CN201647653U - Blank drawing device of bottle blowing machine - Google Patents
Blank drawing device of bottle blowing machine Download PDFInfo
- Publication number
- CN201647653U CN201647653U CN2010201748483U CN201020174848U CN201647653U CN 201647653 U CN201647653 U CN 201647653U CN 2010201748483 U CN2010201748483 U CN 2010201748483U CN 201020174848 U CN201020174848 U CN 201020174848U CN 201647653 U CN201647653 U CN 201647653U
- Authority
- CN
- China
- Prior art keywords
- bottle
- bottle base
- conveying device
- sliding seat
- jig arm
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Intermediate Stations On Conveyors (AREA)
Abstract
The utility model provides a blank drawing device of a bottle blowing machine which is arranged corresponding to the conveying path of a bottle blank conveying device. The blank drawing device comprises a moving mechanism and a blank drawing mechanism; the moving mechanism drives the blank drawing mechanism to advance along the displacement of the bottle blank conveying device; the blank drawing mechanism performs the blank drawing action to the bottle blank conveying device in the advancing process; after the blank drawing action is finished, the moving mechanism drives the blank drawing mechanism to return to the original position. The blank drawing device of bottle blowing machine can reduce the abrasion by reducing the friction between a bottle blank base and the blank drawing mechanism; the bottle blank conveying device can continuously convey the bottle blanks when performing blank drawing action, thereby improving the conveying efficiency.
Description
[technical field]
The utility model relates to a kind of technical field of bottle blowing machine, is meant a kind of bottle base conveying device that is used for bottle blowing machine especially, and can follow the bottle base displacement to reduce the blanking device that pulls out of unnecessary abrasion.
[background technology]
At first, see also Figure 11, it is a kind of structure configuration schematic diagram in order to the blow molding machine of producing plastic bottle such as PET.This blow molding machine 8 generally includes one and goes into base unit 81, a supply unit 82, a heating unit 83, a spacing adjustment unit 84, a blow molding unit 85 and a finished product retrieval unit 86 etc.
Generally speaking, bottle base can then be delivered to supply unit 82 from going into 81 inputs of base unit, carry bottle base through heating unit 83 by supply unit 82 again, it is temperature required that bottle base is heated to blowing work, then bottle base can be forwarded to apart from adjustment unit 84 and adjust the bottle base spacing, deliver in the mould of blow molding unit 85 again and carry out blow molding, the finished product of by finished product retrieval unit 86 blowing being finished is again at last sent.
And this supply unit 82 disposes most bottle base seats in order to carry the bottle base (not shown) on oblong track, and in order to allow this spacing adjustment unit 84 can take bottle base smoothly, therefore can be provided with one in the corresponding position of supply unit 82 pulls out base mechanism 7, pulling out base mechanism 7 by this is pulled upwardly the bottle base seat, its bottle base that carries is deviate from, allowed spacing adjustment unit 84 can successfully take bottle base.
TaiWan, China patent announcement M360127 number, the patent documentation that name is called " bottle base conveying device pull out blank structure " promptly discloses a kind of base mechanism of pulling out, it is that book office in the track of bottle base conveying device is provided with a pedestal, pedestal has extended upward a predetermined altitude and has been provided with an air cylinder, air cylinder links a sliding seat, so that on the drive sliding seat, bottom offset, and sliding seat is connected with two guide rods that be arranged in parallel, at least therein guide rod and back-guiding rod before the two ends of a guide rod are pivoted with respectively, and it is preceding, before the other end of back-guiding rod is slidedly arranged on respectively, back fixed block makes preceding guide rod, two guide rods and back-guiding rod articulate to become with the track of bottle base conveying device and extend the structural form that is connected.Therefore, each bottle base seat of being carried by bottle base conveying device can enter automatically and pull out in the base mechanism, and via on the sliding seat one, once the action that once comes and goes finishes and pulls out the base action.
