CN104129068B - The folding mould device of the bottle blowing die of a bottle blowing machine - Google Patents
The folding mould device of the bottle blowing die of a bottle blowing machine Download PDFInfo
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- CN104129068B CN104129068B CN201410369462.0A CN201410369462A CN104129068B CN 104129068 B CN104129068 B CN 104129068B CN 201410369462 A CN201410369462 A CN 201410369462A CN 104129068 B CN104129068 B CN 104129068B
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Abstract
The invention discloses a kind of folding mould device of bottle blowing die of bottle blowing machine, comprise mould bases, left and right body mould, left and right die holder, left locked mode plate, right locked mode plate, driving seat, left and right locked mode plate is vertically slidably mounted on mould bases; Left and right locked mode plate is arranged at intervals with lock module, left and right die holder is provided with embedding hole, drive seat slide anteroposterior to be installed on mould bases and driven by power set, drive on seat and be provided with left folding modular curve groove and right folding modular curve groove, left locked mode curved groove and right locked mode curved groove, left and right die holder is respectively arranged with the folding mould auxiliary section be constrained in left folding modular curve groove and right folding modular curve groove, left and right locked mode plate is respectively arranged with the locked mode auxiliary section be constrained in left and right locked mode curved groove.This folding mould device structure is simple, instead of current quadric chain, without the need to frequent oil injecting lubricating, avoids anchor bearing to damage, make maintenance work convenient.
Description
Technical field
The present invention relates to a kind of folding mould device, refer to a kind of folding mould device of bottle blowing die of bottle blowing machine especially.
Background technology
Chinese beverage industry was rapidly developed in recent years; and with the fast development driving beverage machine; wherein bottle blowing machine is the machine of a kind of conventional preparation of drinks bottle in beverage machine factory, and wherein clasp mould mechanism is one of key factor having influence on bottle blowing machine yield and stability.Current traditional folding mould device comprises mould bases, left and right die holder, left and right body mould, left die holder and right die holder left and right horizontal are slidably mounted on mould bases, left body mould is fixed on left die holder, right body mould is fixed on right die holder, left and right body mould cooperatively interacts, left and right die holder utilizes four cover linkages to drive folding mould and locked mode, right this structure also exists very large drawback: overlap bar linkage structure owing to have employed more, therefore, need frequent charging-up lubricant oil in articulated position, easy like this bottle blowing scene of causing is dirty and messy; In addition because articulated position is many, charging-up lubricant oil operator is once carelessness, and so articulated position may non-perfect lubrication, affects the flexibility of quadric chain like this.Anchor bearing is easily caused to damage.In addition, locked mode is needed after the body mould matched moulds of left and right, also be locked by quadric chain, quadric chain is generally foundry goods, quadric chain bulky, Heavy Weight, so, once anchor bearing damages, so keep in repair very inconvenient, need special instrument and staff just can complete.And above-mentioned quadric chain is generally by hydraulic cylinder or air cylinder driven, complex structure, closing precision is poor, and movement inertia is large.
Summary of the invention
Technical problem to be solved by this invention is: the folding mould device providing a kind of bottle blowing die of bottle blowing machine; this folding mould device also drives the lifting of left and right locked mode plate while utilizing and driving seat to drive left and right body mould folding mould; and left and right locked mode plate lifting can realize locked mode or the demoulding; this folding mould device structure is simple; instead of current quadric chain; without the need to frequent oil injecting lubricating, avoid anchor bearing to damage, make maintenance work convenient.
