CN202200453U - Handle flashing removing device for flashing removing mechanism utilizing stacking barrel technology - Google Patents
Handle flashing removing device for flashing removing mechanism utilizing stacking barrel technology Download PDFInfo
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- CN202200453U CN202200453U CN2011203121688U CN201120312168U CN202200453U CN 202200453 U CN202200453 U CN 202200453U CN 2011203121688 U CN2011203121688 U CN 2011203121688U CN 201120312168 U CN201120312168 U CN 201120312168U CN 202200453 U CN202200453 U CN 202200453U
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Abstract
A handle flashing removing device for a flashing removing mechanism utilizing the stacking barrel technology belongs to the technical field of blowing forming machines for hollow plastic containers. The flashing removing mechanism utilizing the stacking barrel technology comprises a first backing plate and a second backing plate, and the handle flashing removing device comprises a first fixed plate, a second fixed plate, a pressing block, a tool rest driving mechanism, a tool rest and a tool driving mechanism. The first fixed plate is fixed onto the first backing plate and provided with a first guide sleeve, a pressing block guide column is arranged in the first guide sleeve, a pressing block buffering spring is sleeved onto the first guide sleeve, and the second fixed plate is fixed onto the second backing plate. The pressing block is connected with one end of the pressing block guide column, the tool rest driving mechanism is arranged on the second fixed plate, the tool rest is positioned between the pressing block and the second fixed plate and connected with the tool rest driving mechanism, a handle flashing removing tool is arranged in a cavity of the tool rest, and the tool driving mechanism is arranged on the tool rest and connected with the handle flashing removing tool. The handle flashing removing device has the advantages that handle flashing removing efficiency is high, flashing can be removed thoroughly without burrs reserved, and working intensity is relieved for workers.
Description
Technical field
The utility model belongs to hollow plastic container blow molding machine technology field; Be specifically related to a kind of clear overlap device of handgrip of pile bucket technology overlap removal mechanism; Be configured on the hollow plastic container blow molding machine, play the effect that the technology overlap or the title technology slitter edge at the handgrip place that remains in the pile bucket after the blow molding are removed
Background technology
U.S. Pat 3886824 (blowing method of hollow plastic container and device) and one Chinese patent application publication number CN1654189A (mouth cutting mechanism of automatic blow moulding bottle machine) are retained in the technology contents of removing as the technology overlap (established technology slitter edge) at the bottleneck position of hollow container such as wide-mouth bottle, dairy produce bottle and beverage bottle etc. when all having introduced blow molding.Yet, in disclosed China and foreign countries patent documentation, all be not seen in the technical information that the technology overlap at the handgrip place of pile bucket is removed.
are shown in Figure 4 to be known pile bucket; Comprise staving 7, the top of staving 7 has handgrip 71 and lid 72, according to known general knowledge; The staving 7 of this shape can be realized stacked, promptly can use the meaning that embodies the pile on the term with piling up each other according to the staving 7 that needs quantity.
are shown in Figure 5 to be the sketch map of the pile bucket technology overlap removal mechanism in the prior art; Comprise first backup plate 8 and second backup plate 9; First, second backup plate 8,9 corresponds to each other; Be installed with the secondary mould 81 in one first end towards the top of a side of second backup plate 9 at first backup plate 8; The bottom is installed with one first mouthful of secondary mould 82, and is installed with the secondary mould 91 in corresponding second end, position of the secondary mould 81 in a position and first end towards the top of a side of first backup plate 8 at second backup plate 9, and the bottom of second backup plate 9 is installed with the corresponding second mouthful of secondary mould 92 in the position of a position and first mouthful of secondary mould 82.Wherein: on first backup plate 8 and be positioned at the secondary mould 81 in described first end above be provided with the end guide rod 83 of forging a knife; Be arranged with the end buffer spring 831 of forging a knife on forge a knife guide rod 83 at this end, and the guide rod 83 of forging a knife the end of at was equipped with for one first end and forges a knife 832 towards an end end of aforesaid second backup plate 9; On second backup plate 9 and be positioned at the secondary mould 91 in described second end above be provided with the end working cylinder 93 of forging a knife; Forge a knife and connect the end connecting rod 931 of forging a knife on the cylinder block in forge a knife at this end end of working cylinder 93; And the end of the connecting rod 931 of forging a knife the end of at was fixed with for one second end and forges a knife 932, forged a knife and 932 forge a knife 832 corresponding with aforesaid first end in this second end.
