CN105291487B - Spark plug paper sleeve forming machine with material cutting mechanism - Google Patents
Spark plug paper sleeve forming machine with material cutting mechanism Download PDFInfo
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- CN105291487B CN105291487B CN201510827172.0A CN201510827172A CN105291487B CN 105291487 B CN105291487 B CN 105291487B CN 201510827172 A CN201510827172 A CN 201510827172A CN 105291487 B CN105291487 B CN 105291487B
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Abstract
The invention discloses a kind of spark plug paper sleeve forming machine with material cutting mechanism, including organic frame, feed mechanism, edge gluer structure and Bao Yuanhong sides mechanism；Described feed mechanism includes feeding rail plate and feeding rail plate sliding drive cylinder, described edge gluer structure is arranged at the gluing substrate of the top of feeding rail plate, described Bao Yuanhong sides mechanism includes supporting plate, embrace round core mould, embrace circle positioning pressuring plate, contained side top plate and two armfuls of circle force assemblies for being arranged at armful circle mould left and right sides, charging hole is offered on described supporting plate, the charging hole is connected to the discharge end of feed mechanism, hot air cavity is provided with described contained side top plate, multiple hot blast holes communicated with hot air cavity are provided with the top plate of the contained side top plate, the air-heater being connected with hot air cavity pipeline is additionally provided with described supporting plate.It is an advantage of the invention that reasonable in design, high in machining efficiency, formed product uniformity are good.
Description
Technical field
The present invention relates to a kind of forming machine, the spark plug paper sleeve forming machine with material cutting mechanism is specifically referred to.
Background technology
Spark plug is that high-tension current is introduced into cylinder in gasoline engine ignition system to produce electric spark, to light combustion mixture
The part of body.Spark plug is columnar part, and its one end is insulation cylinder, and grounding nut stretches out insulation cylinder, and the other end is wiring
Screw rod, the end of wiring screw rod sets ignitor（Including lateral electrode and central electrode）, have between insulation cylinder and wiring screw rod
There is diameter to become the big ring-type shaft shoulder, the ring-type shaft shoulder is provided with the hex nut for spark plug spinning, and ignitor is spark
Fill in work of the gap between core, sparking-plug electrode to spark plug to have a significant impact, gap is too small, then spark is faint, and
And easily leaked electricity because producing carbon distribution；Gap is excessive, and required breakdown voltage increases, and engine is difficult to start, and holds in high speed
Easily occurring " misfire " phenomenon, therefore spark plug gap should be appropriate, the spark plug gap that general battery ignition system is used is 0.7~
0.8mm, indivedual spark plug gaps are up to more than 1.0mm.
For convenience of the transport and preservation of spark plug, need to carry out specific aim guarantor to the electrode part of spark plug in packaging
Shield, existing conventional method is to put corrugated paper covers to the electrode part of spark plug.However, in the prior art, spark plug paper set
Processing and forming be typically all manual progress, its method is：On edge typically all by the corrugated paper sheet material that will have been cut
Glue, armful circle and drying edge glue position.
This molding mode, due to being all manual progress, processing efficiency is low, labor intensity is high, Product processing uniformity is poor,
It is therefore desirable to be improved.
In addition, in the prior art, the corrugated paper sheet material for being molded spark plug paper set is typically all to be cut by hand, is cut out
Cut dimensional uniformity poor.
The content of the invention
The invention aims to overcome the shortcoming and defect that prior art is present, and a kind of structure design is provided and closed
The good spark plug paper sleeve forming machine with material cutting mechanism of reason, high in machining efficiency, formed product uniformity.
To achieve the above object, the technical scheme is that being applied including organic frame, material cutting mechanism, feed mechanism, edge
Gluing mechanism and Bao Yuanhong sides mechanism；
Described material cutting mechanism includes guide rack, feeding rack, feeding rack drive cylinder, the first binder cylinder, the second pressure
Expect cylinder and cutoff knife rack, the side of described frame is provided with the charging guide rod at a pair of intervals that are parallel to each other, described guide rack
The material-guiding wheel for being rotated in the outer end of charging guide rod, the guide rack and being provided with a pair of intervals that are parallel to each other is fixedly installed on, it is described
Feeding rack sliding guiding is arranged on charging guide rod, and described feeding rack drive cylinder is fixed in frame and for driving charging
Frame is moved forward and backward on charging guide rod, and feeding rack charging hole is provided with described feeding rack, and the first described binder cylinder is consolidated
Surely it is arranged on feeding rack, and the head end of the piston rod of the first binder cylinder is linkedly set with feeding rack charging hole
First holding pad, the second described binder cylinder is fixedly installed on charging rear end of the frame relative to the first binder cylinder, and this
Be linkedly set with the second holding pad for binder on the piston rod of two binder cylinders, described cutoff knife rack set frame relative to
Cutting knife cylinder is provided with the charging rear end of second binder cylinder, the cutoff knife rack, being linked on the piston rod of the cutting knife cylinder is set
There is the cutting knife for blank；
Described feed mechanism includes to be set on feeding rail plate and feeding rail plate sliding drive cylinder, the table top of the frame