For solving the problems of the technologies described above, technical scheme of the present invention is: a kind of folding mould device of bottle blowing die of bottle blowing machine, comprise mould bases, left, right body mould, left, right die holder, described left die holder and right die holder left and right horizontal are slidably mounted on mould bases, described left body mould is fixed on left die holder, right body mould is fixed on right die holder, left, right body mould cooperatively interacts, described folding mould device also comprises left locked mode plate, right locked mode plate, drive seat, described left locked mode plate to be vertically slidably mounted on mould bases and to be positioned at the left side of left die holder, right locked mode plate to be vertically slidably mounted on mould bases and to be positioned at the right side of right die holder, this left locked mode plate and right locked mode plate support restriction left and right displacement by mould bases, left locked mode plate is arranged at intervals with several lock modules towards right extension, right locked mode plate is arranged at intervals with several lock modules towards left extension, be provided with corresponding with the lock module position on left locked mode plate respectively on described left die holder and on right die holder, the embedding hole corresponding with the lock module position on right locked mode plate, described driving seat slide anteroposterior to be installed on mould bases and to be driven by power set, described driving seat is provided with left folding modular curve groove and right folding modular curve groove, left locked mode curved groove and right locked mode curved groove, described left folding modular curve groove comprises the left die sinking straightway being in die opening state, be in the left matched moulds straightway of matched moulds state and connect the left folding mode convertion section of left die sinking straightway and left matched moulds straightway, described right folding modular curve groove comprises the right die sinking straightway being in die opening state, the right matched moulds straightway being in matched moulds state and connects the right folding mode convertion section of right die sinking straightway and right matched moulds straightway, and described left locked mode curved groove comprises to be made that bottle blowing die locks the left low level locked mode straightway being in matched moulds state, the left high position being convenient to bottle blowing die die sinking unclamps straightway and connect the left locked mode action transformation segment that left low level locked mode straightway and a left high position unclamp straightway, described right locked mode curved groove comprises to be made that bottle blowing die locks the right low level locked mode straightway being in matched moulds state, the right high position being convenient to bottle blowing die die sinking unclamps straightway and connects the right locked mode action transformation segment that right low level locked mode straightway and a right high position unclamp straightway, described left die sinking straightway, right die sinking straightway, left folding mode convertion section, right folding mode convertion section and a left and right high position unclamp straightway position corresponding matching, described left matched moulds straightway, right matched moulds straightway and left low level locked mode straightway, right low level locked mode straightway, left locked mode action transformation segment, right locked mode action transformation segment position corresponding matching, described left and right die holder is respectively arranged with the folding mould auxiliary section be constrained in left folding modular curve groove and right folding modular curve groove, described left and right locked mode plate is respectively arranged with the locked mode auxiliary section be constrained in left and right locked mode curved groove.
As the preferred scheme of one, described driving seat comprises level board and left and right vertical plate, and two pieces of vertical plates are parallel is fixed on the left and right end of level board, and described left folding modular curve groove and right folding modular curve groove are arranged on level board and mirror image is arranged; Described left locked mode curved groove is arranged on left vertical plate, and described right locked mode curved groove arranges on right vertical plate, and described left locked mode curved groove is identical with right locked mode curved groove shape.
As the preferred scheme of one, described mould bases comprises the base plate, top board and the left and right side plate that interfix, described base plate is provided with the left and right chute that left and right extends and the jack being positioned at two ends, chute left and right, this left and right chute is convenient to a left side, the folding mould auxiliary section of right die holder is run through and is horizontally slipped, and these two jacks are convenient to locked mode auxiliary section and are run through vertical slip; The right plate face of described left plate is provided with left backing plate, and described left locked mode plate is vertically slidably mounted on left backing plate, and the left plate face of described right plate is provided with right backing plate, and described right locked mode plate is vertically slidably mounted on right backing plate.
As the preferred scheme of one, between the upper surface of described base plate and left and right die holder, be provided with folding mould sliding connection structure.
As the preferred scheme of one, described folding mould sliding connection structure comprises the folding mould slide rail that is arranged at base plate upper surface and is arranged at the folding mould chute that left and right die holder coordinates with folding mould slide rail.
As the preferred scheme of one, described driving seat slide anteroposterior is installed on the lower surface of base plate, is provided with slide anteroposterior syndeton between this driving seat and lower surface of base plate.
As the preferred scheme of one, described slide anteroposterior syndeton comprises the front and back slide rail being arranged at base plate lower surface and the front and back chute be arranged on driving seat.
As the preferred scheme of one, described power set comprise the cylinder be fixed on mould bases, and the piston rod of this cylinder is connected with driving seat.
