CN206938165U - Dress ornament hangs the gold stamping mechanism of an automatic assembly line - Google Patents
Dress ornament hangs the gold stamping mechanism of an automatic assembly line Download PDFInfo
- Publication number
- CN206938165U CN206938165U CN201720517078.XU CN201720517078U CN206938165U CN 206938165 U CN206938165 U CN 206938165U CN 201720517078 U CN201720517078 U CN 201720517078U CN 206938165 U CN206938165 U CN 206938165U
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- Prior art keywords
- gold stamping
- gold
- adjustment block
- stamping plate
- guiding
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Abstract
It the utility model is related to the gold stamping mechanism that a kind of dress ornament hangs an automatic assembly line, gold stamping mechanism includes upper bracket, lower carriage, upper gold stamping plate, under gold stamping plate, gold stamping plate drive mechanism, for winding the first conveying device of first scald gold ribbon, for reclaiming the first material collecting device of waste material, the second material collecting device for the second conveying device of the second gold stamping band of winding and for reclaiming waste material, upper gold stamping plate and under formed for the gold stamping space for hanging grain process between gold stamping plate, the first guiding mechanism for being used for guiding first scald gold ribbon is provided with upper bracket, the second guiding mechanism for being used for guiding the second gold stamping band is provided with lower carriage.The conveying of first scald gold ribbon and the second gold stamping band is realized by the first material collecting device and the second material collecting device, the two-sided gold stamping of grain is hung with the gold stamping plate realization with of gold stamping plate is closed, the setting of first guiding mechanism and the second guiding mechanism can then ensure that first scald gold ribbon and the second gold stamping band are accurately walked, and realize accurate gold stamping.
Description
Technical field
It the utility model is related to the gold stamping mechanism that a kind of dress ornament hangs an automatic assembly line.
Background technology
Hang grain to be usually used to hang trade mark elevator, surface marque, material and points for attention are come on dress ornament
Deng.The common basic structure for hanging grain includes plastic cap and rope body, and the one end for body of restricting is fixed on plastic cap, the other end for body of restricting
Provided with fixture block, neck is provided with plastic cap, fixture block is caught in neck, you can body of restricting is surrounded to the fake of closure.
A traditional this kind of production method of hanging is will to restrict body through the upper and lower mould of injecting mechanism, and passes through injecting mechanism
Plastic cap is moulded on rope body, afterwards again by manually cutting off rope body, its automaticity is relatively low, production efficiency is relatively low.
Also need to form logo or word on plastic cap by gilding technology on plastic cap moreover, some hangs grain, traditional adds
Work mode is first to be fabricated to hang grain and then will hang grain and be placed into gold stamping device to carry out gold stamping processing, and there is also processing to imitate for it
The shortcomings that rate is relatively low.
Moreover, traditional this gold stamping mechanism is not easy to realize two-sided gold stamping, and gold stamping accuracy is also relatively poor.
In consideration of it, inventor furthers investigate to above mentioned problem, there is this case generation then.
Utility model content
The purpose of this utility model is to provide a kind of simple structure, can realize that two-sided accurate gold stamping dress ornament hangs grain certainly
The gold stamping mechanism of dynamic production line.
In order to achieve the above object, technical scheme as the utility model use：
Dress ornament hangs the gold stamping mechanism of an automatic assembly line, and gold stamping mechanism includes upper bracket, lower carriage, is arranged on upper bracket
Upper gold stamping plate, be arranged on lower carriage under gold stamping plate, for drive upper gold stamping plate and under gold stamping plate relative motion it is gold stamping
Plate drive mechanism, the first conveying device for winding first scald gold ribbon, the first material collecting device for reclaiming waste material, for twining
The second material collecting device around the second conveying device of the second gold stamping band and for reclaiming waste material, upper gold stamping plate with gold stamping plate it
Between formed for the gold stamping space for hanging grain process, be provided with upper bracket and be used to guide the first Guiding machine of first scald gold ribbon
Structure, the second guiding mechanism for being used for guiding the second gold stamping band is provided with lower carriage.
