CN206013215U - A kind of automatic winding packer - Google Patents
A kind of automatic winding packer Download PDFInfo
- Publication number
- CN206013215U CN206013215U CN201620995568.6U CN201620995568U CN206013215U CN 206013215 U CN206013215 U CN 206013215U CN 201620995568 U CN201620995568 U CN 201620995568U CN 206013215 U CN206013215 U CN 206013215U
- Authority
- CN
- China
- Prior art keywords
- seat
- coating materials
- transfer
- drive cylinder
- along
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Basic Packing Technique (AREA)
Abstract
This utility model is related to packaging mechanical equipment technical field, especially a kind of automatic winding packer.It mainly includes workbench, coiling transfer mechanism, together winding mechanism, material seat, film coating mechanism, Qi Liao mechanisms, transfer mechanism and coating materials transfer mechanism.This utility model can carry out packing processes to such as USB data line, earphone cord, DC/AC power lines, telephone wire, netting twine, video line or other pencil line classes etc. various wire rods, the automatic packing processes to traditional wire rod are achieved by operations such as automatic winding, automatic film transmitting, automatic peplos, drastically increase production efficiency and can effectively ensure that the concordance of the packaging quality and product packaging of product, simultaneously by reducing artificial amount, it is also beneficial to reduce cost of labor；Its high degree of automation, each treatment process can synchronously and circulate operation, with very strong practical value and market popularization value.
Description
Technical field
This utility model is related to packaging mechanical equipment technical field, especially a kind of automatic winding packer.
Background technology
With the continuous improvement of the continuous progressive and people's living standard of science and technology, each electronic product is gradually
Become the necessary in people's live and work, such as data wire, earphone cord, power line, telephone wire or other pencil line classes
Etc. all kinds of wire rods as the important composition accessory of electronic product, during producing to wire rod, it is typically necessary to line
Material carries out packing processes, allows it to and product systems selling.
It is well known that the packaging to wire rod usually first will be bundled for wire rod coiling, band or peplos etc. is recycled to carry out
Wrapping；As the quality of such wire rod is more soft and length is longer, being difficult with plant equipment carries out packing processes；So,
Packaging field using artificial coiling and by the way of tying up in such wire rod still occupies very big ratio.However, adopting pure handss
But there is following defect in the mode of work packaging：1st, low production efficiency, it is impossible to carry out batch package production；2nd, packaging quality cannot be protected
Card, product qualification rate is low, concordance that is being difficult to ensure that product；3rd, high labor intensive, human cost are high.
Utility model content
For the deficiency that above-mentioned prior art is present, the purpose of this utility model is to provide a kind of automatic winding packaging
Machine.
To achieve these goals, this utility model is adopted the following technical scheme that：
A kind of automatic winding packer, it includes：
Workbench；
The coiling transfer mechanism being installed in along X-direction on workbench；
Sequentially be installed on workbench along X-direction and below the front side of coiling transfer mechanism for by wire rod
Primary product is in the winding mechanism of the semi-finished product of volume bulk around folding, is used for providing operation when semi-finished product are arranged for semi-finished product
The neat material seat in space and for packaging film is coated on semi-finished product to form the film coating mechanism of finished product, the winding mechanism is relative
Rotate in workbench；
For semi-finished product being pressed from both sides out from winding mechanism and being delivered on neat material seat to coordinate neat material seat half-and-half by semi-finished product
The Qi Liao mechanisms arranged by finished product, before the Qi Liao mechanisms are installed on coiling transfer mechanism and are located at coiling transfer mechanism
Side, the coiling transfer mechanism drive Qi Liao mechanisms by the top for being moved to neat material seat above winding mechanism, and the neat material
Mechanism makees feed motion relative to coiling transfer mechanism along Y direction；
For through the transfer that the semi-finished product for arrangement from material seat are together pressed from both sides out and be delivered to semi-finished product on film coating mechanism
Mechanism, the transfer mechanism are installed on coiling transfer mechanism and are located at the front side of coiling transfer mechanism, the coiling transfer machine
Structure drives transfer mechanism by the top for being moved to film coating mechanism above material seat together, and the transfer mechanism is relative to coiling transfer
Mechanism makees feed motion along Y direction；
And
For the coating materials transfer mechanism being delivered to packaging film on film coating mechanism, the coating materials transfer mechanism is installed in work
Rear side on platform and positioned at coiling transfer mechanism, the coating materials transfer mechanism, coiling transfer mechanism and film coating mechanism are along Z-direction
Order is distributed.
Preferably, the film coating mechanism includes being installed on workbench and the film below the front side of coiling transfer mechanism
Material placement rack, be installed on coating materials placement rack and positioned at together material seat and coating materials placement rack between the first flanging seat, be installed in film
On material placement rack and positioned at the first flanging seat opposite side the second flanging seat, be installed on the second flanging seat and relative to second
Flanging seat is made the 3rd flanging seat of feed motion in the top face of the second flanging seat along X-direction and is installed in the 3rd flanging
Make the Fourth Fold seat of 90 ° of flip-flop movements on seat and relative to coating materials placement rack in the X-Y axial planes, the first flanging seat and
Second flanging seat makees feed motion relative to coating materials placement rack along Y direction simultaneously.
Preferably, the first flanging seat includes being installed in coating materials placement rack and being located between neat material seat and coating materials placement rack
The first flanging drive cylinder and the first flanged plate for being installed on the output shaft of the first flanging drive cylinder, first flanging
Drive cylinder drives the first flanged plate to make feed motion relative to coating materials placement rack along Y direction；
The second flanging seat include being installed on coating materials placement rack and opposite side positioned at the first flanging seat the second folding
Side drive cylinder and the second flanged plate being installed on the output shaft of the second flanging drive cylinder, the second flanging drive cylinder
The second flanged plate is driven to make feed motion relative to coating materials placement rack along Y direction；
The 3rd flanging seat include being installed on the second flanged plate and top face positioned at the second flanged plate the 3rd
Flanging drive cylinder and the 3rd flanged plate being installed on the output shaft of the 3rd flanging drive cylinder, the 3rd flanging drive gas
Cylinder drives the 3rd flanged plate to make feed motion relative to the second flanged plate along X-direction；
The Fourth Fold seat is fixed on the 3rd flanged plate including tail end and drives along the Fourth Fold that X-direction is distributed
Canted-plate and the Fourth Fold plate formed as one with canted-plate that device, axle are connected on the output shaft of Fourth Fold driver,
The head end of the 3rd flanged plate offers a vacant mouth, and the Fourth Fold plate is located in vacant mouth, and the Fourth Fold
The plate position mutually critical with canted-plate is provided with trip shaft, and the trip shaft axle is connected on the side wall of vacant mouth, the four fold
Side driver drives Fourth Fold plate to make flip-flop movement as axis with trip shaft in X-Y axial planes by canted-plate.
Preferably, the coating materials transfer mechanism includes sequentially being installed on workbench along Z-direction and moves positioned at coiling
The membrane bearing table device of the rear side of mounted mechanism and for membrane bearing table device supply packaging film material rolling device and be installed in
Coating materials shifting apparatus on workbench for being delivered to the packaging film on membrane bearing table device on film coating mechanism, the coating materials
Shifting apparatus are with membrane bearing table device along X-direction parallel distributed.