As the preferred scheme of one, described power set comprise the motor be fixed on mould bases, and the output shaft of this motor is connected with driving seat by screw-nut body.
As the preferred scheme of one, described left locked mode plate is provided with vertical two row's lock modules, equal with spacing between the lock module arranged.
After have employed technique scheme, effect of the present invention is: because the left and right folding modular curve groove on this folding mould device utilization driving seat is to drive the left and right body mould folding of bottle blowing die, drive seat in the process of slide anteroposterior, folding mould auxiliary section can be run along the shape of left and right folding modular curve thus make the die sinking of left and right body mould or matched moulds; And locked mode auxiliary section is also run along left and right locked mode curved groove on left and right locked mode plate, and the position corresponding relation between each section of left and right folding modular curve groove and each section of left and right locked mode curved groove makes the action of bottle blowing die smooth and easy coherent normal.This folding mould device instead of current quadric chain, without the need to frequent oil injecting lubricating, avoids anchor bearing to damage, makes maintenance work convenient.This folding mould device structure is simple and compact simultaneously, and dismounting, maintenance etc. are all very convenient.Utilize locked mode plate and lock module to carry out the mode of locked mode, structure and action are all simple, locked mode intensity and to open closing precision high.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the present invention is further described.
Fig. 1 is the Facad structure schematic diagram of the matched moulds state of the embodiment of the present invention;
Fig. 2 is the perspective view of the matched moulds state of the embodiment of the present invention;
Fig. 3 is the Facad structure schematic diagram of the die opening state of the embodiment of the present invention;
Fig. 4 is the perspective view of the die opening state of the embodiment of the present invention;
Fig. 5 is the driving seat of the embodiment of the present invention and the johning knot composition of left and right die holder;
Fig. 6 is the driving seat of the embodiment of the present invention and the johning knot composition of left and right locked mode plate;
Fig. 7 is the three-dimensional structure diagram of the mould bases of the embodiment of the present invention;
Fig. 8 is the stereogram of the left die holder of the embodiment of the present invention;
Fig. 9 is the left locked mode plate of the embodiment of the present invention and the stereogram of lock module;
Figure 10 is the stereogram driving seat;
In accompanying drawing: 1. mould bases; 2. left die holder; 3. left body mould; 4. left backing plate; 5. right locked mode plate; 6. lock module; 7. drive seat; 71. level boards; 72. left vertical plates; 73. right vertical plates; 8. cylinder; 9. folding mould sliding connection structure; 91. folding mould chutes; 92. folding mould slide rails; 10. slide anteroposterior syndeton; Chute before and after 101.; Slide rail before and after 102.; 11. left locked mode plates; 12. right die holders; 13. right body moulds; 14. right backing plates; 15. folding mould auxiliary sections; 16. locked mode auxiliary sections; 17. left locked mode curved grooves; 171. left high positions unclamp straightway; 172. left locked mode action transformation segments; 173. left low level locked mode straightways; 18. right locked mode curved grooves; 19. left folding modular curve grooves; 191. left die sinking straightways; 192. left folding mode convertion sections; 193. left matched moulds straightways; 20 right folding modular curve grooves; 201. right die sinking straightways; 202. right folding mode convertion sections; 203. right matched moulds straightways; 21. embedding holes; About 22. chutes; 23. jacks.
Detailed description of the invention
Below by specific embodiment, the present invention is described in further detail.
Described in the embodiment of the present invention is all around determine with the orientation of putting in Fig. 1, and be positioned at observer's left-hand side for left, right-hand side is right, is front, after being near observer away from observer.
