CN104548334B - A kind of double coin shape physiogherapy electrode panel forming machine - Google Patents
A kind of double coin shape physiogherapy electrode panel forming machine Download PDFInfo
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- CN104548334B CN104548334B CN201510037885.7A CN201510037885A CN104548334B CN 104548334 B CN104548334 B CN 104548334B CN 201510037885 A CN201510037885 A CN 201510037885A CN 104548334 B CN104548334 B CN 104548334B
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Abstract
The invention provides a kind of double coin shape physiogherapy electrode panel forming machine, belong to machining equipment field, including the unreeling structure front and back set gradually, punch mechanism, kink mechanism, draw composite structure, cut through mechanism and rolling-up mechanism；Described kink mechanism includes the first dotter and second dotter of left and right setting；The sidepiece of described traction composite structure or top or bottom are provided with glue unreeling machine and glue upper strata release paper winder.This double coin shape physiogherapy electrode panel forming machine shaping efficiency is high, and function is many, is suitable for producing physiotherapy electrode plate in enormous quantities.
Description
Technical field
The present invention relates to machining equipment field, in particular to a kind of double coin shape physiotherapy electrode plate molding
Machine.
Background technology
Physiotherapy electrode plate is one of product conventional in physical therapy, and coin shape physiotherapy electrode plate is in physiotherapy electrode plate
Kind, gain the name because it is arranged above with button.The specification of coin shape physiotherapy electrode plate is varied, has single, also has plurality of rows of.
The coin shape physiotherapy electrode plate that traditional forming machine produces monolithic substantially, the most again by multiple monolithics
Coin shape physiotherapy electrode plate be pasted onto on a PE counterdie.This way easily causes contamination of products, and the ginseng manually pasted
Secondary uneven, crooked.Not only production efficiency is low and product there is also impression of the hand, and outward appearance is irregular, has run counter to health care row
The hygienic requirements that industry is basic, has been greatly reduced the class of product.
Summary of the invention
The invention provides a kind of double coin shape physiogherapy electrode panel forming machine, it is intended to improve the problems referred to above.
The present invention is achieved in that
A kind of double coin shape physiogherapy electrode panel forming machine, including the unreeling structure front and back set gradually, punch mechanism, beats
Buckle mechanism, draw composite structure, cut through mechanism and rolling-up mechanism；Described kink mechanism include left and right arrange the first dotter and
Second dotter；The sidepiece of described traction composite structure or top or bottom are provided with glue unreeling machine and the release paper rolling of glue upper strata
Machine.
In use, putting non-woven fabrics and conductive fabric at unreeling structure, non-woven fabrics and conductive fabric are transferred to by unreeling structure
Punch mechanism.The concrete structure of unreeling structure is existing.
Punch mechanism punches on non-woven fabrics and conductive fabric, to facilitate kink mechanism to install knob on non-woven fabrics and conductive fabric
Button.The electrode slice made due to this forming machine is double row type, therefore has two drifts being arranged side by side on punch mechanism so that it is
Two row's installing holes can be gone out on non-woven fabrics and conductive fabric.This punch mechanism with two drifts is also existing.
The non-woven fabrics and conductive fabric that punch hole are transferred to kink mechanism by punch mechanism, and kink mechanism includes what left and right was arranged
First dotter and the second dotter, specifically, the first dotter and the second dotter can the mode as shown in Fig. 4 or Fig. 5 be put
Put, it is possible to place otherwise, as long as being able to ensure that and can installing button on two row's installing holes.First dotter
And second the structure of dotter consistent, be also existing structure.As it is shown in fig. 7, be additionally provided with existing in the both sides of the first dotter
Vibrating disk sending buckle mechanism, the parts of button can be passed to the first dotter so that it is button can be arranged on non-woven fabrics and lead
On electricity cloth；Correspondingly, the both sides of the second dotter also are provided with vibrating disk sending buckle mechanism.
Be arranged on kink mechanism rear is traction composite structure, and on the one hand traction composite structure draws non-woven fabrics and lead
The transport of electricity cloth, on the other hand can be attached to the bottom of non-woven fabrics and conductive fabric by the PE film with glue.PE is the most entitled
Polyethylene, is the simplest macromolecular organic compound of structure, the most widely used macromolecular material in the world today.PE
Film as base material, is divided into high density polyethylene (HDPE) protecting film, Midst density according to the difference of density with Special polyethylene (PE) plastic sheeting
Polyethylene and Low Density Polyethylene.PE film with glue is commonly used in the art.