Aforesaid patent is with preceding guide rod, two guide rods and back-guiding rod articulate to become with the track of bottle base conveying device and extend the structural form that is connected, add on this sliding seat must carry out, the action of bottom offset, so guide rod before being somebody's turn to do, must have a diff-H of being scheduled between guide rod and the back-guiding rod (promptly on this sliding seat, the height of bottom offset), just can make this preceding guide rod, guide rod and back-guiding rod are connected with the track extension, but in such event, the all bottle base seats of bottle base conveying device all can contact in regular turn and with this preceding guide rod, guide rod and back-guiding rod friction, under the bottle base conveying device continuous running, guide rod before being somebody's turn to do, guide rod and back-guiding rod will be worn away constantly, if preceding guide rod, guide rod and back-guiding rod may influence the accuracy rate that pulls out the base action after being worn away certain degree, also can shorten its service life certainly.
Moreover, in this patent structure, when desiring to pull out the base action, this bottle base conveying device must temporarily halt, and rests on two guide rods if the bottle base seat of base action is pulled out in preparation, could carry out the capable base that pulls out of upper and lower shift-in by this sliding seat moves, wait to pull out after base action finishes, this bottle base conveying device just can be restarted and transports bottle base and advance, in brief, this bottle base conveying device is intermittently to carry bottle base, and so the intermittent delivery mode can allow work efficiency be restricted and be difficult to promote.
Thereby the aforesaid blank structure that pulls out obviously has improved necessity in addition again.
[utility model content]
The technical problems to be solved in the utility model, the bottle blowing machine that is to provide a kind of abrasion to influence the bottle base transport efficiency less and not pull out blanking device, can solve the bottle base seat that exists in the prior art and pull out lasting friction between the base mechanism and problem that the intermittent delivery mode is restricted work efficiency.
The utility model is by solving the problems of the technologies described above by the following technical solutions: a kind of bottle blowing machine pull out blanking device, wherein, described transport path setting of pulling out blanking device corresponding to bottle base conveying device, the described blanking device that pulls out can be when advancing pulls out base mechanism to what described bottle base conveying device pulled out the base action by one, and one can drive the described base mechanism of pulling out and follows that described bottle base conveying device displacement is advanced and the travel mechanism of reposition forms.
Further, described travel mechanism has a pedestal, described pedestal is incorporated into described bottle base conveying device, described pedestal is put on the shelf and is provided with a motor, described driven by motor one driving pulley, and described pedestal is pivoted with a driven pulley with respect to described driving pulley, and is arranged with one can drives the belt that pulls out base mechanism shift reciprocately between described driving pulley and described driven pulley.
Further, the described base mechanism of pulling out has a sliding seat, and described sliding seat is provided with in the mode of slip, and a side of described sliding seat combines with described travel mechanism with a connecting element.
Further, described sliding seat is combined with two slide blocks respectively in the both sides of the transport path that is parallel to described bottle base conveying device, and each described slide block is arranged at respectively on the slide rail, and wherein a described slide rail is fixedly arranged on described travel mechanism, and another described slide rail is arranged at described bottle base conveying device.
Further, described sliding seat be provided with one can upper and lower displacement bay-lift, described bay-lift is driven by an actuator and does displacement action, described actuator is arranged at described sliding seat end face, and a side of described bay-lift is combined with two slide blocks, each described slide block is arranged at a slide rail respectively, and each described slide rail is arranged at described sliding seat.
Further, described bay-lift two ends are pivoted with a jig arm group respectively, each described jig arm group all has a left jig arm and a right jig arm, the top of described left jig arm and right jig arm all is hubbed at described bay-lift, and described left jig arm combines with clamping plate respectively with the end of right jig arm away from described bay-lift, described second splint is parallel to the transport path of described bottle base conveying device, and links with a spring between described left jig arm and the right jig arm.
Further, the root edge of each described clamping plate forms inclined-plane, an end respectively, and the end of described second splint towards the upstream of described bottle base conveying device has a skew back face respectively.
Further, the both sides of the transport path of the corresponding described bottle base conveying device in described sliding seat bottom are respectively equipped with a baffle group, and each baffle group slidably is arranged at described sliding seat respectively.
