CN202412682U - Handle positioning device outside mould of bottle blowing machine for preposing handle - Google Patents
Handle positioning device outside mould of bottle blowing machine for preposing handle Download PDFInfo
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- CN202412682U CN202412682U CN201120567237XU CN201120567237U CN202412682U CN 202412682 U CN202412682 U CN 202412682U CN 201120567237X U CN201120567237X U CN 201120567237XU CN 201120567237 U CN201120567237 U CN 201120567237U CN 202412682 U CN202412682 U CN 202412682U
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Abstract
The utility model discloses a handle positioning device outside a mould of a bottle blowing machine for preposing a handle, which comprises a slide block base, a handle positioning component and a bottle blank positioning component, wherein the bottle blank positioning component is arranged in the middle of the slide block base, and the handle positioning component is arranged at one end of the slide block base; the handle positioning device has the use method that the handle positioning device outside the mould is arranged on a bottle blank transporting track with a bottle blank, and on a bottle blowing-waiting position, the handle is embedded in the handle positioning device outside the mould, is transported into the mould to blow a bottle, and is sent out by the bottle blank transporting track after completing. After being used in the bottle blowing machine, the handle positioning device outside the mould has the following advantages that the waiting time for embedding the handle into the mould is not needed, so that the production period is quick; the production can be carried out by a plurality of mould cavities, so that the handle positioning device is high in cost performance; and the handle positioning device is simple in structure, so that the manufacture cost of equipment can be reduced.
Description
Technical field
The utility model relates to the blow molding technology field, inserts the outer handle positioner of mould of handle bottle blowing machine before particularly a kind of being used for.
Background technology
The PET Packaging Bottle that has handle is the non-mainstream product in packaging material market always, but be on the market middle and high capacity PET bottle indispensable product, for example edible oil, soy sauce etc. all have a certain proportion of use.And, just progressively replaced at present by the PET Packaging Bottle because of the conventional glass bottle has shortcomings such as frangible, Heavy Weight, processing procedure energy consumption height, freight height.And the mode of production of PET Packaging Bottle at present with handles mainly contains two kinds:
(1) the preceding handle bottle of inserting: adopt handle and embryonic tube to insert the bottle blowing mould blowing simultaneously and form, handle engages with body closely, and handle stretching resistance value is high, difficult drop-off.But need the labor cost of labor, its production efficiency is low simultaneously.Even insert the handle type bottle blowing machine before existing a spot of manipulator, owing to all be to carry out bottle blowing again after leaning on manipulator to send into handle in the mould, so its production efficiency is not high yet, and the plant equipment manufacturing cost is high.
(2) insert the handle bottle after: its technology is after earlier the body blowing being accomplished, again with handle and body be combined into.This mode production efficiency is higher, and cost of labor is lower, but handle stretching resistance value is low, and the compressive resistance value of bottle itself also before to insert the handle bottle low, be unfavorable for long-distance transport.
Therefore, the selection of production method is directly connected to product properties, production efficiency and equipment cost.In recent years; Along with the demand growth in market and people energy-conservation with the enhancing of environmental consciousness and the rising of cost of human resources; Before insert handle type Machine for automatically blowing bottle become one of project of each equipment producer emphasis research and development, but fail to solve the not good problem of production efficiency always.To insert handle bottle manufacturer before current, the overwhelming majority still adopts manually-operated manual bottle blowing machine (being commonly called as native big gun machine) to produce, and this exists needs to use problems such as a large amount of manpower productions, the quality of production is unstable, production efficiency is low, security is also low.Insert the bottle blowing machine production of handle type before the minority producer employing manipulator.And the use of bottle blowing machine (see figure 1) of inserting handle type before the existing mechanical hand is following:
(1) see Fig. 2-1, left and right sides manipulator has been got handle, simultaneously the bottle blowing machine blown bottle;
(2) see Fig. 2-2, bottle blowing machine is accomplished blown bottle and is opened mould, sees the bottle that blowing is accomplished off mould outer safe distance;
(3) see Fig. 2-3, manipulator stretches in the mould, and handle is inserted in the mould;
(4) see Fig. 2-4, manipulator withdraws from outside the mould, gets back to holding fix;
(5) see Fig. 2-5, the bottle blowing machine matched moulds, blown bottle, manipulator is got handle; Get back to step (1) at last and carry out next bottle blowing circulation.