As a kind of preferred embodiment of the present utility model, first guiding mechanism includes the first adjustment block and installed in the
First deflector roll of one adjustment block, the first bar shaped along the length direction setting of the first adjustment block is offered in the first adjustment block
Groove, the first deflector roll are arranged in the first bar-shaped trough by the first nut assembly, and the first deflector roll is vertically arranged with the first bar-shaped trough, the
The upper end of one adjustment block is locked on the upper bracket by the first screw, and the second guiding mechanism includes the second adjustment block and installation
The second deflector roll in the second adjustment block, second along the length direction setting of the second adjustment block is offered in the second adjustment block
Bar-shaped trough, the second deflector roll are arranged in the second bar-shaped trough by the second nut assembly, and the second deflector roll is vertical with the second bar-shaped trough to be set
Put, the upper end of the second adjustment block is fixed on the lower carriage by the second screw.
As a kind of preferred embodiment of the present utility model, the gold stamping plate drive mechanism is to be fixed on the upper bracket
The piston rod of oil cylinder or cylinder, oil cylinder or cylinder is fixedly connected with the upper gold stamping plate.
As a kind of preferred embodiment of the present utility model, the upper bracket and the lower carriage pass through the first connecting pole and the
Two connecting poles are linked together, and the first mounting blocks that can be moved up and down, the second connecting pole are arranged with first connecting pole
On be arranged with the second mounting blocks that can be moved up and down, the first mounting blocks, which are provided with, to be used to guide the first guide block for hanging grain, the
Two company's mounting blocks, which are provided with, to be used to guide the second guide block for hanging grain, and the first guide block passes through side of first stud that can move horizontally
Formula is connected on the first mounting blocks, the second guide block by the second stud with can relative first guide block mobile link in the second installation
On block.
After the technical solution of the utility model, realize that first is gold stamping by the first material collecting device and the second material collecting device
The conveying of band and the second gold stamping band, with close gold stamping plate and under gold stamping plate realize and hang the two-sided gold stamping of grain, the first guiding mechanism and
The setting of second guiding mechanism can then ensure that first scald gold ribbon and the second gold stamping band are accurately walked, and realize accurate gold stamping.
Brief description of the drawings
Fig. 1 is the structural representation that grain and regrinding-material are hung in the utility model；
Fig. 2 is the partial schematic diagram of feed mechanism in the utility model；
Fig. 3 is the principle schematic of feed mechanism in the utility model；
Fig. 4 is the structure diagram that feed mechanism coordinates injecting mechanism in the utility model；
Fig. 5 is the partial structural diagram of injecting mechanism in the utility model；
Fig. 6 is the structural representation of gold stamping mechanism in the utility model；
Fig. 7 is the structural representation of cutting agency in the utility model；
In figure：
10- feed mechanism 11- mounting brackets
12- barrel 13- alarm mechanisms
14- the first guide collar the second guide collars of 15-
16- guide roller 17- counterweights
The first tablettings of guide collar 131- of 18- the 3rd
132- the second tabletting 133- adjusting pressuring knobs
134- stud 135- pressure springs
136- trigger switch 137- alarms
138- warning circuit 139- conducting strips
1361- elastic mechanism 20- injecting mechanisms
Mould under the upper mould 202- of 201-
203- the first die cavity 204- activity push rods
205- storage tank 206- hoppers
207- the first sliding block 2071- installation portions
2072- guide portions the second sliding blocks of 208-
209- the first skewed slot the first limiting sections of 2091-
The opening skewed slots of 210- second of 2092- first
The second opening portions of 2101- the second limiting section 2102-
211- guide plates the first chutes of 212-
213- the second chute 214- guiding surfaces
215- mouths of a river hopper
301- upper bracket 302- lower carriages
Gold stamping plate under the upper gold stamping plate 304- of 303-
305- first scald gold ribbons the second gold stamping bands of 306-
307- the first conveying device the second conveying devices of 308-
309- the first adjustment block the first deflector rolls of 310-
311- the first bar-shaped trough the first screws of 312-
313- the second adjustment block the second deflector rolls of 314-
315- the second bar-shaped trough the second screws of 316-
317- the first material collecting device the second material collecting devices of 318-
319- the first mounting blocks the first lock screws of 320-
321- the first stud the first guide blocks of 322-
323- the second mounting blocks the second lock screws of 324-
325- the second stud the second guide blocks of 326-
The gold stamping connecting poles of plate drive mechanism 328- first of 327-
329- the second connecting pole 40- cutting agencies
401- support frames the first manipulators of 402-
403- first driving means the second manipulators of 404-
405- cutting knife 406- knife drive mechanisms
407- tool rest 408- lowering or hoisting gears
The manipulator 410- drivig cylinders of 409- the 4th
The second drive devices of manipulator 412- of 411- the 3rd
50- rope body 60- plastic caps
61- neck 62- fixture blocks
70- regrinding-materials
Embodiment
In order to which the technical solution of the utility model is explained further, it is described in detail below in conjunction with the accompanying drawings.