Each described baffle group all has a baffle plate, relative two parallel slide blocks and two slide rails of being provided with between each described baffle plate and the described sliding seat, and be provided with one between each described baffle plate and the described sliding seat and can drive each described baffle plate, and adjacent corresponding each bottle base of a side of each described baffle plate is interval with the concave-arc part that can be embedded in when several can make the relative closing of described two baffle plates between each bottle base and the bottle base seat along actuator perpendicular to the direction shift reciprocately of the transport path of described bottle base conveying device.
Further, each described baffle group all has a baffle plate, relative two parallel slide blocks and two slide rails of being provided with between each described baffle plate and the described sliding seat, and be provided with one between each described baffle plate and the described sliding seat and can drive each described baffle plate, and adjacent corresponding each bottle base of a side of each described baffle plate is interval with the concave-arc part that can be embedded in when several can make the relative closing of described two baffle plates between each bottle base and the bottle base seat along actuator perpendicular to the direction shift reciprocately of the transport path of described bottle base conveying device.
The blanking device that pulls out of the bottle blowing machine that the utility model is realized has following advantage: the described base mechanism of pulling out is in following described bottle base conveying device displacement when advancing, described bottle base conveying device is pulled out the base action, pull out after base action finishes, drive the described base mechanism reposition of pulling out by described travel mechanism again, therefore can reduce abrasion by the friction that reduces the bottle base seat and pull out between the base mechanism; Moreover because the described blanking device that pulls out is to pull out the base action when described bottle base conveying device displacement is advanced in following, therefore described bottle base conveying device can continue to carry bottle base, to improve transport efficiency.
[description of drawings]
In conjunction with specific embodiments the utility model is further described with reference to the accompanying drawings.
Fig. 1 is the stereo appearance figure that blanking device is implemented on bottle base conveying device that pulls out of bottle blowing machine of the present utility model.
Fig. 2 is the side-looking structural representation that pulls out blanking device of bottle blowing machine of the present utility model.
Fig. 3 is the side-looking structural representation of the opposite side that pulls out blanking device of bottle blowing machine of the present utility model.
Fig. 4 is the stereo appearance figure of the jig arm group of pulling out blanking device and the bay-lift part of bottle blowing machine of the present utility model.
Fig. 5 be bottle blowing machine of the present utility model pull out one of running condition scheme drawing of blanking device.
Fig. 6 be bottle blowing machine of the present utility model the running condition scheme drawing that pulls out blanking device two.
Fig. 7 be bottle blowing machine of the present utility model the running condition scheme drawing that pulls out blanking device three.
Fig. 8 be bottle blowing machine of the present utility model the running condition scheme drawing that pulls out blanking device four.
Fig. 9 be bottle blowing machine of the present utility model the running condition scheme drawing that pulls out blanking device five.
Figure 10 be bottle blowing machine of the present utility model the running condition scheme drawing that pulls out blanking device six.
Figure 11 is the structure configuration schematic diagram of blow molding machine of the prior art.
[specific embodiment]
See also Fig. 1 to Fig. 4, it is the constructional drawing of the selected preferred embodiment of the utility model.Fig. 1 is the stereo appearance figure that the utility model is implemented on bottle base conveying device; Fig. 2 is a side-looking structural representation of the present utility model, among the figure is part-structure is analysed and observe with the clear inner structure that presents; Fig. 3 is the side-looking structural representation of opposite side of the present utility model, and it is by the being seen lateral plan in the downstream of the transport path of bottle base conveying device; Fig. 4 is the stereo appearance figure of jig arm group of the present utility model and bay-lift part.
Bottle blowing machine of the present utility model pull out the book office that blanking device 1 is arranged at bottle base conveying device 5.The described blanking device 1 that pulls out pulls out base mechanism 3 by a travel mechanism 2 and and forms, driving this by this travel mechanism 2 pulls out base mechanism 3 and advances with these bottle base conveying device 5 displacements, this pulls out base mechanism 3 and then pull out the base action when displacement is advanced, pull out after base action finishes, drive this by this travel mechanism 2 again and pull out 3 for the repositions of base mechanism, whereby to avoid unnecessary abrasion.