Preferably, the coating materials shifting apparatus include that being installed in the first coating materials transfer on workbench along Z-direction drives
Cylinder, the coating materials transfer support base being installed on the output shaft of the first coating materials transfer drive cylinder, coating materials is installed in along Y direction
The second coating materials transfer drive cylinder on transfer support base and the second coating materials transfer drive gas are sequentially installed in along X-direction
The first coating materials absorption arm and the second coating materials absorption arm on the output shaft of cylinder；
The membrane bearing table device includes sequentially being installed on workbench along Z-direction and is located at material rolling device and peplos
The first coating materials microscope carrier and the second coating materials microscope carrier between mechanism；
The first coating materials transfer drive cylinder drives coating materials transfer support base to feed along Z-direction relative to workbench
Motion, and the coating materials transfer support base drives the second coating materials transfer drive cylinder, the first coating materials absorption arm and the second coating materials to inhale
Attached arm makees feed motion relative to workbench along Z-direction simultaneously；The second coating materials transfer drive cylinder drives the first coating materials
Absorption arm and the second coating materials absorption arm make feed motion relative to coating materials transfer support base along Y direction simultaneously, first film
Material absorption arm is delivered to the packaging film on the first coating materials microscope carrier on the second coating materials microscope carrier, and second coating materials adsorbs arm by second
Packaging film on coating materials microscope carrier is delivered on film coating mechanism.
Preferably, the winding mechanism includes the rotating disk being flush-mounted on workbench, is installed in the bottom surface side of workbench to drive
Coiling drive motor that dynamic rotating disk rotates relative to workbench, the wire rod deck being set up at the end face center of rotating disk,
Be installed on the top surface of rotating disk and the coiling guided way positioned at the lower section of wire rod deck and be flush-mounted on coiling guided way and point
Not Wei Yu wire rod deck both sides two coiling arms, each described coiling arm to there is a coiling drive cylinder, described around
Line drive cylinder is installed on the top surface of rotating disk and drives corresponding coiling arm to make feed motion on coiling guided way, described in two
Coiling arm makees move toward one another or opposite motion centered on wire rod deck.
Preferably, it also includes that one is used for sending for the semi-finished product for coordinating winding mechanism by wire feedstock product around folding in volume bulk
Line mechanism, the wire agency include the first line sending drive cylinder being installed on workbench, are installed in the first line sending drive gas
The second line sending drive cylinder on the output shaft of cylinder, the line sending fixed seat being installed on the output shaft of the second line sending drive cylinder with
And the 3rd line sending driver and the stationary roller shaft at line sending fixed seat two ends is installed on the top surface of line sending fixed seat and is located at respectively,
Side position axillare is equiped with the front-rear side walls of the line sending fixed seat and positioned at the one end residing for stationary roller shaft, the line sending is fixed
On the top surface of seat and it is provided with a supply being connected with the output shaft of the 3rd line sending driver between the axillare of two sides position to slide
Seat, is connected with a shaft coupling, two side position axillares on the supply slide and positioned at one end axle mutually closed on stationary roller shaft
Between go back axle and be connected with rotatable roll shaft, the rotatable roll shaft is connected with shaft coupling phase axle simultaneously；
The first line sending drive cylinder drives the second line sending drive cylinder to make feeding fortune relative to workbench along Y direction
Dynamic, the second line sending drive cylinder drives the action of line sending fixed seat and drives the 3rd line sending driver edge by line sending fixed seat
Z-direction makees feed motion, and the 3rd line sending driver drives rotatable roll shaft relative to solid by supplying slide and shaft coupling
Fixed roll axis rotation.
Preferably, the coiling transfer mechanism includes the portal frame being installed on workbench along X-direction, two along X-axis
Transfer guided way that direction is concurrently arranged on the transverse arm plate of portal frame, the transverse arm for being installed in portal frame by transfer guided way
Mobile lifting plate on plate and positioned at the front side of portal frame and it is installed on the transverse arm plate of portal frame to drive mobile lifting plate
Along the actuating device that feed motion made by transfer guided way；
The Qi Liao mechanisms include the neat material drive cylinder being installed on mobile lifting plate and are installed in neat material drive cylinder
Output shaft on neat material clamp, the neat material drive cylinder drives neat material clamp to make along Y direction relative to mobile lifting plate
Feed motion；
The neat material support base that the neat material seat includes seat on workbench and is located at below the front side of portal frame, described neat
A neat material guided way being distributed along X-direction is provided with the top surface of material support base, and being fitted together on the neat material guided way there are two
Concurrently set in the neat material adjustment seat of X-direction parallel distributed, the top surface of each neat material adjustment seat and along Z-direction
Two jig arm are equipped with, the jig arm clamping in two neat material adjustment seats is delivered between two neat material adjustment seats by neat material clamp
Semi-finished product.
Preferably, the transfer mechanism includes being installed on mobile lifting plate and with neat material drive cylinder along X-direction is in
First transfer drive cylinder of parallel distributed state, the second transfer being installed on the output shaft of the first transfer drive cylinder drive
Cylinder and the lifting seat being installed on the output shaft of the second transfer drive cylinder, on the rear surface of the lifting seat and along X-axis
Direction offers a transfer gathering sill, is equiped with two Relative distributions and relative can slide in the transfer gathering sill each other
Transfer fixture；
The first transfer drive cylinder drives the second transfer drive cylinder action and passes through the second transfer drive cylinder band
Dynamic lifting seat and transfer fixture make feed motion along Z-direction simultaneously, and the second transfer drive cylinder simultaneously drives lifting seat
Make feed motion along Y direction and drive transfer fixture to make feed motion along Y direction by lifting seat.
Preferably, it also includes a cutting agency for being used for removing finished product from film coating mechanism, the cutting agency bag
Include the blanking drive cylinder and the blanking flap seat being installed on the output shaft of blanking drive cylinder being installed on mobile lifting plate, institute
State and blanking gathering sill is offered along X-direction on the bottom surface of blanking flap seat, be embedded with two relative point in the blanking gathering sill
Cloth and the blanking clamp that can be slided relatively each other；The blanking drive cylinder drives the action of blanking flap seat and passes through blanking flap seat
Blanking clamp is driven to make feed motion along Y direction；The transfer mechanism is located between cutting agency and Qi Liao mechanisms.
As a result of such scheme, this utility model can be to such as USB data line, earphone cord, DC/AC power lines, electricity
Words line, netting twine, video line or other pencil line classes etc. various wire rods carry out packing processes, i.e., by automatic winding, automatically
The operations such as film feeding, automatic peplos achieve the automatic packing processes to traditional wire rod, drastically increase production efficiency can
The concordance of the packaging quality and product packaging of product is effectively ensured, while by reducing artificial amount, being also beneficial to reduction artificial
Cost；Its high degree of automation, each treatment process can synchronously and circulate operation, push away with very strong practical value and market
Wide value.