It is equipped with and slides the feeding rail plate slippage slot being adapted to feeding rail plate, feeding rail plate sliding is arranged on feeding rail plate slippage slot,
Three T-slots equidistantly are arranged at intervals with described feeding rail plate, a side of each T-slot, which is hinged, is provided with shape chi
The very little T-shaped unidirectional delivery sheet being adapted with T-slot, it is T-shaped that this three T-shaped unidirectional delivery sheets are followed successively by first relative to feed direction
Relative to feeding on unidirectional delivery sheet, the second T-shaped unidirectional delivery sheet and the 3rd T-shaped unidirectional delivery sheet, the table top of described frame
The avris of rail plate is fixedly installed the first unidirectional cradle and the second unidirectional cradle, the first unidirectional cradle and second unidirectional
Spacing between the spacing of cradle and adjacent two T-shaped unidirectional delivery sheets is equal, the outer end of described T-shaped unidirectional delivery sheet
Lower section is fixedly connected with compression spring, the lower end of the compression spring and the elastic movable supporting in the bottom surface of feeding rail plate slippage slot, and
The outer end of the T-shaped unidirectional delivery sheet is higher than feeding rail plate surface under compression spring support, described the first unidirectional cradle and
Second unidirectional cradle includes the unidirectional cradle pedestal being fixedly installed on the rack table of feeding rail plate both sides, each
Top on unidirectional cradle pedestal relative to feeding rail plate sets to rotate on pedestal connecting shaft, each pedestal connecting shaft and is provided with a pair
Spaced symmetrical unidirectional limited block, and the pivot center of the unidirectional limited block on pedestal connecting shaft is located relative to charging side
To front end side, the unidirectional limited block is provided with unidirectional limited block arc angling portion, the list relative to the front end of feedstock direction
The rear end of feedstock direction is provided with unidirectional limited block corners to limited block, the unidirectional limited block arc angling portion with
Punishment in advance gap is provided between feeding rail plate, the unidirectional limited block corners of the unidirectional limited block pushes pressure under its Action of Gravity Field
It is connected on feeding rail plate；
Described edge gluer structure includes the gluing substrate for the top for being arranged at feeding rail plate, solid on the gluing substrate
Surely at least one gluing cylinder is provided with, the piston rod straight skidding of the gluing cylinder is arranged on gluing substrate, and the gluing
The lower end of the piston rod of cylinder is linkedly set with glue-injection box, and the glue-injection box is internally provided with glue chamber, and injecting glue box plate sets
Plastic hole, the glue that described gluing substrate is additionally provided with glue-injection box for gemel connection transports pump；
Described Bao Yuanhong sides mechanism includes supporting plate, embraces round core mould, embraces circle positioning pressuring plate, contained side top plate and be arranged at
Embrace and offer charging hole on two armfuls of circle force assemblies of the round core mould left and right sides, described supporting plate, the charging hole is connected to
The discharge end of feed mechanism, the lower end of the charging hole, which is provided with, embraces round core mould support base, the described inner support for embracing round core mould
It is positioned on this armful of round core mould support base, this armful of round core mould is located at adjacent lower section between charging hole, this armful of round core mould includes semicircle
On mould under upper mould and semicircle, described semicircle mould be connected on the outer face of mould under semicircle by the first adjustable spring, the semicircle
Mould inner face center is respectively arranged with the half-cone hole tapered into along its axially outward direction aperture under upper mould and semicircle, and this two
Individual half-cone hole, which is monolithically fabricated, to be axially movably set with bellmouth, bellmouth for strutting on semicircle rising for mould under mould and semicircle
The upper end center for pressing closer mould on bar, described semicircle is provided with the first axial strip groove, and described circle positioning pressuring plate of embracing is indulged
It is arranged to sliding on supporting plate, and embraces the lower end of circle positioning pressuring plate and is located at directly over the first strip groove, this armful circle positioning pressure
The lower end of plate is provided with the second strip groove being adapted with the first strip groove, is in embracing circle positioning pressuring plate under pressed status
First strip groove and the second strip groove constitute de- material bar-shaped trough, and sliding is provided with for the de- of de- material in the de- material bar-shaped trough
Expect push rod；Described contained side top plate is located under semicircle immediately below the center of mould, and the contained side top plate longitudinally guiding is movably set in
On supporting plate；The described round assembly that exerts a force of embracing includes an armful circle force pedestal, and the described armful round pedestal Forced rotation that exerts a force is set
It is provided with corresponding with embracing round core mould and is exerted a force the rotation row of pedestal embracing circle on supporting plate, and on this armful circle force pedestal
Sheet material is implemented to embrace in armful circle force section of circle forming force, described contained side top plate in journey and is provided with hot air cavity, the contained side top plate
Top plate on be provided with to be additionally provided with multiple hot blast holes communicated with hot air cavity, described supporting plate and be connected with hot air cavity pipeline
Air-heater.
The present invention principle and advantage be：
It is shown in Figure 1, corrugated paper band is accessed from the guide rack of material cutting mechanism, and through feeding rack charging hole and
The lower section of second holding pad of the second binder cylinder, and then the lower section of cutting knife is entered, when the charging of the material cutting mechanism and blank,
First binder cylinder-pressing corrugated paper band, the second binder cylinder unclamp, feeding rack drive cylinder action so that feeding rack together with
Corrugated paper band moves forward a segment distance together, however, the first binder cylinder unclamps band, the second binder cylinder-pressing band
Material, feeding rack drive cylinder does homing action so that feeding rack exits initial position, so that the band for carrying out next section is fed,
Band moves forward a segment distance, then cutting knife cuts the band of the segment distance under the driving of cutting knife cylinder, is formed for processing
The corrugated paper sheet material covered into spark plug paper；It is arranged such, simple in construction, charging length and blank extension consistency are good, and cost is low.
The corrugated paper sheet material cut is put into the feeding rail plate of feed mechanism, the corrugated board sheet under the transporting of feed mechanism one by one
Material is gradually unidirectionally transported forward, and is applied glue by edge gluer structure at the edge of corrugated paper sheet material, is then re-fed into
In the mechanism of Bao Yuanhong sides, corrugated paper sheet material enters from the charging hole of supporting plate after the processing of one side gluing and embraces the upper of round core mould
Side, embraces circle positioning pressuring plate and moves down, by the middle part clamping and positioning of corrugated paper sheet material in the top of mould on semicircle, tensioner push rod is pushed into
In bellmouth, by mould under mould on semicircle and semicircle with respect to spreading, embrace circle force assembly for two and rotate in opposite directions successively, implement to embrace circle,
Embrace after circle, the marginal portion of corrugated paper sheet material is overlapped, the marginal portion of the corrugated paper sheet material is carried out top and put down by contained side top plate,
The marginal portion of corrugated paper sheet material is mutually clamped, and bonding is dried in the both sides of corrugated paper sheet material by glue under hot blast effect, whole
Body completes an armful circle and dries side process, and tensioner push rod is exited, and de- material push rod is headed into the spark plug paper set after shaping from armful round core mould
Blanking.
The present invention is realized by said mechanism is molded high in machining efficiency, the good advantage of formed product uniformity.
The operation principle and process of the feed mechanism of this setting are put into the feeding of feed mechanism referring to Fig. 2, corrugated paper sheet material
The rear end of first T-shaped unidirectional delivery sheet of rail plate, its transport process is referring to each steps of Fig. 2：In Fig. 2, corrugated paper sheet material label
For W；
Step（1）, feeding rail plate feeding rail plate sliding drive cylinder driving under, move right a trip, due to watt
The left end of stupefied paper sheets is spacing for the raised outer end of first T-shaped unidirectional delivery sheet, therefore, during being somebody's turn to do, corrugated board sheet
Material moves right under the thrusting action of first T-shaped unidirectional delivery sheet together with feeding rail plate, then the corrugated paper sheet material
Pass through from the bottom of the unidirectional limited block of first unidirectional cradle, during this passes through, corrugated paper sheet material is from unidirectional limited block
Punishment in advance gap below arc angling portion enters, the unidirectional limited block corners of jack-up, and then pass through unidirectional limited block then up
Corners, then the corrugated paper sheet material dropping place is in the unidirectional limited block corners of the unidirectional limited block of first unidirectional cradle
Rear end；
Step（2）, feeding rail plate feeding rail plate sliding drive cylinder driving under, be moved to the left a trip, the process
In, under the position-limiting action of the left end of corrugated paper sheet material by the unidirectional limited block corners of unidirectional limited block, corrugated paper sheet material phase
Moved right for feeding rail plate, corrugated paper sheet material is relative to during the moving right of feeding rail plate, corrugated paper sheet material
Second T-shaped unidirectional delivery sheet is passed through, and after corrugated paper sheet material is by second T-shaped unidirectional delivery sheet, second is T-shaped
Unidirectional delivery sheet resets under compression spring effect；
Step（3）, feeding rail plate feeding rail plate sliding drive cylinder driving under, move right a trip, similarly in
Step（1）, in this process, corrugated paper sheet material is by second unidirectional cradle, and dropping place is in second list for corrugated paper sheet material
To the rear end of the unidirectional limited block corners of the unidirectional limited block of cradle；
Step（4）, feeding rail plate feeding rail plate sliding drive cylinder driving under, be moved to the left a trip, similarly in
Step（2）, the process, corrugated paper sheet material is by the 3rd T-shaped unidirectional delivery sheet, and dropping place is in the 3rd T-shaped unidirectional delivery sheet
Rear end；
Step（5）, feeding rail plate is under the sliding drive cylinder driving of feeding rail plate, and move right a trip, corrugated paper
Sheet material is under the thrust of the 3rd T-shaped unidirectional delivery sheet, in the charging hole for being sent to Bao Yuanhong sides mechanism.
The feed mechanism of this setting can realize the equidistant of corrugated paper sheet material and transport one by one, be easy to gluing and follow-up
The sequentially progress of circle and drying operation is embraced, the feed mechanism cost is low, good operation stability.
It is that longitudinal guide housing is provided with described supporting plate further to set, and described armful circle positioning pressuring plate is longitudinally sliding
Move guiding to be arranged in guide housing, the upper end of this armful circle positioning pressuring plate is provided with the guiding driving inclined-plane in vertical support frame plate direction,
Relative to inclined-plane drive block is provided with above the guiding driving inclined-plane for embracing circle positioning pressuring plate in described guide housing, the inclined-plane drives
The direction of motion of motion block and supporting plate are perpendicular, and guiding driving of the lower surface of the inclined-plane drive block with embracing circle positioning pressuring plate is oblique
Face is mutually complementary to be adapted to.It is stable by this setting there is provided a kind of armful of round positioning pressuring plate rock-steady structure that longitudinally lifting drives
Reliably.
Further setting is that the outer end of described guide housing is fixedly installed cover plate, and described two embrace circle force assemblies
Embrace to be symmetrical arranged on the lower end both sides that the round symmetrical rotation of force pedestal is arranged at cover plate, the cover plate for two and embrace round apply with two respectively
The connected second back-moving spring of power pedestal, the reset force applied to embracing circle force pedestal of the second back-moving spring is used to embrace circle
Force pedestal resets after formed sheet.By this setting, embracing after a circle force assembly embraces circle shaping to sheet material, using this second
Back-moving spring resets to embracing circle force assembly, so that the circle of embracing for carrying out next corrugated paper sheet material dries side processing, improves
Processing efficiency.
It is that described circle force section of embracing includes the force-application block slippage slot for being arranged at and embracing on circle force pedestal further to set,
Sliding is provided with force-application block in the force-application block slippage slot, and force is provided between the inner bottom wall of the force-application block and force-application block slippage slot
Block compression spring.By this setting, enable to embrace embrace process that circle power have a gradual change increase of the circle force section to sheet material, energy
Effectively prevent armful circle force section stuck during circle force is embraced, the stability of operation is improved, while also contributing to
Embrace the stability of circle force.
It is that arc force curved surface is provided with the outer face of described force-application block further to set, and described embraces circle force section
Also include embracing the force application board on circle force pedestal, the force application board is located at the rear end that force-application block embraces circle force direction, and the force application board
Outer end be provided with arc force bent plate.By this setting, further ensure and embrace what circle force section was applied to corrugated paper sheet material
The stationarity of circle power is embraced, the Forming Quality of spark plug paper set is improved.
The present invention is described further with reference to specification drawings and specific embodiments.
Brief description of the drawings
Fig. 1 gluings of the present invention, armful circle, baking side process actions procedure chart；
The feed mechanism of Fig. 2 present invention transports schematic diagram；
The embodiment stereogram of Fig. 3 present invention；
The stereogram at another visual angle of Fig. 4 specific embodiment of the invention；
The feeding machine structure schematic diagram of Fig. 5 present invention；
The structural representation at another visual angle of feed mechanism of Fig. 6 present invention；
The edge gluer structure structural representation of Fig. 7 present invention；
Fig. 8 mechanism front views in Bao Yuanhong sides of the present invention；
The partial structurtes stereogram of Fig. 9 Bao Yuanhong sides mechanisms of the present invention；
Figure 10 is Fig. 9 structure decomposition figure；
Figure 11 is the exploded view at Fig. 9 another visual angle；
Figure 12 is an armful circle force assembly stereogram.
Embodiment
The present invention is specifically described below by embodiment, is served only for that the present invention is further described, no
It is understood that for limiting the scope of the present invention, the technician in the field can be according to the content of foregoing invention to the present invention
Make some nonessential modifications and adaptations.
Embodiment of the invention as shown in figs. 1-12, including organic frame 1, feed mechanism 2, edge gluer structure
3 and Bao Yuanhong sides mechanism 4.
Material cutting mechanism 5 described in the present embodiment includes guide rack 51, feeding rack 52, feeding rack drive cylinder 53, first
Binder cylinder 54, the second binder cylinder 55 and cutoff knife rack 56, the side of described frame 1 are provided with a pair of intervals that are parallel to each other
Guide rod 57 is fed, described guide rack 51 is fixedly installed on to rotate in the outer end of charging guide rod, the guide rack 51 and is provided with a pair
Be parallel to each other the material-guiding wheel 511 at interval, and the described sliding of feeding rack 52 guiding is arranged on charging guide rod 57, described feeding rack
Drive cylinder 53 is fixed in frame 1 and for driving feeding rack 52 to be moved forward and backward on charging guide rod, described feeding rack 52
On be provided with feeding rack charging hole 521, the first described binder cylinder 54 is fixedly installed on feeding rack 52, and first binder
The head end of the piston rod of cylinder 54 is linkedly set with the first holding pad 541 in feeding rack charging hole, the second described pressure
Material cylinder 55 is fixedly installed on charging rear end of the frame relative to the first binder cylinder 54, the piston rod of the second binder cylinder 55
On be linkedly set with the second holding pad 551 for binder, described cutoff knife rack 56 sets frame relative to the second binder cylinder
Cutting knife cylinder 561 is provided with 55 charging rear end, the cutoff knife rack 56, is linkedly set with the piston rod of the cutting knife cylinder 561
Cutting knife 562 for blank.
Feed mechanism 2 described in the present embodiment includes feeding rail plate 21 and feeding rail plate sliding drive cylinder 22, described
It is provided with the table top of frame 1 and slides the feeding rail plate slippage slot 11 being adapted to feeding rail plate, the feeding rail plate 21 sliding is set
In on feeding rail plate slippage slot 11, three T-slots 211 equidistantly are arranged at intervals with described feeding rail plate 21, this is each T-shaped
One side of groove, which is hinged, is provided with the T-shaped unidirectional delivery sheet 212 that geomery is adapted with T-slot, this three T-shaped unidirectional feedings
Plate is followed successively by the first T-shaped unidirectional delivery sheet 212a, the second T-shaped unidirectional delivery sheet 212b and the 3rd T-shaped list relative to feed direction
To delivery sheet 212c, the avris on the table top of described frame 1 relative to feeding rail plate is fixedly installed the first unidirectional cradle
12 and the second unidirectional cradle 13, the spacing of the unidirectional cradle 13 of the first unidirectional cradle 12 and second and two adjacent T
Spacing between the unidirectional delivery sheet of type is equal, and the outer end lower section of described T-shaped unidirectional delivery sheet 212 is fixedly connected with compression spring
213, the elastic movable supporting in the lower end of the compression spring 213 and the bottom surface of feeding rail plate slippage slot 11, and the T-shaped unidirectional delivery sheet
212 outer end is higher than the surface of feeding rail plate 21 under the support of compression spring 213, and the first described unidirectional cradle 12 and second is single
Include the unidirectional cradle pedestal 12a being fixedly installed on the rack table of feeding rail plate both sides to cradle 13, each
Top on unidirectional cradle pedestal relative to feeding rail plate sets to rotate on pedestal connecting shaft 12b, each pedestal connecting shaft and is provided with
A pair of spaced symmetrical unidirectional limited block 12c, and pivot center positions of the unidirectional limited block 12c on pedestal connecting shaft 12b
In the front end side relative to feedstock direction, the unidirectional limited block 12c is provided with unidirectional spacing relative to the front end of feedstock direction
Block arc angling portion 12c1, the unidirectional limited block 12c is provided with unidirectional limited block corners relative to the rear end of feedstock direction
Punishment in advance gap 214 is provided between 12c2, unidirectional limited block arc angling portion 12c1 and feeding the rail plate 21, this is unidirectional spacing
The unidirectional limited block corners 12c2 of block is pushed under its Action of Gravity Field to be crimped on feeding rail plate 21.
Edge gluer structure 3 described in the present embodiment includes the gluing substrate 31 for the top for being arranged at feeding rail plate, should
At least one gluing cylinder 32 is fixedly installed on gluing substrate 31, the piston rod straight skidding of the gluing cylinder 32 is arranged at painting
On matrix plate 31, and the lower end of the piston rod of the gluing cylinder 32 is linkedly set with glue-injection box 33, and the inside of the glue-injection box 33 is set
Glue chamber is equipped with, injecting glue box plate sets plastic hole 331, and described gluing substrate 31 is additionally provided with supplies gemel connection with glue-injection box 33
Glue transport pump 34.
Bao Yuanhong sides mechanism 4 described in the present embodiment include supporting plate 44, embrace round core mould 45, embrace circle positioning pressuring plate 46,
Contained side top plate 47 and two armfuls of circle force assemblies 48 for being arranged at armful round core mould left and right sides.
Charging hole 441 is offered on supporting plate 44 described in the present embodiment, the charging hole is connected to the discharging of feed mechanism 2
End, the lower end of the charging hole, which is provided with, embraces round core mould support base 442, and the described inner support for embracing round core mould 45 is positioned at this armful
On round core mould support base 442, this armful of round core mould 45 is located at adjacent lower section between charging hole, and this armful of round core mould 45 includes mould on semicircle
451 and semicircle under mould 452, pass through two first adjustable springs on the outer face of mould 452 under mould 451 and semicircle on described semicircle
453 are connected, on the semicircle under mould 451 and semicircle the inner face center of mould 452 be respectively arranged with along its axially outward direction aperture by
The small half-cone hole 454 of gradual change, two half-cone holes 454, which are monolithically fabricated in bellmouth, bellmouth, is axially movably set with use
In the tensioner push rod 455 for strutting mould 452 under mould 451 and semicircle on semicircle, wherein the first adjustable spring 453 is used in tensioner push rod
455 from bellmouth when exiting, and mould 452 mutually shrinks under mould 451 and semicircle on the semicircle of relative spreading.
In addition, the upper end center of mould 451 is provided with the first axial strip groove 4511 on semicircle described in the present embodiment,
The described circle straight skidding of positioning pressuring plate 46 of embracing is arranged on supporting plate 44, and embraces the lower end of circle positioning pressuring plate 46 positioned at first
Directly over connected in star 4511, the lower end of this armful circle positioning pressuring plate 46 is provided with the Article 2 being adapted with the first strip groove 4511
Connected in star 461, is constituted embracing the first strip groove 4511 and the second strip groove 461 under circle positioning pressuring plate 46 is in pressed status
Sliding is provided with the de- material push rod 462 for de- material in de- material bar-shaped trough, the de- material bar-shaped trough.
In addition, the contained side top plate 47 described in the present embodiment is located under semicircle immediately below the center of mould 452, and the contained side top plate
47 longitudinally guidings are movably set on supporting plate 44；Described circle force assembly 48 of embracing includes an armful circle force pedestal 481, described
Embrace circle force the Forced rotation of pedestal 481 be arranged on supporting plate 44, and this armful circle force pedestal 481 on be provided with embrace a round core
Mould 45 is corresponding and embraces circle force section to sheet material implementation armful circle forming force in the rotational travel for embracing circle force pedestal 481,
Described circle force section of embracing includes the force-application block slippage slot 4811 for being arranged at and embracing on circle force pedestal 481, force-application block sliding
Sliding is provided with force-application block 4812 in groove 4811, is provided between the force-application block 4812 and the inner bottom wall of force-application block slippage slot 4811
Arc force curved surface 48121 is provided with force-application block compression spring 4813, the outer face of described force-application block 4812, described embraces
Circle force section also includes embracing the force application board 4814 on circle force pedestal, and the force application board is located at the round force direction of 4812 armfuls of force-application block
Rear end, and the outer end of the force application board 4814 is provided with arc force bent plate 48141.
Be provided with hot air cavity in contained side top plate 47 described in the present embodiment, be provided with the top plate of the contained side top plate it is multiple with
The air-heater 49 being connected with hot air cavity pipeline is additionally provided with the hot blast hole 471 that hot air cavity is communicated, described supporting plate 44.
Longitudinal guide housing 443 is provided with supporting plate 44 described in the present embodiment, described circle positioning pressuring plate 46 of embracing is indulged
It is arranged to sliding guiding in guide housing 443, the upper end of this armful circle positioning pressuring plate 46 is provided with the guiding in vertical support frame plate direction
Top in driving inclined-plane 463, described guide housing 443 relative to the guiding driving inclined-plane 463 for embracing circle positioning pressuring plate 46 is set
There is inclined-plane drive block 464, the direction of motion and supporting plate 44 of the inclined-plane drive block 464 are perpendicular, and the inclined-plane drive block 464
Guiding driving inclined-plane 463 phase complementation of the lower surface with embracing circle positioning pressuring plate 46 is adapted to, and the outer end of described guide housing 443, which is fixed, to be set
Cover plate 444 is equipped with, two described two armfuls of circle force pedestals 481 for embracing circle force assembly 48, which are symmetrically rotated, is arranged at cover plate
It is symmetrical arranged on 444 lower ends both sides, the cover plate 444 and embraces the second back-moving spring that circle force pedestal 481 is connected with two respectively
482, the second back-moving spring 482 to embrace the reset force that is applied of circle force pedestal 481 be used to embracing circle force pedestal 481 into
Resetted after matrix material.
The present embodiment embraces circle force assembly 48, armful circle positioning pressure by setting the mechanisms such as cam and camshaft to described
Plate 46 and contained side top plate 47 provide driving force, in addition, described tensioner push rod 455 can be driven using mechanisms such as cylinders,
Described inclined-plane drive block 464 can also be implemented to drive by cylinder or cam mechanism, and these power-driven mechanisms are ability
The conventional arrangement in domain, the present embodiment is no longer described in detail.
Claims (5)
1. a kind of spark plug paper sleeve forming machine with material cutting mechanism, it is characterised in that：Including organic frame, material cutting mechanism, feeding
Mechanism, edge gluer structure and Bao Yuanhong sides mechanism；
Described material cutting mechanism includes guide rack, feeding rack, feeding rack drive cylinder, the first binder cylinder, the second binder gas
Cylinder and cutoff knife rack, the side of described frame are provided with the charging guide rod at a pair of intervals that are parallel to each other, and described guide rack is fixed
It is arranged at the material-guiding wheel for being rotated in the outer end of charging guide rod, the guide rack and being provided with a pair of intervals that are parallel to each other, described charging
Frame sliding guiding is arranged on charging guide rod, and described feeding rack drive cylinder is fixed in frame and for driving feeding rack to exist
Feed and moved forward and backward on guide rod, feeding rack charging hole is provided with described feeding rack, the first described binder cylinder, which is fixed, to be set
Be placed on feeding rack, and the piston rod of the first binder cylinder head end be linkedly set with feeding rack charging hole first
Holding pad, the second described binder cylinder is fixedly installed on charging rear end of the frame relative to the first binder cylinder, second pressure
The second holding pad for binder is linkedly set with the piston rod for expecting cylinder, described cutoff knife rack sets frame relative to second
Cutting knife cylinder is provided with the charging rear end of binder cylinder, the cutoff knife rack, use is linkedly set with the piston rod of the cutting knife cylinder
In the cutting knife of blank；
Described feed mechanism includes to be provided with feeding rail plate and feeding rail plate sliding drive cylinder, the table top of the frame
The feeding rail plate slippage slot being adapted to is slid with feeding rail plate, feeding rail plate sliding is arranged on feeding rail plate slippage slot, described
Feeding rail plate on be equidistantly arranged at intervals with three T-slots, a side of each T-slot be hinged be provided with geomery with
The T-shaped unidirectional delivery sheet that T-slot is adapted, it is T-shaped unidirectional that this three T-shaped unidirectional delivery sheets are followed successively by first relative to feed direction