The staving 7 of
pile bucket after by hollow plastic container blow molding machine blow molding is transferred to the pile bucket technology overlap removal device place of structure shown in Figure 5; Promptly get into first, second backup plate 8, between 9; Along with first, second 8,9 closes up and staving 7 seized on both sides by the arms end of keeping to the side by the common cooperation of secondary mould 81,91 in first, second and the secondary mould 82,92 of first, second mouthful; In this process; By first, second end forge a knife 832,932 will remain in the bottom of staving 7 the technology overlap of edge remove; And order about 932 832 the direction displacements that continue to forge a knife of forging a knife of second end by forge a knife work and the connecting rod 931 of forging a knife the end of through of working cylinder 93 of the end, the technology overlap of the bottom central position that residues in staving 7 is removed towards first end.
above-mentioned existing deficiency of pile bucket technology overlap removal mechanism by Fig. 5 signal is: only can the technology overlap of staving 7 bottoms be removed, and can't the technology overlap at the handgrip that residues in staving 7 71 places be removed.So the technology overlap that prior art will residue in handgrip 71 places by the workman with the mode of handwork usually is that the handgrip overlap is removed (industry be called remove the handgrip overlap).There is following shortcoming in manual removal handgrip overlap: the one, and labor strength is big, and operating efficiency is low; The 2nd, the manual regularity of removing is difficult to ensure that the probability of residual burr is bigger on handgrip 71, punctures user's hand during use easily.
In view of above-mentioned prior art, be necessary in addition perfectly, for this reason, the applicant has done useful design, and the technical scheme that will introduce below produces under this background
Summary of the invention
The task of
the utility model is to provide a kind of overlap that helps will residue in fast and effectively on the handgrip thoroughly to remove and be of value to the clear overlap device of handgrip of the pile bucket technology overlap removal mechanism that alleviates labor strength.
The task of
the utility model is accomplished like this; A kind of clear overlap device of handgrip of pile bucket technology overlap removal mechanism; Described pile bucket technology overlap removal mechanism comprises opposite each other and can close up each other or one first backup plate and one second backup plate that the phase mutual exclusion is opened; The clear overlap device of described handgrip comprises one first fixed head and one second fixed head, and first fixed head is fixed on described first backup plate, on this first fixed head, is provided with a pair of first guide pin bushing; Be provided with a briquetting guide pillar in each first guide pin bushing; And on a pair of first guide pin bushing, respectively be arranged with the briquetting buffer spring, second fixed head is fixed on described second backup plate, and corresponding with said first fixed head; One briquetting, this briquetting is connected with the end end of said briquetting guide pillar towards said second fixed head; A dozen knife rest driving mechanisms, this frame driving mechanism of forging a knife is arranged on described second fixed head; A dozen knife rests, this forges a knife chord position between the described briquetting and second fixed head, and is connected with the said frame driving mechanism of forging a knife, and in the frame chamber of forging a knife of this frame of forging a knife, is provided with a handgrip overlap rotationally and forges a knife; One is used to order about the driving mechanism of forging a knife that the handgrip overlap is forged a knife and rotated, and is arranged on the said frame of forging a knife, and forges a knife with the handgrip overlap and to be connected.
are in one of the utility model concrete embodiment; The described frame driving mechanism of forging a knife comprises a guide pillar support plate, a pair of guide pillar and one first acting cylinder; The guide pillar support plate is fixedly connected with described second fixed head through one group of locating clip sleeve pipe; And be positioned at the side back to described second backup plate of second fixed head; A pair of guide pillar is parallel and be located in slidably on the guide pillar support plate and second fixed head; Each guide pillar is fixedly connected towards a side of second fixed head with the described frame of forging a knife, and first acting cylinder is fixed on the side of second fixed head towards said guide pillar support plate with the horizontal boom state, and the first acting cylinder post of this first acting cylinder is connected towards a side of said second fixed head with the said frame of forging a knife after passing second fixed head.