Description of the drawings
Fig. 1 is the overall structure assembling schematic diagram of this utility model embodiment；
Fig. 2 is the agent structure assembling schematic diagram () of this utility model embodiment；
Fig. 3 is the agent structure assembling schematic diagram (two) of this utility model embodiment；
Fig. 4 is the Standard schematic diagram of the film coating mechanism of this utility model embodiment
Fig. 5 is the structural decomposition diagram of the film coating mechanism of this utility model embodiment；
Fig. 6 is the Standard schematic diagram of the coating materials transfer mechanism of this utility model embodiment；
Fig. 7 is the structural plan of the coating materials shifting apparatus with membrane bearing table device of this utility model embodiment；
Fig. 8 is the structural representation of the coating materials shifting apparatus of this utility model embodiment；
Fig. 9 is the structural plan of the winding mechanism with wire agency of this utility model embodiment；
Figure 10 is the Standard schematic diagram () of the winding mechanism of this utility model embodiment；
Figure 11 is the Standard schematic diagram (two) of the winding mechanism of this utility model embodiment；
Figure 12 is the Standard schematic diagram () of the wire agency of this utility model embodiment；
Figure 13 is the Standard schematic diagram (two) of the wire agency of this utility model embodiment；
Figure 14 is the Standard schematic diagram of the coiling transfer mechanism of this utility model embodiment；
Figure 15 is the structural decomposition diagram of the coiling transfer mechanism of this utility model embodiment；
Figure 16 is the Standard schematic diagram of the neat material seat of this utility model embodiment；
Figure 17 is the Standard schematic diagram of the Qi Liao mechanisms of this utility model embodiment；
Figure 18 is the Standard schematic diagram () of the transfer mechanism of this utility model embodiment；
Figure 19 is the Standard schematic diagram (two) of the transfer mechanism of this utility model embodiment；
Figure 20 is the Standard schematic diagram of the cutting agency of this utility model embodiment；
In figure：
A, workbench；B, coiling transfer mechanism；C, winding mechanism；D, together material seat；E, film coating mechanism；F, Qi Liao mechanism；g、
Transfer mechanism；H, coating materials transfer mechanism；H1, membrane bearing table device；H2, material rolling device；H3, coating materials shifting apparatus；K, Wire-feeding machine
Structure；M, cutting agency；N, starter；
100th, coating materials placement rack；110th, the first flanging seat；111st, the first flanging drive cylinder；112nd, the first flanged plate；
120th, the second flanging seat；121st, the second flanging drive cylinder；122nd, the second flanged plate；130th, the 3rd flanging seat；131st, the 3rd folding
Side drive cylinder；132nd, the 3rd flanged plate；133rd, vacant mouth；140th, Fourth Fold seat；141st, Fourth Fold driver；142nd, tiltedly
Put plate；143rd, Fourth Fold plate；144th, trip shaft；
200th, material volume motor；201st, winding up roller；202nd, deflector roll；210th, the first coating materials transfer drive cylinder；211st, coating materials transfer
Support base；212nd, the second coating materials absorption arm；213rd, the second coating materials transfer drive cylinder；214th, the first coating materials absorption arm；220th,
One coating materials microscope carrier；221st, the second coating materials microscope carrier；
300th, rotating disk；310th, coiling drive motor；320th, wire rod deck；330th, coiling guided way；340th, coiling arm；350、
Coiling drive cylinder；
400th, the first line sending drive cylinder；410th, the second line sending drive cylinder；420th, line sending fixed seat；430th, the 3rd line sending
Driver；440th, stationary roller shaft；450th, side position axillare；460th, slide is supplied；470th, shaft coupling；480th, rotatable roll shaft；
500th, portal frame；501st, transfer guided way；502nd, mobile lifting plate；510th, expect drive cylinder together；511st, neat feed collet
Tool, 520, together material support base, 521, together expect guided way；522nd, expect adjustment seat together；523rd, jig arm；
630th, the first transfer drive cylinder；631st, the second transfer drive cylinder；632nd, seat is lifted；633rd, transfer fixture；
634th, transfer gathering sill；
700th, blanking cylinder, 710, blanking flap seat；720th, blanking gathering sill；730th, blanking clamp.
Specific embodiment
Embodiment of the present utility model is described in detail below in conjunction with accompanying drawing, but this utility model can be by right
It is required that the multitude of different ways for limiting and covering is implemented.
As shown in Fig. 1 to Figure 20, the present embodiment provide a kind of automatic winding packer, it mainly include workbench a, around
Line transfer mechanism b, winding mechanism c, neat material seat d, film coating mechanism e, Qi Liao mechanism f, transfer mechanism g and coating materials transfer mechanism h；Its
In：
Coiling transfer mechanism b is installed on workbench a along X-direction, is mainly used in driving Qi Liao mechanism f and transfer mechanism
G makees feed motion relative to workbench a along X-direction simultaneously, and (feed motion alleged by the present embodiment is it can be appreciated that be straight
Line is moved back and forth)；
Winding mechanism c, neat material seat d and film coating mechanism e be sequentially installed on workbench a from left to right along X-direction and
It is respectively positioned on below the front side of coiling transfer mechanism b；Winding mechanism c can rotate relative to workbench a, by wire feedstock
Product are carried out around folding so that wire rod forms the semi-finished product of volume bulk (it can be appreciated that being to tie shape) structure；Neat material seat d is fixed on work
Make on platform a, which is mainly semi-finished product and provides interim placement location and coordinate Qi Liao mechanisms f to make semi-finished product form compact volume bulk
To avoid semi-finished product from carrying out follow-up wrapping operation because excessively loose；Packaging film is mainly coated on by film coating mechanism e
On semi-finished product, (it can be appreciated that being wound around on semi-finished product) forms final bag so that semi-finished product are carried out with wrapping binding
Dress up product；
Qi Liao mechanisms f and transfer mechanism g is sequentially lifted on coiling transfer mechanism b from left to right along X-direction and position
In the superjacent air space of material seat d and film coating mechanism e together；Qi Liao mechanisms f can pass through the drive of coiling transfer mechanism b by winding mechanism
C locations are moved to neat material seat d locations and itself can be made along Y direction relative to coiling transfer mechanism b
Feed motion, its are mainly used in pressing from both sides out the semi-finished product around foldable type from winding mechanism c and semi-finished product being delivered to neat material seat d
On coordinating neat material seat d to arrange (i.e. semi-finished product：Semi-finished product are enable to keep compact volume bulk to tie in a clamping manner
Structure)；Transfer mechanism g also can be moved to film coating mechanism e institutes by the drive of coiling transfer mechanism b by material seat d locations together
The position at place and itself can make feed motion relative to coiling transfer mechanism b along Y direction, which is mainly used in through whole
The semi-finished product of reason are pressed from both sides out from neat material seat e and are delivered to semi-finished product on film coating mechanism e so that film coating mechanism e is carried out to semi-finished product
Wrapping is processed；
Coating materials transfer mechanism h is installed on workbench a and rear side (the i.e. coating materials transfer mechanism positioned at coiling transfer mechanism b
It is distributed to front sequence by rear along Z-direction between h, coiling transfer mechanism b and film coating mechanism e three), which is mainly packaging film
Material volume placement space is provided and packaging film is delivered on film coating mechanism e (when specifically being packed, packaging film can in batch
First it is transported on film coating mechanism e, then semi-finished product are positioned on the packaging film of film coating mechanism e, finally by transfer mechanism g again,
Film coating mechanism e actions with by packaging film pack on semi-finished product, so as to ultimately form packaging after finished product.