Specifically, it is provided with glue unreeling machine and the release paper rolling of glue upper strata at the traction sidepiece of composite structure or top or bottom
Machine.PE film can be transferred to draw composite structure by glue unreeling machine, and PE film is fitted with release paper, and release paper can play PE film
Protective effect.Release paper is also known as release paper, separate paper, silicone oil paper.PE film is attached to non-woven fabrics and conductive fabric by traction composite structure
After Di Bu, the release paper shielded can be reclaimed by glue upper strata release paper winder.Unreeling machine and the release paper rolling of glue upper strata
The particular location of machine is also not limited to above-mentioned, as long as the position of above-mentioned functions can be completed.
After having pasted PE film, electrode slice basic forming, the follow-up mechanism that cuts through is that electrode slice is cut into required shape, tool
Body is to complete by being arranged on the shaving die cutting through in mechanism.Cutting rear electrode sheet i.e. to complete, gives up in remaining corner
Material is reclaimed by rolling-up mechanism.
Traction composite structure, cut through mechanism and rolling-up mechanism is existing.
Further, it is provided with release paper transfer device, described release paper between described kink mechanism and traction composite structure
The sidepiece of transfer device or top or bottom are provided with release paper unreeling machine and release paper counterdie winder.
During work, the non-woven fabrics and conductive fabric that install conductive buckle are transferred to release paper transfer device by kink mechanism, every
From paper unreeling machine, the release paper with counterdie being transferred to release paper transfer device, release paper transfer device is in the bottom of conductive buckle
Sticking on release paper, counterdie is reclaimed by release paper counterdie winder.Equally, release paper unreeling machine and the tool of release paper counterdie winder
Body position is also not limited to above-mentioned position.
Further, hemisection mechanism and the Quan Qie mechanism that mechanism includes front and back arranging, described rolling-up mechanism bag are cut through described in
Include the hemisection waste material winder being located between hemisection mechanism and Quan Qie mechanism, and the counterdie waste material being located at Quan Qie mechanism rear portion is received
Volume machine.
Operationally, non-woven fabrics and conductive fabric are first cut through by hemisection mechanism, by hemisection waste material winder by non-woven fabrics and
The waste recovery of conductive fabric；PE film is cut through by Quan Qie mechanism, and counterdie waste material winder is by the waste recovery of PE film.Above-mentioned each structure
It is existing.
Further, between described hemisection mechanism and hemisection waste material winder, be provided with the first haulage gear, Quan Qie mechanism and
It is provided with the second haulage gear between counterdie waste material winder.First haulage gear and the second haulage gear can provide power, make whole
Individual forming machine can trouble-free operation.
Further, the sidepiece of described Quan Qie mechanism is provided with finished product collecting box.Can will be made by finished product collecting box
Finished electrode sheet is collected.
Further, also include that control equipment, the both sides up and down of the discharging opening of described traction composite structure are equipped with one
The photoelectric sensor being connected with control equipment.
During work, when high-order monitor detects non-woven fabrics and conductive fabric, transmit a signal to control equipment, can assert
Non-woven fabrics and conductive fabric are the most tight, and control equipment controls the first haulage gear decelerating operation, reduce non-woven fabrics and conduction
The elasticity of cloth, makes the glue on non-woven fabrics and conductive fabric not pullled；When low level monitor detects non-woven fabrics and conductive fabric,
Transmit a signal to control equipment, can assert that non-woven fabrics and conductive fabric are the most lax, it is likely that can be dragged on floor, control
Equipment controls the first haulage gear acceleration work, improves non-woven fabrics and the elasticity of conductive fabric, makes non-woven fabrics and the conductive fabric will not
It is dragged on floor.
Further, manual tenslator it is provided with between described unreeling structure and punch mechanism；Described manual tension force
Control device and include that pedestal, pedestal are provided with bearing, bearing has been bolted pressing plate, has regulated described bolt and can make pressing plate
With base-separation or contact.Unclamp bolt, make pressing plate fit with pedestal, and make pressing plate be in case of bending, be bolted,
Non-woven fabrics and conductive fabric through this manual tenslator can be compressed.
Further, between described traction composite structure and hemisection mechanism, between the first haulage gear and Quan Qie mechanism all
It is provided with described manual tenslator.Shi Quanqie mechanism also can work efficiently.