Referring to figs. 1 to Fig. 7, dress ornament hangs an automatic assembly line, including feed mechanism 10, injecting mechanism 20, cutting agency 40
And haulage gear, in addition to gold stamping mechanism 30, the feed end of the discharge end of the feed mechanism 10 and the injecting mechanism 20
Linking, the discharge end of the injecting mechanism 20 are connected with the feed end of the gold stamping mechanism 30, the discharging of the gold stamping mechanism 30
End is connected with the discharge end of the cutting agency 40, and the haulage gear, which has, is used to draw the rope body 50 for hanging grain in the feeding
The traction element walked in mechanism 10, the injecting mechanism 20, gold stamping mechanism 30 and the cutting agency 40 is new in this practicality
In type, traction element is the first manipulator 402 and first driving means 403, by the first manipulator 402 and first driving means
403 pull rope body 50, realize the intermittent delivery of rope body 50.The grain of the present utility model that hangs includes rope body 50, is injection moulded and is restricting
Plastic cap 60 on body 50, the fixture block 62 on rope body 50 is formed in the neck 61 of plastic cap 60 and injection molding, processed
Cheng Zhong, hang grain to be multiple, be molded on regrinding-material 70, afterwards again by the way that regrinding-material 70 is rejected, and will rope body 50 be cut into it is predetermined
Length.
The utility model is made that improvement to injecting mechanism, and the feed mechanism 10 includes mounting bracket 11, for winding
State the barrel 12 of rope body 50, the guider for guiding the rope body 50 and the alarm that material and blocking alarming are lacked for realizing
Mechanism 13, alarm mechanism 13 are arranged on mounting bracket 11, and alarm mechanism 13 includes warning circuit 138, is arranged on warning circuit 138
On trigger switch 136 and the alarm 137 that is arranged in warning circuit 138, the rope body 50 around trigger switch 136 simultaneously
It is pressed on certain pressure in trigger switch 136, when the rope body 50 eliminates to the pressure of trigger switch 136, triggering is opened
136 conductings are closed, warning circuit 138, trigger switch 136 and alarm 137 form closed-loop path, realize alarm, specifically,
Warning circuit 138 is provided with conducting strip 139, and one end of trigger switch 136 is provided with elastic mechanism 1361, do not had in trigger switch 136
In the case of the pressure of body 50 of restricting, by elastic mechanism 1361, trigger switch 136 is pressed on conducting strip 139, so as to form closure
Loop, when body 50 of restricting is pressed on the other end of trigger switch 136, trigger switch 136 overcomes the elastic force of elastic mechanism 1361, from
And trigger switch 136 departs from conducting strip 139, trigger switch 136 of the present utility model is common in field of electrical components
Switch, can be directly from buying on the market.
As a kind of preferred embodiment of the present utility model, the guider includes being arranged on the both sides of alarm mechanism 13
The first guide collar 14 and the second guide collar 15, the first guide collar 14 and the second guide collar 15 are generally positioned at same level
On, the first strainer, the second guide collar 15 and the injecting mechanism are provided between the first guide collar 14 and the second guide collar 15
The second strainer is provided between 20.