Be based on this, using packer to such as USB data line, earphone cord, DC/AC power lines, telephone wire, netting twine, regard
The various wire rods of frequency line or other pencil line classes etc. carry out packing processes, and the present embodiment is by taking USB data line as an example to packer
Illustrate, i.e. the workflow of packer is specially：1st, one end positioning of data wire is placed on winding mechanism c by workman
Data wire is carried out around the semi-finished product for rolling over and being formed volume bulk using the turning effort of winding mechanism；2nd, coiling transfer mechanism b
To drive Qi Liao mechanisms f to be moved to the top of winding mechanism c, (now transfer mechanism g is synchronously driven by coiling transfer mechanism b for action
Top to seat d is expected together) after, Qi Liao mechanisms f is moved down to clamp coil winding machine along Y direction relative to coiling transfer mechanism b
Semi-finished product on structure c (can make during clamping the structure of semi-finished product more compact), then Qi Liao mechanisms f drives semi-finished product
Resetted along Y direction upwards；3rd, coiling transfer mechanism b drives Qi Liao mechanisms f and semi-finished product to be moved to the top of neat material seat d again
After (now transfer mechanism g can be driven to the top of film coating mechanism e), Qi Liao mechanisms f along Y direction move down with will half into
Product are positioned on neat material seat d, and Qi Liao mechanisms f resets again, and coiling transfer mechanism b executes second step action again；4th, transfer mechanism g
Semi-finished product on material seat d together are picked up and semi-finished product are positioned on the packaging film of film coating mechanism e (in winding mechanism c actions
Meanwhile, coating materials transfer mechanism h synchronization actions are being delivered to packaging film on film coating mechanism e in advance)；5th, film coating mechanism e actions with
Packaging film is wrapped up on semi-finished product, so as to form final packed products.The packer of the present embodiment by automatic winding, from
The operations such as dynamic film feeding, automatic peplos achieve the automatic packing processes to traditional wire rod, drastically increase production efficiency energy
The concordance of the packaging quality and product packaging of product is enough effectively ensured, while by reducing artificial amount, being also beneficial to reduce people
Work cost.
For rapidly wrapping up packaging film on semi-finished product, the film coating mechanism e of the present embodiment includes being installed in work
Coating materials placement rack 100 on platform a and below the front side of coiling transfer mechanism b, it is installed on coating materials placement rack 100 and is located at
Expect the first flanging seat 110 between seat d and coating materials placement rack 100 together, be installed on coating materials placement rack 100 and be located at the first flanging
Second flanging seat 120 of the opposite side of seat 110, it is installed on the second flanging seat 120 and relative to the second flanging seat 120 second
The top face of flanging seat 120 is made the 3rd flanging seat 130 of feed motion along X-direction and is installed in the 3rd flanging seat 130
Fourth Fold seat 140 that is upper and making 90 ° of flip-flop movements relative to coating materials placement rack 100 in X-Y axial planes, meanwhile, the first folding
Side seat 110 and the second flanging seat 120 also can make feed motion relative to coating materials placement rack 100 along Y direction simultaneously.With this, film
Packaging film can be delivered to coating materials placement rack 100 by material transfer mechanism h (now makes the top surface and the second flanging of the first flanging seat 110
The top surface of seat 120 is concordant with the holding of the top surface of coating materials placement rack 100), when transfer mechanism g is transferred to semi-finished product positioned at coating materials
After on packaging film on placement rack 100, the first flanging seat 110 of control and the second flanging seat 120 are simultaneously relative to coating materials placement rack
100 move upwards along Y direction, will be located at semi-finished product left and right sides packaging film position and make 90 degree of bendings with the left side to semi-finished product
Right flank is coated, its 3rd flanging seat 130 of secondary control relative to the second flanging seat 120 along X-direction to left movement and most
Packaging film is made to coat the top surface (now the 3rd flanging seat 130 can drive Fourth Fold seat 140 to synchronize movement) of semi-finished product eventually,
Control the first flanging seat 110 again and move down along Y direction to reset and control 140 action of Fourth Fold seat, to utilize four fold
The flip-flop movement (being overturn with the upper left corner of semi-finished product as axis) of side seat 140 can be by an endlap of packaging film
Putting on the packaging film of left surface for being located at semi-finished product (pastes both using stickum to be integrated), finally, four fold
Side seat 140, the 3rd flanging seat 130 and the second flanging seat 120 order resets, in order to be placed on coating materials placement rack 100 into
Product carry out blanking process.
For optimizing the structure of whole film coating mechanism e to greatest extent, the first flanging seat 110 of the present embodiment includes being installed in
Coating materials placement rack 100 and positioned at the first flanging drive cylinder 111 together between material seat d and coating materials placement rack 100 and it is installed in the
The first flanged plate 112 on the output shaft of one flanging drive cylinder 111, the first flanging drive cylinder 111 drive the first flanged plate
112 make feed motion relative to coating materials placement rack 100 along Y direction；Second flanging seat 120 includes being installed in coating materials placement rack
On 100 and positioned at the first flanging seat 110 opposite side the second flanging drive cylinder 121 and be installed in the second flanging drive cylinder
The second flanged plate 122 on 121 output shaft, the second flanging drive cylinder 121 drive the second flanged plate 122 to put relative to coating materials
Put seat 100 and make feed motion along Y direction；3rd flanging seat 130 includes being installed on the second flanged plate 122 and is located at the second folding
3rd flanging drive cylinder 131 of the top face of side plate 122 and it is installed on the output shaft of the 3rd flanging drive cylinder 131
3rd flanged plate 132, the 3rd flanging drive cylinder 131 drive the 3rd flanged plate 132 relative to the second flanged plate 122 along X-axis side
To making feed motion；And Fourth Fold seat 140 then includes that tail end is fixed on the 3rd flanged plate 132 and along X-direction distribution
Fourth Fold driver 141 (which can as the case may be using cylinder or other driving means), axle are connected in Fourth Fold drive
Canted-plate 142 on the output shaft of dynamic device 141 and the Fourth Fold plate 143 formed as one with canted-plate 142, in the 3rd folding
The head end of side plate 132 offers a vacant mouth 133, and Fourth Fold plate 143 is located in vacant mouth 133, and Fourth Fold plate 143 with
The mutually critical position of canted-plate 142 is provided with trip shaft 144, and 144 axle of trip shaft is connected on the side wall of vacant mouth 133, with this, sharp
Fourth Fold plate 143 can be driven flat in X-Y axles as axis with trip shaft 144 by canted-plate 142 with Fourth Fold driver 141
Make flip-flop movement in face.