In this use, the direction of motion of mould and manipulator like Fig. 2-1 to the 2-5 shown in each arrow.
Still there is following shortcoming in the bottle blowing machine of inserting handle type before the existing mechanical hand:
(1) production cycle long, production efficiency is low: the bottle blowing machine of inserting handle type before the current manipulator needs to wait for that product leave one section safe distance of mould after having blown the product of a mould time, manipulator can get into the stent putting handle.Wait manipulator to leave mould to safe distance then, mould could next mould of matched moulds blowing time product.This move consumes the considerable production time.
(2) the bimodulus cave produces at most: because of receiving manipulator behavior and spatial constraints, insert the bottle blowing machine of handle type before the manipulator and once can only produce in the bimodulus cave at most, the unit production capacity is restricted.
(3) equipment cost is high: before using manipulator to carry out, insert handle, equipment and automatically controlled aspect significantly improved the device fabrication cost.Limited because of the unit production capacity again, when dealing with production in enormous quantities, producer must buy a large amount of equipment can deal with order, causes fixed assets to drop in a large number, and cost performance is low excessively, and producer's investment willingness also can reduce relatively.
The utility model content
The purpose of the utility model is to overcome the deficiency of prior art, provides the mould of inserting the handle bottle blowing machine before a kind of being used for outer handle positioner, and the use of the outer handle positioner of this mould can effectively improve the production efficiency of bottle blowing machine when guaranteeing product quality.
The technical scheme of the utility model is: the outer handle positioner of mould of inserting the handle bottle blowing machine before a kind of being used for; Be located on bottle embryo delivery track; Comprise slide block pedestal, handle positioning component and bottle embryo positioning component; Bottle embryo positioning component is located at slide block pedestal middle part, and the handle positioning component is located at slide block pedestal one end; The handle positioning component comprises positioning pedestal, left location-plate, right location-plate and briquetting; Positioning pedestal is fixed in the end on the slide block pedestal; Left side location-plate and right location-plate are symmetrically set on the positioning pedestal; Left side location-plate and right location-plate below are provided with briquetting, and briquetting is fixedly connected with positioning pedestal, and left location-plate and right location-plate are hinged with positioning pedestal respectively.
Said positioning pedestal is provided with respectively left location-plate and right location-plate is worked two location ripple pearl screws of closing position-limiting action; When left location-plate and right location-plate are closed; Two location ripple pearl screws are ejected by its spring respectively; The positioning bead of being located at spring end embeds on the left location-plate or the right location-plate back side in the corresponding detent, and it is closed to stop left location-plate and right location-plate to continue, thereby plays spacing effect; Spacing angle when left side location-plate or right location-plate are opened is 15～35 °, when left location-plate and right location-plate are opened, leans on its bottom and the abutted surface of positioning pedestal to realize spacing automatically.
Said left location-plate and right location-plate are opposite " L " shape structure; The bottom of left side location-plate and right location-plate also is respectively equipped with flange; It is hinged that left side location-plate and right location-plate bottom are passed through first screw and axle sleeve and positioning pedestal respectively, and the residing position of ripple pearl screw, location is corresponding to the flange back side of left location-plate or right location-plate bottom; The inboard of left side location-plate and right location-plate also is respectively equipped with the fixed block that fixed handle is used; Left side location-plate and right location-plate are respectively equipped with guide ramp; Guide ramp is located on left location-plate or the terminal inwardly outstanding fixed block of right location-plate; Guide ramp is 45～65 ° with respect to the gradient of vertical plane, when left location-plate and right location-plate are opened, when handle upwards is drawn out; Handle moves upward along guide ramp, and left location-plate and right location-plate are strutted to both sides.