As shown in Figures 1 to 10, a kind of folding mould device of bottle blowing die of bottle blowing machine, comprises mould bases 1, left and right body mould 13, left and right die holder 2,12, left locked mode plate 11, right locked mode plate 5, drive seat 7.Described left die holder 2 and right die holder 12 left and right horizontal are slidably mounted on mould bases 1, described left body mould 3 is fixed on left die holder 2, right body mould 13 is fixed on right die holder 12, left, right body mould 3, 13 cooperatively interact, as shown in Figure 7, described mould bases 1 comprises the base plate interfixed, top board and a left side, right plate, described base plate is provided with the left and right chute 22 that left and right extends and the jack 23 being positioned at two ends, chute left and right, this left and right chute 22 is convenient to a left side, the folding mould auxiliary section 15 of right die holder 12 is run through and is horizontally slipped, these two jacks 23 are convenient to locked mode auxiliary section 16 and are run through vertical slip, the right plate face of described left plate is provided with left backing plate 4, and described left locked mode plate 11 is vertically slidably mounted on left backing plate 4, and the left plate face of described right plate is provided with right backing plate 14, and described right locked mode plate 5 is vertically slidably mounted on right backing plate 14.Folding mould sliding connection structure 9 is provided with between the upper surface of described base plate and left and right die holder 2,12.Described folding mould sliding connection structure 9 comprises the folding mould slide rail 92 that is arranged at base plate upper surface and is arranged at the folding mould chute 91 that left and right die holder 12 coordinates with folding mould slide rail 92.Described driving seat 7 slide anteroposterior is installed on the lower surface of base plate, is provided with slide anteroposterior syndeton 10 between this driving seat 7 and lower surface of base plate.Described slide anteroposterior syndeton 10 comprises the front and back slide rail 102 being arranged at base plate lower surface and the front and back chute 101 be arranged on driving seat 7.Certainly; position between the folding mould chute 91 of above-mentioned folding mould sliding connection structure 9 and folding mould slide rail 92 can exchange; before and after the position of chute 101 and front and back slide rail 102 also interchangeable, the structure of folding mould chute 91 and front and back chute 101 can be T-shaped groove or I-shaped groove or dovetail groove.
As shown in Figure 5, Figure 6, described left locked mode plate 11 to be vertically slidably mounted on mould bases 1 and to be positioned at the left side of left die holder 2, right locked mode plate 5 to be vertically slidably mounted on mould bases 1 and to be positioned at the right side of right die holder 12, this left locked mode plate 11 and right locked mode plate 5 support restriction left and right displacement by the left plate of mould bases 1 and right plate, and utilize left backing plate 4 and right backing plate 14 to provide auxiliary coupling mechanism force to locked mode.Left locked mode plate 11 is arranged at intervals with several lock modules 6 towards right extension, right locked mode plate 5 is arranged at intervals with several lock modules 6 towards left extension, embedding hole 21 corresponding with lock module 6 position on left locked mode plate 11, corresponding with lock module 6 position on right locked mode plate 5 is respectively provided with on described left die holder 2 He on right die holder 12, wherein, described left locked mode plate 11 is provided with vertical two row's lock modules 6, equal with spacing between the lock module 6 arranged.Right locked mode plate 5 is provided with two row's lock modules 6, lock module 6 spacing with row is equal.Equally, embedding hole 21 is also two rows and spacing is equal, and when so left and right locked mode plate 11,5 is moved upwards up to die sinking position, lock module 6 coordinates with embedding hole 21 to be aimed at, and now left and right die holder 2,12 can horizontally slip die sinking.And when left and right lock module 6 moves down into locked mode position, lock module 6 is the plate face bit alignments between embedding hole 21, so left and right die holder 2,12 cannot move left and right, thus achieve locked mode.