For can constantly provide packaging film for film coating mechanism e, the coating materials transfer mechanism h of the present embodiment is included along Z axis side
To be sequentially installed on workbench a and positioned at coiling transfer mechanism b rear side membrane bearing table device h1 and be used for membrane
Bearing table device h1 supplies the material rolling device h2 of packaging film and is installed on workbench a for by membrane bearing table device h1
Packaging film is delivered to the coating materials shifting apparatus h3 on film coating mechanism e, wherein, coating materials shifting apparatus h3 and membrane bearing table device h1 edges
X-direction parallel distributed, and material rolling device h1 mainly by material volume motor 200, for place packaging film material volume winding up roller 201 and
The power provided by material volume motor 200 enables the packaging film on winding up roller 201 to move towards to export to membrane load with such as serpentine
Several deflector rolls 202 on table apparatus h1；If packaging film itself has stickum, can be by membrane bearing table device h1's
Structure design can automatically strip the paste protective layer of packaging film or carry out cutting to still unsegmented packaging film；And
Afterwards, then the packaging film on membrane bearing table device h1 can be delivered on film coating mechanism e using coating materials shifting apparatus h3.
Used as a preferred version, the coating materials shifting apparatus h3 of the present embodiment includes being installed on workbench along Z-direction
The first coating materials transfer drive cylinder 210, the coating materials transfer that is installed on the output shaft of the first coating materials transfer drive cylinder 210
Seat 211, the second coating materials transfer drive cylinder 213 being installed on coating materials transfer support base 211 is supportted along Y direction and along X-axis
Direction is sequentially installed in the absorption arm 214 of the first coating materials on the output shaft of the second coating materials transfer drive cylinder 213 and the second film
Material absorption arm 212；And membrane bearing table device h1 then includes sequentially being installed on workbench a along Z-direction and fills positioned at coiled strip
Put the first coating materials microscope carrier 220 and the second coating materials microscope carrier 221 between h2 and film coating mechanism e；With this, using the first coating materials transfer
Drive cylinder 210 drives coating materials transfer support base 211 to make feed motion, and coating materials transfer relative to workbench a along Z-direction
Support seat 211 drives the second coating materials transfer drive cylinder 213, the first coating materials absorption arm 214 and the second coating materials absorption 212 same phase of arm
For workbench a makees feed motion along Z-direction；The second coating materials transfer drive cylinder 213 is recycled to drive the absorption of the first coating materials
Arm 214 and the second coating materials absorption arm 212 make feed motion relative to coating materials transfer support base 211 along Y direction simultaneously；So as to can
Adsorb arm 214 using the first coating materials the packaging film on the first coating materials microscope carrier 220 is delivered on the second coating materials microscope carrier 221, utilize
Packaging film on second coating materials microscope carrier 221 is delivered to the (absorption of the present embodiment on film coating mechanism e by the second coating materials absorption arm 212
Arm can move packaging film using the principle of negative pressure of vacuum absorption), and then continuously packaging film can be transferred to film coating mechanism e.
For ensureing to wire feedstock product around folding effect, the winding mechanism c of the present embodiment includes being flush-mounted on workbench a
Rotating disk 300, it is installed in the bottom surface side of workbench a horse is driven relative to the coiling that workbench a rotates with driving rotating disk 300
Up to 310 (which can be connected with rotating disk 300 using belt transmission, gear drive or other type of belt drive), it is set up in rotating disk 300
Wire rod deck 320 at end face center, it is installed on the top surface of rotating disk 300 and the coiling positioned at the lower section of wire rod deck 320 is led
To rail 330 and two coiling arms 340 of the both sides of wire rod deck 320 are flush-mounted on coiling guided way 330 and are located at respectively, per
Individual coiling arm 340 is to having a coiling drive cylinder 350, coiling drive cylinder 350 to be installed on the top surface of rotating disk 300 and drive
Dynamic corresponding coiling arm 340 makees feed motion on coiling guided way 330；With this, can be by workman by one end of the wire rods such as data wire
It is installed on wire rod deck 320 and makes the other end of wire rod to be placed in the periphery of rotating disk 300, when rotating disk 300 is rotated, then may be used
Wire rod is carried out around folding and finally makes by the coiling arm 340 of two Relative distributions to wire rod in volume bulk structure, as Qi Liao mechanisms f
Then semi-finished product can be clamped by the centre position of two coiling arms 340 during clamping semi-finished product, in Qi Liao mechanisms f along Y-axis side
Semi-finished product can be made after moving upwards to depart from wire rod deck 320 and coiling arm 340；In addition, the control by coiling drive cylinder 350
System can make two coiling arms 340 make move toward one another or opposite motion centered on wire rod deck 320, be easy to wire rod around the length that rolls over
Degree (can be regarded as the length for rolling up bulk structure for ultimately forming) carries out adapt.
For improving the automaticity of whole machine to greatest extent, reduce the degree that anthropic factor is intervened, the present embodiment
Packer also include one for coordinate winding mechanism c by wire feedstock product around folding in volume bulk semi-finished product wire agency k,
Wire agency k includes the first line sending drive cylinder 400 being installed on workbench a, is installed in the first line sending drive cylinder 400
The second line sending drive cylinder 410, the line sending fixed seat being installed on the output shaft of the second line sending drive cylinder 410 on output shaft
420 and it is installed on the top surface of line sending fixed seat 420 and is located at respectively the 3rd line sending driver at 420 two ends of line sending fixed seat
430 and stationary roller shaft 440, it is equiped with the front-rear side walls of line sending fixed seat 420 and positioned at the one end residing for stationary roller shaft 440
Side position axillare 450, on the top surface of line sending fixed seat 420 and be located at two sides position axillare 450 between be provided with the one and the 3rd line sending
The supply slide 460 that the output shaft of driver 430 is connected, on the supply slide 460 and positioned at mutually closing on stationary roller shaft 440
One end axle is connected with a shaft coupling 470, goes back axle and be connected with rotatable roll shaft 480 between two sides position axillare 450, and rotatable roll shaft 480 is simultaneously
Connect with 470 phase axle of shaft coupling；The second line sending drive cylinder 410 is driven relative to work using the first line sending drive cylinder 400
Platform a makees feed motion along Y direction, and the second line sending drive cylinder 410 then drives 420 action of line sending fixed seat and by line sending
Fixed seat 420 drives the 3rd line sending driver 430 to make feed motion along Z-direction, and the 3rd line sending driver 430 is then by supply
Slide 460 and shaft coupling 470 drive rotatable roll shaft 480 to rotate relative to stationary roller shaft 440.With this, can be by Wire-feeding machine
Structure k is arranged in the side of winding mechanism c, when workman carries out unwrapping wire, one end of wire rod can be made to be installed on wire rod deck 320,
And the other end then has between stationary roller shaft 440 and rotatable roll shaft 480 and passes through, when rotating disk 300 is rotated, wire rod can be via solid
Position between fixed roll axle 440 and rotatable roll shaft 480 is smoothly conveyed；(i.e. wire rod is not yet by around folding in the process
Part be gradually shortened during) or advance with the first line sending drive cylinder 400 and the second line sending drive cylinder 410
Rotatable roll shaft 480 and stationary roller shaft 440 is made to be moved in the covering space of rotating disk 300 and be finally moved to two under linkage effect
In area of space between coiling arm 340；When the tail end of wire rod will be disengaged from or have been detached from the moment of stationary roller shaft 440,
3rd line sending driver, 430 action, with promote supply slide 460 along movement from Z-direction to rotating disk 300, and finally using confession
To slide 460 and shaft coupling 470 to the hunt effect produced by rotatable roll shaft 480, rotated rotatable roll shaft 480, so as to
The tail end of wire rod is compressed in volume bulk structure, and then coordinates winding mechanism c to complete to wire rod around folding process.
For optimizing the structure of whole packer to greatest extent, while ensureing the flat of Qi Liao mechanism f and transfer mechanism g motion
Stability, the coiling transfer mechanism b of the present embodiment include being installed in the portal frame 500, two on workbench a along X-axis along X-direction
Transfer guided way 501 that direction is concurrently arranged on the transverse arm plate of portal frame 500, dragon is installed in by transfer guided way 501
Mobile lifting plate 502 on the transverse arm plate of door frame 500 and positioned at the front side of portal frame 500 and it is installed in the horizontal stroke of portal frame 500
On arm plate, to drive mobile lifting plate 502 to make the actuating device of feed motion along transfer guided way 501, (which is mainly by driving horse
Reach, the part such as belt pulley and driving belt is constituted, wherein mobile lifting plate 502 is fixed on driving belt, with this using drive
The rotating action of dynamic motor simultaneously drives mobile lifting plate 502 to carry out position movement along X-direction by driving belt)；And it is neat
Material mechanism f then includes the neat material drive cylinder 510 being installed on mobile lifting plate 502 and is installed in neat material drive cylinder 510
Neat material clamp 511 on output shaft, neat material drive cylinder 510 drive neat material clamp 511 relative to mobile lifting plate 502 along Y-axis
Make feed motion (elevating movement of the neat material clamp 511 relative to winding mechanism c or neat material seat d can achieve with this) this reality in direction
The neat material clamp 511 for applying example is clamped by air cylinder driven also dependent on concrete condition or release action；Neat material seat d includes seat
Neat material support base 520 on workbench a and below the front side of portal frame 500, on the top surface of material support base 520 together
Be provided with one along X-direction distribution neat material guided way 521, be fitted together on neat material guided way 521 have two parallel along X-direction
The neat material adjustment seat 522 of distribution, is concurrently provided with two on the top surface of each neat material adjustment seat 522 and along Z-direction
Jig arm 523 (i.e. jig arm 523 is located at four edges of the top surface of material support base 520 together), the folder in two neat material adjustment seats 522
Arm 523 is clamped and is delivered to the semi-finished product between two neat material adjustment seats 522 by neat material clamp 511.
Used as a preferred version, the transfer mechanism g of the present embodiment includes being installed on mobile lifting plate 502 and expecting with neat
Drive cylinder 510 along X-direction in parallel distributed state the first transfer drive cylinder 630, be installed in the first transfer drive gas
The second transfer drive cylinder 631 on the output shaft of cylinder 630 and it is installed on the output shaft of the second transfer drive cylinder 631
Lifting seat 632, offers a transfer gathering sill 634, on the rear surface of lifting seat 632 and along X-direction in transfer gathering sill
Two Relative distributions and the transfer fixture 633 that can be slided relatively each other is equiped with 634；With this, drive using the first transfer
Cylinder 630 of taking offence drives 631 action of the second transfer drive cylinder and drives lifting 632 He of seat by the second transfer drive cylinder 631
Transfer fixture 633 makees feed motion along Z-direction simultaneously, and the second transfer drive cylinder 631 can also simultaneously drive lifting seat 632
Make feed motion along Y direction and drive transfer fixture 633 to make feed motion, the present embodiment along Y direction by lifting seat 632
Two transfer fixtures 633 form of air cylinder driven may also be employed, both is drawn close automatically with clamp semi-finished product or
It is automatically separated to unclamp semi-finished product.
In addition, the function of the whole packer of horn of plenty, the packer of the present embodiment also include one for by finished product from peplos
The cutting agency m removed in mechanism e, cutting agency m include 700 He of blanking drive cylinder being installed on mobile lifting plate 502
The blanking flap seat 710 being installed on the output shaft of blanking drive cylinder 700, opens along X-direction on the bottom surface of blanking flap seat 710
Blanking gathering sill 720 is provided with, and two Relative distributions and the blanking that can be slided relatively each other is embedded with blanking gathering sill 720
Fixture 730；Blanking drive cylinder 700 drives 710 action of blanking flap seat and drives blanking clamp 730 along Y by blanking flap seat 710
Direction of principal axis makees feed motion；And transfer mechanism g is then located between cutting agency m and Qi Liao mechanism f.With this, when film coating mechanism e complete
In pairs (after forming finished product) after the packaging of wire rod, finished product is placed on coating materials placement rack 100；Therefore, when Qi Liao mechanisms f resets
To winding mechanism e top when, transfer mechanism g be located at together expect seat d top, and cutting agency f exactly be located at coating materials placement rack
100 top, so as to press from both sides finished product from and finally can moving from coating materials placement rack 100 using the action effect of blanking clamp 730
Blanking is realized from workbench a.Certainly, it is to ensure safety of the workman in unwrapping wire, can also be on workbench a and near coil winding machine
The position of structure c arranges starter n, when wire rod is arranged on winding mechanism c and wire agency k by workman, using startup
Device n after wire rod is deployed, is starting each actuating mechanism using starter n, such as stopping each actuating mechanism
This, workman can be laid to wire rod by root by root.
Preferred embodiment of the present utility model is the foregoing is only, the scope of the claims of the present utility model is not thereby limited,
Equivalent structure or equivalent flow conversion that every utilization this utility model description and accompanying drawing content are made, or directly or indirectly transport
Other related technical fields are used in, are included in the same manner in scope of patent protection of the present utility model.
Claims (10)
1. a kind of automatic winding packer, it is characterised in that：It includes
Workbench；
The coiling transfer mechanism being installed in along X-direction on workbench；
Sequentially be installed on workbench along X-direction and below the front side of coiling transfer mechanism for by wire feedstock
Product are in the winding mechanism of the semi-finished product of volume bulk around folding, are used for providing working space when semi-finished product are arranged for semi-finished product
Neat material seat and for by packaging film be coated on semi-finished product with formed finished product film coating mechanism, the winding mechanism is relative to work
Rotate as platform；
For semi-finished product being pressed from both sides out from winding mechanism and semi-finished product being delivered on neat material seat to coordinate neat material seat to semi-finished product
The Qi Liao mechanisms for being arranged, the Qi Liao mechanisms are installed on coiling transfer mechanism and are located at the front side of coiling transfer mechanism,
The coiling transfer mechanism drives Qi Liao mechanisms by the top for being moved to neat material seat above winding mechanism, and the Qi Liao mechanisms
Make feed motion relative to coiling transfer mechanism along Y direction；
For through the transfer mechanism that the semi-finished product for arrangement from material seat are together pressed from both sides out and be delivered to semi-finished product on film coating mechanism,
The transfer mechanism is installed on coiling transfer mechanism and is located at the front side of coiling transfer mechanism, and the coiling transfer mechanism drives
Transfer mechanism is by the top for being moved to film coating mechanism above material seat together, and the transfer mechanism is relative to coiling transfer mechanism edge
Y direction makees feed motion；
And
For the coating materials transfer mechanism being delivered to packaging film on film coating mechanism, the coating materials transfer mechanism is installed on workbench
And the rear side positioned at coiling transfer mechanism, the coating materials transfer mechanism, coiling transfer mechanism and film coating mechanism are along Z-direction order
Distribution.
2. a kind of automatic winding packer as claimed in claim 1, it is characterised in that：The film coating mechanism includes being installed in work
Make on platform and the coating materials placement rack below the front side of coiling transfer mechanism, be installed on coating materials placement rack and be located at neat material seat
The first flanging seat between coating materials placement rack, be installed on coating materials placement rack and opposite side positioned at the first flanging seat second
Flanging seat, be installed on the second flanging seat and relative to the second flanging seat the second flanging seat top face along X-direction make
3rd flanging seat of feed motion and it is installed on the 3rd flanging seat and makees in the X-Y axial planes relative to coating materials placement rack
The Fourth Fold seat of 90 ° of flip-flop movements, the first flanging seat and the second flanging seat are simultaneously relative to coating materials placement rack along Y-axis side
To making feed motion.
3. a kind of automatic winding packer as claimed in claim 2, it is characterised in that：The first flanging seat includes being installed in
Coating materials placement rack and positioned at together material seat and coating materials placement rack between the first flanging drive cylinder and be installed in the first flanging drive
The first flanged plate on the output shaft of cylinder, the first flanging drive cylinder drive the first flanged plate relative to coating materials placement rack
Make feed motion along Y direction；
The second flanging seat is included being installed on coating materials placement rack and the second flanging positioned at the opposite side of the first flanging seat drives
The second flanged plate that takes offence cylinder and be installed on the output shaft of the second flanging drive cylinder, the second flanging drive cylinder drive
Second flanged plate makees feed motion relative to coating materials placement rack along Y direction；
The 3rd flanging seat include being installed on the second flanged plate and top face positioned at the second flanged plate the 3rd flanging
Drive cylinder and the 3rd flanged plate being installed on the output shaft of the 3rd flanging drive cylinder, the 3rd flanging drive cylinder drive
Dynamic 3rd flanged plate makees feed motion relative to the second flanged plate along X-direction；
The Fourth Fold seat is fixed on the 3rd flanged plate including tail end and the Fourth Fold driver along X-direction distribution,
Canted-plate and the Fourth Fold plate formed as one with canted-plate that axle is connected on the output shaft of Fourth Fold driver, described
The head end of the 3rd flanged plate offers a vacant mouth, and the Fourth Fold plate is located in vacant mouth, and the Fourth Fold plate with
The mutually critical position of canted-plate is provided with trip shaft, and the trip shaft axle is connected on the side wall of vacant mouth, and the Fourth Fold drives
Dynamic device drives Fourth Fold plate to make flip-flop movement as axis with trip shaft in X-Y axial planes by canted-plate.
4. a kind of automatic winding packer as claimed in claim 1, it is characterised in that：The coating materials transfer mechanism is included along Z
Direction of principal axis be sequentially installed on workbench and positioned at coiling transfer mechanism rear side membrane bearing table device and be used for membrane
The material rolling device of bearing table device supply packaging film and it is installed on workbench for by the packaging film on membrane bearing table device
The coating materials shifting apparatus being delivered on film coating mechanism, the coating materials shifting apparatus are divided along X-direction parallel with membrane bearing table device
Cloth.
5. a kind of automatic winding packer as claimed in claim 4, it is characterised in that：The coating materials shifting apparatus are included along Z
Direction of principal axis the first coating materials transfer drive cylinder being installed on workbench, the output shaft for being installed in the first coating materials transfer drive cylinder
On coating materials transfer support base, the second coating materials transfer drive cylinder being installed in along Y direction on coating materials transfer support base and
The first coating materials absorption arm and the second coating materials on the output shaft that X-direction is sequentially installed in the second coating materials transfer drive cylinder
Absorption arm；
The membrane bearing table device includes sequentially being installed on workbench along Z-direction and is located at material rolling device and film coating mechanism
Between the first coating materials microscope carrier and the second coating materials microscope carrier；
The first coating materials transfer drive cylinder drives coating materials transfer support base to make feeding fortune relative to workbench along Z-direction
Dynamic, and the coating materials transfer support base drives the second coating materials transfer drive cylinder, the first coating materials absorption arm and the absorption of the second coating materials
Arm makees feed motion relative to workbench along Z-direction simultaneously；The second coating materials transfer drive cylinder drives the first coating materials to inhale
Attached arm and the second coating materials absorption arm make feed motion relative to coating materials transfer support base along Y direction simultaneously, first coating materials
Absorption arm is delivered to the packaging film on the first coating materials microscope carrier on the second coating materials microscope carrier, and second coating materials adsorbs arm by the second film
Packaging film on material microscope carrier is delivered on film coating mechanism.
6. a kind of automatic winding packer as claimed in claim 1, it is characterised in that：The winding mechanism includes being flush-mounted in work
Make the rotating disk on platform, be installed in the coiling driving horse that the bottom surface side of workbench is rotated relative to workbench with driving rotating disk
The wire rod deck that reach, is set up at the end face center of rotating disk, it is installed on the top surface of rotating disk and positioned at the lower section of wire rod deck
Coiling guided way and two coiling arms of the both sides of wire rod deck are flush-mounted on coiling guided way and are located at respectively, described in each
Coiling arm is to having a coiling drive cylinder, the coiling drive cylinder to be installed on the top surface of rotating disk and drive corresponding coiling
Arm makees feed motion on coiling guided way, and two coiling arms make move toward one another or mutually unlucky centered on wire rod deck
Dynamic.
7. a kind of automatic winding packer as claimed in claim 6, it is characterised in that：It also includes that one is used for coordinating coil winding machine
The wire agency of semi-finished product of the structure by wire feedstock product around folding in volume bulk, the wire agency include being installed on workbench
First line sending drive cylinder, the second line sending drive cylinder being installed on the output shaft of the first line sending drive cylinder, it is installed in
Line sending fixed seat on the output shaft of two line sending drive cylinders and it is installed on the top surface of line sending fixed seat and is located at respectively and send
The 3rd line sending driver at line fixed seat two ends and stationary roller shaft, on the front-rear side walls of the line sending fixed seat and are located at fixing roller
One end residing for axle is equiped with side position axillare, on the top surface of the line sending fixed seat and be located at two sides position axillare between be provided with
The one supply slide being connected with the output shaft of the 3rd line sending driver, on the supply slide and be located at mutually close on stationary roller shaft
One end axle be connected with a shaft coupling, go back axle between two side position axillares and be connected with rotatable roll shaft, the rotatable roll shaft simultaneously with
Shaft coupling phase axle connects；
The first line sending drive cylinder drives the second line sending drive cylinder to make feed motion relative to workbench along Y direction,
The second line sending drive cylinder drives the action of line sending fixed seat and drives the 3rd line sending driver along Z axis by line sending fixed seat
Feed motion is made in direction, and the 3rd line sending driver drives rotatable roll shaft relative to fixing roller by supplying slide and shaft coupling
Axis rotation.
8. a kind of automatic winding packer as any one of claim 1-7, it is characterised in that：The coiling transfer machine
Structure includes the portal frame being installed on workbench, two transverse arm plates for being concurrently arranged in portal frame along X-direction along X-direction
On transfer guided way, be installed on the transverse arm plate of portal frame by transfer guided way and the movement positioned at the front side of portal frame is hung
Dress plate and transmission dress to drive mobile lifting plate to make feed motion along transfer guided way is installed on the transverse arm plate of portal frame
Put；
The Qi Liao mechanisms include the neat material drive cylinder being installed on mobile lifting plate and are installed in the defeated of neat material drive cylinder
Neat material clamp on shaft, the neat material drive cylinder drive neat material clamp to feed along Y direction relative to mobile lifting plate
Motion；
The neat material support base that the neat material seat includes seat on workbench and is located at below the front side of portal frame, the neat material
A neat material guided way being distributed along X-direction is provided with the top surface of support seat, and being fitted together on the neat material guided way there are two along X-axis
The neat material adjustment seat of direction parallel distributed, is concurrently provided with the top surface of each neat material adjustment seat and along Z-direction
Two jig arm, the jig arm clamping in two neat material adjustment seats are delivered to half between two neat material adjustment seats by neat material clamp
Finished product.
9. a kind of automatic winding packer as claimed in claim 8, it is characterised in that：The transfer mechanism includes being installed in shifting
On dynamic lifting plate and with first transfer drive cylinder of the material drive cylinder along X-direction in parallel distributed state together, be installed in the
The second transfer drive cylinder on the output shaft of one transfer drive cylinder and it is installed in the output shaft of the second transfer drive cylinder
On lifting seat, offer a transfer gathering sill on the rear surface of the lifting seat and along X-direction, in the transfer gathering sill
It is equiped with two Relative distributions and the transfer fixture that can be slided relatively each other；
The first transfer drive cylinder is driven the second transfer drive cylinder action and is driven by the second transfer drive cylinder and hung
Dress seat and transfer fixture make feed motion along Z-direction simultaneously, and the second transfer drive cylinder simultaneously drives lifting seat along Y-axis
Make feed motion and drive transfer fixture to make feed motion along Y direction by lifting seat in direction.
10. a kind of automatic winding packer as claimed in claim 8, it is characterised in that：It also include one for by finished product from
The cutting agency removed in film coating mechanism, the cutting agency include blanking drive cylinder and the dress being installed on mobile lifting plate
Blanking flap seat on the output shaft of blanking drive cylinder, offers blanking along X-direction on the bottom surface of the blanking flap seat
Gathering sill, is embedded with two Relative distributions and the blanking clamp that can be slided relatively each other in the blanking gathering sill；Under described
Material drive cylinder drives the action of blanking flap seat and drives blanking clamp to make feed motion along Y direction by blanking flap seat；Described
Transfer mechanism is located between cutting agency and Qi Liao mechanisms.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620995568.6U CN206013215U (en) | 2016-08-30 | 2016-08-30 | A kind of automatic winding packer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620995568.6U CN206013215U (en) | 2016-08-30 | 2016-08-30 | A kind of automatic winding packer |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206013215U true CN206013215U (en) | 2017-03-15 |
Family
ID=58255592
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620995568.6U Expired - Fee Related CN206013215U (en) | 2016-08-30 | 2016-08-30 | A kind of automatic winding packer |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206013215U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109720638A (en) * | 2019-01-25 | 2019-05-07 | 东莞市铭翎模具机械有限公司 | A kind of wire rod automatic flexible strapping machine |
| CN109823620A (en) * | 2019-03-20 | 2019-05-31 | 深圳市联欣科技有限公司 | Automatic folded film coiling buckle film equipment |
| CN109896086A (en) * | 2019-03-20 | 2019-06-18 | 深圳市联欣科技有限公司 | Diaphragm buckle film structure |
| CN110127139A (en) * | 2019-05-24 | 2019-08-16 | 朱昀 | Spooling equipment is used in a kind of processing of electric wire |
-
2016
- 2016-08-30 CN CN201620995568.6U patent/CN206013215U/en not_active Expired - Fee Related
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109720638A (en) * | 2019-01-25 | 2019-05-07 | 东莞市铭翎模具机械有限公司 | A kind of wire rod automatic flexible strapping machine |
| CN109720638B (en) * | 2019-01-25 | 2023-12-05 | 东莞市铭翎模具机械有限公司 | Automatic wire bundling machine |
| CN109823620A (en) * | 2019-03-20 | 2019-05-31 | 深圳市联欣科技有限公司 | Automatic folded film coiling buckle film equipment |
| CN109896086A (en) * | 2019-03-20 | 2019-06-18 | 深圳市联欣科技有限公司 | Diaphragm buckle film structure |
| CN109823620B (en) * | 2019-03-20 | 2023-12-15 | 深圳市联欣科技有限公司 | Automatic film folding, winding and buckling equipment |
| CN109896086B (en) * | 2019-03-20 | 2024-01-09 | 深圳市联欣科技有限公司 | Film buckling structure |
| CN110127139A (en) * | 2019-05-24 | 2019-08-16 | 朱昀 | Spooling equipment is used in a kind of processing of electric wire |
| CN110127139B (en) * | 2019-05-24 | 2021-03-02 | 浙江康威胜高温线缆有限公司 | Wire winding equipment for wire processing |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN206013215U (en) | A kind of automatic winding packer | |
| CN105173841B (en) | A kind of large-scale coiled strip automatic packaging production line of non-woven cotton | |
| CN104476194B (en) | The automatic device and method for installing electronic cigarette liquid storing cup filter disc | |
| CN205034839U (en) | Automatic packaging production line of cotton large -scale coil stock of nonwoven | |
| CN203048304U (en) | Power line automatic winding-binding machine | |
| CN107175419A (en) | A kind of five grid photovoltaic cell series welding devices | |
| CN107394252A (en) | Automate thickness measuring weighing-appliance, six surface parts automatic tape-wrapping machines and encapsulation methods | |
| CN202805759U (en) | Filter element welt fitting device | |
| CN205525145U (en) | Automatic packaging production line of silk socks | |
| CN204278603U (en) | A kind of full-automatic wine box forming machine | |
| CN209582990U (en) | A kind of mobile phone fitting Full-automatic pressure-holding storage device | |
| CN207141493U (en) | A kind of Fruil packaging machine of improved structure | |
| CN107954184A (en) | A kind of babinet automatic turning device | |
| CN201490021U (en) | Automatic rubber coating machine of capacitor | |
| CN113199809A (en) | Full-automatic inner and outer box casing system | |
| CN207039409U (en) | One kind automation stator coil production line | |
| CN205552526U (en) | Packing materials automatic loading manipulator in bags | |
| CN206215674U (en) | A kind of steel tube cold-drawing equipment | |
| CN206123061U (en) | Automatic kludge is worn to take by fastener | |
| CN106307927A (en) | Fastener tape threading automatic assembly machine | |
| CN215590036U (en) | Automatic change pouring jacket operation line | |
| CN102992083A (en) | Tape wrapping machine | |
| CN106384663B (en) | Coil winding machine, coiling machine production line and production method | |
| CN203357956U (en) | Full-automatic production line of double-rib cylinder flexible freight bags | |
| CN206282719U (en) | Multiaxis coiling rubber coating machine on-line equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170315 Termination date: 20170830 |