Said positioning pedestal is an integral structure; Comprise the pedestal lateral body and the pedestal base that are connected; Pedestal lateral body and the L-shaped setting of pedestal base, pedestal lateral body middle part is provided with the handle embedded groove identical with handle shapes, and the pedestal base is provided with boss; The both sides of boss are semi-cylindrical recesses, and the pedestal base is fixedly connected with the slide block pedestal through the 3rd screw;
Left side location-plate and right location-plate bottom are respectively equipped with the flange of band through hole, and the cylinder of band through hole is located in the semi-cylindrical recesses, and left location-plate is connected with the pedestal lateral body with axle sleeve through first screw in the through hole of flange respectively with right location-plate;
Briquetting is located at the flange outside of left location-plate and right location-plate bottom band through hole, and briquetting is fixedly connected with boss on the pedestal base through second screw.
Said bottle embryo positioning component comprises embryo head, embryo headstock, bearing and sprocket wheel; The embryo head is threaded with the embryo headstock; Embryo headstock below has turning cylinder, and turning cylinder is connected with sprocket wheel with bearing after passing the slide block pedestal successively, and embryo head top and sprocket wheel below are respectively equipped with jump ring.
Turning cylinder on the said embryo headstock is fixedly connected with sprocket wheel through woodruff key.
When inserting the mould handle positioner use outward of handle bottle blowing machine before originally being used for; Its principle is: when handle is put on the positioning pedestal; Handle gets into the handle embedded groove of positioning pedestal pedestal lateral body, and the handle bottom contacts with left and right location-plate, when handle presses down; Left and right location-plate bottom is rotated and is made left and right location-plate close the realization self-locking, and the inboard fixed block of left and right location-plate is fixed in handle in the handle embedded groove; After treating that bottle blowing is accomplished, as long as handle is pulled out, left and right location-plate is that release recovers opening.
The utility model is above-mentioned inserts the method for using of the outer handle positioner of mould of handle bottle blowing machine before being used for, and may further comprise the steps:
(1) after the bottle embryo was contained in and also accomplishes heating on the embryo head in bottle embryo positioning component, through the operation of bottle embryo delivery track, the outer handle positioner band of mould the bottle indusium and is delivered to the bottle blowing holding fix;
(2) on the bottle blowing holding fix, handle is inserted on the positioning pedestal, left side location-plate and right location-plate were closed the completion self-locking when handle pressed down, and this moment, handle was fixed on the handle positioning component;
(3) along with the operation of bottle embryo delivery track, the outer handle positioner band of mould the bottle indusium and is sent into mould blowing position; Blown simultaneously the bottle of completion and seen off outside the mould, the handle positioner takes off bottle with handles outside mould, and this moment, left location-plate and right location-plate recovered opening; The bottle indusium with the outer handle positioner band of stylish mould and deliver to the bottle blowing holding fix;
(4) to being positioned at the locational bottle of mould blowing embryo, the bottle blowing machine matched moulds carries out the bottle blowing; Simultaneously, the handle positioner is inserted handle outside the new mould on being positioned at the bottle blowing holding fix;
(5) bottle blowing machine die sinking, blow the bottle embryo on the outer handle positioner of new mould repeating step (3) and (4) then.
In the said process, said bottle blowing holding fix is the position that is positioned at mould one side on bottle embryo delivery track.
Said bottle blowing holding fix is provided with 4 grip and inserts the position, when promptly inserting handle on the positioning pedestal in the step (2), outside corresponding 4 moulds, inserts handle respectively on the handle positioner at every turn.
When said handle was inserted positioning pedestal, the employing manual work is inserted or manipulator is inserted.
