CN205201187U - PU wheel for compound die gland promote collator - Google Patents
PU wheel for compound die gland promote collator Download PDFInfo
- Publication number
- CN205201187U CN205201187U CN201520875577.7U CN201520875577U CN205201187U CN 205201187 U CN205201187 U CN 205201187U CN 201520875577 U CN201520875577 U CN 201520875577U CN 205201187 U CN205201187 U CN 205201187U
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- China
- Prior art keywords
- gland
- feeding
- collator
- crawler belt
- pay
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Abstract
The utility model discloses a PU wheel for compound die gland promote collator that with the gland assembly system of mould automatic clapper die spotting press transport gland is poured into to the PU wheel, including promoting frame and material feeding unit, scheduling device and feeder, feeding rack and pay -off track that material feeding unit set up including the slope, pass dynamic wheel group, pay -off drive machine, upside at feeding rack lower part, pay -off track is equipped with the trilateral hopper that can constitute the workbin with the cooperation of pay -off track, the pay -off track on be equipped with the magnetism device that can hold gland bottom metal block, scheduling device including holding material workstation and feed workstation to and will hold the transfer device that the feed workstation was transferred to to the gland of expecting on the workstation, feeder satisfies it and can pass on the gland of the downside transportation of feeding rack lower part, pay -off track to hold the material workstation on. The utility model discloses rational in infrastructure, fast, efficient, self structure and assembly requirements of the gland of can laminating has realized the mechanization and the automation of feed completely.
Description
[technical field]
The utility model relates to a kind of PU and takes turns the gland lifting collator used in perfusion mould automatic die assembly.
[background technology]
PU wheel, also referred to as PU perfusion wheel, in the manufacture craft of PU wheel, before perfusion operation, also needing the perfusion mould made for pouring into PU wheel, completing the perfusion of PU wheel by this mould being sent to perfusion in-process.
PU takes turns perfusion mould and comprises nail seat, counterdie, core wheel, patrix, gland and these parts of nut, at present, we are normally by manually coming these parts to carry out assembling matched moulds, in order to increase work efficiency, break away from manpower yoke, we develop one can by nail seat, counterdie, core wheel, patrix, gland and these parts of nut are assembled into by mechanization the assembly line that PU takes turns perfusion mould automatically, re-use before this assembly line carries out matched moulds, we need previously prepared nail seat, counterdie, core wheel, patrix, gland and these parts of nut are transported on assembly line, in such cases, adopt the mode of artificial loading obviously improper, one speed carrying out artificial loading can not meet the speed of mechanization matched moulds, two carry out artificial loading needs with hand feeding to mechanical mouth, very likely can damage human body, in addition, because gland has requirement when assembling, if adopt common elevator to carry, obviously these matching requirements can not must be met by the side of gland band metal derby upward.
Therefore, for the problems referred to above, we provide a new technical scheme.
[utility model content]
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of rational in infrastructure, mechanization, and automation, efficiency are high, and the self structure of gland of can fitting and the PU of matching requirements take turns matched moulds gland and promote collator.
In order to solve the technical problem of above-mentioned existence, the utility model adopts following technical proposals:
The utility model is that a kind of PU wheel matched moulds gland promotes collator, includes lift carriage, with the pay-off be located in lift carriage, collator and the charging gear being connected collator and pay-off; Described pay-off includes the feeding frame be obliquely installed, driving wheel group feeding frame is provided with feeding crawler belt, driving feeding crawler belt to run and feeding driving motor; The three fabric buckets that can coordinate with feeding crawler belt and form hopper are provided with in the upside of described feeding frame lower, feeding crawler belt; Described feeding crawler belt is provided with the magnetic devices for holding gland bottom metal block; Be provided with between feeding frame and lift carriage and can hold gland by entering into the space of charging gear; Described collator includes undertaking charging gear and transports the bearing material workbench of the gland of coming and gland be supplied to the feeding workbench that PU takes turns the gland assembly system of perfusion mould automatic die assembly machine, and the gland on bearing material workbench is transferred to the transfer device of feeding workbench; Described charging gear meets it and gland that downside of feeding frame lower, feeding crawler belt is transported can be transferred on bearing material workbench.