Further, traction composite structure and hemisection mechanism between manual tenslator and the first haulage gear with
The photoelectric sensor of the sensed button being connected with control equipment it is equipped with on manual tenslator between Quan Qie mechanism.
During work, the two photoelectric sensor can sense the position at button place, transfers data to control equipment, control
The position that control equipment can calculate hemisection mechanism and Quan Qie mechanism should cut, and control hemisection mechanism and Quan Qie mechanism cuts
Thoroughly, make whole forming machine the most properly functioning.
Further, also including frame, described first dotter and the second dotter are all by displacement governor motion and machine
Frame connects, by displacement governor motion scalable the first dotter and second dotter position in frame.
Specifically, frame includes the first frame, the second frame and the 3rd frame.Unreeling structure, punch mechanism and dotter
Structure is located in the first frame；Release paper transfer device, release paper unreeling machine and release paper counterdie winder, traction composite structure,
Glue unreeling machine and glue upper strata release paper winder are located in the second frame；Hemisection mechanism, the first haulage gear, hemisection waste material rolling
Machine, Quan Qie mechanism, the second haulage gear and counterdie waste material winder are located in the 3rd frame.
By displacement governor motion scalable the first dotter and second dotter position in frame.
The invention has the beneficial effects as follows: the double coin shape physiotherapy electrode plate molding that the present invention is obtained by above-mentioned design
Machine, during use, can get double coin shape physiotherapy electrode plate by the first dotter and the second dotter, according to demand, if
Count difform die cutting die, the physiotherapy electrode plate of available required form.This double coin shape physiotherapy electrode plate molding
Machine shaping efficiency is high, and function is many, is suitable for producing physiotherapy electrode plate in enormous quantities.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme of the embodiment of the present invention, below by embodiment required use attached
Figure is briefly described, it will be appreciated that the following drawings illustrate only certain embodiments of the present invention, and it is right to be therefore not construed as
The restriction of scope, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to according to this
A little accompanying drawings obtain other relevant accompanying drawings.
Fig. 1 is the structural representation of monolithic coin shape physiotherapy electrode plate in prior art；
Fig. 2 is the structural representation of four coin shape physiotherapy electrode plates in prior art；
Fig. 3 is the structure chart of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides；
Fig. 4 is the first dotter of double coin shape physiogherapy electrode panel forming machine of providing of the embodiment of the present invention and second dozen
A kind of schematic diagram of the set-up mode of deduction；
Fig. 5 is the first dotter of double coin shape physiogherapy electrode panel forming machine of providing of the embodiment of the present invention and second dozen
The schematic diagram of the another kind of set-up mode of deduction；
Fig. 6 is the structure chart of the punch mechanism of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides；
Fig. 7 is the structure of the first dotter of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Figure；
Fig. 8 is the knot of the release paper transfer device of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Composition；
Fig. 9 is the structure of the traction composite structure of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Figure；
Figure 10 is the manual tenslator of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Structure chart；
Figure 11 is the sectional view of Fig. 1；
Figure 12 is the first frame Shang Ge mechanism of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Structure chart；
Figure 13 is the second frame Shang Ge mechanism of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Structure chart；
Figure 14 is the 3rd frame Shang Ge mechanism of the double coin shape physiogherapy electrode panel forming machine that the embodiment of the present invention provides
Structure chart.
Figure acceptance of the bid note is respectively as follows:
Unreeling structure 101；Punch mechanism 102；First dotter 103；Second dotter 104；Traction composite structure 105；
Glue unreeling machine 106；Glue upper strata release paper winder 107；Release paper transfer device 108；Release paper unreeling machine 109；At the bottom of release paper
Film winder 110；Hemisection mechanism 111；Quan Qie mechanism 112；Hemisection waste material winder 113；Counterdie waste material winder 114；First
Haulage gear 115；Second haulage gear 116；Finished product collecting box 117；Photoelectric sensor 118；Pedestal 119；Bearing 120；Bolt
121；Pressing plate 122.
Detailed description of the invention
Physiotherapy electrode plate is one of product conventional in physical therapy, and coin shape physiotherapy electrode plate is in physiotherapy electrode plate
Kind, gain the name because it is arranged above with button.The specification of coin shape physiotherapy electrode plate is varied, has single, also has plurality of rows of.