The utility model has following beneficial effect with respect to prior art:
(1) need not to wait for that handle inserts the mould time, the production cycle is fast.Therefore the outer handle positioner of this mould can carry out with the bottle blowing machine blown bottle owing to place the action of handle and outside mould, carry out simultaneously, need not to wait for that handle inserts the time of mould, has reduced the production cycle of bottle blowing significantly, has promoted the unit production capacity.
(2) but multimode cavity production, cost performance is high.The outer handle positioner of this mould sees through the plural number arrangement and cooperates with the mould design; According to the size of mould, can realize that 4 chambeies or 6 chambeies produce simultaneously, overcome and inserted the shortcoming that handle-bottle blowing machine can only 2 chambeies be produced simultaneously before the manipulator; Multiple unit production capacity, the effectively cost performance of lifting means.
(3) simple in structure, reduced the device fabrication cost.The outer handle positioning device structure of this mould is simple, compact, and production cost is low.Need not robotic device complicated circuitry control structure and big manipulator installing space, effectively reduced the manufacturing cost and the installing space of equipment.
Description of drawings
Fig. 1 is for inserting the structural representation of handle bottle blowing machine before existing.
Fig. 2-1 is the view of inserting before having now when manipulator has been got handle in the use of handle bottle blowing machine.
Fig. 2-2 for insert before existing the handle bottle blowing machine use in view during moulds open.
Fig. 2-3 is the view of inserting before having now when manipulator stretches into mould in the use of handle bottle blowing machine.
Fig. 2-4 is the view of inserting before having now when manipulator is released mould in the use of handle bottle blowing machine.
Fig. 2-5 for insert before existing the handle bottle blowing machine use in view during the bottle blowing machine matched moulds.
Fig. 3 is the structural representation of the outer handle positioner of this mould.
Fig. 4 is the structural representation of each building block of the outer handle positioner of this mould.
View when Fig. 5 puts into the outer handle positioner of this mould for handle.
Fig. 6 is the structural representation when inserting the handle bottle blowing machine before the outer handle positioner of this mould is applied to.
View when Fig. 7-1 is positioned at the bottle blowing holding fix for the outer handle positioner of this mould.
Fig. 7-2 is the view of the outer handle positioner of this mould when getting in the mould.
Fig. 7-3 is after the outer handle positioner of this mould is used, the view when the bottle blowing machine matched moulds carries out bottle blowing.
Fig. 8 is the structural representation of left location-plate or right location-plate.
Fig. 9 is that the A of Fig. 8 is to view.
Among above-mentioned each figure, the pairing member title of each label is respectively: 1, heating box; 2, bottle embryo delivery track; 3, left manipulator; 4, rear pattern plate; 5, mould behind the bottle blowing; 6, right manipulator; 7, bottle blowing front mould; 8, front template; 9, slide block pedestal; 10, positioning pedestal; 11, left location-plate; 12, right location-plate; 13, briquetting; 14, location ripple pearl screw; 15, first screw; 16, axle sleeve; 17, second screw; 18, embryo head; 19, embryo headstock; 20, bearing; 21, sprocket wheel; 22, jump ring; 23, woodruff key; 24, the 3rd screw; 25, handle; 26, propulsion cylinder; 27, spring; 28, positioning bead; 29, detent; 30, guide ramp.
The specific embodiment
Below in conjunction with embodiment and accompanying drawing, the utility model is done further to specify, but the embodiment of the utility model is not limited thereto.
