CN201587085U - Pneumatic airbag type semi-automatic foam forming device for polyurethane - Google Patents
Pneumatic airbag type semi-automatic foam forming device for polyurethane Download PDFInfo
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- CN201587085U CN201587085U CN2010201181054U CN201020118105U CN201587085U CN 201587085 U CN201587085 U CN 201587085U CN 2010201181054 U CN2010201181054 U CN 2010201181054U CN 201020118105 U CN201020118105 U CN 201020118105U CN 201587085 U CN201587085 U CN 201587085U
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Abstract
The utility model provides a pneumatic airbag type semi-automatic foam forming device for polyurethane, which comprises a mold part, a pneumatic mold clamping part, a pneumatic capping part, a rotating and bearing part and an electric control part. The utility model adopting sequential-control pneumatic air cylinder to automatically clamp the mold, start or cap an air outlet of the mold and adopting an upper airbag and a lower airbag to open and close the mold overcomes the problems and defects of low yield product, waste, low production efficiency, high labor and material costs and poor consistency of product quality existing in a conventional manual device; and by virtue of the sequential-control pneumatic and semi-automatic operation mode in the foam forming manufacture of the polyurethane, the pneumatic balloon-type semi-automatic foam forming device provided by the utility model lowers the labor intensity, improves the ratio of finished products, reduces the waste, lowers the labor and material costs and enhances the consistency of the product quality.
Description
Technical field
The utility model relates to a kind of foaming and forming apparatus, specifically be meant and be used for the dual-component polyurethane expanded molded article, utilize the air bag open-close module, utilize a kind of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the automatic locked mode of time control pneumatic cylinder, unlatching or shutoff die venting mouth.
Background technology
The dual-component polyurethane foaming and forming apparatus of prior art, for connect the offhand die device of folding by the hinge hinge, from die sinking, water material, matched moulds, locked mode, rotation mould, gas shutoff mouth, time-delay curing molding, to the production overall process of die sinking, taking-up goods, finish by artificial manual operations entirely.Existing manual device is when reality is produced in batches, labour intensity is big, delay time hardening time by manually seeing the clock grasp, the foaming density unevenness of goods, bad being difficult to such as bubble, scarce material controlled, have that yield rate is low, waste is big, production efficiency is low, artificial, material consumption cost height, the problems and shortcomings of the uniformity difference of product property.
Summary of the invention
Problems and shortcomings at above-mentioned prior art existence, the utility model adopts the automatic locked mode of SECO pneumatic cylinder, open or shutoff die venting mouth, adopt upper gasbag, the technical scheme of lower gasbag open-close module, a kind of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device is provided, be intended to by the pneumatic semi-automatic operation mode of time control, the polyurethane foam moulding is produced, reduce labour intensity, bad quality is easy to control, reach the raising yield rate, cut the waste, enhance productivity, reduce artificial, material consumption cost, the conforming purpose of raising product property.
The purpose of this utility model is achieved in that a kind of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device, comprise that mould part, pneumatic matched moulds locked mode part, pneumatic closure part, rotational support portions, electrical control division are grouped into, wherein: described mould part, constitute by patrix, dynamic model, the top is a patrix, and the below is a dynamic model, the inner separately half slit bamboo or chopped wood die cavity that is provided with goods of patrix, dynamic model, die joint by correspondence cooperatively interacts up and down; The inside die cavity wall of patrix is provided with the steam vent of straight-through patrix outer wall, the front and back sides on the patrix left side is provided with extension, and be provided with the axle pin plate of axis hole, the folding axle pivot of the axle pin plate of patrix by described pneumatic matched moulds locked mode part is rotatably connected with the axle pin plate of the substrate that is positioned at the described pneumatic matched moulds locked mode part below the dynamic model;