Relative to feeding rail plate on delivery sheet, the second T-shaped unidirectional delivery sheet and the 3rd T-shaped unidirectional delivery sheet, the table top of described frame
Avris be fixedly installed the first unidirectional cradle and the second unidirectional cradle, the first unidirectional cradle and the second unidirectional feeding
Spacing between the spacing of frame and adjacent two T-shaped unidirectional delivery sheets is equal, below the outer end of described T-shaped unidirectional delivery sheet
Compression spring is fixedly connected with, the lower end of the compression spring and the elastic movable supporting in the bottom surface of feeding rail plate slippage slot, and this is T-shaped
The outer end of unidirectional delivery sheet is higher than feeding rail plate surface, the first described unidirectional cradle and the second list under compression spring support
Include the unidirectional cradle pedestal being fixedly installed on the rack table of feeding rail plate both sides to cradle, each unidirectionally send
Top on bin pedestal relative to feeding rail plate sets pedestal connecting shaft, rotate on each pedestal connecting shaft be provided with a pair it is mutual
Every symmetrical unidirectional limited block, and before the pivot center of the unidirectional limited block on pedestal connecting shaft is located relative to feedstock direction
Side is held, the unidirectional limited block is provided with unidirectional limited block arc angling portion relative to the front end of feedstock direction, this is unidirectional spacing
Block is provided with unidirectional limited block corners, the unidirectional limited block arc angling portion and feeding rail relative to the rear end of feedstock direction
Punishment in advance gap is provided between plate, the unidirectional limited block corners of the unidirectional limited block pushes to be crimped under its Action of Gravity Field to be sent
Expect on rail plate；
Described edge gluer structure includes the gluing substrate for the top for being arranged at feeding rail plate, and fixation is set on the gluing substrate
At least one gluing cylinder is equipped with, the piston rod straight skidding of the gluing cylinder is arranged on gluing substrate, and the gluing cylinder
The lower end of piston rod be linkedly set with glue-injection box, the glue-injection box is internally provided with glue chamber, and injecting glue box plate sets plastic emitting
Hole, the glue that described gluing substrate is additionally provided with glue-injection box for gemel connection transports pump；
Described Bao Yuanhong sides mechanism includes supporting plate, embraces round core mould, embraces circle positioning pressuring plate, contained side top plate and be arranged at and embrace circle
Two of the core left and right sides embrace and offer charging hole on circle force assembly, described supporting plate, and the charging hole is connected to feeding
The discharge end of mechanism, the lower end of the charging hole, which is provided with, embraces round core mould support base, the described inner support positioning for embracing round core mould
In on this armful of round core mould support base, this armful of round core mould is located at adjacent lower section between charging hole, and this armful of round core mould includes mould on semicircle
With mould under semicircle, on described semicircle mould be connected on the outer face of mould under semicircle by the first adjustable spring, mould on the semicircle
The half-cone hole tapered into along its axially outward direction aperture is respectively arranged with mould inner face center under semicircle, this two and half
Bellmouth is monolithically fabricated the tensioner top being axially movably set with bellmouth, bellmouth for strutting mould under mould and semicircle on semicircle
The upper end center of mould is provided with the first axial strip groove on bar, described semicircle, and described circle positioning pressuring plate of embracing longitudinally is slided
Shifting is arranged on supporting plate, and the lower end of armful circle positioning pressuring plate is located at directly over the first strip groove, this armful circle positioning pressuring plate
Lower end is provided with the second strip groove being adapted with the first strip groove, is embracing first under circle positioning pressuring plate is in pressed status
Strip groove and the second strip groove constitute de- material bar-shaped trough, and sliding is provided with the de- material top for de- material in the de- material bar-shaped trough
Bar；Described contained side top plate is located under semicircle immediately below the center of mould, and the contained side top plate longitudinally guiding is movably set in support
On plate；The described round assembly that exerts a force of embracing includes an armful circle force pedestal, and the described armful round pedestal Forced rotation that exerts a force is arranged at branch
On frame plate, and this armful circle force pedestal on be provided with embrace round core mould it is corresponding and embrace circle exert a force pedestal rotational travel in
Sheet material is implemented to embrace in armful circle force section of circle forming force, described contained side top plate and is provided with hot air cavity, the top of the contained side top plate
It is provided with plate on multiple hot blast holes communicated with hot air cavity, described supporting plate and is additionally provided with the heat being connected with hot air cavity pipeline
Blower fan.
2. a kind of spark plug paper sleeve forming machine with material cutting mechanism according to claim 1, it is characterised in that：Described
Longitudinal guide housing is provided with supporting plate, described circle positioning pressuring plate straight skidding guiding of embracing is arranged in guide housing, this armful
The upper end of circle positioning pressuring plate is provided with fixed relative to circle is embraced in the guiding driving inclined-plane in vertical support frame plate direction, described guide housing
Inclined-plane drive block is provided with above the guiding driving inclined-plane of position pressing plate, the direction of motion of the inclined-plane drive block is mutually hung down with supporting plate
Directly, and the lower surface of the inclined-plane drive block with embrace circle positioning pressuring plate a guiding driving inclined-plane mutually complementation be adapted to.