As shown in Fig. 2, Fig. 4, Figure 10, described driving seat 7 slide anteroposterior to be installed on mould bases 1 and to be driven by power set, described driving seat 7 is provided with left folding modular curve groove 19 and right folding modular curve groove 20, left locked mode curved groove 17 and right locked mode curved groove 18, described left folding modular curve groove 19 comprises the left die sinking straightway 191 being in die opening state, the left matched moulds straightway 193 being in matched moulds state and connects the left folding mode convertion section 192 of left die sinking straightway 191 and left matched moulds straightway 193; Described right folding modular curve groove 20 comprises the right die sinking straightway 201 being in die opening state, the right matched moulds straightway 203 being in matched moulds state and connects the right folding mode convertion section 202 of right die sinking straightway 201 and right matched moulds straightway 203, and described left locked mode curved groove 17 comprises to be made that bottle blowing die locks the left low level locked mode straightway 173 being in matched moulds state, the left high position being convenient to bottle blowing die die sinking unclamps straightway 171 and connect the left locked mode action transformation segment 172 that left low level locked mode straightway 173 and a left high position unclamp straightway 171; Described right locked mode curved groove 18 comprises to be made that bottle blowing die locks the right low level locked mode straightway being in matched moulds state, the right high position being convenient to bottle blowing die die sinking unclamps straightway and connects the right locked mode action transformation segment that right low level locked mode straightway and a right high position unclamp straightway; Described left die sinking straightway 191, right die sinking straightway 201, left folding mode convertion section 192, right folding mode convertion section 202 unclamp straightway position corresponding matching with a left and right high position; Described left matched moulds straightway 193, right matched moulds straightway 203 and left low level locked mode straightway 173, right low level locked mode straightway, left locked mode action transformation segment 172, right locked mode action transformation segment position corresponding matching, described left and right die holder 2,12 is respectively arranged with the folding mould auxiliary section 15 be constrained in left folding modular curve groove 19 and right folding modular curve groove 20, described left and right locked mode plate 11,5 is respectively arranged with the locked mode auxiliary section 16 be constrained in left and right locked mode curved groove 17,18.Wherein, folding mould auxiliary section 15 is stretched in left folding modular curve groove 19 and right folding modular curve groove 20, and folding mould auxiliary section 15 is provided with roller.Locked mode auxiliary section 16 is stretched in left and right locked mode curved groove 17,18 and is also provided with roller.
Described driving seat 7 comprises level board 71 and left and right vertical plate 72,73, and two pieces of vertical plates are parallel is fixed on the left and right end of level board 71, and described left folding modular curve groove 19 and right folding modular curve groove 20 are arranged on level board 71 and mirror image is arranged; Described left locked mode curved groove 17 is arranged on left vertical plate 72, and described right locked mode curved groove 18 arranges on right vertical plate 73, and described left locked mode curved groove 17 is identical with right locked mode curved groove 18 shape.Described power set comprise the cylinder 8 be fixed on mould bases 1, and the piston rod of this cylinder 8 is connected with driving seat 7.Described power set also other structures, such as also can comprise the motor be fixed on mould bases 1, the output shaft of this motor is connected with driving seat 7 by screw-nut body.
The course of work of the present invention is: original state, cylinder 8 piston rod shrinks, die opening state is in the left and right die sinking straightway 191,201 that the folding mould auxiliary section 15 of left and right body mould 13 is in folding modular curve groove and right folding modular curve groove 20, bottle base is sent to after in left and right body mould 13 by its conveying device, the piston rod of cylinder 8 stretches out, seat 7 is driven to be driven to rear movement, in the process of movement, because folding mould auxiliary section 15 is constrained in left folding modular curve groove 19 and right folding modular curve groove 20 to move along its curve shape, locked mode auxiliary section 16 is constrained in left and right locked mode curved groove 17,18 to move along its curve shape, therefore, first, folding mould auxiliary section 15 has first entered into left and right folding mode convertion section 192,202 after left and right die sinking straightway 191,201, and now straightway is still also unclamped in a left and right high position for left and right locked mode curved groove 17,18 in locked mode auxiliary section 16, that is now left and right locked mode plate does not still move up and down, and now, folding mould auxiliary section 15 is along a left side, right folding mode convertion section 192, the curve movement of 202, left, right die holder 2, 12 to bringing together and matched moulds, after matched moulds completes, folding mould auxiliary section 15 is in a left side all the time, in right matched moulds straightway 203, left, right body mould 3, 13 are failure to actuate, and now, 16, locked mode auxiliary section has entered into a left side, in right locked mode action transformation segment, locked mode auxiliary section 16 just drives a left side, right locked mode plate 11, 5 move down, a left side is entered into locked mode auxiliary section 16, left time in right low level locked mode straightway, right locked mode plate 11, 5 stop moving, now, left, right locked mode plate 11, the position of 5 is in locked mode position, lock module 6 aims at a left side, right die holder 2, plate face between the embedding hole 21 of 12 also can support a left side, right die holder 2, 12, this completes locked mode.And after bottle blowing action completes, cylinder 8 drives again and drives seat 7 to move forward, now, above-mentioned action antikinesis, left and right locked mode plate 11,5 is first moved upwards up to die sinking position, and now lock module 6 is aimed at embedding hole 21, and then left and right die holder 2,12 horizontally slips die sinking.
Claims (10)
1. the folding mould device of the bottle blowing die of a bottle blowing machine, comprise mould bases, left, right body mould, left, right die holder, described left die holder and right die holder left and right horizontal are slidably mounted on mould bases, described left body mould is fixed on left die holder, right body mould is fixed on right die holder, left, right body mould cooperatively interacts, it is characterized in that: described folding mould device also comprises left locked mode plate, right locked mode plate, drive seat, described left locked mode plate to be vertically slidably mounted on mould bases and to be positioned at the left side of left die holder, right locked mode plate to be vertically slidably mounted on mould bases and to be positioned at the right side of right die holder, this left locked mode plate and right locked mode plate support restriction left and right displacement by mould bases, left locked mode plate is arranged at intervals with several lock modules towards right extension, right locked mode plate is arranged at intervals with several lock modules towards left extension, be provided with corresponding with the lock module position on left locked mode plate respectively on described left die holder and on right die holder, the embedding hole corresponding with the lock module position on right locked mode plate, described driving seat slide anteroposterior to be installed on mould bases and to be driven by power set, described driving seat is provided with left folding modular curve groove and right folding modular curve groove, left locked mode curved groove and right locked mode curved groove, described left folding modular curve groove comprises the left die sinking straightway being in die opening state, be in the left matched moulds straightway of matched moulds state and connect the left folding mode convertion section of left die sinking straightway and left matched moulds straightway, described right folding modular curve groove comprises the right die sinking straightway being in die opening state, the right matched moulds straightway being in matched moulds state and connects the right folding mode convertion section of right die sinking straightway and right matched moulds straightway, and described left locked mode curved groove comprises to be made that bottle blowing die locks the left low level locked mode straightway being in matched moulds state, the left high position being convenient to bottle blowing die die sinking unclamps straightway and connect the left locked mode action transformation segment that left low level locked mode straightway and a left high position unclamp straightway, described right locked mode curved groove comprises to be made that bottle blowing die locks the right low level locked mode straightway being in matched moulds state, the right high position being convenient to bottle blowing die die sinking unclamps straightway and connects the right locked mode action transformation segment that right low level locked mode straightway and a right high position unclamp straightway, described left die sinking straightway, right die sinking straightway, left folding mode convertion section, right folding mode convertion section and a left and right high position unclamp straightway position corresponding matching, described left matched moulds straightway, right matched moulds straightway and left low level locked mode straightway, right low level locked mode straightway, left locked mode action transformation segment, right locked mode action transformation segment position corresponding matching, described left and right die holder is respectively arranged with the folding mould auxiliary section be constrained in left folding modular curve groove and right folding modular curve groove, described left and right locked mode plate is respectively arranged with the locked mode auxiliary section be constrained in left and right locked mode curved groove.
2. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 1, it is characterized in that: described driving seat comprises level board and left and right vertical plate, two pieces of vertical plates are parallel is fixed on the left and right end of level board, and described left folding modular curve groove and right folding modular curve groove are arranged on level board and mirror image is arranged; Described left locked mode curved groove is arranged on left vertical plate, and described right locked mode curved groove arranges on right vertical plate, and described left locked mode curved groove is identical with right locked mode curved groove shape.
3. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 2, it is characterized in that: described mould bases comprises the base plate, top board and the left and right side plate that interfix, described base plate is provided with the left and right chute that left and right extends and the jack being positioned at two ends, chute left and right, this left and right chute is convenient to a left side, the folding mould auxiliary section of right die holder is run through and is horizontally slipped, and these two jacks are convenient to locked mode auxiliary section and are run through vertical slip; The right plate face of described left plate is provided with left backing plate, and described left locked mode plate is vertically slidably mounted on left backing plate, and the left plate face of described right plate is provided with right backing plate, and described right locked mode plate is vertically slidably mounted on right backing plate.
4. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 3, is characterized in that: be provided with folding mould sliding connection structure between the upper surface of described base plate and left and right die holder.
5. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 4, is characterized in that: described folding mould sliding connection structure comprises the folding mould slide rail that is arranged at base plate upper surface and is arranged at the folding mould chute that left and right die holder coordinates with folding mould slide rail.
6. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 4, is characterized in that: described driving seat slide anteroposterior is installed on the lower surface of base plate, is provided with slide anteroposterior syndeton between this driving seat and lower surface of base plate.
7. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 6, is characterized in that: described slide anteroposterior syndeton comprises the front and back slide rail being arranged at base plate lower surface and the front and back chute be arranged on driving seat.
8. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 7, is characterized in that: described power set comprise the cylinder be fixed on mould bases, and the piston rod of this cylinder is connected with driving seat.
9. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 8, is characterized in that: described power set comprise the motor be fixed on mould bases, and the output shaft of this motor is connected with driving seat by screw-nut body.
10. the folding mould device of the bottle blowing die of a kind of bottle blowing machine as claimed in claim 9, is characterized in that: described left locked mode plate is provided with vertical two row's lock modules, equal with spacing between the lock module arranged.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410369462.0A CN104129068B (en) | 2014-07-30 | 2014-07-30 | The folding mould device of the bottle blowing die of a bottle blowing machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201410369462.0A CN104129068B (en) | 2014-07-30 | 2014-07-30 | The folding mould device of the bottle blowing die of a bottle blowing machine |
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| CN104129068A CN104129068A (en) | 2014-11-05 |
| CN104129068B true CN104129068B (en) | 2016-04-13 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105984049B (en) * | 2016-06-24 | 2018-10-30 | 台州迈格机械模具有限公司 | A kind of driving device |
| CN112536897B (en) * | 2020-12-02 | 2022-08-05 | 上海建工建材科技集团股份有限公司 | Top mold push-pull type dismounting device and dismounting method for double-T-beam pouring mold |
| CN215434966U (en) * | 2021-08-12 | 2022-01-07 | 台州市黄岩欧格机械模具有限公司 | Double-guide mold opening and closing mechanism of bottle blowing machine |
| CN114603831A (en) * | 2022-03-25 | 2022-06-10 | 台州市黄岩远大机械制造有限公司 | Two-template type drawing and blowing mechanism of plastic bottle blowing machine |
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| JP2007261150A (en) * | 2006-03-29 | 2007-10-11 | Nissei Asb Mach Co Ltd | Injection-stretch-blow molding machine |
| CN201669885U (en) * | 2010-04-20 | 2010-12-15 | 铨宝工业股份有限公司 | Opening die device of blow molding machine |
| CN202805627U (en) * | 2012-08-28 | 2013-03-20 | 陈顺君 | Bidirectional die opening and closing synchronous mechanism of plastic bottle blowing machine |
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Address after: Ssangyong village 215612 Jiangsu province Zhangjiagang Phoenix Town Jiangsu FAYGO union machinery Limited by Share Ltd Patentee after: JIANGSU FEIGE YOULIAN MACHIMERY CO., LTD. Address before: South Korean Industrial Park, Phoenix Town Zhangjiagang city Suzhou city Jiangsu province 215612 fly Road No. 8 Jiangsu FAYGO Union Machinery Co. Ltd. Patentee before: JIANGSU FAYGO UNION MACHINERY CO., LTD. |
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Denomination of invention: A mold opening and closing device of bottle blowing mold of bottle blowing machine Effective date of registration: 20220412 Granted publication date: 20160413 Pledgee: Bank of China Limited Zhangjiagang branch Pledgor: JIANGSU FEIGE YOULIAN MACHIMERY Co.,Ltd. Registration number: Y2022980004169 |