Embodiment
Present embodiment is a kind of inserts the outer handle positioner of mould of handle bottle blowing machine before being used for; As shown in Figure 6; Be located on bottle embryo delivery track 2, its concrete structure such as Fig. 3 or shown in Figure 4 comprise slide block pedestal 9, handle positioning component and bottle embryo positioning component; Bottle embryo positioning component is located at slide block pedestal 9 middle parts, and the handle positioning component is located at slide block pedestal 9 one ends; The handle positioning component comprises positioning pedestal 10, left location-plate 11, right location-plate 12 and briquetting 13; Positioning pedestal 10 is fixed in the end on the slide block pedestal 9; Left side location-plate 11 is symmetrically set on the positioning pedestal 10 with right location-plate 12; Left side location-plate 11 is provided with briquetting 13 with right location-plate 12 belows, and briquetting 13 is fixedly connected with positioning pedestal 10, and left location-plate 11 is hinged with positioning pedestal 10 respectively with right location-plate 12.
Positioning pedestal 10 is provided with two location ripple pearl screws 14 of respectively left location- plate 11 and 12 of right location-plates being closed position-limiting action; When left location-plate and right location-plate are closed; Two location ripple pearl screws are ejected by its spring respectively, and are as shown in Figure 9, are located at spring 27 terminal positioning beads 28 and embed on the left location-plates or the right location-plate back side in the corresponding detent 29; It is closed to stop left location-plate and right location-plate to continue, thereby plays spacing effect; Spacing angle when left side location-plate 11 or right location-plate 12 are opened is 15～35 °, when left location-plate and right location-plate are opened, leans on its bottom and the abutted surface of positioning pedestal to realize spacing automatically.
Left side location-plate 11 is opposite " L " shape structure with right location-plate 12; The bottom of left side location-plate 11 and right location-plate 12 also is respectively equipped with flange; Left side location-plate 11 is hinged with axle sleeve 16 and positioning pedestal 10 through first screw 15 respectively with right location-plate 12 bottoms, and the residing position of ripple pearl screw, location is corresponding to the flange back side of left location-plate or right location-plate bottom; The inboard of left side location-plate 11 and right location-plate 12 also is respectively equipped with the fixed block that fixed handle is used; As shown in Figure 8; Left side location-plate and right location-plate are respectively equipped with guide ramp 30, and guide ramp is located on left location-plate or the terminal inwardly outstanding fixed block of right location-plate, and guide ramp is 45～65 ° with respect to the gradient of vertical plane; When left side location-plate and right location-plate are opened; When handle upwards was drawn out, handle moved upward along guide ramp, and left location-plate and right location-plate are strutted to both sides.
As shown in Figure 4; Positioning pedestal 10 is an integral structure, comprises the pedestal lateral body and the pedestal base that are connected, pedestal lateral body and the L-shaped setting of pedestal base; Pedestal lateral body middle part is provided with the handle embedded groove identical with handle shapes; The pedestal base is provided with boss, and the both sides of boss are semi-cylindrical recesses, and the pedestal base is fixedly connected with slide block pedestal 9 through the 3rd screw 24;
Left side location-plate 11 is respectively equipped with the flange of being with through hole with right location-plate 12 bottoms, and the flange bottom of band through hole is located in the semi-cylindrical recesses, and left location-plate is connected with the pedestal lateral body with axle sleeve through first screw in the through hole of flange respectively with right location-plate;
Bottle embryo positioning component comprises embryo head 18, embryo headstock 19, bearing 20 and sprocket wheel 21; Embryo head 18 is threaded with embryo headstock 19; Embryo headstock 19 belows have turning cylinder; Turning cylinder is connected with sprocket wheel 21 with bearing 20 after passing slide block pedestal 9 successively, and embryo head 18 tops and sprocket wheel 21 belows are respectively equipped with jump ring 22.
Turning cylinder on the embryo headstock 19 is fixedly connected with sprocket wheel 21 through woodruff key 23.
When inserting the mould handle positioner use outward of handle bottle blowing machine before originally being used for; Its principle is: as shown in Figure 5, when handle 25 was put on the positioning pedestal, handle got into the handle embedded groove of positioning pedestal pedestal lateral body; The handle bottom contacts with left and right location-plate; When handle pressed down, left and right location-plate bottom was rotated and is made left and right location-plate close the realization self-locking, and the inboard fixed block of left and right location-plate is fixed in handle in the handle embedded groove; After treating that bottle blowing is accomplished, as long as handle is pulled out, left and right location-plate is that release recovers opening.