Taking turns in the improvement project of matched moulds gland lifting collator above-mentioned PU, described charging gear is the Timing Belt group be located between feeding crawler belt and bearing material workbench, and drives synchronous wheels and the synchronizing wheel drive motors thereof of the motion of Timing Belt group; Described Timing Belt group is made up of a pair Timing Belt and gap between two Timing Belts just can hold a gland passes through; The downside of feeding frame lower, feeding crawler belt is accepted in the upper end of described Timing Belt group, and the other end leads to bearing material workbench.
Promote in the improvement project of collator taking turns matched moulds gland to above-mentioned PU, upper end direction being intersected in Timing Belt is overlooked in the gap on feeding crawler belt between the position of magnetic devices and two Timing Belts.
Promote in the improvement project of collator taking turns matched moulds gland to above-mentioned PU, the gap on feeding crawler belt between the position of magnetic devices and two Timing Belts to be overlooked on direction in line.
Taking turns in the improvement project of matched moulds gland lifting collator above-mentioned PU, described lift carriage is provided with the governor motion for regulating feeding frame gradient.
Taking turns in the improvement project of matched moulds gland lifting collator above-mentioned PU, described feeding crawler belt is chain-plate type crawler belt.
Taking turns in the improvement project of matched moulds gland lifting collator above-mentioned PU, described transfer device is cylinder push-rod.
Taking turns in the improvement project of matched moulds gland lifting collator above-mentioned PU, described transfer device is manipulator.
Compared with prior art, the beneficial effects of the utility model are: the utility model is the gland lifting collator of the gland assembly system transport gland of taking turns perfusion mould automatic die assembly machine to PU, in use, only prefabricated gland need be poured in elevating hopper, namely by automatic transport, it completes the adjustment in gland direction on feeding crawler belt, to adapt to matching requirements, and the crawl of conveniently gland assembly system, also being provided with collator sequences on feeding workbench by transporting the gland of coming one by one, fully achieve mechanization and the automation of feeding, and the design feature of gland self of can fitting and matching requirements, rational in infrastructure, convenient and swift, speed is high, efficiency is fast.
Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail:
[accompanying drawing explanation]
Fig. 1 is the schematic perspective view of the utility model embodiment;
Fig. 2 is the side view of the utility model embodiment;
Fig. 3 is the top view of the utility model embodiment;
Fig. 4 is that the utility model and PU take turns perfusion mould automatic die assembly and assemble scheme of installation between track;
Fig. 5 is the enlarged drawing in A portion in Fig. 4.
[detailed description of the invention]
The utility model is that a kind of PU wheel matched moulds gland promotes collator, as shown in Fig. 1 to 5, includes lift carriage 100, with the pay-off be located in lift carriage 100, collator and the charging gear 80 being connected collator and pay-off; Described pay-off includes the feeding frame 10 be obliquely installed, the driving wheel group 30 that 10 are provided with feeding crawler belt 20 in feeding frame, drive feeding crawler belt 20 runs and feeding driving motor 40, in the present embodiment, described feeding crawler belt 20 is chain-plate type crawler belt; Be provided with in the upside of described feeding frame 10 bottom, feeding crawler belt 20 and can coordinate the three fabric buckets 21 forming hopper with feeding crawler belt 20; Described feeding crawler belt 20 is provided with the magnetic devices for holding gland 200 bottom metal block; Be provided with between feeding frame 10 and lift carriage 100 and can hold gland 200 by entering into the space of charging gear 80; Described collator includes undertaking charging gear 80 and transports the bearing material workbench 50 of the gland 200 of coming and gland 200 be supplied to the feeding workbench 60 that PU takes turns the gland assembly system of perfusion mould automatic die assembly machine, and the gland 200 on bearing material workbench 50 is transferred to the transfer device 70 of feeding workbench 60; Described charging gear 80 meets it and gland 200 that downside of feeding frame 10 bottom, feeding crawler belt 20 is transported can be transferred on bearing material workbench 50.
