CN209870817U - Packing apparatus that core-spun yarn was rolled up - Google Patents
Packing apparatus that core-spun yarn was rolled up Download PDFInfo
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- CN209870817U CN209870817U CN201920563866.1U CN201920563866U CN209870817U CN 209870817 U CN209870817 U CN 209870817U CN 201920563866 U CN201920563866 U CN 201920563866U CN 209870817 U CN209870817 U CN 209870817U
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- heat sealing
- trolley
- sealing machine
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- spun yarn
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Abstract
The utility model discloses a packing apparatus of core-spun yarn book, its packing apparatus include base, support, guide rail I and guide rail II, feeder, pneumatic cylinder I and pneumatic cylinder II, diolame device, sealing device, welding set. The packing method of the packing device is as follows: go out the material machine, pneumatic cylinder I and pneumatic rod II are rolled up the jack-up with the core-spun yarn, send into the diolame device and carry out the diolame, and the diolame gets into welding set, sends out the core-spun yarn book through ejection of compact machine at last, realizes diolame, conveying, the outer frame welding of rolling up the core-spun yarn. The utility model discloses having established a packing chain, having accomplished the packing to the plastic film is rolled up to the core-spun yarn, the welding of outer frame has not only improved work efficiency, realizes the high efficiency of packing, has reduced staff's intensity of labour, has automatic, easy operation, characteristics such as high efficiency.
Description
Technical Field
The utility model relates to a packaging technology is exactly a packing apparatus that core-spun yarn was rolled up.
Background
At present, along with the external refining, the continuous development of technologies such as nodular cast iron production, the application of china's line feeding technique has overtaken up international advanced level gradually, this mainly benefits from the development of covering wire forming process, because the dead weight is great for the covering wire book, place the support in the transportation, the handling process easily appears colliding with, the surface abrasion, the support warp, make the utilization ratio greatly reduced of covering wire book, and present covering wire book manufacturing enterprise carries out the packing to the covering wire book through the manual work mode, through not only efficiency of manual work mode, packer intensity of labour is big moreover, to the above-mentioned problem, propose the utility model discloses to the above-mentioned problem.
SUMMERY OF THE UTILITY MODEL
The to-be-solved technical problem of the utility model is to provide a packing apparatus of core-spun yarn book, the device collection diolame, heat-seal and welding integration set up, accomplish above-mentioned each process in order, realized the continuity of technology, reduce staff's intensity of labour, the security of improving production has avoided because of packing incompletely, and lead to the poor, the easy problem of oxidation of core-spun yarn book leakproofness, when the diolame is complete, the leakproofness is good, the effective utilization who still improves the core-spun yarn book.
In order to solve the above technical problem, the utility model discloses a following technical means:
the utility model provides a packing apparatus of core-spun yarn book, includes the base, at the support of base top, slide rail I and slide rail II at support top, the feeder that is located support the place ahead, pneumatic cylinder I and pneumatic cylinder II that are located the feeder below are located the diolame device at feeder rear, are located the sealing device of diolame device both sides, are located the ejection of compact machine at diolame device rear, are located the welding set of ejection of compact machine below, its characterized in that:
the film coating device is provided with a U-shaped drag hook travelling trolley I and a U-shaped drag hook travelling trolley II, the U-shaped drag hook travelling trolley II is provided with a large film tractor, the U-shaped drag hook is arranged below the U-shaped drag hook travelling trolley II, the small film tractor is arranged below the U-shaped drag hook, and when the core-spun yarn coil is jacked up by the pneumatic cylinder I and the pneumatic cylinder II, the U-shaped drag hook travelling trolley I and the U-shaped drag hook travelling trolley II are started to fix the core-spun yarn coil on the film coating device; the U-shaped drag hook moving trolley I and the U-shaped drag hook moving trolley II are driven by a pneumatic cylinder III and a pneumatic cylinder IV respectively to fix the cored wire coil so as to carry out the film coating process of the cored wire coil; a groove for filling the film is arranged in the concentric circle below the U-shaped drag hook, and the core-spun yarn coiled film is required to be put in the large circle and the small circle in advance;
the heat sealing device is provided with a heat sealing machine trolley III and a heat sealing machine trolley II, a diaphragm knife is arranged above the heat sealing machine trolley, the heat sealing machine trolley III and the heat sealing machine trolley II are installed on a heat sealing machine trolley moving slide rail I, a heat sealing machine sliding light stick I is positioned above the heat sealing machine trolley moving slide rail I, the heat sealing machine trolley I and a heat sealing machine trolley IV are also arranged on the other side of the diaphragm device, the diaphragm knife is arranged above the heat sealing machine trolley, the heat sealing machine trolley I and the heat sealing machine trolley IV are installed on a heat sealing machine trolley moving slide rail II, and the heat sealing machine sliding light stick II is positioned above the heat sealing machine trolley moving slide rail II; the heat sealing device realizes the adhesion of the core-spun yarn roll film;
the pneumatic cylinder IV and the pneumatic cylinder V respectively drive the large membrane tractor and the small membrane tractor to pull out the membrane which is pre-placed in a concentric circle below the U-shaped drag hook, the heat sealing machine moves the light roller I to seal the pulled membrane, the membrane is cut by the membrane knife, and the heat sealing machine trolley carries out heat sealing and bonding on the membrane to complete the membrane enveloping process of the core-spun yarn coil;
welding set is equipped with welding position board I and welding position board II and welding robot I and welding robot II, and the fixed core-spun yarn of welding position board I and II centre grippings of welding position board is rolled up, and welding robot I and welding robot II set up respectively in front end one side and rear end one side of welding position board I and welding position board II.
The base plate and the top plate are respectively installed on the welding positioning plate I and the welding positioning plate II in advance, when a cored wire coil enters the welding device, the welding positioning plate I and the welding positioning plate II are moved, the top plate and the base plate are fixed with the upper bottom surface and the lower bottom surface of the cored wire coil in an extruding mode, and then the top plate and the base plate can be welded by placing a pre-selected telescopic stand column into a positioning notch of the top plate and the base plate.
Adopt above-mentioned technical scheme the utility model discloses, compare with prior art, its outstanding characteristics are:
(1) the enveloping device improves the packaging efficiency of the core-spun wire coil and reduces the labor intensity of workers.
(2) The heat sealing device avoids the problems of poor sealing performance and easy oxidation of the cored wire coil caused by incomplete packaging, and improves the effective utilization rate of the cored wire coil when the coating is complete and the sealing performance is good.
(3) Through the welding of welding robot to the core-spun wire book, reduced staff's intensity of labour, improved staff operational environment's security.
(4) The film coating, the heat sealing and the welding are integrally arranged, all the procedures are sequentially completed, and the continuity of the process is realized.
The support be the cuboid frame, cuboid frame middle part sets up the diolame device, the both sides at cuboid frame top both ends set up slide rail I and slide rail II respectively.
By the arrangement, the space formed by the rectangular frame can be fully utilized, and the coating device, the heat sealing device and the welding device are arranged in the inner space of the rectangular frame.
The trolley of the heat sealing machine is provided with a vertical connecting column, the top end of the vertical connecting column is provided with a sliding hole, the sliding hole is matched with a sliding smooth rod of the heat sealing machine, and the trolley of the heat sealing machine is connected with the bottom end of the vertical connecting column.
Above-mentioned setting makes the motion of heat-seal dolly inject by heat-sealer slip smooth rod and heat-sealer dolly removal slide rail, and the motion is more steady.
One side of the vertical connecting column is provided with a diaphragm knife which is driven by an air cylinder.
Through setting up the cylinder, conveniently drive the diaphragm sword, cut off the membrane.
The packaging method of the packaging device of the cored wire roll comprises the following steps:
(1) a driver puts the core-spun yarn coil in by controlling the feeding machine, then the core-spun yarn coil is placed on the pneumatic cylinder I and the pneumatic cylinder II through the sliding rail I and the sliding rail II, the core-spun yarn coil is jacked up on the pneumatic cylinder I and the pneumatic cylinder II, and the film coating device is started;
(2) the core-spun yarn roll is fixed by moving the U-shaped drag hook moving trolley I and the U-shaped drag hook moving trolley II, the pneumatic cylinder IV and the pneumatic cylinder V respectively drive the large film tractor and the small film tractor to pull out a film which is pre-placed in a concentric circle below the U-shaped drag hook, the heat sealing machine moves the light stick I to seal the pulled film, the film is cut by the diaphragm knife, and the heat sealing machine trolley performs heat sealing to complete the film coating process of the core-spun yarn roll;
(3) before the core-spun yarn coil enters the welding device, the base plate and the top plate are respectively arranged on the welding positioning plate I and the welding positioning plate II in advance, the core-spun yarn coil enters the welding device, the bottom welding positioning plate I and the welding positioning plate II are positioned, so that the top plate and the base plate are fixed with the upper bottom surface and the lower bottom surface of the core-spun yarn coil in an extruding way, and then the telescopic stand columns selected in advance are placed into the positioning notches of the top plate and the base plate to start welding; welding robot I and welding robot II weld, accomplish the welding to outer frame of core-spun yarn book, send out the core-spun yarn book through ejection of compact machine at last.
Drawings
FIG. 1 is the assembly structure view of the packaging device of the core-spun yarn roll of the present invention
FIG. 2 shows the structure of the welding device and the device frame of the present invention
FIG. 3 is a structural diagram of the heat sealing device of the present invention
Fig. 4 is a structural diagram of the fixing device and the coating device of the core-spun yarn roll of the present invention.
Fig. 5 is a schematic view of the structure of the U-shaped retractor.
Description of reference numerals: 1-a base; 2-a heat sealing machine trolley I; 3-a heat sealing machine trolley III; 4-a membrane knife; 5-a pneumatic cylinder I; 6-a trolley moving slide rail I of the heat sealing machine; 7-sliding optical stick I of heat sealing machine; 8-a small membrane retractor; 9-pneumatic cylinder V; 10-U-shaped drag hook; 11-a heat sealer trolley II; 12-pneumatic cylinder III; 13-welding the positioning plate 1; 14-U-shaped drag hook moving trolley I; 15-welding robot I; 16-a slide rail I; 17-a slide rail II; 18-a discharging machine; 19-welding a positioning plate II; 20-welding robot II; 21-U-shaped drag hook moving trolley II; 22-pneumatic cylinder IV; 23-large membrane retractor; 24-a sliding smooth rod II of the heat sealing machine; 25-a feeder; 26-a scaffold; 27-heat sealer trolley IV; 28-a trolley moving slide rail II of the heat sealing machine; 29-pneumatic cylinder II; 30-a storage place; 31-small film storage; 32-cylinder.
Detailed Description
The present invention will be further described with reference to the following examples.
Referring to fig. 1-5, the packaging device for core-spun yarn coil of the present invention comprises a base 1, a support 26 above the base 1, a slide rail i 16 and a slide rail ii 17 on the top of the support 26, a feeder 25 located in front of the support 26, a pneumatic cylinder i 5 and a pneumatic cylinder ii 29 located below the feeder 25, a film wrapping device located behind the feeder 25, heat sealing devices located on both sides of the film wrapping device, a discharging machine 18 located behind the film wrapping device, and a welding device located below the discharging machine 18; the film coating device is provided with a U-shaped drag hook travelling car I14 and a U-shaped drag hook 10 travelling car II 21, the U-shaped drag hook 10 travelling car II 21 is provided with a large film tractor 23, the U-shaped drag hook 10 is arranged below the U-shaped drag hook 10 travelling car II 21, a small film tractor 8 is arranged below the U-shaped drag hook 10, when a core-spun yarn roll is jacked up by a pneumatic cylinder I5 and a pneumatic cylinder II 29, the U-shaped drag hook travelling car I14 and the U-shaped drag hook 10 travelling car II 21 are started, and the core-spun yarn roll is fixed on the film coating device; the U-shaped draw hook moving trolley I14 and the U-shaped draw hook 10 moving trolley II 21 are driven by a pneumatic cylinder III12 and a pneumatic cylinder IV22 respectively to fix the cored wire coil so as to carry out the film coating process of the cored wire coil; a groove for filling a film is arranged in the concentric circle below the U-shaped drag hook 10, and a core-spun yarn roll film is required to be put in advance in the large circle and the small circle; the heat sealing device is provided with a heat sealing machine trolley III3 and a heat sealing machine trolley II 11, a diaphragm knife 4 is arranged above the heat sealing machine trolley, the heat sealing machine trolley III3 and the heat sealing machine trolley II 11 are mounted on a heat sealing machine trolley movable slide rail I166, a heat sealing machine sliding light stick I7 is positioned above the heat sealing machine trolley movable slide rail I166, a heat sealing machine trolley I2 and a heat sealing machine trolley IV27 are also arranged on the other side of the film coating device, the diaphragm knife 4 is arranged above the heat sealing machine trolley, the heat sealing machine trolley I2 and the heat sealing machine trolley IV27 are mounted on a heat sealing machine trolley movable slide rail II 28, and a heat sealing machine sliding light stick II 24 is positioned above the heat sealing machine trolley movable slide rail II 28; the heat sealing device realizes the adhesion of the core-spun yarn roll film; the pneumatic cylinder IV22 and the pneumatic cylinder V9 respectively drive the large membrane tractor 23 and the small membrane tractor 8 to pull out the membrane which is pre-arranged in a concentric circle below the U-shaped drag hook 10, the heat sealing machine moves the smooth rod I to seal the pulled membrane, the membrane is cut by the membrane knife 4, and the heat sealing machine trolley carries out heat sealing and adhesion on the membrane to complete the membrane enveloping process of the core-spun yarn roll; welding set is equipped with welding positioning plate I13 and welding positioning plate II 19 and welding robot I15 and welding robot II 20, and the fixed core-spun thread of welding positioning plate I13 and the fixed core-spun thread book of welding positioning plate II 19 centre gripping, and welding robot I15 and welding robot II 20 set up respectively in welding positioning plate I13 and the front end one side and the rear end one side of welding positioning plate II 19. The base plate and the top plate are respectively arranged on the welding positioning plate I13 and the welding positioning plate II 19 in advance, when a cored wire coil enters the welding device, the welding positioning plate I13 and the welding positioning plate II 19 are moved, so that the top plate and the base plate are fixed with the upper bottom surface and the lower bottom surface of the cored wire coil in an extruding mode, and then the top plate and the base plate can be welded by placing a pre-selected telescopic stand column into a positioning notch of the top plate and the base plate.
Support 26 is the cuboid frame, and the cuboid frame middle part sets up the diolame device, and the both sides at cuboid frame top both ends set up slide rail I16 and slide rail II 17 respectively.
By the arrangement, the space formed by the rectangular frame can be fully utilized, and the coating device, the heat sealing device and the welding device are arranged in the inner space of the rectangular frame.
The heat sealing machine trolley is provided with a vertical connecting column, the top end of the vertical connecting column is provided with a sliding hole, the sliding hole is matched with a sliding smooth rod of the heat sealing machine, and the heat sealing machine trolley is connected with the bottom end of the vertical connecting column.
Above-mentioned setting makes the motion of heat-seal dolly inject by heat-sealer slip smooth rod and heat-sealer dolly removal slide rail, and the motion is more steady.
One side of the vertical connecting column is provided with a diaphragm knife 4, and the diaphragm knife 4 is driven by a cylinder 32.
By arranging the air cylinder 32, the membrane knife 4 is conveniently driven to cut off the membrane.
The concentric circle below the U-shaped draw hook 10 is internally provided with a groove for loading a film, and the large circle and the small circle are internally provided with a large film storage part 30 and a small film storage part 31 respectively. The core-spun yarn roll film is required to be placed in advance in the large film storage part 30 and the small film storage part 31, before the film coating process is carried out, workers only need to place the core-spun yarn roll film in the groove, and then the machine is started to complete the film coating of the core-spun yarn roll, so that the simplicity of process operation is realized.
The packaging method of the packaging device of the cored wire roll comprises the following steps:
(1) a driver puts the core-spun yarn coil into the feeding machine 25 by controlling the feeding machine, then the core-spun yarn coil is placed on the pneumatic cylinder I5 and the pneumatic cylinder II 29 by the sliding rail I16 and the sliding rail II 17, the core-spun yarn coil is jacked up on the pneumatic cylinder I5 and the pneumatic cylinder II 29, and the film coating device is started;
(2) the core-spun yarn roll is fixed by moving a U-shaped drag hook moving trolley I14 and a U-shaped drag hook 10 moving trolley II 21, a pneumatic cylinder IV22 and a pneumatic cylinder V9 respectively drive a large film tractor 23 and a small film tractor 8 to pull out a film which is pre-placed in a concentric circle below the U-shaped drag hook 10, a heat sealing machine moves a smooth rod I7 to seal the pulled film, the film is cut by a diaphragm knife 4, and the heat sealing machine trolley performs heat sealing to complete the film coating process of the core-spun yarn roll;
(3) before the core-spun wire coil enters the welding device, the base plate and the top plate are respectively arranged on the welding positioning plate I13 and the welding positioning plate II 19 in advance, the core-spun wire coil enters the welding device, the bottom welding positioning plate I13 and the welding positioning plate II 19 are positioned, the top plate and the base plate are fixed with the upper bottom surface and the lower bottom surface of the core-spun wire coil in an extruding mode, and then the telescopic stand columns selected in advance are placed into the positioning notches of the top plate and the base plate to start welding; welding robot I15 and welding robot II 20 weld, accomplish the welding to outer frame of core-spun yarn book, send out the core-spun yarn book through ejection of compact machine 18 at last.
The advantages of this embodiment are:
(1) the enveloping device improves the packaging efficiency of the core-spun wire coil and reduces the labor intensity of workers.
(2) The heat sealing device avoids the problems of poor sealing performance and easy oxidation of the cored wire coil caused by incomplete packaging, and improves the effective utilization rate of the cored wire coil when the coating is complete and the sealing performance is good.
(3) Through the welding of welding robot to the core-spun wire book, reduced staff's intensity of labour, improved staff operational environment's security.
(4) The film coating, the heat sealing and the welding are integrally arranged, all the procedures are sequentially completed, and the continuity of the process is realized.
The above description is only a preferred and practical embodiment of the present invention, and not intended to limit the scope of the present invention, and all structural equivalents made by using the contents of the specification and drawings are included in the scope of the present invention.
Claims (4)
1. The utility model provides a packing apparatus of core-spun yarn book, includes the base, at the support of base top, slide rail I and slide rail II at support top, the feeder that is located support the place ahead, pneumatic cylinder I and pneumatic cylinder II that are located the feeder below are located the diolame device at feeder rear, are located the sealing device of diolame device both sides, are located the ejection of compact machine at diolame device rear, are located the welding set of ejection of compact machine below, its characterized in that:
the film coating device is provided with a U-shaped drag hook travelling trolley I and a U-shaped drag hook travelling trolley II, the U-shaped drag hook travelling trolley II is provided with a large film tractor, the U-shaped drag hook is arranged below the U-shaped drag hook travelling trolley II, the small film tractor is arranged below the U-shaped drag hook, and when the core-spun yarn coil is jacked up by the pneumatic cylinder I and the pneumatic cylinder II, the U-shaped drag hook travelling trolley I and the U-shaped drag hook travelling trolley II are started to fix the core-spun yarn coil on the film coating device; the U-shaped drag hook moving trolley I and the U-shaped drag hook moving trolley II are driven by a pneumatic cylinder III and a pneumatic cylinder IV respectively to fix the cored wire coil so as to carry out the film coating process of the cored wire coil; a groove for filling the film is arranged in the concentric circle below the U-shaped drag hook, and the core-spun yarn coiled film is required to be put in the large circle and the small circle in advance;
the heat sealing device is provided with a heat sealing machine trolley III and a heat sealing machine trolley II, a diaphragm knife is arranged above the heat sealing machine trolley, the heat sealing machine trolley III and the heat sealing machine trolley II are installed on a heat sealing machine trolley moving slide rail I, a heat sealing machine sliding light stick I is positioned above the heat sealing machine trolley moving slide rail I, the heat sealing machine trolley I and a heat sealing machine trolley IV are also arranged on the other side of the diaphragm device, the diaphragm knife is arranged above the heat sealing machine trolley, the heat sealing machine trolley I and the heat sealing machine trolley IV are installed on a heat sealing machine trolley moving slide rail II, and the heat sealing machine sliding light stick II is positioned above the heat sealing machine trolley moving slide rail II; the heat sealing device realizes the adhesion of the core-spun yarn roll film;
the pneumatic cylinder IV and the pneumatic cylinder V respectively drive the large membrane tractor and the small membrane tractor to pull out the membrane which is pre-placed in a concentric circle below the U-shaped drag hook, the heat sealing machine moves the light roller I to seal the pulled membrane, the membrane is cut by the membrane knife, and the heat sealing machine trolley carries out heat sealing and bonding on the membrane to complete the membrane enveloping process of the core-spun yarn coil;
welding set is equipped with welding position board I and welding position board II and welding robot I and welding robot II, and the fixed core-spun yarn of welding position board I and II centre grippings of welding position board is rolled up, and welding robot I and welding robot II set up respectively in front end one side and rear end one side of welding position board I and welding position board II.
2. The apparatus of claim 1, wherein: the support be the cuboid frame, cuboid frame middle part sets up the diolame device, the both sides at cuboid frame top both ends set up slide rail I and slide rail II respectively.
3. The apparatus of claim 1, wherein: the trolley of the heat sealing machine is provided with a vertical connecting column, the top end of the vertical connecting column is provided with a sliding hole, the sliding hole is matched with a sliding smooth rod of the heat sealing machine, and the trolley of the heat sealing machine is connected with the bottom end of the vertical connecting column.
4. A bale press of cored wire coil as recited in claim 3, wherein: one side of the vertical connecting column is provided with a diaphragm knife which is driven by an air cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920563866.1U CN209870817U (en) | 2019-04-24 | 2019-04-24 | Packing apparatus that core-spun yarn was rolled up |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920563866.1U CN209870817U (en) | 2019-04-24 | 2019-04-24 | Packing apparatus that core-spun yarn was rolled up |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209870817U true CN209870817U (en) | 2019-12-31 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920563866.1U Expired - Fee Related CN209870817U (en) | 2019-04-24 | 2019-04-24 | Packing apparatus that core-spun yarn was rolled up |
Country Status (1)
| Country | Link |
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| CN (1) | CN209870817U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109927953A (en) * | 2019-04-24 | 2019-06-25 | 广东石油化工学院 | A kind of packing apparatus and method of the cored coil of wire |
-
2019
- 2019-04-24 CN CN201920563866.1U patent/CN209870817U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109927953A (en) * | 2019-04-24 | 2019-06-25 | 广东石油化工学院 | A kind of packing apparatus and method of the cored coil of wire |
| CN109927953B (en) * | 2019-04-24 | 2023-09-22 | 广东石油化工学院 | Packing device and method for core-spun coil |
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| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20191231 Termination date: 20210424 |