The coin shape physiotherapy electrode plate that traditional forming machine produces monolithic substantially, the most again by multiple monolithics
Coin shape physiotherapy electrode plate be pasted onto on a PE counterdie.This way easily causes contamination of products, and the ginseng manually pasted
Secondary uneven, crooked.Not only production efficiency is low and product there is also impression of the hand, and outward appearance is irregular, has run counter to health care row
The hygienic requirements that industry is basic, has been greatly reduced the class of product.
Those skilled in the art are seeking a kind of instrument improving this problem or method the most always.
In consideration of it, the designer of the present invention is by long-term exploration and trial, and experiment repeatedly and effort, constantly
Reform and innovation, have devised a kind of double coin shape physiogherapy electrode panel forming machine, and this forming machine shaping efficiency is high, and function is many,
It is suitable for producing physiotherapy electrode plate in enormous quantities.
For making the purpose of the embodiment of the present invention, technical scheme and advantage clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
The a part of embodiment of the present invention rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment obtained under not making creative work premise, broadly falls into the scope of protection of the invention.Therefore,
Detailed description to the embodiments of the invention provided in the accompanying drawings is not intended to limit the model of claimed invention below
Enclose, but be merely representative of the selected embodiment of the present invention.Based on the embodiment in the present invention, those of ordinary skill in the art are not having
Have and make the every other embodiment obtained under creative work premise, broadly fall into the scope of protection of the invention.
Refer to Fig. 3-14
The present embodiment provide double coin shape physiogherapy electrode panel forming machine, be called for short forming machine in this document, including before
After set gradually unreeling structure 101, punch mechanism 102, kink mechanism, traction composite structure 105, cut through mechanism and winder
Structure；Described kink mechanism includes the first dotter 103 and the second dotter 104 that left and right is arranged；Described traction composite structure 105
Sidepiece or top or bottom be provided with glue unreeling machine 106 and glue upper strata release paper winder 107.
On address and be subsequently noted before and after, refer to the direction in Fig. 3, Fig. 4 or Fig. 5 in Figure of description, a described left side
The right side, refers to the direction in Fig. 4 or Fig. 5.
This forming machine is used to make double coin shape physiotherapy electrode plate, is called for short electrode slice in this document.Fig. 1 illustrates
The schematic diagram of conventional monolithic type electrode slice, Fig. 2 shows the schematic diagram of four conventional flap-type electrode slices；Of the prior art
Forming machine only comprises a dotter, when making electrode slice, can only make continuous print, single electrode slice, if to make
Four flap-type electrode slices shown in Fig. 2, then need to carry out subsequent treatment, generally by manually having pasted.
The forming machine that the present embodiment provides, in use, puts non-woven fabrics and conductive fabric, unreeling machine at unreeling structure 101
Non-woven fabrics and conductive fabric are transferred to punch mechanism 102 by structure 101.The concrete structure of unreeling structure 101 is existing.
Punch mechanism 102 punches on non-woven fabrics and conductive fabric, to facilitate kink mechanism to pacify on non-woven fabrics and conductive fabric
Dress button.The electrode slice made due to this forming machine is double row type, therefore has two punchings being arranged side by side on punch mechanism 102
Head so that it is two row's installing holes can be gone out on non-woven fabrics and conductive fabric.This punch mechanism 102 with two drifts is also existing
Have.
The non-woven fabrics and conductive fabric that punch hole are transferred to kink mechanism by punch mechanism 102, and kink mechanism includes that left and right sets
The first dotter 103 and the second dotter 104 put, specifically, the first dotter 103 and the second dotter 104 can by Fig. 4 or
Mode shown in Fig. 5 is placed, it is possible to place otherwise, as long as button can be installed on two row's installing holes.Fig. 3
In shown forming machine, the first dotter 103 and the second dotter 104 are to place according to the mode shown in Fig. 5.
The structure of the first dotter 103 and the second dotter 104 is consistent, is also existing structure.As it is shown in fig. 7, first
The both sides of dotter 103 are additionally provided with existing vibrating disk sending buckle mechanism, and the parts of button can be passed by vibrating disk sending buckle mechanism
To the first dotter 103 so that it is button can be arranged on non-woven fabrics and conductive fabric；Correspondingly, the both sides of the second dotter 104
It also is provided with vibrating disk sending buckle mechanism.