Described pneumatic matched moulds locked mode part comprises clamping mechanism and clamping, and wherein, clamping is positioned at the below of described mould part, is made of the upper gasbag, substrate, lower gasbag, the draw back plate that are connected in from top to bottom on the connecting rod; The upper end of connecting rod is fixed on by screw thread below the dynamic model of described mould part in four jiaos the screw, and the lower end step of connecting rod passes the through hole of four jiaos of draw back plates, fixedlys connected with draw back plate with nut below draw back plate; Substrate is between dynamic model and draw back plate, and substrate is by guide pin bushing, and slip cap is on connecting rod; The following of dynamic model of the top and described mould part of upper gasbag contacts, be fixed on below the upper gasbag substrate above, the following of top and substrate of lower gasbag contacts, be fixed on below the lower gasbag draw back plate above; Clamping mechanism is made up of folding axle pivot, locked mode cylinder, and wherein, folding axle pivot is the axis hole of last mold shaft pin plate and the axis hole on substrate axis pin plate top, the mechanism free to rotate that is connected and composed by rotating shaft; The locked mode cylinder is the locked mode fastener that is fixedly installed on the pneumatic cylinder above the patrix and is affected by cylinder piston rod, but pneumatic control with the locking of patrix and substrate is connected, the mechanism of release disengagement;
Described pneumatic closure part is to be fixedly installed on pneumatic shutoff cylinder on the patrix right flank and the block head that is affected by cylinder piston rod, but pneumatic control will be arranged on the steam vent shutoff of patrix or the mechanism of unlatching;
Described rotational support portions is a channel-section steel weldering system, and top is provided with the support of block bearing; The axis hole of the axle pin plate bottom of the block bearing of support and described substrate connects and composes rotating shaft pivot free to rotate by rotating shaft; It is free to rotate on support that the rotating shaft pivot supports the single unit system that above-mentioned mould part, pneumatic matched moulds locked mode part, pneumatic closure part form; The right of support is provided with the horizontal limited block below the board that supports described substrate, and the left side of support is provided with the vertically-arranged limited block above the described patrix of spacing support;
Position, sequential control circuit that described electric control system constitutes by Programmable Logic Controller, auxiliary reclay, press button, near inductive switch, control valve opening solenoid open and close to close, commutate and drive described pneumatic matched moulds locked mode part, pneumatic closure part electric box and the external connection electrical apparatus part thereof by default rules work;
Described substrate is the rectangular steel plates that four corners are provided with manhole, fixedly stud with guide pin bushing in four jiaos of through holes of substrate, the internal diameter of guide pin bushing and the external diameter of described connecting rod are slidingly matched, the front and back sides on the substrate left side is provided with the axle pin plate of extension, and the axle pin plate of substrate is provided with upper gland and bottom axis hole, upper gland is rotatably connected by the patrix of described folding axle pivot and described mould part, and the bottom axis hole is rotatably connected by the rotating shaft pivot and the support of described rotational support portions; The left surface of substrate is connected with the balancing weight of balanced rotation moment; The front and back sides on substrate the right is provided with the board of extension, is provided with support column above the board; Described draw back plate is the rectangular steel plates that four corners are provided with manhole, and lead to the hole site is corresponding with the lead to the hole site of described substrate; Described connecting rod is a steel, and two ends are provided with external screw thread up and down, is provided with the step cylindrical bar of one section small diameter cylinders step on the external screw thread of lower end; Described upper gasbag, lower gasbag are for to be made by the clamped canvas fire hose that seals and be provided with the intake and exhaust interface of two ends.