Present embodiment is above-mentioned inserts the method for using of the outer handle positioner of mould of handle bottle blowing machine before being used for, and may further comprise the steps:
(1) after the bottle embryo was contained in and also accomplishes heating on the embryo head in bottle embryo positioning component, through the operation of bottle embryo delivery track, the outer handle positioner band of mould the bottle indusium and is delivered to the bottle blowing holding fix;
(2) shown in Fig. 7-1, on the bottle blowing holding fix, handle is inserted on the positioning pedestal, left side location-plate and right location-plate were closed the completion self-locking when handle pressed down, and this moment, handle was fixed on the handle positioning component;
(3) shown in Fig. 7-2, along with the operation of bottle embryo delivery track, the outer handle positioner band of mould the bottle indusium and is sent into mould blowing position; Blown simultaneously the bottle of completion and seen off outside the mould, the handle positioner takes off bottle with handles outside mould, and this moment, left location-plate and right location-plate recovered opening; The bottle indusium with the outer handle positioner band of stylish mould and deliver to the bottle blowing holding fix;
(4) shown in Fig. 7-3, to being positioned at the locational bottle of mould blowing embryo, the bottle blowing machine matched moulds carries out the bottle blowing; Simultaneously, the handle positioner is inserted handle outside the new mould on being positioned at the bottle blowing holding fix;
(5) bottle blowing machine die sinking, blow the bottle embryo on the outer handle positioner of new mould repeating step (3) and (4) then.
In the said process, the bottle blowing holding fix is the position that is positioned at mould one side on bottle embryo delivery track.
The bottle blowing holding fix is provided with 4 grip and inserts the position, when promptly inserting handle on the positioning pedestal in the step (2), outside corresponding 4 moulds, inserts handle respectively on the handle positioner at every turn.
When handle was inserted positioning pedestal, the employing manual work is inserted or manipulator is inserted.
In the said process, the power when the outer handle positioner of each mould move on bottle embryo delivery track is provided by propulsion cylinder 26, mould and mould outward the direction of motion of handle positioner shown in the arrow of Fig. 7-1 to the 7-3.
As stated, can realize preferably that just the utility model, the foregoing description are merely the preferred embodiment of the utility model, be not the practical range that is used for limiting the utility model; Be that all equalizations of being done according to the utility model content change and modification, all contained by the utility model claim scope required for protection.
Claims (6)
1. insert the outer handle positioner of mould of handle bottle blowing machine before being used for; Be located on bottle embryo delivery track, it is characterized in that, comprise slide block pedestal, handle positioning component and bottle embryo positioning component; Bottle embryo positioning component is located at slide block pedestal middle part, and the handle positioning component is located at slide block pedestal one end; The handle positioning component comprises positioning pedestal, left location-plate, right location-plate and briquetting; Positioning pedestal is fixed in the end on the slide block pedestal; Left side location-plate and right location-plate are symmetrically set on the positioning pedestal; Left side location-plate and right location-plate below are provided with briquetting, and briquetting is fixedly connected with positioning pedestal, and left location-plate and right location-plate are hinged with positioning pedestal respectively.
2. insert the outer handle positioner of mould of handle bottle blowing machine according to claim 1 is said before being used for, it is characterized in that, said positioning pedestal is provided with respectively left location-plate and right location-plate is worked two location ripple pearl screws of closing position-limiting action; Spacing angle when left side location-plate or right location-plate are opened is 15～35 °.