Be arranged on kink mechanism rear is traction composite structure 105, and traction composite structure 105 1 aspect draws nonwoven
Cloth and conductive fabric, on the other hand can be attached to the bottom of non-woven fabrics and conductive fabric by the PE film with glue.PE is the most entitled
Polyethylene, is the simplest macromolecular organic compound of structure, the most widely used macromolecular material in the world today it
One.PE film with glue is commonly used in the art.
Specifically, traction composite structure 105 sidepiece or top or bottom is provided with glue unreeling machine 106 and glue upper strata is release
Paper winder 107.PE film can be transferred to draw composite structure 105 by glue unreeling machine 106, and PE film is fitted with release paper, release
Paper can play the protective effect to PE film.Release paper is also known as release paper, separate paper, silicone oil paper.Traction composite structure 105 is by PE film
After being attached to bottom non-woven fabrics and conductive fabric, the release paper shielded can be reclaimed by glue upper strata release paper winder 107.Glue is put
The particular location of volume machine 106 and glue upper strata release paper winder 107 is also not limited to above-mentioned, as long as above-mentioned functions can be completed
Position.
After having pasted PE film, electrode slice basic forming, the follow-up mechanism that cuts through is that electrode slice is cut into required shape, tool
Body is to complete by being arranged on the shaving die cutting through in mechanism.Cutting rear electrode sheet i.e. to complete, gives up in remaining corner
Material is reclaimed by rolling-up mechanism.
Traction composite structure 105, cut through mechanism and rolling-up mechanism is existing.Upper strata, the left side i.e. nonwoven of chain-dotted line in Fig. 9
Cloth and conductive fabric, left side lower floor chain-dotted line i.e. PE film, right-hand point is rule i.e. with non-woven fabrics and the conductive fabric of PE film.
By the forming machine of so design, electrode slice can be made double shape, can directly produce four flap-type shown in Fig. 2
Electrode slice, eliminates the process of artificial stickup, not only saves cost, improves efficiency, also improve the quality of electrode slice, make
It disclosure satisfy that the hygienic requirements of health care industry.
Owing to glue has certain corrosivity to metal, therefore touch in conductive buckle (button the most described above) and splicing
One layer of release paper need to be sticked in position, it is to avoid conductive buckle gets rusty.To this end, between described kink mechanism and traction composite structure 105
Being provided with release paper transfer device 108, the sidepiece of described release paper transfer device 108 or top or bottom are provided with release paper unreeling machine
109 and release paper counterdie winder 110.
During work, the non-woven fabrics and conductive fabric that install conductive buckle are transferred to release paper transfer device 108 by kink mechanism,
Release paper with counterdie is transferred to release paper transfer device 108 by release paper unreeling machine 109, and release paper transfer device 108 exists
Release paper is sticked in the bottom of conductive buckle, and the counterdie of release paper is reclaimed by release paper counterdie winder 110.Equally, release paper unreels
The particular location of machine 109 and release paper counterdie winder 110 is also not limited to above-mentioned position.
The concrete structure of release paper transfer device 108, release paper unreeling machine 109 and release paper counterdie winder 110 is also
Existing.Fig. 8 i.e. non-woven fabrics of chain-dotted line at the middle and upper levels and conductive fabric, lower floor's chain-dotted line i.e. release paper.
There are the non-woven fabrics of some finished electrode sheets and conductive fabric and PE film size identical, and have the nothing of some finished electrode sheets
Spinning varying in size of cloth and conductive fabric and PE film, as shown in Fig. 1 and Figure 11, the size of the PE film of this electrode slice is more than non-woven fabrics
And the size of conductive fabric, this electrode slice, when cutting through, needs in two steps, first non-woven fabrics and conductive fabric is cut through, and by nonwoven
Cloth and the waste recovery of conductive fabric, then PE film is cut through and reclaims the waste material of PE film.Therefore, cut through mechanism described in include front and back setting
The mechanism 112 of hemisection mechanism 111 and Quan Qie put, described rolling-up mechanism includes being located between mechanism 112 of hemisection mechanism 111 and Quan Qie
Hemisection waste material winder 113, and be located at the counterdie waste material winder 114 at Quan Qie mechanism 112 rear portion.
Operationally, non-woven fabrics and conductive fabric are first cut through by hemisection mechanism 111, by hemisection waste material winder 113 by nothing
Spin the waste recovery of cloth and conductive fabric；PE film is cut through by Quan Qie mechanism 112, and the waste material of PE film is returned by counterdie waste material winder 114
Receive.Above-mentioned each structure is existing.
Preferably, between described hemisection mechanism 111 and hemisection waste material winder 113, the first haulage gear 115 it is provided with, entirely
Cut and be provided with the second haulage gear 116 between mechanism 112 and counterdie waste material winder 114.First haulage gear 115 and the second traction
Mechanism 116 can provide power, enables whole forming machine trouble-free operation.
Preferably, also including frame, above-mentioned each mechanism is all located in frame.Specifically, frame include the first frame, second
Frame and the 3rd frame.Unreeling structure 101, punch mechanism 102 and kink mechanism are located in the first frame；Release paper transfer device
108, release paper unreeling machine 109 and release paper counterdie winder 110, traction composite structure 105, glue unreeling machine 106 and glue upper strata
Release paper winder 107 is located in the second frame；Hemisection mechanism the 111, first haulage gear 115, hemisection waste material winder 113,
Quan Qie mechanism the 112, second haulage gear 116 and counterdie waste material winder 114 are located in the 3rd frame.This design, one
Aspect can reduce the difficulty of processing of each frame, improves the machining accuracy of frame, on the other hand makes each frame adjustable relative to position,
Working site can be put flexibly.
The sidepiece of Quan Qie mechanism 112 is provided with finished product collecting box 117, the finished product can will made by finished product collecting box 117
Electrode slice is collected.
Preferably, mechanism 112 of hemisection mechanism 111 and Quan Qie uses circular pressing and cutting machine, uses the hemisection machine of this structure
Structure 111 and Quan Qie mechanism 112 can make cross cutting stable, and cross cutting speed is improved about 1/3rd, die-cut equipment in hemisection or
Full butt is the highest in the face of the planarity requirements of cutting knife, has cut through bottom PE film when of being otherwise easily caused hemisection, another
Limit does not switches to position, ultimately result in can not waste discharge, the flatness of toolsetting is also required to compare professional operator and debugs, general
Logical personnel adjust bad likely half a day.And dise knife just calculates the degree of depth of hemisection when making cutter, as long as it is solid that cutter is put into knife rest
Reserve, need not regulate.
It is to move up and down on a fixing position additionally, die-cut, owing to product has the conducting resinl (spy of 1mm-2mm
Property: glue is liquid curing character, has the biggest elasticity, and band toughness) need for die-cut die-cut more deeper than preliminary dimension
The degree of depth, thus can switch to base plate, time one elongated base plate has indenture, will not cut through, and needs to carry out altitude mixture control tune again
Examination.
On market 4 attachments be substantially single die-cut after manually tear and be attached on an other PE counterdie, even if automatically
Die cutting device also can only single be cut, and follow-up needs for tearing manually being posted, and thus can leave impression of the hand, easily make
Become contamination of products, furthermore the ginseng time of artificial patch is uneven, crooked.And Rotary equipment has the dotter of two, work simultaneously
Make, hemisection and entirely cut also be by 4 one edition design cutting die, can one-shot forming, finished product out just can directly pack shipment.With
Shi Benji can also produce mono-sheet, it is not necessary to any change, is a tractor serves several purposes.
In electrode slice manufacturing process, non-woven fabrics and conductive fabric were in tensioned state before traction composite structure 105,
Production efficiency the most just can be made to maximize, and precision can be improved.After sticking PE film, owing to glue has certain elasticity, as
The most tight conveying, then can cause location inaccurate, easily produce deviation.Therefore, it is in traction composite structure 105 and hemisection mechanism
The non-woven fabrics with PE film and conductive fabric between 111 are in relaxed state, as shown in Fig. 3, Figure 13 and Figure 14.So under state
Non-woven fabrics and conductive fabric glue can be made not pullled.
But excessively lax non-woven fabrics and conductive fabric can reduce production efficiency, it is also possible to cause non-woven fabrics and conductive fabric to be dragged to
On floor, bring pollution to non-woven fabrics and conductive fabric.To this end, designer devises such a mechanism: this forming machine also includes
Control equipment, the both sides up and down of the discharging opening of described traction composite structure 105 are equipped with the photoelectricity being connected with control equipment
Sensor 118, is called high bit detector and low bit detector.
Control equipment is that in field of machining, each process equipment is commonly used, it is possible to control the operation of whole process equipment.
Therefore, the control equipment in this forming machine is also connected with each other with other each mechanisms.
