot 1531 are arranged,
Conflict block 1554 is convexly equipped with the built-in brick for being embedded in compressed spring 1553 towards 1553 one end of compressed spring.Conflict block 1554
1553 one end of compressed spring, and the outer diameter of conflict block 1554 and compressed spring 1553 can be fixedly connected on by built-in brick
The bolt 1552 that can be adapted with the internal diameter of screw hole 1551, and be screwed onto screw hole 1551 is by compressing compressed spring
1553, so that conflict block 1554 is pressed on mandrel 1521 always, is conducive to drive roll 151 and driven voller 152 keeps elasticity
It contradicts, avoids degree of stability that is too tight or too loose between drive roll 151 and driven voller 152 and influencing foil paper clamping conveying, and
The debugging difficulty that clamping conveying assembly 15 clamps foil paper can also be effectively reduced by setting elasticity push component 155, convenient for folder
Hold 15 resilient clamp of conveying assembly conveying foil paper.
Driven voller 152 includes turning set 1522 for abutting with drive roll 151 and has been used to support turning set 1522
The eccentric wheel 1523 isolated with drive roll 151, turning set 1522, which rotates coaxially, to be connected on mandrel 1521, eccentric wheel 1523 and core
Axis 1521 is fixedly connected with and is located at 1522 end of turning set, and eccentric wheel 1523 and the rotation center bias of turning set 1522 are set
It sets, mandrel 1521 is fixedly connected with rotational handle 1524 through the end of a conveying mounting plate 153.Turning set 1522 can pass through axis
It holds and is rotationally connected on mandrel 1521, and the eccentric wheel 1523 of 1522 end of turning set can be abutted with drive roll 151, transfer
Dynamic set 1522 can be made of rubber or metal, outside package elasticity layer, the frictional force of increase and drive roll 151, and eccentric wheel
1523, which can be used metal, is made, and mandrel 1521 is in rotation process, when in mandrel 1521 between driven voller 152 and drive roll 151
When the size of the heart to 1523 edge of eccentric wheel is less than the radius of turning set 1522, turning set 1522 is abutted with drive roll 151, partially
There are gaps between heart wheel 1523 and drive roll 151, turn when the size at 1521 center of mandrel to 1523 edge of eccentric wheel is greater than
When the radius of dynamic set 1522, eccentric wheel 1523 is abutted with drive roll 151, and mandrel 1521 is lifted away under the action of eccentric wheel 1523
Drive roll 151, mandrel 1521 slides in adjusting sliding slot 1531 during being somebody's turn to do, and further compresses compressed spring 1553,
And gap is erected by eccentric wheel 1523 between turning set 1522 and drive roll 151, to realize that pause conveys the clamping of foil paper.
Therefore by inclined during above scheme can be rotated by rotational handle 1524 with moving mandrel 1521 when gilding press is debugged
Heart wheel 1523 separates turning set 1522 with drive roll 151, so that pause conveys the clamping of foil paper, and then advantageously reduces foil
The waste that paper generates during gilding press is debugged, also increases the debugging degree of flexibility of feeding device.
It additionally should be noted, when eccentric wheel 1523 and 151 gap setting of drive roll, clamping conveying assembly 15 can
When operating normally, and needing to separate drive roll 151 and driven voller 152, bias preferably is provided at the both ends of turning set 1522
Wheel 1523, so that turning set 1522 be enable to completely disengage with drive roll 151；And in order to avoid eccentric wheel 1523 compresses actively
151 side wall of roller and generate impression, can also be corresponded on drive roll 151 eccentric wheel 1523 position setting compresses wheel, for bias
Wheel 1523 compresses, this compresses wheel and can also be made of metal.
The end of drive roll 151 has been fixedly and coaxially connected the first driving wheel 1511 and the second driving wheel 1512, the first transmission
Be arranged with the first transmission belt 141 between wheel 1511 and the output end of foil closing motor 14, the second driving wheel 1512 and foil closing axis 12 it
Between be arranged with the second transmission belt 121, the lateral wall of the first driving wheel 1511 and the output end lateral wall of foil closing motor 14 and
Engaging tooth is provided on the inner sidewall of first transmission belt 141.Foil closing motor 14 can be passed by the first transmission belt 141 and first
Driving wheel 1511 drives drive roll 151 to rotate, and drive roll 151 drives foil closing by the second transmission belt 121 and the second driving wheel 1512
Axis 12 rotates synchronously, which simply easily implements, can be realized the synchronous rotation of drive roll 151 Yu foil closing axis 12, be also beneficial to
Reduce equipment cost.In addition, the setting of engaging tooth can effectively avoid drive belt slip, and then be conducive to improve clamping conveying group
The operation is stable degree of part 15.