Operation principle
During the work of this device, need the configuration compressed air source;
Manually, with folding axle pivot is the axle center, upwards raise patrix, at patrix, spray releasing agent in the die cavity of dynamic model, in the die cavity of the dynamic model of horizontal, inject the dual-component polyurethane material, manually change the mould that closes, press start button, electric control system is by presetting rules: control locked mode magnetic valve is opened, the locked mode cylinder and the locked mode fastener of the pneumatic matched moulds locked mode part of compressed air-driven are connected locking with patrix with substrate, then, the commutation of matched moulds magnetic valve, the upper gasbag inflation of pneumatic matched moulds locked mode part, lower gasbag exhaust, the upper gasbag that inflation is heaved upwards holds up dynamic model and Ccope closing machine from substrate, and the maintenance clamping pressure, half inner separately slit bamboo or chopped wood die cavity of patrix and dynamic model merges the complete die cavity that has formed goods, at this moment, the dual-component polyurethane material that injects has been in foaming to carry out, and the gas that foaming is discharged in the die cavity is discharged slowly along the steam vent that is located at patrix; At preset timed intervals, seal magnetic valve and open the steam vent of the shutoff cylinder of the pneumatic closure part of compressed air-driven and block head shutoff patrix; Then, the hand rotation mould is the axle center with the rotating shaft pivot, transfers the vertically-arranged state to from the horizontal state, electric control system near inductive switch, the vertically-arranged status signal is fed back to the Programmable Logic Controller of electric control system; At preset timed intervals, seal the magnetic valve commutation, compressed air-driven shutoff cylinder and block head are opened the steam vent of patrix, and foaming finishes, the goods curing molding; The hand rotation mould goes back to the horizontal state from the vertically-arranged state, resets, and near inductive switch, reset signal is fed back to the Programmable Logic Controller of electric control system; By presetting rules: the commutation of matched moulds magnetic valve, the upper gasbag exhaust, the lower gasbag inflation, the lower gasbag that inflation is heaved pulls down dynamic model from patrix from the matched moulds attitude by draw back plate, connecting rod, dynamic model separates with patrix, die sinking, then, the commutation of locked mode magnetic valve, locked mode cylinder and locked mode fastener are thrown off release with patrix and substrate; Afterwards, manually raise patrix, take out goods.
Above-mentioned, the utility model adopts the automatic locked mode of SECO pneumatic cylinder, open or shutoff die venting mouth, adopt upper gasbag, the technical scheme of lower gasbag open-close module, the yield rate that has overcome existing manual device existence is low, waste is big, production efficiency is low, manually, material consumption cost height, the problems and shortcomings of the uniformity difference of product property, a kind of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device that is provided, by the pneumatic semi-automatic operation mode of time control, the polyurethane foam moulding is produced reached reduction labour intensity, improve yield rate, cut the waste, enhance productivity, reduce artificial, material consumption cost, the conforming purpose of raising product property.
Description of drawings
Fig. 1 is the structural representation of the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model;
Fig. 1 .1 be among Fig. 1 A portion draw enlarged drawing;
Fig. 2 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram of material feeding tense;
Fig. 3 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram of locked mode tense;
Fig. 4 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram of matched moulds tense;
Fig. 5 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram of shutoff steam vent tense;
Fig. 6 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram that transfers the vertically-arranged state to;
Fig. 7 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram that goes back to the horizontal state;
Fig. 8 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram of die sinking tense;
Fig. 9 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram of release tense;
Figure 10 is the basic structure form of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, is operated in the schematic diagram that takes out the goods tense;
Figure 11 is the embodiment 2 of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, the structural representation of the Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of automotive seat headrest;
Figure 12 is the simplified cross-sectional view of Figure 11.
Below in conjunction with the embodiment in the accompanying drawing the utility model is described in further detail, but should not be construed as any restriction of the present utility model.
Among the figure: patrix 1, dynamic model 2, upper gasbag 31, lower gasbag 3, substrate 4, board 41, support column 42, draw back plate 5, connecting rod 51, rotating shaft pivot 6, folding axle pivot 7, balancing weight 8, locked mode cylinder 9, locked mode fastener 91, shutoff cylinder 10, block head 11, support 12, horizontal limited block 13, vertically-arranged limited block 14, mould pin 01, self-locking handle 02, electric box 03, press button 04, rotation core 05, core rocking handle 06, core lock pin 07, axle pin plate 08, goods 09.