During work, when high-order monitor detects non-woven fabrics and conductive fabric, transmit a signal to control equipment, can assert
Non-woven fabrics and conductive fabric are the most tight, and control equipment controls the first haulage gear 115 decelerating operation, reduce non-woven fabrics and lead
The elasticity of electricity cloth, makes the glue on non-woven fabrics and conductive fabric not pullled；When low level monitor detects non-woven fabrics and conductive fabric
Time, transmit a signal to control equipment, can assert that non-woven fabrics and conductive fabric are the most lax, it is likely that can be dragged on floor,
Control equipment controls the first haulage gear 115 and accelerates work, improves non-woven fabrics and the elasticity of conductive fabric, makes non-woven fabrics and conduction
Cloth will not be dragged on floor.
In order to improve non-woven fabrics and the conductive fabric elasticity before traction composite structure 105, in unreeling structure 101 and punching
Being provided with manual tenslator between holes mechanism 102, non-woven fabrics and conductive fabric can be compressed by manual tenslator, then lead to
Cross the traction of traction composite structure 105, the elasticity of non-woven fabrics and conductive fabric can be improved.
Concrete manual tenslator includes that pedestal 119, pedestal 119 are provided with bearing 120, and bearing 120 passes through
Bolt 121 is fixed with pressing plate 122, regulates described bolt 121 and pressing plate 122 can be made to separate with pedestal 119 or contact.Such as Figure 10 institute
Showing, now pressing plate 122 separates with pedestal 119, and is fixed by bolt 121, makes pressing plate 122 to loosen；Unclamp bolt 121,
Make pressing plate 122 fit with pedestal 119, and make pressing plate 122 be in press-bending state, fixed by bolt 121, can be by manual through this
The non-woven fabrics of tenslator and conductive fabric compress.Chain-dotted line on pedestal 119 i.e. non-woven fabrics and conductive fabric in Figure 10.
Non-woven fabrics and conductive fabric between traction composite structure 105 and hemisection mechanism 111 are in relaxed state, this state
Under non-woven fabrics and conductive fabric inconvenience hemisection mechanism 111 non-woven fabrics and conductive fabric are cut through.In order to make hemisection mechanism 111 energy
Enough normally and efficiently work, between traction composite structure 105 and hemisection mechanism 111, be also provided with above-mentioned manual tension force control
Device, the manually compression of tenslator, and the traction of the first haulage gear 115, can make entrance hemisection mechanism 111
Non-woven fabrics and conductive fabric are in tight state so that it is can work well.Specifically, this manual tenslator is located at the 3rd
In frame, closer to hemisection mechanism 111.
Preferably, between the first haulage gear 115 and Quan Qie mechanism 112, it also is provided with above-mentioned manual tenslator,
Shi Quanqie mechanism 112 also can work efficiently.
Mechanism 112 of hemisection mechanism 111 and Quan Qie, before cutting through, needs non-woven fabrics and conductive fabric are carried out position detection,
In case switching to button, bringing damage to cutter, will also result in waste product.Therefore, in traction composite structure 105 and hemisection mechanism 111
Between manual tenslator and the first haulage gear 115 and Quan Qie mechanism 112 between manual tenslator on
It is equipped with the photoelectric sensor 118 of the sensed button being connected with control equipment.
During work, the two photoelectric sensor 118 can sense the position at button place, transfers data to control and sets
Standby, control equipment can calculate the position that mechanism 112 of hemisection mechanism 111 and Quan Qie should cut, and controls hemisection mechanism 111 and complete
Cut mechanism 112 to cut through, make whole forming machine the most properly functioning.
Preferably, described first dotter 103 and the second dotter 104 are all connected with frame by displacement governor motion,
Specifically, the first dotter 103 and the second dotter 104 are all connected by displacement governor motion and the first frame, pass through displacement
Governor motion scalable the first dotter 103 and second dotter 104 position in the first frame.Displacement governor motion is machine
The mechanism that tool manufacture field is conventional, can carry out adjustment of displacement to relevant device, enable whole process equipment work well.Example
As, the knife rest of lathe is provided with the position of displacement governor motion, adjustable knife rest and cutter so that it is can alignment pieces carry out
Processing.
It is highly preferred that punch mechanism 102 and release paper transfer device 108 also by displacement governor motion respectively with the first machine
Frame and the second frame connect.The position making the two mechanism is the most adjustable, enables forming machine trouble-free operation, improves yield rate, fall
Low equipment fault.