It puts coaxial sliding on foil axis 11 and foil closing axis 12 and is connected with the abutment ring 16 for limiting foil paper cylinder, abutment ring 16
It is arranged towards the end of foil paper cylinder at conical structure, set lever that can be fixed by abutment ring 16 is provided in abutment ring 16
161.The diameter of axle for putting foil axis 11 is less than the internal diameter of foil paper reel, and the diameter of axle of foil closing axis 12 is less than the internal diameter of collection reel, and abuts
The circular cone miner diameter end of ring 16 again smaller than foil paper reel and collection reel internal diameter, but bigger diameter end be greater than foil paper reel and collection reel
Internal diameter, the program can pass through supporting for both ends in foil paper reel and collection drum sheath after putting on foil axis 11 and foil closing axis 12
It connects the realization of ring 16 to grip foil paper reel and collection reel, and foil paper reel can also be adjusted and collection reel is being put
The position of length direction, is conveniently adjusted the installation site of foil paper on foil axis 11 and foil closing axis 12, is conducive to the installation for improving foil paper
Degree of flexibility fastens abutment ring 16 eventually by set lever 161.
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 (8)
1. a kind of gilding press multistation foil paper feeding device, including organic frame (2) and the feeding being arranged on rack (2) installation
Frame (1), it is characterized in that: the feeding mounting rack (1) is provided with several, width of each feeding mounting rack (1) along rack (2)
Direction is arranged, and each feeding mounting rack (1) slides with rack (2) and connects, and is rotatably connected on the rack (2)
For driving the driving spiral shell axis (24) of feeding mounting rack (1), the driving spiral shell axis (24) is also equipped with several, and drives spiral shell
The quantity of axis (24) and the quantity of feeding mounting rack (1) are consistent, and are arranged in parallel between each driving spiral shell axis (24), and drive
The length direction of dynamic spiral shell axis (24) is the glide direction of feeding mounting rack (1) on rack (2), and one drives on spiral shell axis (24) and one
Material mounting rack (1) is spirally connected, and the avoid holes (18) for avoiding the driving spiral shell axis (24) are provided on remaining feeding mounting rack (1),
Driving spiral shell axis (24) feeding mounting rack (1) in rotation process can slide along the width direction of rack (2)；
It is rotatably connected on the feeding mounting rack (1) and puts foil axis (11) and foil closing axis (12), the length for putting foil axis (11)
Degree direction and the length direction of foil closing axis (12) are arranged in parallel, and are provided with magnetic powder brake (13) on the feeding mounting rack (1)
It is described to put the defeated of foil axis (11) end and magnetic powder brake (13) with the foil closing motor (14) for driving foil closing axis (12) to rotate
Outlet is fixedly connected, and foil closing motor (14) magnetic powder brake (13) during driving foil closing axis (12) to rotate, which can be tensioned, to be put
Foil paper between foil axis (11) and foil closing axis (12).
2. a kind of gilding press according to claim 1 multistation foil paper feeding device, it is characterized in that: the rack (2)
On be provided with stent (21) and movable mold (22) and for driving movable mold (22) close to or far from the drive of stent (21)
Dynamic component (23), the movable mold (22) are connected with several metallic plates (221), institute towards sliding on the end face of stent (21)
The quantity of the quantity and feeding mounting rack (1) of stating metallic plate (221) is consistent, the sliding side of each metallic plate (221)
To the width direction for rack (2), work can be fixed on for metallic plate (221) by being provided on the metallic plate (221)
Fastening handle (222) on dynamic model (22).
3. a kind of gilding press according to claim 2 multistation foil paper feeding device, it is characterized in that: the feeding is installed
It is rotatably connected on frame (1) for bypassing the guide roller (17) between movable mold (22) and stent (21) for foil paper, it is described to lead
It being arranged in parallel to the length direction of the length direction and foil closing axis (12) of roller (17), the guide roller (17) is provided with two, and two
Root guide roller disposed in parallel (17) is located at the opposite sides of movable mold (22).