are in another concrete embodiment of the utility model; Middle position at the length direction of described guide pillar support plate offers an acting cylinder resigning hole; And on described second fixed head and in centre, offer an acting cylinder post resigning hole corresponding to described acting cylinder resigning hole; This acting cylinder post resigning hole is corresponding towards the middle part of the long side direction of a side of second fixed head with the said frame of forging a knife; Described first acting cylinder is fixed at the position and second fixed head corresponding to the acting cylinder resigning hole, and the first acting cylinder post of this first acting cylinder passes described acting cylinder post resigning hole and is connected with the frame of forging a knife.
are in another concrete embodiment of the utility model; Offer an acting cylinder post attachment screw hole towards a side of said second fixed head and in position at the described frame of forging a knife corresponding to the described first acting cylinder post; And on the distal end faces of the first acting cylinder post, offering a cylinder post matching hole, the frame of will forging a knife is connected with the first acting cylinder post by screwing in cylinder post matching hole with the adaptive attachment screw in acting cylinder post attachment screw hole in the position in acting cylinder post attachment screw hole.
in another concrete embodiment of the utility model, described first acting cylinder is cylinder or oil cylinder.
also have among the concrete embodiment the utility model; In the described frame chamber of forging a knife, constitute an axle bed; The described driving mechanism of forging a knife comprises second acting cylinder, tooth bar, gear and gear shaft; Second acting cylinder is fixed on the described frame of forging a knife with the horizontal boom state, and tooth bar is formed on the second acting cylinder post of second acting cylinder, and is meshed with gear; Gear shaft is bearing on forge a knife frame and the described axle bed rotationally; One end of this gear shaft leans out axle bed, and to supply described handgrip overlap to forge a knife fixing, and the other end of gear shaft is stretched over and supplies described gear to fix outside the frame chamber of forging a knife, and described second acting cylinder is cylinder or oil cylinder.
at more and among concrete embodiment of the utility model, is fixed with a tooth bar defelctor apron at position on the described frame of forging a knife and above corresponding to described tooth bar, and tooth bar and this tooth bar defelctor apron are slidingly matched.
the utility model so that concrete embodiment in; The both sides of the long side direction of described tooth bar defelctor apron respectively constitute a tooth bar bead guide channel; The both sides of the long side direction of said tooth bar respectively have tooth bar guiding bead, and tooth bar guiding bead and tooth bar bead guide channel are slidingly matched.
at again more and among concrete embodiment of the utility model, and the end that described handgrip overlap is forged a knife constitutes the holder of forging a knife, and this forge a knife holder and described gear shaft are fixed; And the other end that the handgrip overlap is forged a knife constitutes the head of forging a knife.
at again and then among concrete embodiment of the utility model, the described frame of forging a knife constitutes the cutting edge of a U-shaped in general towards the top of a side of said briquetting.
The technical scheme that
the utility model provides is by the frame driving mechanism of forging a knife promote to forge a knife frame motion and make the action of forging a knife of handgrip overlap by the driving mechanism of forging a knife; Handgrip overlap on the handgrip of the staving that residues in the pile bucket is effectively removed; Not only have the handgrip overlap and remove the efficient height, remove and thoroughly and not can leave over burr, and can alleviate workman's operation intensity.
Description of drawings
Fig. 1 is the embodiment and the application examples sketch map of the utility model.
Fig. 2 is the detailed structure view of the clear overlap device of handgrip shown in Figure 1.
Fig. 3 for blow out by hollow plastic container blow molding machine and on handgrip the residual partial sectional view that the pile bucket of technology overlap is arranged.
Fig. 4 is the sketch map of known pile bucket.
Fig. 5 is the sketch map of the pile bucket technology overlap removal mechanism in the prior art.
The specific embodiment
can be expressly understood the technical spirit and the beneficial effect of the utility model more for the auditor that the makes Patent Office especially public; The applicant general elaborates with the mode of embodiment below; But the description to embodiment all is not the restriction to the utility model scheme, any according to the utility model design done only for pro forma but not substantial equivalent transformation all should be regarded as the technical scheme category of the utility model.
