CN207823970U - A kind of pattern-etching machine structure of jewellery lace pattern-etching machine - Google Patents
A kind of pattern-etching machine structure of jewellery lace pattern-etching machine Download PDFInfo
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- CN207823970U CN207823970U CN201820145554.4U CN201820145554U CN207823970U CN 207823970 U CN207823970 U CN 207823970U CN 201820145554 U CN201820145554 U CN 201820145554U CN 207823970 U CN207823970 U CN 207823970U
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- lace
- pattern
- etching machine
- workbench
- tool apron
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Abstract
The utility model discloses a kind of pattern-etching machine structures of jewellery lace pattern-etching machine, including：The rack being set on engine base is additionally provided with workbench on the engine base；It is movable to be assemblied on the workbench, for support lace and drive lace close to the cutting mechanism so that the cutting mechanism cuts lace or drive lace far from the cutting mechanism so that the movable tool apron that lace is detached with the cutting mechanism；The pattern-etching machine structure of jewellery lace pattern-etching machine provided by the utility model completes the automatic processing of lace decorative pattern by way of cutting mechanism cooperation activity tool apron is arranged on pattern-etching machine, saves manpower and materials, greatly improve processing efficiency.
Description
Technical field
The utility model is related to processing of ornament technical field, more particularly to a kind of pattern-etching machine structure of jewellery lace pattern-etching machine.
Background technology
The band-like noble metal lace former material of many of jewellery, these lace former materials are needed after producing in its table
Decorative pattern is cut in order to retrofit later in face, and cuts work and then pattern-etching machine is needed to complete.Traditional vehicle flower process is to adopt
The tool apron for manually controlling pattern-etching machine, by driving tool apron closer or far from the cutter of pattern-etching machine to complete the vehicle worker employed in a plant nursery of lace
Make, this needs operating personnel's attention extremely to concentrate, and labor intensity is big so that processing efficiency is not high.
Utility model content
The purpose of this utility model is to provide a kind of pattern-etching machine structure of jewellery lace pattern-etching machine, has high in machining efficiency excellent
Point.
The above-mentioned technical purpose of the utility model technical scheme is that：
A kind of pattern-etching machine structure of jewellery lace pattern-etching machine, including：The rack being set on engine base is additionally provided on the engine base
Workbench；It is set to the cutting mechanism for being cut to lace in the rack；And movable it is assemblied in the work
On platform, for support lace and drive lace close to the cutting mechanism so that the cutting mechanism lace is cut or
Drive lace far from the cutting mechanism so that the movable tool apron that lace is detached with the cutting mechanism.
By using above-mentioned technical proposal, when to lace into driving flower, while starting cutting mechanism and movable tool apron,
Under the driving of movable tool apron, lace is moved to close to the side where cutting mechanism, after lace is abutted with cutting mechanism, is cut
Cutting mill structure is cut into decorative pattern on lace, when being moved to the direction far from cutting mechanism when movable tool apron, under gravity,
Lace is detached with cutting mechanism, and then completes the time processing of lace, is wound lace, is made the lace part machined to discharging
Direction is advanced, and unprocessed lace part enters processing stations, continues to start to process, and such cycle operation can be to lace
Carry out Continuous maching；The pattern-etching machine structure of jewellery lace pattern-etching machine provided by the utility model, is cut by being arranged on pattern-etching machine
The mode of cutting mill structure cooperation activity tool apron completes the automatic processing of lace decorative pattern, saves manpower and materials, greatly improves
Processing efficiency.
Further, the cutting mechanism includes：Be set to the rack close to the side of feed inlet, for lace into
First cutter device of driving flower；And be set to side of first cutter device far from feed inlet, for lace into
Second cutter device of driving flower；It is described activity tool apron include：Slidingtype is assemblied in the first tool apron on the workbench, described
First tool apron can be slided along perpendicular to the direction of work top；Rotary type is assemblied in the first drive shaft on the workbench；If
Be placed in first drive shaft and positioned at the bottom of the first tool apron, rotate for the rotation with first drive shaft,
To drive first tool apron closer or far from the first cam of first cutter device；Slidingtype is assemblied in the workbench
On the second tool apron, second tool apron can along perpendicular to the direction of the work top slide；Rotary type is assemblied in the work
Make the second drive shaft on platform；Be set in second drive shaft and positioned at the bottom of the second tool apron, for described the
The rotation of two drive shafts and rotate, to drive second tool apron closer or far from the second cam of second cutter device；
And the third power source for driving first drive shaft and second drive shaft turns.