As a kind of preferred embodiment of the present utility model, first strainer includes stud 134, is set in stud
The first tabletting 131 on 134, the second tabletting 132 being movably set on stud 134, the pressure regulation coordinated on stud 134
Knob 133 and pressure spring 135 between the second tabletting 132 and adjusting pressuring knob 133 is set, the rope body 50 is from the first tabletting
131 and second pass through between tabletting 132.It can be adjusted between the first tabletting 131 and the second tabletting 132 by adjusting knob 133
Interaction, so as to producing certain chucking power to the rope body 50 between the first tabletting 131 and the second tabletting 132 so that
Rope body 50 can be acted in trigger switch 136 with certain pressure.
As a kind of preferred embodiment of the present utility model, second strainer is counterweight 17, and counterweight 17 is directly placed
On the ground, counterweight 17 is provided with the 3rd guide collar 18, and the 3rd guide collar 18 is arranged on the lower section of second guide collar 15.
As a kind of preferred embodiment of the present utility model, the barrel 12 is placed on the bottom of the mounting bracket 11, in institute
The guide roller 16 for being provided between the first guide collar 14 and the barrel 12 and being used for guiding the rope body 50 is stated, guide roller 16 is arranged on
The lower section of first guide collar 14 and the second guide collar 15, in the utility model, pass through guide roller 16, the first guide collar 14, second
It is pre- that guide collar 15, the 3rd guide collar 18, the first tabletting 131 and the second tabletting 132 make it that rope body 50 is formed to trigger switch 136
Fixed pressure.
The utility model is made that improvement to injecting mechanism 20, the injecting mechanism include upper mould 201, lower mould 202 and
For driving upper mould 201 and lower mould 202 with respect to the drive mechanism of folding, drive mechanism uses oil cylinder, the piston rod connection of oil cylinder
In the lower end of lower mould 202, lower mould 201 is driven to move up and down by oil cylinder, so as to realize open mold.In upper mould 201 and lower mould 202
Between form the first die cavity 203, the second die cavity (in figure for being molded the fixture block 62 for hanging grain for being molded the plastic cap for hanging grain
Between polylith sliding block, be blocked), the movable push rod 204 for molding neck 61 on plastic cap 60, for driving work
Dynamic push rod 204 stretches into the first die cavity 203 or leaves the thimble drive block of the first die cavity 203, for housing the rope body 50
Storage tank 205, the mouth of a river hopper for being molded regrinding-material 70 and for by the product after injection molding from lower mould 202 upwards
The material jacking mechanism of jack-up, wherein, material jacking mechanism mainly includes driving source and thimble, and thimble extends to the first die cavity 203 or held
Put in groove 205 or mouth of a river hopper 215, to after the demoulding, thimble is driven by driving source, so as to which grain will be hung from lower mould after shaping
Jacked up in 202, and will hang grain by haulage gear and take away, material jacking mechanism is structure common in injecting mechanism, is no longer entered here
Row is described in detail.In the utility model, injecting mechanism 20 also includes hopper 206, and corresponding heating arrangements and feeding are set on hopper 206
Mechanism, the discharge end of hopper 206 are connected with the feed end of upper mould 201, and heat molten type plastic body is sent into for upward mould 201.
As a kind of preferred embodiment of the present utility model, the thimble drive block includes being slidably disposed on the lower mould
The guide plate 206 of sliding block 207 and formation on described on mould 201 on 202, is provided with chute, chute passes through on the lower mould 202
The upper surface and side of the lower mould 202 are passed to, sliding block includes stretching out the installation portion 2071 of the upper surface of the upper mould 201 and stretched
Going out the guide portion 2072 of the side of the upper mould 201, the movable push rod 204 is connected on installation portion 2071 and is horizontally disposed with,
The skewed slot for being used for guiding guide part 2072 to slide is provided with guide plate 206, the medial surface of skewed slot from guide plate 206 is through to outside
Side, and skewed slot upwardly extends from the lower surface of guide plate 206, guiding surface 214 is correspondingly provided with guide portion 2072, by oblique
The cooperation of groove and guiding surface 214, so as to during open mold, realize moving back and forth for sliding block.