Fig. 1 and Fig. 2 are asked for an interview in
; In Fig. 1, provided pile bucket technology overlap removal mechanism; Comprise first backup plate 8 and second backup plate 9, be provided with the end guide rod 83 of forging a knife on the top of first backup plate 8, and be arranged with buffer spring 831 on forging a knife guide rod 83 at this end; The guide rod 83 of forging a knife the end of at was screwed for one first end and has forged a knife 832 towards an end end of second backup plate 9; On first backup plate 8 and be positioned at the end forge a knife guide pillar 83 below be screwed the secondary mould 81 in one first end equally, the secondary mould 81 in this first end is towards second backup plate 9, (being the bottom) has been screwed first mouthful of secondary mould 82 below first backup plate 8.Be provided with the end working cylinder 93 of forging a knife on the top of second backup plate 9; Connect the end connecting rod 931 of forging a knife on forge a knife the cylinder post of working cylinder 93 end of at; And promptly forge a knife towards first end end of 832 of the end of the connecting rod 931 of forging a knife the end of at was fixed with for one second end and forges a knife 932; Forge a knife and 932 forge a knife 832 corresponding with first end in this second end; On second backup plate 9 and be positioned at the aforesaid end forge a knife working cylinder 93 below be screwed the secondary mould 91 in one second end; The secondary mould 91 in this corresponding with pair mould 81 of aforesaid first end second end, and (being the bottom) has been screwed one second mouthful of secondary mould 92 below second backup plate 9, and this second mouthful secondary mould 92 is corresponding with first mouthful of secondary mould 82.
Why
applicant claims first, second end secondary mould 81,91 in the above; This is because the secondary mould 81,91 in first, second is used for the bottom position of the staving 7 of illustrated pile bucket is seized on both sides by the arms end; With example; Why claiming first, second mouthful secondary mould 82,92, is because be used for the bung position of staving 7 is seized on both sides by the arms.
are after the blowing of hollow plastic container blow molding machine is accomplished; Promptly obtain staving 7; And be transferred to first, second backup plate 8 of the pile bucket technology overlap removal mechanism of the utility model, between 9; Under the driving of unshowned power, first, second backup plate 8,9 closes up in Fig. 1, seizes staving 7 on both sides by the arms (promptly clamping) by the secondary mould of the secondary mould 81,91 in aforesaid first, second and first, second mouthful 82,92 end; In this process; Forge a knife by first, second end and 832,932 the technology overlap at the bottom edge place of staving 7 to be beaten remove, and drive end connecting rod 931 motions of forging a knife under forging a knife the work of working cylinder 93 end of at, by the end forge a knife connecting rod 931 drive second end forge a knife 932 will be positioned at the place, (basal surface) middle position of staving 7 bottoms the technology overlap destroy (beat except that).After beat removing the technology overlap, first, second backup plate 8,9 is scolded out each other, and end working cylinder 93 reverse operations of forging a knife, and it is 932 fixing to be forged a knife in second end, is in the holding state of action next time.
are obvious, in said process can't with the handgrip that residues in staving 7 71 place and remove by first, second handgrip overlap 711,712 shown in Figure 3.So the technical essential of the technical scheme that provides as the utility model has additional the clear overlap device of a handgrip by means of first, second backup plate 8,9.
are asked for an interview Fig. 2 and are continued to combine Fig. 1; Preferably but not the clear overlap device of the handgrip that definitely is limited to comprises first, second fixed head 1,2, briquetting 3, the frame driving mechanism 4 of forging a knife, the forge a knife frame 5 and the driving mechanism 6 of forging a knife; First fixed head 1 is promptly fixed by the outside of the bottom of first backup plate 8 of Fig. 1 signal with aforesaid by the first fixed head hold-down screw 12; And the bottom of this first fixed head 1 leans out the bottom (Fig. 1 shows) of first backup plate 8; On first fixed head 1, be provided with a pair of first guide pin bushing 11 that quantity does not receive the diagram restricted number; In each first guide pin bushing 11, be provided with a briquetting guide pillar 111, and be arranged with a briquetting buffer spring 112 towards an end of second fixed head 2 at first guide pin bushing 11.Second fixed head 2 is fixed with the outside of the bottom of aforesaid second backup plate 9; And the bottom of this second fixed head 2 leans out the bottom of second backup plate 9; Middle position at the length direction of second fixed head 2 offers an acting cylinder post resigning hole 21, and is concaved with a dozen knife rest grooves 22 at second fixed head 2 towards the length direction of a side of the frame 5 of forging a knife.Briquetting 3 also can be referred to as mouth and forge a knife; Be fixed on the end end of aforesaid briquetting guide pillar 11 towards the frame 5 of forging a knife; One end of briquetting 3 and be concaved with the one first bung chamber 31 of stepping down towards a side of the frame 5 of forging a knife; The frame driving mechanism 4 of forging a knife is fixed on the side of aforesaid second fixed head 2 back to second backup plate 9, and is positioned at the middle position of second fixed head 2, and this frame driving mechanism 4 of forging a knife is connected with the frame 5 of forging a knife.Forge a knife frame 5 between the briquetting 3 and second fixed head 2, in the frame chamber 51 of forging a knife of the frame 5 of forging a knife, be provided with a handgrip overlap rotationally and forge a knife 52.The driving mechanism 6 of forging a knife is arranged on the frame 5 of forging a knife, and aforesaid handgrip overlap is forged a knife and 52 in the frame chamber 51 of forging a knife, is connected with this driving mechanism 6 of forging a knife.
Fig. 2 is continued to see in
; The aforesaid frame driving mechanism 4 of forging a knife comprises a guide pillar support plate 41, a pair of guide pillar 42 and one first acting cylinder 43; Guide pillar support plate 41 adopts one group of (present embodiment is four) the locating clip sleeve pipe 411 and second fixed head 2 to fix; Specifically be between the guide pillar support plate 41 and second fixed head 2, to wear jacket pipe screw 4111; Locating clip sleeve pipe 411 is set on the jacket pipe screw 4111; And an end end face of locating clip sleeve pipe 411 is kept out on guide pillar support plate 41, and the other end is kept out on second fixed head 2, limits the distance (spacing) between the locating support plate 41 and second fixed head 2 locating clip sleeve pipe 411.By shown in Figure 1; Middle position at the length direction of guide pillar support plate 41 offers an acting cylinder resigning hole 412; Aforesaid acting cylinder post resigning hole 21 middle positions corresponding to acting cylinder resigning hole 412, promptly corresponding with the center of circle of the acting cylinder resigning hole 412 of circle.A pair of guide pillar 42 respectively is provided on the guide pillar support plate 41 and second fixed head 2 through guide pin bushing 421 slidably.And each guide pillar 42 is connected with the frame 5 of forging a knife after passing second fixed head 2.On an end end face of the frame 5 of forging a knife, be processed with guide pillar connecting hole 422 at each guide pillar 42.First acting cylinder 43 is fixed on the side of aforesaid second fixed head 2 back to second backup plate 9 with the horizontal boom state; Specifically: first acting cylinder 43 is fixing at the position and second fixed head 2 corresponding to aforesaid acting cylinder resigning hole 412; That is to say that first acting cylinder, 43 piggybackings are fixing in the acting cylinder resigning hole 412 and second fixed head 2, the first acting cylinder post 431 of first acting cylinder 43 passes aforesaid acting cylinder post resigning hole 21 and is connected with the frame 5 of forging a knife.First acting cylinder, 43 preferred use cylinders (present embodiment promptly is), but do not repel the use oil cylinder.
Fig. 2 is still seen in
; The whole frame 5 of forging a knife is similar to the casing structure of rectangle; Constitute the one second bung chamber 56 of stepping down equally towards a side of aforesaid briquetting 3 and in the position in the chamber 31 of stepping down corresponding to first bung at this frame 5 of forging a knife; And the frame 5 of forging a knife offers an acting cylinder post attachment screw hole 53 towards the middle part of the length direction of second fixed head, 2 one sides; This acting cylinder post attachment screw hole 53 is corresponding with aforesaid acting cylinder post resigning hole 21, when with attachment screw 531 by means of acting cylinder post attachment screw hole 53 with after aforesaid cylinder post connecting hole 4311 is connected, being connected of just realized forging a knife frame 5 and the first acting cylinder post 431.The frame 5 of forging a knife promptly respectively adopts guide pillar attachment screw 57 to be connected with aforesaid a pair of guide pillar 42 corresponding to the both sides of acting cylinder post resigning hole 21 towards the two ends of a side of second fixed head 2.
are under the work of first acting cylinder 43; When the first acting cylinder post 431 in cylinder body during to outer stretching, extension; Just promote the frame 5 of forging a knife be connected with the first acting cylinder post 431; Make the frame 5 of forging a knife towards the direction displacement of briquetting 3, be arranged on handgrip overlaps in the frame chamber 51 of forging a knife and forge a knife 52 and be located at the also simultaneous displacement of driving mechanism 6 of forging a knife on the frame 5 of forging a knife.