By using above-mentioned technical proposal, after starting third power source, the first drive shaft and the second drive shaft exist
Third power source is rotated by, since position different on the first cam is different at a distance from the first drive axis
, so when being rotated under drive of first cam in the first drive shaft, the first tool apron can be because with the difference on the first cam
Position is abutted closer or far from the first cutter device, and then completes cutting work of first cutter device to lace；Similarly,
Two tool aprons can be under the driving of the second cam closer or far from the second tool apron, to complete cutter of second cutter device to lace
Make, to complete the vehicle flower of lace.
Further, the third power source includes：The third motor being set in the rack；Rotary type is assemblied in institute
It states in rack, extending direction is parallel to the third transmission shaft of the third motor output shaft, the third motor and the third
The kind of drive between transmission shaft is V belt translation；And rotary type is assemblied on the workbench, for the side by V belt translation
Formula drives the 4th transmission shaft of first drive shaft and second drive shaft turns, the third transmission shaft and described the
The kind of drive between four transmission shafts is V belt translation.
Start third motor when making into driving worker employed in a plant nursery to lace by using above-mentioned technical proposal, driven by belt
Third transmission shaft rotates, at this point, under the transmission of belt, the 4th transmission shaft rotation, while the 4th transmission shaft rotates, in belt
Drive under, the first drive shaft and the second drive shaft turns, and then drive the first cam and the rotation of the second cam, to complete
Solid can be converted to by the transmission of single plane to first to tool apron and the driving of the second tool apron, design in this way
Transmission in space, space availability ratio is more preferable, makes the floor space smaller of equipment, saves space.
Further, the V belt translation between the third transmission shaft and the 4th transmission shaft is toothed belt transmission；It is described
V belt translation between 4th transmission shaft and first drive shaft and second drive shaft is toothed belt transmission.
By using above-mentioned technical proposal, since the processing of lace is very elaboration, required precision is increased, and
Toothed belt transmission has the advantages that stable drive, transmission efficiency compared to Belt Drive, therefore selects toothed belt transmission herein
Mode be very suitable for.
Further, it is arranged with bearing at the third transmission shaft and the rack mutually assembly.
By using above-mentioned technical proposal, the setting of bearing can make the rotation of third transmission shaft more smoothly, steady, increase
The stability of oil (gas) filling device work.
Further, first tool apron includes：The first limit base being fixedly arranged on the workbench；It is inserted in described
The first holder in one limit base, the side of first holder far from the workbench offer the first storage tank, and described
One limit base is equipped with the through-hole plugged for first holder；It is detachable to be assemblied in first storage tank, for holding
First cushion block of madillion band；And the first fastener for being fixedly arranged on first cushion block in first storage tank；Institute
Stating the second tool apron includes：The second limit base being fixedly arranged on the workbench；The second folder being inserted in second limit base
Seat, the side of second holder far from the workbench offer the second storage tank, and second limit base is equipped with for institute
State the through-hole that the second holder plugs；It is detachable to be assemblied in second storage tank, for the second cushion block of support lace；With
And the second fastener for being fixedly arranged on second cushion block in second storage tank.
By using above-mentioned technical proposal, the setting of the first limit base can limit the glide direction of the first tool apron, and second
The setting of limit base can limit the glide direction of the second tool apron so that the first tool apron and the second tool apron are during the work time, sliding
Dynamic is more stable, improves the precision of pattern-etching machine structure processing；First cushion block is assemblied in by the way that the first fastener is detachable
In one storage tank, the second cushion block is assemblied in by the way that the second fastener is detachable in the second storage tank so that staff can be with
Difference as the case may be selects unlike material or the first cushion block or the second cushion block of shape, widens the application of movable tool apron
Range.
Further, the first threaded hole, first cushion block are offered on the two opposite madial walls of the first storage tank
On offer the second threaded hole；First fastener is while being screwed together in first threaded hole and second threaded hole
Bolt；Third threaded hole is offered on the two opposite madial walls of second storage tank, and is offered on second cushion block
Four threaded holes；Second fastener is while being screwed together in the bolt of the third threaded hole and the 4th threaded hole.
It by using above-mentioned technical proposal, is used using bolt as the first fastener and the second fastener, structure letter
It is single, it is easy to operate.
Further, the first cushion block upper edge offers several second threaded holes perpendicular to the direction of table surface；
The second cushion block upper edge offers several 4th threaded holes perpendicular to the direction of table surface.
By using above-mentioned technical proposal, when on the first cushion block on the second threaded hole and the first holder of different location
One threaded hole dock, and by the first fastener fasten the first cushion block position when, can make the first cushion block relative to first folder
The position of seat is adjustable, and then changes height of first tool apron relative to table surface, in this way so that the first knife
The height of seat is adjustable, has widened the application range of movable tool apron；Similarly, the height of the second tool apron is also adjustable.
Further, first drive shaft, second drive shaft and the 4th transmission shaft are far from the third
The side of motor is provided with L-shaped protective cover.By using above-mentioned technical proposal, the setting of protective cover can drive to first
Moving axis, the second drive shaft and the 4th transmission shaft play a protective role.
In conclusion the utility model has the advantages that：
1, the automatic of lace decorative pattern is completed by way of cutting mechanism cooperation activity tool apron is arranged on pattern-etching machine to add
Work saves manpower and materials, the processing efficiency greatlyd improve；
2, the first tool apron and the second tool apron cunning are limited by the way that the first limit base and the second limit base are arranged on the table
The mode in dynamic direction so that the first tool apron and the second tool apron during the work time, sliding it is more stable, improve pattern-etching machine structure
The precision of processing；
3, by the way that several second threaded holes are arranged on the first cushion block, several 4th threaded holes are set on the second cushion block
Mode so that the height of the first tool apron and the second tool apron is adjustable, has widened the application range of movable tool apron.
Description of the drawings
Fig. 1 is the structural schematic diagram of the jewellery lace pattern-etching machine of the utility model embodiment；
Structural schematic diagram one when Fig. 2 is the jewellery lace pattern-etching machine removal protective shell of the utility model embodiment；
Enlarged drawing in Fig. 3 Fig. 2 at A；
Structural schematic diagram two when Fig. 4 is the jewellery lace pattern-etching machine removal protective shell of the utility model embodiment；
Fig. 5 be the utility model embodiment jewellery lace pattern-etching machine in remove cutting mechanism when structural schematic diagram,
Middle limit base, protective cover, holder do section view processing；
Fig. 6 is the enlarged drawing at B in Fig. 5.
In figure：1, engine base；11, rack；12, workbench；2, cutting mechanism；21, the first cutter；22, the first power source；
221, first motor；222, the first tape handler；2221, the first transmission shaft；2222, the first belt；2223, it first turns to
Axis；2224, the second belt；23, the first mounting base；24, the first regulating mechanism；241, the first anchor ear；25, the first ring cowling；3, living
Moving knife seat；31, the first tool apron；311, holder；312, cushion block；313, fastener；314, limit base；32, the first drive shaft；33、
First cam；34, third power source；341, third motor；342, third transmission shaft；343, the 4th transmission shaft；35, bearing；36、
Protective cover；4, receiving and feeding device；41, feeding spool；42, rewinding spool；43, the 4th power source；44, clamp assembly；441, it fills
With frame；442, active rotating shaft；443, the first roll shaft；444, the 5th motor；445, driven spindle；446, the second roll shaft；447,
Five belts；45, backplate；5, protective shell.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment：
As shown in Figure 1, a kind of pattern-etching machine of jewellery lace provided in this embodiment, including：Engine base 1, is lived at cutting mechanism 2
Moving knife seat 3 and receiving and feeding device 4, wherein engine base 1 are equipped with rack 11 and workbench 12, are also covered on engine base 1
Bright protective shell 5 to protect each equipment and the lace on engine base 1, and is equipped with door on protective shell 5, to facilitate pair
Equipment on engine base 1 is adjusted；
Cutting mechanism 2 is set in rack 11 for making into driving worker employed in a plant nursery to lace, and movable tool apron 3 is movable to be assemblied in work
Make on platform 12, for support lace and drives lace closer or far from cutting mechanism 2, to complete vehicle of the cutting mechanism 2 to lace
Worker employed in a plant nursery makees, and receiving and feeding device 4 is then used to carry out feeding and rewinding during lace vehicle is spent.
Specifically, as shown in Figures 2 and 3, cutting mechanism 2 includes：First cutter device and the second cutter device, wherein
First cutter device is set to rack 11 close to the side of feed inlet, the second cutter device be set to the first cutter device far from into
The side of material mouth, and the decorative pattern that the first cutter device is cut into the second cutter device on lace is staggered, and is set in rack 11
Two groups of cutter devices are set, and the decorative pattern for making the first cutter device be cut out on lace with the second cutter device is staggered, is in order to full
The requirement of the different processing technology of foot.
Further, the first cutter device includes：Rotary type be assemblied in the first cutter 21 in rack 11 and, driving
First power source 22 of the first cutter 21 rotation, the first cutter 21 are used to cut to get on the bus out decorative pattern in lace lace,
First power source 22 includes：The first motor 221 that is set in rack 11 and it is set to first motor 221 and the first cutter
The first tape handler 222 between 21.
Specifically, the first tape handler 222 includes：Rotary type is assemblied in the first transmission shaft 2221 in rack 11,
One belt 2222, the second belt 2224 and the first steering shaft 2223, wherein the first transmission shaft 2221 is axially parallel to first
The output shaft of motor 221, and the axial direction for being axially perpendicular to the first cutter 21 of the first transmission shaft 2221, the first belt 2222 are arranged
Between the output shaft and the first transmission shaft 2221 of first motor 221, and positioned at the first transmission shaft 2221 far from workbench 12
Side, to drive the rotation of the first transmission shaft 2221, the second belt 2224 to be sheathed on the first transmission shaft 2221 and the first cutter 21
It is axially vertical due to the first transmission shaft 2221 between shaft, and positioned at the first transmission shaft 2221 close to the side of workbench 12
In the shaft of the first cutter 21, so the first steering shaft 2223 has been set up between the first transmission shaft 2221 and the first cutter 21,
The axial shaft both perpendicular to the first transmission shaft 2221 and the first cutter 21 of first steering shaft 2223, the first steering shaft
The purpose of 2223 settings is the transmission direction of the second belt 2224 of change, enables the first cutter 21 in the first transmission shaft 2221
Drive under rotate.
Preferably, in the present embodiment, the first steering shaft 2223 includes：First pulley and the second belt wheel, first pulley
With common the second belt of support of the second belt wheel 2224.
Further, the second cutter device includes：Rotary type be assemblied in the second cutter in rack 11 and, driving the
Second power source of two cutters rotation, the second cutter are used to cut to get on the bus out decorative pattern in lace lace, the second power
Source includes：The second motor being set in rack 11 and the second V belt translation being set between the second motor and the second cutter
Mechanism.
Specifically, the second transmission mechanism includes：Rotary type is assemblied in second driving shaft in rack 11, third belt,
Four belts and the second steering shaft, the wherein output shaft for being axially parallel to the second motor of second driving shaft, and second driving shaft
The axial direction for being axially perpendicular to the second cutter, third belt sleeve be set to the second motor output shaft and second driving shaft between, and
Positioned at side of the second driving shaft far from workbench 12, to drive second driving shaft to rotate, the 4th belt sleeve is set to the second transmission
Between axis and the shaft of the second cutter, and positioned at second driving shaft close to the side of workbench 12, due to the axis of second driving shaft
To the shaft perpendicular to the second cutter, so the second steering shaft has been set up between second driving shaft and the second cutter, second turn
To the axial shaft both perpendicular to second driving shaft and the second cutter of axis, the purpose of the second steering shaft setting is to change
The transmission direction of 4th belt enables the second cutter to be rotated under the drive of second driving shaft.
Preferably, in the present embodiment, the second steering shaft includes：Third belt wheel and the 4th belt wheel, third belt wheel and
Common the 4th belt of support of four belt wheels.
Preferably, in the present embodiment, the first belt 2222, the second belt 2224, third belt, the 4th belt are circle
Band.