The double coin shape physiogherapy electrode panel forming machine that the present embodiment is obtained by above-mentioned design, can not only successfully give birth to
Produce double coin shape physiotherapy electrode plate, and it has automatic detection function, displacement regulatory function, it can be greatly improved and produce effect
Rate, rate of reducing the number of rejects and seconds, reduces equipment fault, reduces production cost, improve the performance of enterprises.
The foregoing is only the preferred embodiments of the present invention, be not limited to the present invention, for the skill of this area
For art personnel, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, that is made any repaiies
Change, equivalent, improvement etc., should be included within the scope of the present invention.
Claims (9)
1. a double coin shape physiogherapy electrode panel forming machine, it is characterised in that include unreeling structure, the punching front and back set gradually
Holes mechanism, kink mechanism, draw composite structure, cut through mechanism and rolling-up mechanism；
Described kink mechanism includes the first dotter and second dotter of left and right setting；
The sidepiece of described traction composite structure or top or bottom are provided with glue unreeling machine and glue upper strata release paper winder；
Described cut through hemisection mechanism and the Quan Qie mechanism that mechanism includes front and back arranging；
Described rolling-up mechanism includes the hemisection waste material winder being located between hemisection mechanism and Quan Qie mechanism, and is located at machine of entirely cutting
The counterdie waste material winder at structure rear portion.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 1, it is characterised in that described kink mechanism and
Traction composite structure between be provided with release paper transfer device, the sidepiece of described release paper transfer device or top or bottom be provided with every
From paper unreeling machine and release paper counterdie winder.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 1, it is characterised in that described hemisection mechanism and
It is provided with between hemisection waste material winder between the first haulage gear, Quan Qie mechanism and counterdie waste material winder and is provided with the second traction machine
Structure.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 1, it is characterised in that described Quan Qie mechanism
Sidepiece is provided with finished product collecting box.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 3, it is characterised in that also include that control sets
Standby, the both sides up and down of the discharging opening of described traction composite structure are equipped with a photoelectric sensor being connected with control equipment.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 5, it is characterised in that described unreeling structure and
Manual tenslator it is provided with between punch mechanism；
Described manual tenslator includes that pedestal, pedestal are provided with bearing, and bearing has been bolted pressing plate, regulation
Described bolt makes pressing plate and base-separation or contacts.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 6, it is characterised in that described traction compounding machine
Between structure and hemisection mechanism, between the first haulage gear and Quan Qie mechanism, it is equipped with described manual tenslator.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 7, it is characterised in that traction composite structure with
The manual tenslator between manual tenslator and the first haulage gear and Quan Qie mechanism between hemisection mechanism
On be equipped with the photoelectric sensor of the sensed button being connected with control equipment.
Double coin shape physiogherapy electrode panel forming machine the most according to claim 1, it is characterised in that also include frame, institute
State the first dotter and the second dotter is all connected with frame by displacement governor motion, regulate first by displacement governor motion
Dotter and second dotter position in frame.
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| CN106373670B (en) * | 2016-10-19 | 2017-08-08 | 广州橸赛精密机械有限公司 | The production method of button-shaped electrode slice |
| CN111514453B (en) * | 2020-04-30 | 2021-05-04 | 浙江荣企医疗科技有限公司 | Double-row button type physiotherapy electrode piece forming machine |
| CN112693946B (en) * | 2021-03-24 | 2021-12-14 | 山东华滋自动化技术股份有限公司 | Production process of electrode plate |
| CN113183225B (en) * | 2021-03-24 | 2022-08-19 | 山东华滋自动化技术股份有限公司 | Automatic dotting production line |
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| CN101716392B (en) * | 2009-12-14 | 2012-08-22 | 广东工业大学 | Automatic assembling device of skin electrode and assembling method thereof |
| CN101847713B (en) * | 2010-03-23 | 2012-07-18 | 东莞市鸿宝锂电科技有限公司 | Continuous sheet-making machine |
| CN103042808A (en) * | 2011-10-13 | 2013-04-17 | 上虞市荣企保健用品有限公司 | One-step forming roller pressing and roller cutting machine for electrode slice substrate |
| CN203944910U (en) * | 2014-04-01 | 2014-11-19 | 惠州市赢合科技有限公司 | Electrode slice cutting machine |
| CN204521996U (en) * | 2015-01-26 | 2015-08-05 | 翁文校 | A kind of double coin shape physiogherapy electrode panel forming machine |
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