4. a kind of gilding press multistation foil paper feeding device described in any one of -3 according to claim 1, it is characterized in that:
It is defeated that the clamping that foil paper can be enabled to be wound up on foil closing axis (12) by clamping conveying foil paper is provided on the feeding mounting rack (1)
Sending component (15), it is described clamping conveying assembly (15) include can be held on foil paper opposite sides drive roll (151) and from
Dynamic roller (152), the drive roll (151) and driven voller (152) are rotationally connected on feeding mounting rack (1), and drive roll
(151) length direction and the length direction of driven voller (152) are arranged in parallel, the length direction and receipts of the drive roll (151)
The length direction of foil axis (12) is arranged in parallel, and the output end of the foil closing motor (14) and drive roll (151) are sequentially connected, described
Drive roll (151) and foil closing axis (12) are sequentially connected.
5. a kind of gilding press according to claim 4 multistation foil paper feeding device, it is characterized in that: the clamping conveys
Component (15) further includes two pieces of conveying mounting plates having positioned at drive roll (151) and driven voller (152) length direction both ends
(153) and two pieces of conveying support rods (154) conveyed between mounting plate (153) are supported in, the driven voller (152) includes
Both ends are rotatably connected on the mandrel (1521) on two pieces of conveyings mounting plate (153), are provided on two pieces of conveying mounting plates (153)
Adjusting sliding slot (1531) for sliding for mandrel (1521), driven voller (152) are sliding along the length direction for adjusting sliding slot (1531)
It can be close to or far from drive roll (151) during shifting；
The elasticity push for driving driven voller (152) close to drive roll (151) is provided on two pieces of conveyings mounting plate (153)
Component (155), elasticity push component (155) include screw hole (1551) and spiral shell of the setting in conveying mounting plate (153)
The bolt (1552) being connected in screw hole (1551) and the compressed spring abutted positioned at screw hole (1551) interior one end with bolt (1552)
(1553) and it is located at the conflict block (1554) that compressed spring (1553) other end can be abutted with mandrel (1521) side wall, it is described
It screw hole (1551) and adjusts sliding slot (1531) conducting and is arranged, the conflict block (1554) is towards compressed spring (1553) one end projection
Have for the built-in brick in wedge pressure contracting spring (1553).
6. a kind of gilding press according to claim 5 multistation foil paper feeding device, it is characterized in that: the driven voller
(152) include turning set (1522) for being abutted with drive roll (151) and be used to support turning set (1522) and actively
The eccentric wheel (1523) of roller (151) separation, the turning set (1522), which rotates coaxially, to be connected on mandrel (1521), the bias
(1523) are taken turns to be fixedly connected with mandrel (1521) and be located at turning set (1522) end, the eccentric wheel (1523) and turning set
(1522) rotation center eccentric setting, the mandrel (1521) are fixedly connected with through the end of conveying mounting plate (153)
Rotational handle (1524).
7. a kind of gilding press according to claim 4 multistation foil paper feeding device, it is characterized in that: the drive roll
(151) end has been fixedly and coaxially connected the first driving wheel (1511) and the second driving wheel (1512), first driving wheel
(1511) be arranged between the output end of foil closing motor (14) the first transmission belt (141), second driving wheel (1512) with
It is arranged between foil closing axis (12) the second transmission belt (121), the lateral wall and foil closing motor of first driving wheel (1511)
(14) engaging tooth is provided on the inner sidewall of output end lateral wall and the first transmission belt (141).
8. a kind of gilding press multistation foil paper feeding device described in any one of -3 according to claim 1, it is characterized in that:
It is described to put on foil axis (11) and foil closing axis (12) coaxial sliding and be connected with abutment ring (16) for limiting foil paper cylinder, it is described to support
The end for connecing ring (16) towards foil paper cylinder is arranged at conical structure, and being provided on the abutment ring (16) can be by abutment ring (16)
Fixed set lever (161).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821224148.3U CN208577215U (en) | 2018-07-31 | 2018-07-31 | A kind of gilding press multistation foil paper feeding device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821224148.3U CN208577215U (en) | 2018-07-31 | 2018-07-31 | A kind of gilding press multistation foil paper feeding device |
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| Publication Number | Publication Date |
|---|---|
| CN208577215U true CN208577215U (en) | 2019-03-05 |
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ID=65511631
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821224148.3U Active CN208577215U (en) | 2018-07-31 | 2018-07-31 | A kind of gilding press multistation foil paper feeding device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109719994A (en) * | 2019-03-13 | 2019-05-07 | 浙江国豪机械有限公司 | A kind of package box forming machine |
-
2018
- 2018-07-31 CN CN201821224148.3U patent/CN208577215U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109719994A (en) * | 2019-03-13 | 2019-05-07 | 浙江国豪机械有限公司 | A kind of package box forming machine |
| CN109719994B (en) * | 2019-03-13 | 2023-12-26 | 浙江国豪机械有限公司 | Packing carton make-up machine |
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