As a kind of preferred embodiment of the present utility model, the skewed slot includes the first skewed slot 209 and the second skewed slot 210, institute
Stating sliding block includes the first sliding block 207 and the second sliding block 208, and the lower end of the first skewed slot 209 forms the guide portion for the first sliding block 207
The first opening 2091 slipped into, the upper end of the first skewed slot 209 form the first limiting section 2091, and the lower end of the second skewed slot 210 is formed
The second opening 2102 slipped into for the guide portion of the second sliding block 208, the upper end of the second skewed slot 210 form the second limiting section 2101,
The spacing of first skewed slot 209 and the second skewed slot 210 is gradually reduced from lower end to upper end, using this structure, in matched moulds, first
The relative motion of 207 and second sliding block of sliding block 208, in die sinking, the first sliding block 207 and the second sliding block 208 move opposite to each other.
The utility model is also made that improvement to gold stamping mechanism, and the gold stamping mechanism 30 includes upper bracket 301, lower carriage
302nd, the upper gold stamping plate 303 that is arranged on upper bracket 301, be arranged on lower carriage 302 under gold stamping plate 304, for driving
Gold stamping plate 302 and under the gold stamping relative motion of plate 304 gold stamping plate drive mechanism 327, for wind first scald gold ribbon 305 first
Conveying device 307, the first material collecting device 317 for reclaiming waste material, the second conveying device for winding the second gold stamping band 306
308 and for reclaiming the second material collecting device 318 of waste material, wherein the first material collecting device 317 and the second material collecting device 318 wrap
Include motor, feed belt and rewinding wheel, the waste material of the waste material of first scald gold ribbon 305 and the second gold stamping band 306 is respectively wound around receipts
Material wheel, waste recovery is realized by the driving of motor.Upper gold stamping plate 303 and under formed for for hanging grain warp between gold stamping plate 304
The gold stamping space crossed, hang grain and pass through and stop from the gold stamping space, realize gold stamping processing.It is provided with upper bracket 301 and is used to draw
The first guiding mechanism of first scald gold ribbon 305 is led, is provided with lower carriage 302 and is used to guide the second of the second gold stamping band 306 to lead
To mechanism, avoid hanging grain skew by the first guiding mechanism and the second guiding mechanism, realize accurate gold stamping.
As a kind of preferred embodiment of the present utility model, first guiding mechanism includes the first adjustment block 309 and installation
In the first deflector roll 310 of the first adjustment block 309, the length direction along the first adjustment block 309 is offered in the first adjustment block 309
The first bar-shaped trough 311 set, the first deflector roll logical 310 are crossed the first nut assembly and are arranged in the first bar-shaped trough 311, the first deflector roll
310 are vertically arranged with the first bar-shaped trough 311, and the upper end of the first adjustment block 309 is locked in the upper bracket by the first screw 312
On 301, the second guiding mechanism includes the second adjustment block 313 and the second deflector roll 314 in the second adjustment block 313,
The second bar-shaped trough 315 along the length direction setting of the second adjustment block 313 is offered in two adjustment blocks 313, the second deflector roll 314 is logical
The second nut assembly is crossed in the second bar-shaped trough 315, the second deflector roll 314 is vertically arranged with the second bar-shaped trough 315, and second adjusts
The upper end of monoblock 313 is fixed on the lower carriage 302 by the second screw 316.Using this structure, first scald gold ribbon 305
Realize the adjustment of trend, and the utility model by the first deflector roll 310 and the second deflector roll 314 respectively with the second gold stamping band 306
In, the first adjustment block 309 and the second adjustment block 313 can realize angle adjustment by the first screw 312 and the second screw 316,
The first deflector roll 310 and the position adjustment of the second deflector roll 314 can be realized by the first bar-shaped trough 311 and the second bar-shaped trough 315, so as to
Realize that 305 and second gold stamping band 306 of first scald gold ribbon is laid in upper gold stamping plate 302 gold stamping plate with predetermined angle and tension force
On 304.
As a kind of preferred embodiment of the present utility model, the gold stamping plate drive mechanism 327 is to be fixed on the upper bracket
The piston rod of oil cylinder or cylinder on 301, oil cylinder or cylinder is fixedly connected with the upper gold stamping plate 303.