preferably but not the driving mechanism 6 of forging a knife that definitely is limited to comprises second acting cylinder 61, tooth bar 62, gear 63 and gear shaft 64; Second acting cylinder 61 is fixed on the end end of frame 5 towards a side of second fixed head 2 of forging a knife with the horizontal boom state; Specifically be that the acting cylinder seat 611 of second acting cylinder 61 is fixing with the frame 5 of forging a knife; Tooth bar 62 is formed on the second acting cylinder post of second acting cylinder 61, that is to say, the second acting cylinder post of second acting cylinder 61 is a rack-and-pinion acting cylinder post; And tooth bar 62 and gear 63 engagements; One end of gear shaft 64 is bearing on the aforesaid axle bed 511 rotationally, and leans out axle bed 511, and aforesaid handgrip overlap is forged a knife and 52 is fixed on the end that leans out that gear shaft 64 leans out axle bed 511; The other end of gear shaft 64 is bearing on the frame 5 of forging a knife rotationally and leans out the frame 5 of forging a knife, and gear 63 is fixed on this and leans out end.The top of frame 5 towards an end of tooth bar 63 is fixed with a tooth bar defelctor apron 54 forging a knife; This tooth bar defelctor apron 54 is corresponding to the top of tooth bar 52; And the bottom in the both sides of the length direction of this guide plate of gear rack 54 respectively constitutes a tooth bar bead gathering sill 541; And the both sides of the length direction of tooth bar 62 respectively are formed with tooth bar guiding bead 621, tooth bar guiding bead 621 and tooth bar bead guide groove 541 slippery (being slidingly matched).
aforesaid second acting cylinder 61 both can be a cylinder; Also can be oil cylinder, present embodiment be selected and is used cylinder, this shows; Can not constitute the restriction to the utility model scheme with the variation of second acting cylinder 61, aforesaid first acting cylinder 43 is with example.
are by shown in Figure 2; A forge a knife end of 52 of aforesaid handgrip overlap constitutes the holder 521 of forging a knife; This holder 521 of forging a knife is fixed on the aforesaid gear shaft 64 with the flat key fixed form, and forge a knife 52 the other end of handgrip overlap constitutes a dozen cutter heads 522.Preferred scheme also can be offered a back-up ring stop screw hole 641 on the end face of gear shaft 64; Fixing with back-up ring stop screw hole 641 by a back-up ring stop screw 6411 together with back-up ring 6412; Thereby limit forge a knife 52 the holder 521 of forging a knife of 6412 pairs of aforesaid handgrip overlaps of back-up ring, use preventing that the handgrip overlap from forging a knife and 52 come off from gear shaft 54.
are when 61 work of second acting cylinder; For example make tooth bar 62 when the direction displacement of first fixed head 1; Just by tooth bar 62 driven gears 63 to being rotated counterclockwise; And then, finally drive the handgrip overlap that is fixed on the gear shaft 64 52 rotations of forging a knife by gear shaft 64 by gear 63 driven gear axles 64,522 hit and residue in the technology overlap on the handgrip 7 by forging a knife.
are asked for an interview Fig. 3 and are combined Fig. 1 and Fig. 2; By shown in Figure 3; Residual on the handgrip 71 of the staving 7 behind the blow molding have a technology overlap (also claiming the technology slitter edge), the applicant with the technology overlap be defined as respectively first-hand overlap 711 and second-hand overlap 712.In the time will first, second handgrip overlap 711,712 being removed; So along with close up (under the drive of first, second backup plate 8,9) of first, second fixed head 1,2; And under the work of first acting cylinder 43 of the frame driving mechanism 4 of forging a knife; To forge a knife frame 5 towards the direction displacement of briquetting 3 by the first acting cylinder post 431, in this process, the second-hand will be removed overlap 712 by the cutting edge 55 of the U-shaped on the frame 5 of forging a knife.Then forge a knife second acting cylinder 61 work of driving mechanism 6 is by the superincumbent description of applicant, by forge a knife 52 forge a knife and 522 beat removing to overlap with first-hand of handgrip overlap.Because the removing method of technology overlap of bottom that residues in staving 7 is because of belonging to known technology, and the applicant is described in the above, so repeats no more.After first, second handgrip overlap 711,712 was removed, the first acting cylinder post 431 of first, second acting cylinder 43,61, tooth bar 62 rollbacks were prepared the work of next circulation.At this moment, the frame 5 of forging a knife is joined (Fig. 1 shows) towards side of second fixed head 2 and aforesaid frame groove 22 edges of forging a knife.