3. a kind of spark plug paper sleeve forming machine with material cutting mechanism according to claim 2, it is characterised in that：Described
The outer end of guide housing is fixedly installed cover plate, and two described two armfuls of circle force pedestals for embracing circle force assembly, which are symmetrically rotated, to be set
It is placed on the lower end both sides of cover plate, the cover plate to be symmetrical arranged and embraces the second back-moving spring that circle force pedestal is connected with two respectively,
The second back-moving spring resets to embracing the reset force that circle force pedestal is applied for embracing a circle force pedestal after formed sheet.
4. a kind of spark plug paper sleeve forming machine with material cutting mechanism according to claim 1, it is characterised in that：Described
Embrace circle force section and include the force-application block slippage slot for being arranged at and embracing on circle force pedestal, sliding is provided with the force-application block slippage slot
Force-application block compression spring is provided between the inner bottom wall of force-application block, the force-application block and force-application block slippage slot.
5. a kind of spark plug paper sleeve forming machine with material cutting mechanism according to claim 4, it is characterised in that：Described
Arc force curved surface is provided with the outer face of force-application block, described circle force section of embracing also includes embracing the force on circle force pedestal
Plate, the force application board is located at the rear end that force-application block embraces circle force direction, and the outer end of the force application board is provided with arc force bent plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510827172.0A CN105291487B (en) | 2015-11-24 | 2015-11-24 | Spark plug paper sleeve forming machine with material cutting mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510827172.0A CN105291487B (en) | 2015-11-24 | 2015-11-24 | Spark plug paper sleeve forming machine with material cutting mechanism |
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| Publication Number | Publication Date |
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| CN105291487A CN105291487A (en) | 2016-02-03 |
| CN105291487B true CN105291487B (en) | 2017-08-01 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201510827172.0A Active CN105291487B (en) | 2015-11-24 | 2015-11-24 | Spark plug paper sleeve forming machine with material cutting mechanism |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201300566Y (en) * | 2008-12-10 | 2009-09-02 | 将乐县闽北机械有限公司 | Paper funnel net-sticking machine |
| CN103715609A (en) * | 2013-12-30 | 2014-04-09 | 南京金三力橡塑有限公司 | Assembling device and machining method of protective element for protecting spark plug from voltage breakdown |
| CN204036737U (en) * | 2014-09-15 | 2014-12-24 | 宁波光明橡塑有限公司 | Automobile engine spark plug sheath pushes up movable compacting tool set |
| CN105071226A (en) * | 2015-09-03 | 2015-11-18 | 温州智信机电科技有限公司 | Spark plug sheathing machine with monitoring and material detection functions |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6105676A (en) * | 1991-03-19 | 2000-08-22 | Alhamad; Shaikh Ghaleb Mohammad Yassin | Flame arrester |
-
2015
- 2015-11-24 CN CN201510827172.0A patent/CN105291487B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201300566Y (en) * | 2008-12-10 | 2009-09-02 | 将乐县闽北机械有限公司 | Paper funnel net-sticking machine |
| CN103715609A (en) * | 2013-12-30 | 2014-04-09 | 南京金三力橡塑有限公司 | Assembling device and machining method of protective element for protecting spark plug from voltage breakdown |
| CN204036737U (en) * | 2014-09-15 | 2014-12-24 | 宁波光明橡塑有限公司 | Automobile engine spark plug sheath pushes up movable compacting tool set |
| CN105071226A (en) * | 2015-09-03 | 2015-11-18 | 温州智信机电科技有限公司 | Spark plug sheathing machine with monitoring and material detection functions |
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|---|---|
| CN105291487A (en) | 2016-02-03 |
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Effective date of registration: 20191204 Address after: No. 111, Jiexing Road, Xindai Town, Pinghu City, Jiaxing City, Zhejiang Province Patentee after: PINGHU TAOQIANG MACHINERY Co.,Ltd. Address before: 325000, No. 90, Lane 3, battery Road, Longwan village, Yao Xi Street, Longwan District, Zhejiang, Wenzhou Patentee before: WENZHOU ZHIXIN ELECTROMECHANICAL TECHNOLOGY CO.,LTD. |
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Denomination of invention: Spark plug paper sleeve forming machine with cutting mechanism Effective date of registration: 20211112 Granted publication date: 20170801 Pledgee: Zhejiang Pinghu Rural Commercial Bank Co.,Ltd. Xindai sub branch Pledgor: PINGHU TAOQIANG MACHINERY Co.,Ltd. Registration number: Y2021330002236 |
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Date of cancellation: 20230525 Granted publication date: 20170801 Pledgee: Zhejiang Pinghu Rural Commercial Bank Co.,Ltd. Xindai sub branch Pledgor: PINGHU TAOQIANG MACHINERY Co.,Ltd. Registration number: Y2021330002236 |