As a kind of preferred embodiment of the present utility model, the upper bracket 301 is connected with the lower carriage 302 by first
The connecting pole 329 of post 328 and second is linked together, and the first peace that can be moved up and down is arranged with first connecting pole 328
Block 319 is filled, is arranged with the second mounting blocks 323 that can be moved up and down on the second connecting pole 329, the first mounting blocks 319 are provided with
The first guide block 322 of grain is hung for guiding, is provided with second company's mounting blocks 323 and is used to guide the second guide block 326 for hanging grain, the
One guide block 322 is connected on the first mounting blocks 323 the first stud 321 in a manner of it can move horizontally, the second guide block 326
By the second stud 325 with can the relative mobile link of first guide block 322 on the second mounting blocks 323.In the first mounting blocks 319
It is locked on the first connecting pole 328 by the first lock screw 320, is locked in the second mounting blocks 324 by the second lock screw 324
It is scheduled on the second connecting pole 329, the first mounting blocks 319 and the second mounting blocks 324 can be in the first connecting pole 328 and the second connections
Post 329 is adjusted and positioned, while the first guide block 322 and the second guide block 326 can realize the adjustment of horizontal level.
The utility model is also made that improvement to cutting agency, and the cutting agency 40 includes support frame 401, for clamping
First manipulator 402 of rope body 50, the first driving for driving the first manipulator 402 to move back and forth along the rope conveying direction of body 50
Device 403, for realize rope body 50 position the second manipulator 404, for realize rope body 50 cut off cutoff device, for pressing from both sides
Hold and convey the 3rd manipulator 411 of the rope body 50 after cut-out, for driving the direction of motion of the 3rd manipulator 411 along rope body 50
The second drive device 412 moved back and forth and the 4th manipulator 409 for the regrinding-material being bonded on rope body 50 to be rejected,
Cutoff device is arranged between the second manipulator 404 and the 3rd manipulator 411.Wherein, the first manipulator 402, the second manipulator
404th, the 3rd manipulator 411 and the 4th manipulator 409 use clamping manipulator, and it mainly passes through cylinder driving mechanical hand
Two jig arm are clamped and discharged, can be directly from buying on the market.
As a kind of preferred embodiment of the present utility model, the cutoff device includes tool rest 407, is correspondingly arranged at tool rest
Cutting knife 405, the knife drive mechanism 406 for driving cutting knife 405 to move up and down of 407 tops, knife drive mechanism 406 are installed
On support frame as described above 401, lowering or hoisting gear 408 is additionally provided with support frame as described above 401, tool rest 407 is arranged on lowering or hoisting gear 408
On, by way of being arranged to lift by tool rest 407, avoid tool rest 407 and hang grain generation scraping, ensure the matter of product
Amount.
As a kind of preferred embodiment of the present utility model, the 4th manipulator 409 is arranged on institute by drivig cylinder 410
State on support frame 401, the 4th manipulator 409 is located at the top of the tool rest 407.
As a kind of preferred embodiment of the present utility model, the 3rd manipulator 411 is two, two the 3rd machineries
Conveying direction of the hand 411 along the rope body 50 is laid.
As a kind of preferred embodiment of the present utility model, the first driving means 403 and second drive device 412
For screw mandrel or linear electric motors.
Using cutting agency 40 of the present utility model, in blanking, pass through the first manipulator 402 and first driving means
403 drives hang grain and move a station, and the second manipulator 404 acts, clamps and hang grain, and drivig cylinder 410 drives the 4th machinery
Hand 409 moves downward and by regrinding-material 70, is rejected from hanging in grain, two the 3rd manipulators 411 act in the second drive device 412
Under, it is moved to tool rest 407 nearby and clamps rope body 50, lowering or hoisting gear 408 drives tool rest 407 to rise, knife drive mechanism 406
Drive cutting knife 405 to move downward carry out blank, the first manipulator 402 in the presence of first driving means 403 return to carry out
Material folding next time and feeding, the 3rd manipulator 411 pinch the grain that hangs cut to finished product in the presence of the second drive device
Storehouse.
Product form of the present utility model is not limited to this case diagram and embodiment, and anyone carries out similar thinking to it
Appropriate change or modification, all should be regarded as not departing from patent category of the present utility model.
Claims (4)
1. dress ornament hangs the gold stamping mechanism of an automatic assembly line, it is characterised in that：Gold stamping mechanism includes upper bracket, lower carriage, setting
Upper gold stamping plate on upper bracket, be arranged on lower carriage under gold stamping plate, gold stamping plate gold stamping plate with is relative in driving
The gold stamping plate drive mechanism of motion, the first conveying device for winding first scald gold ribbon, the first rewinding for reclaiming waste material
Device, the second conveying device for winding the second gold stamping band and the second material collecting device for reclaiming waste material, upper gold stamping plate
Formed with between gold stamping plate for the gold stamping space for hanging grain process, be provided with upper bracket and be used to guide first scald gold ribbon
First guiding mechanism, the second guiding mechanism for being used for guiding the second gold stamping band is provided with lower carriage.
2. dress ornament as claimed in claim 1 hangs the gold stamping mechanism of an automatic assembly line, it is characterised in that：First Guiding machine
Structure includes the first adjustment block and the first deflector roll installed in the first adjustment block, is offered in the first adjustment block along the first adjustment block
Length direction set the first bar-shaped trough, the first deflector roll by the first nut assembly be arranged on the first bar-shaped trough in, first leads
Roller is vertically arranged with the first bar-shaped trough, and the upper end of the first adjustment block is locked on the upper bracket by the first screw, and second leads
Include the second adjustment block and the second deflector roll in the second adjustment block to mechanism, offered in the second adjustment block along second
The second bar-shaped trough that the length direction of adjustment block is set, the second deflector roll are arranged in the second bar-shaped trough by the second nut assembly,
Second deflector roll is vertically arranged with the second bar-shaped trough, and the upper end of the second adjustment block is fixed on the lower carriage by the second screw.
3. dress ornament as claimed in claim 2 hangs the gold stamping mechanism of an automatic assembly line, it is characterised in that：The gold stamping plate driving
Mechanism is the oil cylinder or cylinder being fixed on the upper bracket, and the piston rod of oil cylinder or cylinder is fixed with the upper gold stamping plate
Connection.
4. dress ornament as claimed in claim 3 hangs the gold stamping mechanism of an automatic assembly line, it is characterised in that：The upper bracket and institute
Lower carriage is stated to link together by the first connecting pole and the second connecting pole, be arranged with first connecting pole can on move down
The first dynamic mounting blocks, the second mounting blocks that can be moved up and down are arranged with the second connecting pole, the first mounting blocks, which are provided with, to be used
The first guide block of grain is hung in guiding, is provided with second company's mounting blocks and is used to guide the second guide block for hanging grain, the first guide block passes through
First stud is connected in a manner of it can move horizontally on the first mounting blocks, and the second guide block is by the second stud with can be relative
First guide block mobile link is on the second mounting blocks.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517078.XU CN206938165U (en) | 2017-05-10 | 2017-05-10 | Dress ornament hangs the gold stamping mechanism of an automatic assembly line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720517078.XU CN206938165U (en) | 2017-05-10 | 2017-05-10 | Dress ornament hangs the gold stamping mechanism of an automatic assembly line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206938165U true CN206938165U (en) | 2018-01-30 |
Family
ID=61361545
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720517078.XU Expired - Fee Related CN206938165U (en) | 2017-05-10 | 2017-05-10 | Dress ornament hangs the gold stamping mechanism of an automatic assembly line |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206938165U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113858778A (en) * | 2021-10-13 | 2021-12-31 | 佛山市天正机械有限公司 | Quick aligning mechanism for embossing |
-
2017
- 2017-05-10 CN CN201720517078.XU patent/CN206938165U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113858778A (en) * | 2021-10-13 | 2021-12-31 | 佛山市天正机械有限公司 | Quick aligning mechanism for embossing |
| CN113858778B (en) * | 2021-10-13 | 2023-08-15 | 佛山市天正机械有限公司 | Rapid alignment mechanism for concave-convex printing |
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