In sum, the technical scheme that the utility model provides has solved people for a long time to be expected the technical problem that solves to have reached goal of the invention, has embodied due technique effect
Claims (10)
1. the clear overlap device of handgrip of
a kind of pile bucket technology overlap removal mechanism; Described pile bucket technology overlap removal mechanism comprises opposite each other and can close up each other or one first backup plate (8) and one second backup plate (9) that the phase mutual exclusion is opened; It is characterized in that the clear overlap device of described handgrip comprises one first fixed head (1) and one second fixed head (2); First fixed head (1) is fixed on described first backup plate (8); On this first fixed head (1), be provided with a pair of first guide pin bushing (11), be provided with a briquetting guide pillar (111) in each first guide pin bushing (11), and on a pair of first guide pin bushing (11), respectively be arranged with briquetting buffer spring (112); Second fixed head (2) is fixed on described second backup plate (9), and corresponding with said first fixed head (1); One briquetting (3), this briquetting (3) is connected with the end end of said briquetting guide pillar (111) towards said second fixed head (9); A dozen knife rest driving mechanisms (4), this frame driving mechanism (4) of forging a knife is arranged on described second fixed head (2); A dozen knife rests (5), this frame of forging a knife (5) is positioned between described briquetting (3) and second fixed head (2), and is connected with the said frame driving mechanism (4) of forging a knife, and in the frame chamber (51) of forging a knife of this frame of forging a knife (5), is provided with a handgrip overlap forge a knife (52) rotationally; One is used to order about the handgrip overlap driving mechanism of forging a knife (6) that (52) rotate of forging a knife, be arranged on the said frame of forging a knife (5), and with the handgrip overlap forge a knife (52) be connected.
2. the clear overlap device of handgrip of
pile bucket technology overlap according to claim 1 removal mechanism; It is characterized in that the described frame driving mechanism (4) of forging a knife comprises a guide pillar support plate (41), a pair of guide pillar (42) and one first acting cylinder (43); Guide pillar support plate (41) is fixedly connected with described second fixed head (2) through one group of locating clip sleeve pipe (411); And be positioned at the side back to described second backup plate (9) of second fixed head (2); A pair of guide pillar (42) is parallel and be located in slidably on guide pillar support plate (41) and second fixed head (2); Each guide pillar (42) is fixedly connected with the side of the described frame of forging a knife (5) towards second fixed head (2); First acting cylinder (43) is fixed on the side of second fixed head (2) towards said guide pillar support plate (41) with the horizontal boom state, and the first acting cylinder post (431) of this first acting cylinder (43) is connected with the side of the said frame of forging a knife (5) towards said second fixed head (2) after passing second fixed head (2).
3. the clear overlap device of handgrip of
pile bucket technology overlap according to claim 2 removal mechanism; It is characterized in that offering an acting cylinder resigning hole (412) in the middle position of the length direction of described guide pillar support plate (41); And go up and offer an acting cylinder post resigning hole (21) in centre corresponding to described acting cylinder resigning hole (412) at described second fixed head (2); This acting cylinder post resigning hole (21) is corresponding towards the middle part of the long side direction of a side of second fixed head (2) with the said frame of forging a knife (5); Described first acting cylinder (43) is fixing corresponding to the position of acting cylinder resigning hole (412) and second fixed head (2), and the first acting cylinder post (431) of this first acting cylinder (43) passes described acting cylinder post resigning hole (21) and is connected with the frame of forging a knife (5).
4.
are according to the clear overlap device of handgrip of claim 2 or 3 described pile bucket technology overlap removal mechanism; It is characterized in that offering an acting cylinder post attachment screw hole (53) towards a side of said second fixed head (2) and in position corresponding to the described first acting cylinder post (431) at the described frame of forging a knife (5); And on the distal end faces of the first acting cylinder post (431), offering a cylinder post matching hole (4311), the frame (5) of will forging a knife is connected with the first acting cylinder post (431) by screwing in cylinder post matching hole (4311) with the adaptive attachment screw (531) in acting cylinder post attachment screw hole (53) in the position in acting cylinder post attachment screw hole (53).
5.
is characterized in that according to the clear overlap device of handgrip of claim 2 or 3 described pile bucket technology overlap removal mechanism described first acting cylinder (43) is cylinder or oil cylinder.
6. the clear overlap device of handgrip of
pile bucket technology overlap according to claim 1 removal mechanism; It is characterized in that in the described frame chamber (51) of forging a knife, constituting an axle bed (511); The described driving mechanism of forging a knife (6) comprises second acting cylinder (61), tooth bar (62), gear (63) and gear shaft (64); Second acting cylinder (61) is fixed on the described frame of forging a knife (5) with the horizontal boom state; Tooth bar (62) is formed on the second acting cylinder post of second acting cylinder (61); And be meshed with gear (63), gear shaft (64) is bearing on frame of forging a knife (5) and the described axle bed (511) rotationally, an end of this gear shaft (64) lean out axle bed (511) supply described handgrip overlap forge a knife (52) fixing; And that the other end of gear shaft (64) is stretched over the outer described gear (63) that supplies in the frame chamber (51) of forging a knife is fixing, and described second acting cylinder (61) is cylinder or oil cylinder.
7. the clear overlap device of handgrip of
pile bucket technology overlap according to claim 6 removal mechanism; It is characterized in that upward and at the position, top corresponding to described tooth bar (62) being fixed with a tooth bar defelctor apron (54) at the described frame of forging a knife (5), tooth bar (52) is slidingly matched with this tooth bar defelctor apron (54).
8. the clear overlap device of handgrip of
pile bucket technology overlap according to claim 7 removal mechanism; The both sides that it is characterized in that the long side direction of described tooth bar defelctor apron (54) respectively constitute a tooth bar bead guide channel (541); The both sides of the long side direction of said tooth bar (62) respectively have tooth bar guiding bead (624), and tooth bar guiding bead (621) is slidingly matched with tooth bar bead guide channel (541).
9. the clear overlap device of handgrip of
pile bucket technology overlap according to claim 6 removal mechanism; It is characterized in that the forge a knife end of (52) of described handgrip overlap constitutes the holder (521) of forging a knife, this holder of forging a knife (521) is fixing with described gear shaft (64); And the forge a knife other end of (52) of handgrip overlap constitutes the head (522) of forging a knife.
10.
The clear overlap device of handgrip of pile bucket technology overlap removal mechanism according to claim 6 is characterized in that the described frame of forging a knife (5) constitutes the cutting edge (55) of a U-shaped in general towards the top of a side of said briquetting (3)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203121688U CN202200453U (en) | 2011-08-25 | 2011-08-25 | Handle flashing removing device for flashing removing mechanism utilizing stacking barrel technology |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011203121688U CN202200453U (en) | 2011-08-25 | 2011-08-25 | Handle flashing removing device for flashing removing mechanism utilizing stacking barrel technology |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202200453U true CN202200453U (en) | 2012-04-25 |
Family
ID=45964590
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2011203121688U Expired - Lifetime CN202200453U (en) | 2011-08-25 | 2011-08-25 | Handle flashing removing device for flashing removing mechanism utilizing stacking barrel technology |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202200453U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102285101A (en) * | 2011-10-12 | 2011-12-21 | 苏州同大模具有限公司 | Handle deburring device of process deburring mechanism of stacking drum |
| CN106945210A (en) * | 2017-05-04 | 2017-07-14 | 马家全 | A kind of junction flash removal device of tower rubber insulator |
| CN108838803A (en) * | 2018-06-24 | 2018-11-20 | 苏州盛迪通电子科技有限公司 | A kind of polyethylene chemical barrel deburring apparatus and method |
-
2011
- 2011-08-25 CN CN2011203121688U patent/CN202200453U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102285101A (en) * | 2011-10-12 | 2011-12-21 | 苏州同大模具有限公司 | Handle deburring device of process deburring mechanism of stacking drum |
| CN106945210A (en) * | 2017-05-04 | 2017-07-14 | 马家全 | A kind of junction flash removal device of tower rubber insulator |
| CN108838803A (en) * | 2018-06-24 | 2018-11-20 | 苏州盛迪通电子科技有限公司 | A kind of polyethylene chemical barrel deburring apparatus and method |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20120425 |