Further, the first mounting base 23 and the second mounting base are equipped in rack 11, wherein the first mounting base 23 is used
In assembling the first cutter 21 and the first steering shaft 2223, the second mounting base is for assembling the second cutter and the second steering shaft；
Preferably, the first regulating mechanism 24 is equipped between the first mounting base 23 and rack 11, to adjust the position of the first mounting base 23,
The second regulating mechanism is equipped between second mounting base and rack 11, to adjust the position of the second mounting base.
Specifically, the first regulating mechanism 24 includes：First sleeve（It is not indicated in figure）And first anchor ear 241, wherein
One sleeve is set to rack 11 close to the side of the first cutter 21, and the first anchor ear 241 is set in the first mounting base 23, passes through
Locking or unlocking between one anchor ear 241 and sleeve is fixed, to realize that the first mounting base 23 and locking or unlocking for rack 11 are fixed,
Since the first sleeve is cylindrical, the first anchor ear 241 and the first sleeve unlock after determining, and the first anchor ear 241 can be relative to first set
Cylinder is freely rotated, and then is accomplished the adjustment of 23 position of the first mounting base, so as to adjust between the first cutter 21 and lace
Angle；Since the first anchor ear 241 is the prior art, it is not repeated herein.
Specifically, the second regulating mechanism includes：Second sleeve and the second anchor ear, wherein second sleeve are set to rack
11 are set to close to the side of the second cutter, the second anchor ear in the second mounting base, the principle and the of the second mounting base position adjustment
One mounting base 23 is similar, therefore is not repeated herein.
Preferably, it is equipped with the first ring cowling 25 close to one end of the first cutter 21 in the first sleeve, the first ring cowling 25 can limit
The position of first mounting base 23 so that the first mounting base 23 is more stable after being locked on the first sleeve, improves safety；Second
Sleeve is equipped with the second ring cowling close to one end of the second cutter, and the second ring cowling can limit the position of the second mounting base so that the second peace
Dress seat is more stable after being locked in second sleeve, improves safety.
As shown in Fig. 4, Fig. 5 and Fig. 6, movable tool apron 3 includes：First tool apron 31, the first drive shaft 32, the first cam
33, the second tool apron, the second drive shaft, the second cam and third power source 34, wherein 31 slidingtype of the first tool apron is assemblied in work
Make on platform 12, and can be slided along perpendicular to the direction of 12 table top of workbench, 32 rotary type of the first drive shaft is assemblied in workbench 12
On, the first cam 33 is arranged in the first drive shaft 32 and positioned at the bottom of the first tool apron 31, can turn with the first drive shaft 32
It moves and rotates, and drive the first tool apron 31 closer or far from the first cutter device, so that the first cutter device is completed to lace
Cut work；
Second tool apron slidingtype is assemblied on workbench 12, and can be slided along perpendicular to the direction of 12 table top of workbench,
Second drive shaft turns formula is assemblied on workbench 12, and the second cam is set to the bottom in the second drive shaft and positioned at the second tool apron
Portion can rotate with the rotation of the second drive shaft, and drive the second tool apron closer or far from the second cutter device, so that second cuts
Cut cutting work of the device completion to lace；
Third power source 34 is set on engine base 1, can drive the first drive shaft 32 and the second drive shaft turns simultaneously.
Specifically, third power source 34 includes：Be set to third motor 341 in rack 11, third transmission shaft 342 and
4th transmission shaft 343, the extending direction of wherein third transmission shaft 342 are parallel to the output shaft of third motor 341, the 4th transmission shaft
343 rotary types are assemblied on workbench 12, and extending direction is parallel to third transmission shaft 342；Third motor 341 passes through V belt translation
Mode drive third transmission shaft 342 rotate, also by the side of V belt translation between third transmission shaft 342 and the 4th transmission shaft 343
Formula is driven, and the 4th transmission shaft 343 drives the first drive shaft 32 and the second drive shaft turns by way of V belt translation.
Preferably, the V belt translation between third transmission shaft 342 and the 4th transmission shaft 343 is toothed belt transmission, the 4th transmission
V belt translation between axis 343 and the first drive shaft 32 and the second drive shaft is also toothed belt transmission.
Preferably, it is arranged with bearing 35 at third transmission shaft 342 and 11 phase assembly of rack, so that third transmission shaft 342
It rotates more smoothly；
Preferably, in the first drive shaft 32, the second drive shaft and the 4th transmission shaft 343 far from third motor 341 one
Side frame is equipped with L-shaped protective cover 36, to protect the first drive shaft 32, the second drive shaft and the 4th transmission shaft 343.
Further, the first tool apron 31 includes：The first limit base 314 for being fixedly arranged on workbench is inserted in the first limit
The first holder 311, the first cushion block 312 and the first fastener 313 in seat 314, wherein offered on the first limit base 314
For the through-hole that the first holder 311 plugs, the first side of the holder 311 far from workbench 12 offers the first storage tank, the first pad
Block 312 is assemblied in by the way that the first fastener 313 is detachable in the first storage tank, with support lace；
Specifically, the first threaded hole is offered on the opposite madial wall of the first storage tank, is offered on the first cushion block 312
Second threaded hole, in the present embodiment, the first fastener 313 are while being screwed together in the spiral shell of the first threaded hole and the second threaded hole
Bolt.
Preferably, several second threaded holes are offered on the first cushion block 312, the second threaded hole is on the first cushion block 312
Along being arranged in order perpendicular to the direction of 12 table top of workbench, by making the second threaded hole of different location be connected with the first threaded hole
It is logical, and the position of the first cushion block 312 is fastened so that the height of the first cushion block 312 is adjustable, to widen movable tool apron 3 using bolt
Application range.
Second tool apron includes：The second limit base for being fixedly arranged on workbench, the second holder being inserted in the second limit base,
Second cushion block and the second fastener, wherein the through-hole plugged for the second holder is offered on the second limit base, the second holder is remote
Side from workbench 12 offers the second storage tank, and detachable to be assemblied in second accommodating by the second fastener for the second cushion block
In slot, with support lace；
Specifically, third threaded hole is offered on the opposite madial wall of the second storage tank, and is offered on the second cushion block
Four threaded holes, in the present embodiment, the second fastener are while being screwed together in the bolt of third threaded hole and the 4th threaded hole.
Preferably, several 4th threaded holes are offered on the second cushion block, the 4th threaded hole is vertical in the second cushion block upper edge
It is arranged in order in the direction of 12 table top of workbench, by making the third threaded hole of different location be connected with the 4th threaded hole, and
Using the position of second piece of bolt fastening pad so that the height of the second cushion block is adjustable, to widen the application range of movable tool apron 3.
As shown in Fig. 2, Fig. 3 and Fig. 4, receiving and feeding device 4 includes：Feeding spool 41, rewinding spool 42 and the 4th are dynamic
Power source 43, wherein 41 rotary type of feeding spool are assemblied in the side of the charging of engine base 1, and feeding volume is equipped on feeding spool 41
Cylinder, unprocessed lace winding is on feed rolls；It is opposite with rewinding spool 42 that 42 rotary type of rewinding spool is assemblied in engine base 1
Side is equipped with rewinding reel on rewinding spool 42, and the winding of the lace that machines is on rewinding reel, the 4th power source 43
It is set on engine base 1 for driving rewinding spool 42 to rotate, lace after processing is completed is wound, complete rewinding work.
Specifically, the 4th power source 43 is to be fixedly arranged on engine base 1, rewinding spool 42 is driven to rotate by way of V belt translation
The 4th motor, it is preferable that transmission between the 4th motor and rewinding spool 42 is toothed belt transmission.
Further, it is equipped with assembly fixture 441 close to the side of rewinding spool 42 in workbench 12, on above-mentioned assembly fixture 441
Equipped with clamp assembly 44, the side where clamp assembly 44 is used to clamp lace and drives lace to rewinding spool 42 moves, and presss from both sides
Lace can not only be clamped in the setting of tight component 44, so that lace is kept smooth in wrapup procedure, and can assist lace
Winding, increases the stress point of lace, to keep lace not easy to break, increases the stability of 4 work of receiving and feeding device.
Specifically, clamp assembly 44 includes：Rotary type is assemblied in active rotating shaft 442, the first roll shaft on assembly fixture 441
443 and the 5th motor 444, wherein 443 rotary type of the first roll shaft is assemblied in side of the active rotating shaft 442 far from workbench 12,
For being matched for clamping tightly lace with active rotating shaft 442, the 5th motor 444 is for driving active rotating shaft 442 to rotate, so that lace is to receipts
Side movement where material spool 42.
Preferably, clamp assembly 44 further includes：Driven spindle 445, the second roll shaft 446 and third belt 447, wherein from
445 rotary type of turn axis is assemblied in active rotating shaft 442 close to the side of rewinding spool 42, and 446 rotary type of the second roll shaft is assemblied in
Side of the driven spindle 445 far from workbench 12, and lace can be matched for clamping tightly with driven spindle 445, third belt 447 is sheathed on
Between active rotating shaft 442 and driven spindle 445, so that driven spindle 445 can rotate under the drive of active rotating shaft 442.
Preferably, the first roll shaft 443 and the second roll shaft 446 are made of rubber, increase clamp assembly 44 and lace it
Between frictional force while, reduce caused by lace damage, to protect lace.
A kind of pattern-etching machine of jewellery lace provided in this embodiment, the course of work in principle approximately as：When will to decorations
When bringing driving flower into, first lace is laid on workbench 12, lace is located on movable tool apron 3 at this time, while starting movable blade
Seat 3 and cutting mechanism 2, under the driving of movable tool apron 3, lace is moved to close to the side where cutting mechanism 2, works as lace
After being abutted with cutting mechanism 2, cutting mechanism 2 is cut into decorative pattern on lace, when movable tool apron 3 to the side far from cutting mechanism 2
To when movement, under gravity, lace is detached with cutting mechanism 2, and then completes the time processing of lace, is filled in receiving and feeding
It sets under 4 driving, the lace part machined is advanced to discharging direction, and unprocessed lace part enters processing stations, after
Continuous to start to process, such cycle operation can carry out Continuous maching to lace；Jewellery lace vehicle provided by the utility model
Flower machine, completes the automatic processing of lace decorative pattern by way of 2 cooperation activity tool apron 3 of cutting mechanism is arranged on pattern-etching machine,
Manpower and materials are saved, processing efficiency is greatly improved.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
Claims (9)
1. a kind of pattern-etching machine structure of jewellery lace pattern-etching machine, which is characterized in that including：
The rack (11) being set on engine base (1) is additionally provided with workbench (12) on the engine base (1)；
Cutting mechanism (2) for being cut to lace is set in the rack (11)；
And it movable be assemblied on the workbench (12), for support lace and drive lace close to the cutting mechanism
(2) so that the cutting mechanism (2) lace is cut or is driven lace far from the cutting mechanism (2) so that lace with
The movable tool apron (3) of cutting mechanism (2) separation.
2. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 1, which is characterized in that
The cutting mechanism (2) includes：It is set to the side of the close feed inlet of the rack (11), for being spent into driving to lace
The first cutter device；And
It is set to side of first cutter device far from feed inlet, for the second cutter device to lace into driving flower；
It is described activity tool apron (3) include：Slidingtype is assemblied in the first tool apron (31) on the workbench (12), first knife
Seat (31) can be slided along perpendicular to the direction of the workbench (12) table top；
Rotary type is assemblied in the first drive shaft (32) on the workbench (12)；
Be set on first drive shaft (32) and positioned at the bottom of first tool apron (31), for being driven with described first
The rotation of moving axis (32) and rotate, to drive first tool apron (31) closer or far from the first convex of first cutter device
It takes turns (33)；
Slidingtype is assemblied in the second tool apron on the workbench (12), and second tool apron can be along perpendicular to the workbench
(12) the direction sliding of table top；
Rotary type is assemblied in the second drive shaft on the workbench (12)；
Be set in second drive shaft and positioned at the bottom of second tool apron, for turning with second drive shaft
It moves and rotates, to drive second tool apron closer or far from the second cam of second cutter device；And
Third power source (34) for driving first drive shaft (32) and second drive shaft turns.
3. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 2, which is characterized in that
The third power source (34) includes：
The third motor (341) being set in the rack (11)；
Rotary type is assemblied in the rack (11), extending direction be parallel to third motor (341) output shaft third pass
Moving axis (342), the kind of drive between the third motor (341) and the third transmission shaft (342) are V belt translation；And
Rotary type is assemblied on the workbench (12), for driven by way of V belt translation first drive shaft (32) with
And the 4th transmission shaft (343) of second drive shaft turns, the third transmission shaft (342) and the 4th transmission shaft
(343) kind of drive between is V belt translation.
4. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 3, it is characterised in that：
V belt translation between the third transmission shaft (342) and the 4th transmission shaft (343) is toothed belt transmission；
V belt translation between 4th transmission shaft (343) and first drive shaft (32) and second drive shaft is same
Walk V belt translation.
5. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 4, it is characterised in that：
It is arranged with bearing (35) at the third transmission shaft (342) and the rack (11) mutually assembly.
6. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 5, which is characterized in that
First tool apron (31) includes：
The first limit base (314) being fixedly arranged on the workbench (12)；
The first holder (311) being inserted in first limit base (314), first holder (311) is far from the work
The side of platform (12) offers the first storage tank, and first limit base (314) is equipped with to be plugged for first holder (311)
Through-hole；
It is detachable to be assemblied in first storage tank, for the first cushion block (312) of support lace；And
The first fastener (313) for being fixedly arranged on first cushion block (312) in first storage tank；
Second tool apron includes：
The second limit base being fixedly arranged on the workbench (12)；
The second holder being inserted in second limit base, side of second holder far from the workbench (12) open up
There are the second storage tank, second limit base to be equipped with the through-hole plugged for second holder；
It is detachable to be assemblied in second storage tank, for the second cushion block of support lace；And
The second fastener for being fixedly arranged on second cushion block in second storage tank.
7. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 6, it is characterised in that：
The first threaded hole is offered on the two opposite madial walls of first storage tank, is offered on first cushion block (312)
Second threaded hole；
First fastener (313) is while being screwed together in the bolt of first threaded hole and second threaded hole；
Third threaded hole is offered on the two opposite madial walls of second storage tank, and the 4th spiral shell is offered on second cushion block
Pit；
Second fastener is while being screwed together in the bolt of the third threaded hole and the 4th threaded hole.
8. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 7, it is characterised in that：
First cushion block (312) upper edge offers several second threaded holes perpendicular to the direction of workbench (12) table top；
The second cushion block upper edge offers several 4th threaded holes perpendicular to the direction of workbench (12) table top.
9. the pattern-etching machine structure of jewellery lace pattern-etching machine according to claim 8, it is characterised in that：
First drive shaft (32), second drive shaft and the 4th transmission shaft (343) are far from the third motor
(341) side is provided with L-shaped protective cover (36).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820145554.4U CN207823970U (en) | 2018-01-26 | 2018-01-26 | A kind of pattern-etching machine structure of jewellery lace pattern-etching machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820145554.4U CN207823970U (en) | 2018-01-26 | 2018-01-26 | A kind of pattern-etching machine structure of jewellery lace pattern-etching machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207823970U true CN207823970U (en) | 2018-09-07 |
Family
ID=63395414
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820145554.4U Expired - Fee Related CN207823970U (en) | 2018-01-26 | 2018-01-26 | A kind of pattern-etching machine structure of jewellery lace pattern-etching machine |
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| Country | Link |
|---|---|
| CN (1) | CN207823970U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110666189A (en) * | 2019-09-25 | 2020-01-10 | 福大利珠宝(深圳)有限公司 | Full-automatic pattern turning machine for phoenix tail chain |
| CN112338211A (en) * | 2020-10-29 | 2021-02-09 | 福大利珠宝(深圳)有限公司 | Automatic sheet turning machine |
-
2018
- 2018-01-26 CN CN201820145554.4U patent/CN207823970U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110666189A (en) * | 2019-09-25 | 2020-01-10 | 福大利珠宝(深圳)有限公司 | Full-automatic pattern turning machine for phoenix tail chain |
| CN110666189B (en) * | 2019-09-25 | 2020-11-10 | 福大利珠宝(深圳)有限公司 | Full-automatic pattern turning machine for phoenix tail chain |
| CN112338211A (en) * | 2020-10-29 | 2021-02-09 | 福大利珠宝(深圳)有限公司 | Automatic sheet turning machine |
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