Prefabricated gland 200 is first poured over feeding frame 10 bottom at needs by us, in hopper on the downside of feeding crawler belt 20, feeding crawler belt 20 after operation, the gland 200 in hopper is driven to transport the top of feeding crawler belt 20 to, owing to being provided with the magnetic devices that can hold gland 200 bottom metal block on feeding crawler belt 20, therefore in the process that gland 200 is driven on feeding crawler belt 20, held by magnetic devices, stand upright on feeding crawler belt 20 one by one, at this moment, gland 200 is with under the one side seat of metal derby, when gland 200 is being driven after the highest point of feeding frame 10 by feeding crawler belt 20, continue to follow feeding crawler belt 20 to run, upset is stood upside down in the continuation operation of the downside of feeding crawler belt 20, at this moment, gland 200 faces up with one of metal derby, when gland 200 by feeding crawler belt 20 be transported to feeding frame 10 bottom time, just accepted by charging gear 80, be transported on the bearing material workbench 50 of collator by charging gear 80, previous gland 200 is collided in order to prevent the gland 200 of follow-up supply, produce displacement, affect the assembling of gland 200 in PU wheel perfusion matched moulds, gland 200 on bearing material workbench 50 is transferred on feeding workbench 60 by transfer device 70, the gland assembly system that PU takes turns perfusion mould automatic die assembly machine more voluntarily the gland 200 captured on feeding workbench 60 assemble.
From the above, the utility model is the gland lifting collator of the gland assembly system transport gland 200 of taking turns perfusion mould automatic die assembly machine to PU, in use, only need prefabricated gland 200 be poured in hopper, namely by automatic transport, it completes the adjustment in gland 200 direction on feeding crawler belt 20, to adapt to matching requirements, and the crawl of conveniently gland assembly system, also being provided with collator sequences on feeding workbench 60 by transporting the gland 200 of coming one by one, fully achieve mechanization and the automation of feeding, and the design feature of gland 200 self of can fitting and matching requirements, rational in infrastructure, convenient and swift, speed is high, efficiency is fast.
In embodiment of the present utility model, as shown in Figure 1,2,3, 4, described charging gear 80 for being located at the Timing Belt group 81 between feeding crawler belt 20 and bearing material workbench 50, and drives synchronous wheels 82 and the synchronizing wheel drive motors 83 thereof of the motion of Timing Belt group 81; Described Timing Belt group 81 is made up of a pair Timing Belt and gap between two Timing Belts just can hold a gland 200 passes through; The downside of feeding frame 10 bottom, feeding crawler belt 20 is accepted in the upper end of described Timing Belt group 81, and the other end leads to bearing material workbench 50.When gland 200 by feeding crawler belt 20 be transported to feeding frame 10 bottom time, under the effect of sliding inertia, enter into the charging gear 80 be connected with it, be namely enter in the gap between two Timing Belts, be transported on bearing material workbench 50 in the effect of Timing Belt.In the present embodiment, upper end direction being intersected in Timing Belt is overlooked in gap on feeding crawler belt 20 between the position of magnetic devices and two Timing Belts, it is smooth and easy, convenient so just to make when feeding crawler belt 20 and the handing-over of charging gear 80 material, realizes seamless connection; Same, on feeding crawler belt 20 position of magnetic devices also can and two Timing Belts between gap to overlook on direction in line.
In embodiment as shown in Figure 1, 2, 3, described lift carriage 100 being provided with the governor motion 90 for regulating feeding frame 10 gradient, according to actual conditions that are on-the-spot and debugging, the gradient of flexible modulation feeding crawler belt 20 can being carried out like this.