3. insert the outer handle positioner of mould of handle bottle blowing machine before being used for according to claim 2 is said; It is characterized in that; Said left location-plate and right location-plate are opposite " L " shape structure; The bottom of left side location-plate and right location-plate also is respectively equipped with flange, and it is hinged that left location-plate and right location-plate bottom are passed through first screw and axle sleeve and positioning pedestal respectively, and the residing position of ripple pearl screw, location is corresponding to the flange back side of left location-plate or right location-plate bottom; The inboard of left side location-plate and right location-plate also is respectively equipped with the fixed block that fixed handle is used; Left side location-plate and right location-plate are respectively equipped with guide ramp, and guide ramp is located on left location-plate or the terminal inwardly outstanding fixed block of right location-plate, and guide ramp is 45～65 ° with respect to the gradient of vertical plane.
4. insert the outer handle positioner of mould of handle bottle blowing machine according to claim 3 is said before being used for, it is characterized in that said positioning pedestal is an integral structure; Comprise the pedestal lateral body and the pedestal base that are connected; Pedestal lateral body and the L-shaped setting of pedestal base, pedestal lateral body middle part is provided with the handle embedded groove identical with handle shapes, and the pedestal base is provided with boss; The both sides of boss are semi-cylindrical recesses, and the pedestal base is fixedly connected with the slide block pedestal through the 3rd screw;
Left side location-plate and right location-plate bottom are respectively equipped with the flange of band through hole, and the flange bottom of band through hole is located in the semi-cylindrical recesses, and left location-plate is connected with the pedestal lateral body with axle sleeve through first screw in the through hole of flange respectively with right location-plate;
Briquetting is located at the flange outside of left location-plate and right location-plate bottom band through hole, and briquetting is fixedly connected with boss on the pedestal base through second screw.
5. insert the outer handle positioner of mould of handle bottle blowing machine before being used for according to claim 1 is said; It is characterized in that; Said bottle embryo positioning component comprises embryo head, embryo headstock, bearing and sprocket wheel, and the embryo head is threaded with the embryo headstock, and embryo headstock below has turning cylinder; Turning cylinder is connected with sprocket wheel with bearing after passing the slide block pedestal successively, and embryo head top and sprocket wheel below are respectively equipped with jump ring.
6. insert the outer handle positioner of mould of handle bottle blowing machine according to claim 5 is said before being used for, it is characterized in that the turning cylinder on the said embryo headstock is fixedly connected with sprocket wheel through woodruff key.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120567237XU CN202412682U (en) | 2011-12-29 | 2011-12-29 | Handle positioning device outside mould of bottle blowing machine for preposing handle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120567237XU CN202412682U (en) | 2011-12-29 | 2011-12-29 | Handle positioning device outside mould of bottle blowing machine for preposing handle |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202412682U true CN202412682U (en) | 2012-09-05 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120567237XU Withdrawn - After Issue CN202412682U (en) | 2011-12-29 | 2011-12-29 | Handle positioning device outside mould of bottle blowing machine for preposing handle |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202412682U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102529072A (en) * | 2011-12-29 | 2012-07-04 | 广州长霖塑料制品有限公司 | External handle positioning device for early-placing handle bottle blowing machine and use method thereof |
| TWI613125B (en) * | 2013-05-30 | 2018-02-01 | Nissei Asb Machine Co Ltd | Forming device with handle container, handling fixture and container handle |
-
2011
- 2011-12-29 CN CN201120567237XU patent/CN202412682U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102529072A (en) * | 2011-12-29 | 2012-07-04 | 广州长霖塑料制品有限公司 | External handle positioning device for early-placing handle bottle blowing machine and use method thereof |
| WO2013097765A1 (en) * | 2011-12-29 | 2013-07-04 | 广州长霖塑料制品有限公司 | Handle positioning apparatus outside mould for pre-inserted-handle bottle blow moulding machine, and method of use thereof |
| TWI613125B (en) * | 2013-05-30 | 2018-02-01 | Nissei Asb Machine Co Ltd | Forming device with handle container, handling fixture and container handle |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20120905 Effective date of abandoning: 20140716 |
|
| RGAV | Abandon patent right to avoid regrant |