Described travel mechanism 2 has a pedestal 21, this pedestal 21 is to be incorporated on this bottle base conveying device 5, this pedestal 21 is put on the shelf and is provided with a motor 22, this motor 22 drives a driving pulley 23, and be pivoted with a driven pulley 24 with respect to this driving pulley 23 on this pedestal 21, and between this driving pulley 23 and this driven pulley 24, be arranged with a belt 25 (as: toothed belt), and the spacing of this driving pulley 23 and this driven pulley 24 is to pull out the required displacement stroke of base mechanism 3 and decide according to this, and this belt 25 to abut this side of pulling out base mechanism 3 parallel with the transport path of this bottle base conveying device 5.
The described base mechanism 3 of pulling out has a sliding seat 31, and this sliding seat 31 is provided with in the mode of slip, and a side of this sliding seat 31 combines with the belt 25 of this travel mechanism 2 with a connecting element 311, driving these sliding seat 31 shift reciprocatelies by this belt 25.
The structure of described sliding seat 31 slippage settings is to be combined with two slide blocks 312 respectively in the both sides that this sliding seat 31 is parallel to the transport path of this bottle base conveying device 5,313, and each slide block 312,313 are arranged at a slide rail 314 respectively, on 315, in present embodiment, each slide block 312,313 with slide rail 314,315 are respectively the structure of a linear slide block and slide rail, and this slide rail 314 is arranged at the pedestal 21 of this travel mechanism 2, another slide rail 315 then is arranged on this bottle base conveying device 5, this sliding seat 31 can be driven and along the transport path displacement of this bottle base conveying device 5 by this travel mechanism 2.
Be provided with a bay-lift 32 in the described sliding seat 31, this bay-lift 32 drives lifting by an actuator 33, and in present embodiment, this actuator 33 is an air cylinder, and is arranged at the end face of this sliding seat 31.
And for making this bay-lift 32 lifting stably, therefore a side of this bay-lift 32 is combined with two slide blocks 321,322, each slide block 321,322 is arranged at respectively on the slide rail 323,324, in present embodiment, each slide block 321,322 and slide rail 323,324 are respectively the structure of a linear slide block and slide rail, and each slide rail 323,324 is arranged on the sliding seat 31, and can drive the stably upper and lower displacement of this bay-lift 32 by this actuator 33.
Described bay-lift 32 is roughly rectangular, be pivoted with a jig arm group 34 respectively in its two ends, each jig arm group 34 all has a left jig arm 341 and a right jig arm 342, this left side jig arm 341 has predetermined length with this right side jig arm 342, and should left side jig arm 341 all be hubbed at this bay-lift 32 with the top of right jig arm 342, and between this left side jig arm 341 and this right side jig arm 342, link with a spring 343, elastic force by this spring 343 makes this left side jig arm 341 remain on approaching state under normal conditions with right jig arm 342, and should left side jig arm 341 with this right side jig arm 342 away from an end of this bay-lift 32 respectively with clamping plate 344,345 combinations, this second splint 344,345 are parallel to the transport path of this bottle base conveying device 5, make this second splint 344,345 can be stuck in the bottle base seat 6 that carries bottle base P.
And each clamping plate 344,345 root edge forms inclined-plane, an end 346 respectively, 347, as shown in Figure 3, when this bay-lift 32 is descended, can be by this inclined-plane, two ends 346, certainly the gear 61 of migrating of this bottle base seat 6 of 347 butts, and should left side jig arm 341 strut with right jig arm 342, and this second splint 344,345 ends towards the transport path upstream of this bottle base conveying device 5 have a skew back face 348 respectively, 349, as shown in Figure 4, when this bay-lift 32 is descended, can touch this two skew backs face 348 by the gear 61 of migrating certainly of the bottle base seat 6 in moving, 349, and should left side jig arm 341 strut with right jig arm 342, be beneficial to this second splint 344,345 downwards by this gear 61 of migrating certainly, by the elastic force effect of this spring 343, make this second splint 344 again, 345 are stuck in from migrating between gear 61 belows and this bottle base seat 6 position as shown in Figure 3.
Described sliding seat 31 bottoms are respectively equipped with a baffle group 35 to the both sides of transport path that should bottle base conveying device 5, and each baffle group 35 slidably is arranged at this sliding seat 31 respectively, makes these two baffle group, 35 relative closings for stopping bottle base P; Or relatively away from passing through for bottle base P.
Respectively this baffle group 35 all has a baffle plate 351, be provided with two parallel slide blocks 352 respectively relatively between this baffle plate 351 and this sliding seat 31,353 and two slide rails 354,355, and respectively be provided with an actuator 356 (as: micro pressure cylinder) between this baffle plate 351 and this sliding seat 31, this baffle plate 351 respectively can be driven and along direction shift reciprocately perpendicular to the transport path of this bottle base conveying device 5, and respectively corresponding each the bottle base P of a side of these baffle plate 351 adjacency is interval with several concave-arc parts 357, can be embedded between each bottle base P and the bottle base seat 6 when making the relative closing of this two baffle plate 351, and stop bottle base P by the root edge of each baffle plate 351, and each concave-arc part 357 can pass through for the bottle base carrier 62 of bottle base seat 6.
See also Fig. 5 to Figure 10 again, it is that one of running condition scheme drawing of the present utility model is to six.The blanking device 1 that pulls out of the present utility model is when initial condition, and this pulls out the upstream side that base mechanism 3 is positioned at the transport path of this bottle base conveying device 5, i.e. position as shown in Figure 5.At this moment, the clamping plate 344 (345) of this jig arm group 34 are positioned at the below of the gear 61 of migrating certainly of this bottle base seat 6, and the baffle plate 351 of each baffle group 35 be relatively away from state; During the action beginning, can drive bottle base seat 6 advanced in unison that this sliding seat 31 is followed this bottle base conveying device 5 by motor 22 driving belts 25 of this travel mechanism 2, when sliding seat 31 and bottle base seat 6 advanced in unison, the actuator 356 of each baffle group 35 can drive each baffle plate 351 relative closing, state as shown in Figure 6; Then, drive these sliding seat 31 in travel mechanism 2 and follow this bottle base conveying device 5 when advancing, this actuator 33 can move and this bay-lift 32 is upwards drawn together with two groups of jig arm groups 34, make and be positioned at two clamping plate 344, certainly the gear 61 of migrating of each the bottle base seat 6 between 345 is upwards drawn, and the bottle base carrier 62 that drives pull bar 63 and bottom thereof upwards moves, state as shown in Figure 7, and when bottle base carrier 62 upwards moves, bottle base P can be stopped by two baffle plates 351, thus, after bottle base carrier 62 rose to certain altitude, bottle base P just can come off, as shown in Figure 8, can be in the spacing adjustment unit (not shown) that falls into blow molding machine after each bottle base P comes off; After bottle base P comes off, this sliding seat 31 still can move on, simultaneously respectively the actuator 356 of this baffle group 35 can drive each baffle plate 351 relatively away from, follow-up bottle base seat 6 can be passed through, this moment, this sliding seat 31 had been advanced to end position, it is the position shown in Fig. 8, this travel mechanism 2 can stop to drive this sliding seat 31 and advance, then this travel mechanism 2 can this sliding seat 31 of drive retreat, and each bottle base seat 6 of this bottle base conveying device 5 still advances constantly, therefore originally be positioned at two clamping plate 344, each bottle base seat 6 between 345 just can break away from one by one, and when these travel mechanism's 2 these sliding seat 31 of drive retreat correcting action, this bay-lift 32 is positioned at the higher position with each jig arm group 34, and can not contact with bottle base seat 6, as shown in Figure 9, therefore this sliding seat 31 can't contact friction with bottle base seat 6 in backhaul, when treating that this sliding seat 31 is returned initial position, this actuator 33 action again pushes away this bay-lift 32 and two jig arm groups 34 downwards, because each clamping plate 344,345 root edge has inclined-plane, the end 346,347, and its front end has skew back face (not shown), therefore when this second splint 344,345 touch the migrating certainly during gear 61 of bottle base seat 6, this left side jig arm 341 can be strutted with this right side jig arm 342, as shown in figure 10, make this second splint 344,345 can be downwards by this gear 61 of migrating certainly, pass through the elastic force effect of this spring 343 again, make this second splint 344,345 are stuck in from migrating between gear 61 belows and this bottle base seat 6, so just be returned to initial condition shown in Figure 5, and the base that pulls out that can begin again to carry out next time moves.
Because the base mechanism 3 of pulling out of the present utility model can be driven by this travel mechanism 2, and follow this bottle base conveying device 5 advanced in unison, therefore this pulls out base mechanism 3 preceding and then when pulling out the base action, can not produce friction with bottle base seat 6, and be moved mechanism 2 and drive when returning to back when this pulls out base mechanism 3, this bay-lift 32 is positioned at higher position with 34 of each jig arm groups, can not contact friction with bottle base seat 6 yet, and only at two clamping plate 344 of each bottle base seat 6 from jig arm group 34,345 break away from, and this bay-lift 32 descends with each jig arm group 34 and by two clamping plate 344,345 when contacting with the gear 61 of migrating certainly of bottle base seat 6, just can produce the friction of short time, so just can avoid unnecessary abrasion, to prolong its service life.
Moreover, this pulls out base mechanism 3 and can follow this bottle base conveying device 5 and advance, and the action of in the process of advancing, pulling out base, therefore disposing this bottle base conveying device 5 of the present utility model can carry bottle base to advance constantly, but not as of the prior art, intermittently carry bottle base, therefore can promote work efficiency effectively.
The announcement of the above embodiment is not in order to restriction the utility model in order to explanation the utility model, and all equalizations of being done according to the utility model claim change and modify, and all should belong to covering scope of the present utility model.
Claims (9)
1. a bottle blowing machine pulls out blanking device, it is characterized in that: described transport path setting of pulling out blanking device corresponding to bottle base conveying device, the described blanking device that pulls out can be when advancing pulls out base mechanism to what described bottle base conveying device pulled out the base action by one, and one can drive the described base mechanism of pulling out and follows that described bottle base conveying device displacement is advanced and the travel mechanism of reposition forms.
2. bottle blowing machine according to claim 1 pulls out blanking device, it is characterized in that: described travel mechanism has a pedestal, described pedestal is incorporated into described bottle base conveying device, described pedestal is put on the shelf and is provided with a motor, described driven by motor one driving pulley, and described pedestal is pivoted with a driven pulley with respect to described driving pulley, and is arranged with one can drives the belt that pulls out base mechanism shift reciprocately between described driving pulley and described driven pulley.
Bottle blowing machine according to claim 1 pull out blanking device, it is characterized in that: the described base mechanism of pulling out has a sliding seat, and described sliding seat is provided with in the mode of slip, and a side of described sliding seat combines with described travel mechanism with a connecting element.
4. bottle blowing machine according to claim 3 pulls out blanking device, it is characterized in that: described sliding seat is combined with two slide blocks respectively in the both sides of the transport path that is parallel to described bottle base conveying device, and each described slide block is arranged at respectively on the slide rail, wherein a described slide rail is fixedly arranged on described travel mechanism, and another described slide rail is arranged at described bottle base conveying device.
5. bottle blowing machine according to claim 3 pulls out blanking device, it is characterized in that: described sliding seat be provided with one can upper and lower displacement bay-lift, described bay-lift is driven by an actuator and does displacement action, described actuator is arranged at described sliding seat end face, and a side of described bay-lift is combined with two slide blocks, each described slide block is arranged at a slide rail respectively, and each described slide rail is arranged at described sliding seat.
6. bottle blowing machine according to claim 5 pulls out blanking device, it is characterized in that: described bay-lift two ends are pivoted with a jig arm group respectively, each described jig arm group all has a left jig arm and a right jig arm, the top of described left jig arm and right jig arm all is hubbed at described bay-lift, and described left jig arm combines with clamping plate respectively with the end of right jig arm away from described bay-lift, described second splint is parallel to the transport path of described bottle base conveying device, and links with a spring between described left jig arm and the right jig arm.
Bottle blowing machine according to claim 6 pull out blanking device, it is characterized in that: the root edge of each described clamping plate forms inclined-plane, an end respectively, and the end of described second splint towards the upstream of described bottle base conveying device has a skew back face respectively.
8. bottle blowing machine according to claim 3 pulls out blanking device, it is characterized in that: the both sides of the transport path of the corresponding described bottle base conveying device in described sliding seat bottom are respectively equipped with a baffle group, and each baffle group slidably is arranged at described sliding seat respectively.
9. bottle blowing machine according to claim 8 pulls out blanking device, it is characterized in that: each described baffle group all has a baffle plate, relative two parallel slide blocks and two slide rails of being provided with between each described baffle plate and the described sliding seat, and be provided with one between each described baffle plate and the described sliding seat and can drive each described baffle plate, and adjacent corresponding each bottle base of a side of each described baffle plate is interval with the concave-arc part that can be embedded in when several can make the relative closing of described two baffle plates between each bottle base and the bottle base seat along actuator perpendicular to the direction shift reciprocately of the transport path of described bottle base conveying device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201748483U CN201647653U (en) | 2010-04-06 | 2010-04-06 | Blank drawing device of bottle blowing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201748483U CN201647653U (en) | 2010-04-06 | 2010-04-06 | Blank drawing device of bottle blowing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201647653U true CN201647653U (en) | 2010-11-24 |
Family
ID=43112883
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201748483U Expired - Fee Related CN201647653U (en) | 2010-04-06 | 2010-04-06 | Blank drawing device of bottle blowing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201647653U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109426246A (en) * | 2017-08-21 | 2019-03-05 | 铨宝工业股份有限公司 | Automatic tracking device |
-
2010
- 2010-04-06 CN CN2010201748483U patent/CN201647653U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109426246A (en) * | 2017-08-21 | 2019-03-05 | 铨宝工业股份有限公司 | Automatic tracking device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204917198U (en) | Asynchronous material loading work or material rest in duplex position | |
| CN201950804U (en) | Automatic pitch variable plastic bottle blowing machine | |
| JP2000128336A (en) | Template conveyor for thermoforming press | |
| CN201325060Y (en) | Guide rail push-pull mechanical hand | |
| CN102433689A (en) | Automatic silk stocking toe sewing machine and use method thereof | |
| CN201647653U (en) | Blank drawing device of bottle blowing machine | |
| CN103651649B (en) | Food forming method | |
| CN201321281Y (en) | Plate beating mechanism | |
| CN201056052Y (en) | Double-station heating mechanism of plastic uptake machine | |
| CN106586054A (en) | Reciprocating type multi-station material pushing mechanism | |
| CN203095123U (en) | Feeding mechanism of artificial quartz stone | |
| CN102615200A (en) | Multi-station scattered mold conveying device | |
| CN2930917Y (en) | Double-arm-type feeding mechanical arm for continuous punch | |
| CN102601981A (en) | Automatic variable-pitch plastic bottle blowing machine | |
| CN202378228U (en) | Guide track assembly in guide track control mechanism of glove demoulding mechanism | |
| CN203127241U (en) | Paper interval inserting machine | |
| CN107226355B (en) | A kind of automatic stacking machine | |
| CN212094083U (en) | Automatic material receiving mechanism for die | |
| CN101648606B (en) | Pushing handle mechanisms of disposable hygienic article packing sheet device | |
| CN202062657U (en) | Full-automatic plastic product forming machine | |
| CN200998902Y (en) | Separating zipper injection machine and automatic slider mount device | |
| CN203141894U (en) | Paper feeding device | |
| CN202594328U (en) | Belt transferring and conveying device | |
| CN109435210A (en) | Circulating plastic sucking mechanism | |
| CN105581450B (en) | Automatically install zipper buckle device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101124 Termination date: 20140406 |