In the such as embodiment shown in Fig. 1,3,4,5, described transfer device 70 is cylinder push-rod, and when sorting, cylinder push-rod pushes gland to feeding workbench 60 from bearing material workbench 50; Certainly, described transfer device 70 can be also manipulator, is grabbed to feeding workbench 60 by gland 200 from bearing material workbench 50.
Although reference above embodiment describes the utility model in detail, but be it will be apparent to one skilled in the art that by the disclosure, and when not departing from principle of the present utility model and the scope of described claim restriction, can make a variety of changes the utility model or revise.Therefore, the detailed description of disclosure embodiment is only used for explaining, instead of is used for limiting the utility model, but is defined by the subject-matter of the claims the scope of protection.
Claims (8)
1. PU takes turns matched moulds gland and promotes a collator, it is characterized in that, includes lift carriage, with the pay-off be located in lift carriage, collator and the charging gear being connected collator and pay-off; Described pay-off includes the feeding frame be obliquely installed, driving wheel group feeding frame is provided with feeding crawler belt, driving feeding crawler belt to run and feeding driving motor; The three fabric buckets that can coordinate with feeding crawler belt and form hopper are provided with in the upside of described feeding frame lower, feeding crawler belt; Described feeding crawler belt is provided with the magnetic devices for holding gland bottom metal block; Be provided with between feeding frame and lift carriage and can hold gland by entering into the space of charging gear; Described collator includes undertaking charging gear and transports the bearing material workbench of the gland of coming and gland be supplied to the feeding workbench that PU takes turns the gland assembly system of perfusion mould automatic die assembly machine, and the gland on bearing material workbench is transferred to the transfer device of feeding workbench; Described charging gear meets it and gland that downside of feeding frame lower, feeding crawler belt is transported can be transferred on bearing material workbench.
2. PU according to claim 1 takes turns matched moulds gland and promotes collator, it is characterized in that, described charging gear is the Timing Belt group be located between feeding crawler belt and bearing material workbench, and drives synchronous wheels and the synchronizing wheel drive motors thereof of the motion of Timing Belt group; Described Timing Belt group is made up of a pair Timing Belt and gap between two Timing Belts just can hold a gland passes through; The downside of feeding frame lower, feeding crawler belt is accepted in the upper end of described Timing Belt group, and the other end leads to bearing material workbench.
3. PU according to claim 2 takes turns matched moulds gland and promotes collator, it is characterized in that, upper end direction being intersected in Timing Belt is overlooked in the gap on feeding crawler belt between the position of magnetic devices and two Timing Belts.
4. PU according to claim 2 takes turns matched moulds gland and promotes collator, it is characterized in that, the gap on feeding crawler belt between the position of magnetic devices and two Timing Belts to be overlooked on direction in line.
5. PU according to claim 1 takes turns matched moulds gland and promotes collator, it is characterized in that, described lift carriage is provided with the governor motion for regulating feeding frame gradient.
6. PU according to claim 1 takes turns matched moulds gland and promotes collator, and it is characterized in that, described feeding crawler belt is chain-plate type crawler belt.
7. PU according to claim 1 takes turns matched moulds gland and promotes collator, and it is characterized in that, described transfer device is cylinder push-rod.
8. PU according to claim 1 takes turns matched moulds gland and promotes collator, and it is characterized in that, described transfer device is manipulator.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520875577.7U CN205201187U (en) | 2015-11-05 | 2015-11-05 | PU wheel for compound die gland promote collator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520875577.7U CN205201187U (en) | 2015-11-05 | 2015-11-05 | PU wheel for compound die gland promote collator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205201187U true CN205201187U (en) | 2016-05-04 |
Family
ID=55838927
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520875577.7U Expired - Fee Related CN205201187U (en) | 2015-11-05 | 2015-11-05 | PU wheel for compound die gland promote collator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205201187U (en) |
-
2015
- 2015-11-05 CN CN201520875577.7U patent/CN205201187U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160504 Termination date: 20161105 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |