CN102514124A - Novel moveable heating type automatic heating and cooling device - Google Patents
Novel moveable heating type automatic heating and cooling device Download PDFInfo
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- CN102514124A CN102514124A CN2011104483892A CN201110448389A CN102514124A CN 102514124 A CN102514124 A CN 102514124A CN 2011104483892 A CN2011104483892 A CN 2011104483892A CN 201110448389 A CN201110448389 A CN 201110448389A CN 102514124 A CN102514124 A CN 102514124A
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Abstract
The invention discloses a novel moveable heating type automatic heating and cooling device. The device mainly comprises two parts, namely an oil press and a moveable heater of a multi-cylinder upper pressing structure, wherein on a bearing face, a heater passage base is connected with a pedestal, so the oil press and the moveable heater of the multi-cylinder upper pressing structure are combined and connected; and a cooling device is additionally arranged on an upper pressing plate and a lower template respectively, so the upper pressing plate and the lower template which are in a cooling state clamp a mold in the middle and cool and mold the mold. Heat molding and cool molding are performed by the same oil press, and the mold is not pushed and drawn to be opened manually, so the aim of full automation is fulfilled. Due to the design that the mold is not required to be moved manually, the labor intensity of workers is effectively reduced, the labor cost is effectively reduced, the yield can be improved in unit time, the electric energy consumption is reduced in unit time, and the working efficiency is improved in unit time, and the effect is obvious.
Description
Technical field
The invention belongs to plastics, rubber heat, cold formed foaming mechanical field; The architecture advances that relates to a kind of plastics, rubber heat, cold formed foaming product process equipment relates in particular to a kind of hot automatically, device for cooling of novel mobile heated type that is applied to plastics, rubber heat, cold formed foaming machine.
Background technology
Existing second time of foaming forming machine, they mainly are to combine by rising the cylinder hydraulic press under two platforms, wherein make the deep fat press for one; Another then makees the cold oil press; They open mould with manual work respectively, pack into behind the EVA foamed products first time, and manual work is closed mould again and sent into the deep fat press.After oil pressure thermal finalization, hydraulic press moves back pressure, and manual work is pulled out and sent into the cold oil press again, and after the oil pressure water-cooled was but finalized the design, hydraulic press moved back pressure, and manual work is pulled out and opened mould and take out product.
The reason that the problems referred to above take place is that the heating plate in the existing EVA secondary frothing forming machine is to be individually fixed on upper plate and the lower plate, and it is not removable so just to cause heating plate to become, and by manual work mould is separated up and down; And put into die cavity to the EVA material; Again by manual work mould closes, and mould is placed in the centre of heating plate and play heating plate, through machine hydraulic system driving oil cylinder closure about the upper and lower heating plate; Material in the die cavity is through hot pressing moulding at this moment; But mould can not die sinking, need move on to next cold oil press to mould via manual work, repeats same action; Behind the bath cooling and shaping, shift out die sinking to mould by manual work again and take out finished product.
Make in the forming process of products such as sole that just because of such structure the power supply when needing for heating plate makes the heating plate of cooling be able to the heating that heats up; After heating plate was accomplished heating to mould, the power supply that tends to cut off heating plate was supplied with, and heating is cooled off gradually; Power supply again again supplies outage just because of this repeatable countless times by phased manner when needing, and makes electrical source consumption very big; Cause production cost to improve, and operating efficiency is not high.
Also just because of such structure; Make the finished product process all need all the time the operator with artificial transfer to mould station that heating plate is not installed in addition mould is carried out water-cooled but could moulding; In the heating link; Because environment temperature is high, so be unfavorable for operator's operation, especially is in summer; And in the cooling link, can produce a lot of water smoke during owing to cooling, so also be unfavorable for operator's operation.Therefore, such course of work will reduce production efficiency, increases cost of labor.
Summary of the invention
In order to solve big, the artificial Attended Operation of above-mentioned existing power consumption, efficient is low, cost is high problem; The present invention provides a kind of novel mobile heated type heat, device for cooling automatically; Its main feature be mould be fixed in hydraulic press move with the die sinking system on; Heating and cooling are all accomplished on same hydraulic press automatically, and this mobile heated type automatic heating device and auto-cool system can reach a whole set of mechanical full-automatic designing requirement.Because thermal finalization of the present invention and cold formed all be by the machine-shaping of same table oil press; So it does not need manual work to push away, draw back mould, realize full-automatic purpose, this need be through the design of artificial shifting formwork; Can reduce working strength of workers extremely effectively; And reducing cost of labor effectively, it can improve output, reduction power consumption and increase work efficiency in the unit interval, imitate dress obviously.
In order to achieve the above object; The present invention takes following concrete technical measures: novel mobile heated type is warm automatically; Device for cooling; It is mainly used in plastics; Rubber heat; In the cold formed foaming machine; It mainly comprises the hydraulic press and the traveling heater two large divisions of laminated structure on the multi-cylinder; Wherein the hydraulic press of laminated structure mainly is by oil hydraulic cylinder on the multi-cylinder; Cope match-plate pattern; Top board; Mould; Middle mould bases; Up-down mould bases cylinder; Push-and-pull mould bases cylinder; Lower bolster; Base is formed; Wherein traveling heater mainly is by last heating plate; Following heating plate; Last heating plate saddle; Following heating plate saddle; Last heating lift cylinders; Under heat lift cylinders; Advance the from heater core cylinder; Advance the from heater core roller; Move the heater roller; Guide pillar; Upper supporting plate; Lower carrier plate; Move heater holder; Heater road seat is formed; Its architectural feature is
On weight-bearing surface, heater road seat is connected with base, thereby realizes the hydraulic press of laminated structure and being connected of traveling heater on the multi-cylinder.
On heater road seat, be set with a plurality of heater rollers that move; Moving heater holder is arranged at and moves on the heater roller; Advance from heater core cylinder, a plurality of propelling from heater core rollers to be fixed on the piston rod that advances the from heater core cylinder moving to be set with on the heater holder, lower carrier plate is arranged at and advances on the from heater core roller; On lower carrier plate, be set with many guide pillars; Be set with heating plate saddle down in the lower end of guide pillar, an outer end of following heating plate and following heating plate saddle be fixedly connected and heating surface up, be set with the heating plate saddle in the upper end of guide pillar; One outer end of last heating plate and last heating plate saddle be fixedly connected and heating surface down; Top at guide pillar is set with upper supporting plate, on heat lift cylinders and be fixedly set on the upper supporting plate, and the piston rod of going up the heating lift cylinders is fixedly connected with last heating plate saddle; Under heat lift cylinders and be fixedly set on the heating plate saddle, and the piston rod of heating lift cylinders is fixedly connected with following heating plate saddle down.
Lower bolster is fixedly set on the base; Cope match-plate pattern is fixedly set in the top of base; On cope match-plate pattern, be set with a plurality of oil hydraulic cylinders, the piston rod of oil hydraulic cylinder is fixedly connected and makes top board to be in the position, top of hydraulic press with top board, on cope match-plate pattern, be set with a plurality of up-down mould bases cylinders; The piston rod of up-down mould bases cylinder is fixedly connected with mould; Mould is fixedly connected with middle mould bases, and like this, mould and middle mould bases are fixed on meta through up-down mould bases cylinder; Be fixedly connected with push-and-pull mould bases cylinder at mould and middle mould bases towards an end face of heating plate, the last heating plate of heater, down heating plate be in respectively upper and lower and with top board, mould, middle mould bases, the horizontal equidistance of up-down mould bases cylinder position maintenance.
Top board and lower bolster dispose cooling device separately, are in top board and lower bolster in the state of cooling and can mould be clipped in the middle and carry out cooling and shaping.
Operation principle of the present invention is following: under the progradation that advances the from heater core cylinder, mould keeps up and down aliging with middle mould bases, and hydraulic press is started working; The oil hydraulic cylinder pressurization; In last heating lift cylinders, heat under the common cooperation of lift cylinders down, mould and middle mould bases are realized closed, and last heating plate heats with play heating plate at this moment simultaneously; Arrive heat time heating time one, and thermal finalization can be accomplished.The last heating plate of the top board of hydraulic press, mould, middle mould bases, up-down mould bases cylinder, heater, following heating plate were all to the above-below direction automatic homing after thermal finalization was accomplished.
Advance the from heater core cylinder to promote heating plate and withdraw from, the oil hydraulic cylinder closure of pressurizeing once more, top board, lower bolster be through the cooling system of configuration separately, mould is clipped in the middle carries out cooling and shaping, cold formed completion.After the cold formed completion, the top board of hydraulic press, mould, the playback of middle mould bases are advanced by push-and-pull mould bases cylinder, and middle mould bases drives mould and outwards moves, and opens mould at last, and heating, cooling and shaping are accomplished by same table oil press, have realized the purpose of whole-course automation control.
Wherein traveling heater can supply two groups of work station hydraulic presses to use simultaneously; This two stations hydraulic press is formed station, a left side, right station, the order move left and right, and the right side stands in cooling when heat at station, a left side; The right side stands in heating when cool off at station, a left side, can improve the efficient of heating electricity consumption so effectively.
The invention has the beneficial effects as follows: it can embody the characteristics that move heating and cooling automatically; Make a whole set of machinery reach the purpose of full-automatic operation, its thermal finalization and cold formed all be by the machine-shaping of same table oil press, it does not need manual work to push away, draw back mould; Realize full-automatic purpose; Thisly need can not reduce working strength of workers extremely effectively, and reduce cost of labor effectively through the design of artificial shifting formwork; It can improve output, reduction power consumption and increase work efficiency in the unit interval, effect is obvious.In addition, it can also be applicable to multiple material product, needs the cold formed product of heat like plastics, rubber.
Below in conjunction with accompanying drawing and embodiment the present invention is illustrated further.
Description of drawings
Fig. 1 is an entire combination structural representation of the present invention;
Entire combination structural representation when Fig. 2 is in heated condition for the present invention.
The specific embodiment
Like Fig. 1; Shown in Figure 2; Novel mobile heated type is warm automatically; Device for cooling; It mainly comprises the hydraulic press and the traveling heater two large divisions of laminated structure on the multi-cylinder; Wherein the hydraulic press of laminated structure mainly is by oil hydraulic cylinder 1 on the multi-cylinder; Cope match-plate pattern 2; Top board 3; Mould 4; Middle mould bases 5; Up-down mould bases cylinder 6; Push-and-pull mould bases cylinder 7; Lower bolster 8; Base 9 is formed; Wherein traveling heater mainly is by last heating plate 10; Following heating plate 11; Last heating plate saddle 12; Following heating plate saddle 13; Last heating lift cylinders 14; Under heat lift cylinders 15; Advance from heater core cylinder 16; Advance from heater core roller 17; Move heater roller 18; Guide pillar 19; Upper supporting plate 20; Lower carrier plate 21; Move heater holder 22; Heater road seat 23 is formed; It is characterized in that
On weight-bearing surface, heater road seat 23 is connected with base 9, thereby realizes the hydraulic press of laminated structure and being connected of traveling heater on the multi-cylinder.
On heater road seat 23, be set with a plurality of heater rollers 18 that move; Moving heater holder 22 is arranged at and moves on the heater roller 18; Advance from heater core cylinder 16, a plurality of propelling from heater core rollers 17 to be fixed on the piston rod that advances from heater core cylinder 16 moving to be set with on the heater holder 22, lower carrier plate 21 is arranged at and advances on the from heater core roller 17; On lower carrier plate 21, be set with many guide pillars 19; Be set with heating plate saddle 13 down in the lower end of guide pillar, an outer end of following heating plate 11 and following heating plate saddle 13 be fixedly connected and heating surface up, be set with heating plate saddle l2 in the upper end of guide pillar; One outer end of last heating plate 10 and last heating plate saddle 12 be fixedly connected and heating surface down; Be set with upper supporting plate 20 on the top of guide pillar 19, on heat lift cylinders 14 and be fixedly set on the upper supporting plate 20, and the piston rod of going up heating lift cylinders 14 is fixedly connected with last heating plate saddle 12; Under heat lift cylinders 15 and be fixedly set on the heating plate saddle 12, and the piston rod of heating lift cylinders 15 is fixedly connected with following heating plate saddle 13 down.
Lower bolster 8 is fixedly set on the base 9; Cope match-plate pattern 2 is fixedly set in the top of base 9; On cope match-plate pattern 2, be set with a plurality of oil hydraulic cylinders 1, the piston rod of oil hydraulic cylinder 1 is fixedly connected and makes top board 3 to be in the position, top of hydraulic press with top board 3, on cope match-plate pattern 2, is set with a plurality of up-down mould bases cylinders 6; The piston rod of up-down mould bases cylinder 6 is fixedly connected with mould 4; Mould 4 is fixedly connected with middle mould bases 5, and like this, mould 4 is fixed on meta with middle mould bases 5 through up-down mould bases cylinder 6; Be fixedly connected with push-and-pull mould bases cylinder 7 at mould 4 and middle mould bases 5 towards an end face of heating plate, the last heating plate 10 of heater, time heating plate 11 be in respectively upper and lower and with top board 3, mould 4, middle mould bases 5, the horizontal equidistance of up-down mould bases cylinder 6 position maintenances.
Top board 3 disposes cooling device separately with lower bolster 8, is in top board 3 in the state of cooling and can mould 4 be clipped in the middle with lower bolster 8 and carries out cooling and shaping.
Claims (5)
1. novel mobile heated type is heat, device for cooling automatically, and it mainly comprises the hydraulic press and the traveling heater two large divisions of laminated structure on the multi-cylinder, it is characterized in that,
On weight-bearing surface, heater road seat (23) is connected with base (9), thereby realizes the hydraulic press of laminated structure and being connected of traveling heater on the multi-cylinder;
Wherein the hydraulic press of laminated structure mainly is made up of oil hydraulic cylinder (1), cope match-plate pattern (2), top board (3), mould (4), middle mould bases (5), up-down mould bases cylinder (6), push-and-pull mould bases cylinder (7), lower bolster (8), base (9) on the multi-cylinder; Lower bolster (8) is fixedly set on the base (9); Cope match-plate pattern (2) is fixedly set in the top of base (9); On cope match-plate pattern (2), be set with a plurality of oil hydraulic cylinders (1); The piston rod of oil hydraulic cylinder (1) is fixedly connected and makes top board (3) to be in the position, top of hydraulic press with top board (3); On cope match-plate pattern (2), be set with a plurality of up-down mould bases cylinders (6); The piston rod of up-down mould bases cylinder (6) is fixedly connected with mould (4), and mould (4) and middle mould bases (5) are fixed on meta through up-down mould bases cylinder (6), is fixedly connected with push-and-pull mould bases cylinder (7) at mould (4) and middle mould bases (5) towards an end face of heating plate;
Wherein traveling heater mainly by last heating plate (10), down heating plate (11), go up heating plate saddle (12), down heating plate saddle (13), on heat lift cylinders (14), down heat lift cylinders (15), advance from heater core cylinder (16), advance from heater core roller (17), move heater roller (18), guide pillar (19), upper supporting plate (20), lower carrier plate (21), move heater holder (22), heater road seat (23) forms; On heater road seat (23), be set with a plurality of heater rollers (18) that move; Moving heater holder (22) is arranged at and moves on the heater roller (18); Elect heater cylinder (16) moving to be set with on the heater holder (22); A plurality of propelling from heater core rollers (17) are fixed on the piston rod that advances from heater core cylinder (16); Lower carrier plate (21) is arranged at and advances on the from heater core roller (17); On lower carrier plate (21), be set with many guide pillars (19); Be set with heating plate saddle (13) down in the lower end of guide pillar, an outer end of following heating plate (11) and following heating plate saddle (13) be fixedly connected and heating surface up, be set with heating plate saddle (12) in the upper end of guide pillar; One outer end of last heating plate (10) and last heating plate saddle (12) be fixedly connected and heating surface down; Be set with upper supporting plate (20) on the top of guide pillar (19), on heat lift cylinders (14) and be fixedly set on the upper supporting plate (20), and the piston rod of going up heating lift cylinders (14) is fixedly connected with last heating plate saddle (12); Under heat lift cylinders (15) and be fixedly set on the heating plate saddle (12), and the piston rod of heating lift cylinders (15) is fixedly connected with following heating plate saddle (13) down.
2. novel mobile heated type according to claim 1 is heat, device for cooling automatically, it is characterized in that described mould (4) is fixedly connected with middle mould bases (5).
3. novel mobile heated type according to claim 1 is heat, device for cooling automatically; It is characterized in that the last heating plate (10) of described heater, following heating plate (11) are in upper and lower respectively and keep horizontal equidistance with top board (3), mould (4), middle mould bases (5), up-down mould bases cylinder (6) position.
4. novel mobile heated type according to claim 1 is heat, device for cooling automatically; It is characterized in that; Described top board (3) and lower bolster (8) dispose cooling device separately, are in top board (3) and lower bolster (8) in the state of cooling and can mould (4) be clipped in the middle and carry out cooling and shaping.
5. novel mobile heated type according to claim 1 is heat, device for cooling automatically; It is characterized in that; Described traveling heater can supply two groups of work station hydraulic presses to use simultaneously, and this two stations hydraulic press is formed station, a left side, right station, order move left and right; The right side stands in cooling when heat at station, a left side, and the right side stands in heating when cool off at station, a left side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104483892A CN102514124A (en) | 2011-11-28 | 2011-11-28 | Novel moveable heating type automatic heating and cooling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011104483892A CN102514124A (en) | 2011-11-28 | 2011-11-28 | Novel moveable heating type automatic heating and cooling device |
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| Publication Number | Publication Date |
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| CN102514124A true CN102514124A (en) | 2012-06-27 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011104483892A Pending CN102514124A (en) | 2011-11-28 | 2011-11-28 | Novel moveable heating type automatic heating and cooling device |
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| CN (1) | CN102514124A (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102990847A (en) * | 2012-12-31 | 2013-03-27 | 蔡祥山 | Full automatic opening-closing mould used in steam heating and water cooling type foam forming machine |
| CN105313258A (en) * | 2015-11-30 | 2016-02-10 | 无锡锦和科技有限公司 | Novel cold and hot oil press |
| CN106079225A (en) * | 2016-08-18 | 2016-11-09 | 泉州市三星消防设备有限公司 | Firing equipment for sole foaming molding |
| CN106808675A (en) * | 2017-01-22 | 2017-06-09 | 东莞市昌亿复合材料机械科技有限公司 | EVA cold and hot forming machine and forming method of cold and hot forming machine |
| CN108544740A (en) * | 2018-02-07 | 2018-09-18 | 张艳琛 | A kind of cold formed equipment module of electric heating molding |
| CN119036733A (en) * | 2024-10-28 | 2024-11-29 | 晋江盟盛鞋业有限公司 | Partition cooling shoe mold and control method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102990847A (en) * | 2012-12-31 | 2013-03-27 | 蔡祥山 | Full automatic opening-closing mould used in steam heating and water cooling type foam forming machine |
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| CN108544740A (en) * | 2018-02-07 | 2018-09-18 | 张艳琛 | A kind of cold formed equipment module of electric heating molding |
| CN119036733A (en) * | 2024-10-28 | 2024-11-29 | 晋江盟盛鞋业有限公司 | Partition cooling shoe mold and control method thereof |
| CN119036733B (en) * | 2024-10-28 | 2025-02-07 | 晋江盟盛鞋业有限公司 | Partition cooling shoe mold and control method thereof |
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Application publication date: 20120627 |