The specific embodiment
Embodiment 1: the basic structure form
Consult Fig. 1～Figure 10, a kind of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of the present utility model, comprise that mould part, pneumatic matched moulds locked mode part, pneumatic closure part, rotational support portions, electrical control division are grouped into, wherein: described mould part, constitute by patrix 1, dynamic model 2, the top is a patrix 1, the below is a dynamic model 2, the inner separately half slit bamboo or chopped wood die cavity that is provided with goods of patrix 1, dynamic model 2, the die joint by correspondence cooperatively interacts up and down; The inside die cavity wall of patrix 1 is provided with the steam vent of straight-through patrix outer wall, the front and back sides on patrix 1 left side is provided with extension, and be provided with the axle pin plate 08 of axis hole, the folding axle pivot 7 of the axle pin plate 08 of patrix 1 by described pneumatic matched moulds locked mode part is rotatably connected with the axle pin plate 08 of the substrate 4 that is positioned at the described pneumatic matched moulds locked mode part below the dynamic model 2;
Described pneumatic matched moulds locked mode part comprises clamping mechanism and clamping, and wherein, clamping is positioned at the below of described mould part, is made of the upper gasbag 31, substrate 4, lower gasbag 3, the draw back plate 5 that are connected in from top to bottom on the connecting rod 51; The upper end of connecting rod 51 is fixed on by screw thread below the dynamic model 2 of described mould part in four jiaos the screw, and the lower end step of connecting rod 51 passes the through hole of 5 four jiaos of draw back plates, fixedlys connected with draw back plate 5 with nut below draw back plate 5; Substrate 4 is between dynamic model 2 and draw back plate 5, and substrate 4 is by guide pin bushing, and slip cap is on connecting rod 51; The following of dynamic model 2 of the top and described mould part of upper gasbag 31 contacts, be fixed on below the upper gasbag 31 substrate 4 above, the following of top and substrate 4 of lower gasbag 3 contacts, be fixed on below the lower gasbag 3 draw back plate 5 above; Clamping mechanism is made up of folding axle pivot 7, locked mode cylinder 9, and wherein, folding axle pivot 7 is the axis hole of 1 pin plate 08 of patrix and the axis hole on 4 pin plate 08 tops of substrate, the mechanism free to rotate that is connected and composed by rotating shaft; Locked mode cylinder 9 is to be fixedly installed on pneumatic cylinder above the patrix 1 and the locked mode fastener 91 that is affected by cylinder piston rod, but pneumatic control is with patrix 1 and substrate 4 mechanism that locking is connected, release is thrown off;
Described pneumatic closure part is the block head 11 that is fixedly installed on the pneumatic shutoff cylinder 10 on patrix 1 right flank and is affected by cylinder piston rod, but pneumatic control will be arranged on the steam vent shutoff of patrix 1 or the mechanism of unlatching;
Described rotational support portions is a channel-section steel weldering system, and top is provided with the support 12 of block bearing; The axis hole of axle pin plate 08 bottom of the block bearing of support and described substrate 4 connects and composes rotating shaft pivot 6 free to rotate by rotating shaft; The single unit system that the above-mentioned mould part of rotating shaft pivot 6 supportings, pneumatic matched moulds locked mode part, pneumatic closure part are formed is free to rotate on support 12; The right of support is provided with the horizontal limited block 13 below the board 41 that supports described substrate 4, and the left side of support is provided with the vertically-arranged limited block 14 above the described patrix 1 of spacing support;
Position, sequential control circuit that described electric control system constitutes by Programmable Logic Controller, auxiliary reclay, press button, near inductive switch, control valve opening solenoid open and close to close, commutate and drive described pneumatic matched moulds locked mode part, pneumatic closure part electric box 03 and the external connection electrical apparatus part thereof by default rules work;
Described substrate 4 is the rectangular steel plates that four corners are provided with manhole, fixedly stud with guide pin bushing in four jiaos of through holes of substrate, the external diameter of the internal diameter of guide pin bushing and described connecting rod 51 is slidingly matched, the front and back sides on the substrate left side is provided with the axle pin plate 08 of extension, and the axle pin plate 08 of substrate 4 is provided with upper gland and bottom axis hole, upper gland is rotatably connected by the patrix 1 of described folding axle pivot 7 with described mould part, and the bottom axis hole is rotatably connected with support 12 by the rotating shaft pivot 6 of described rotational support portions; The left surface of substrate is connected with the balancing weight 8 of balanced rotation moment; The front and back sides on substrate the right is provided with the board 41 of extension, is provided with support column 42 above the board 41; Described draw back plate 5 is the rectangular steel plates that four corners are provided with manhole, and lead to the hole site is corresponding with the lead to the hole site of described substrate 4; Described connecting rod 51 is a steel, and two ends are provided with external screw thread up and down, is provided with the step cylindrical bar of one section small diameter cylinders step on the external screw thread of lower end; Described upper gasbag 31, lower gasbag 3 are for to be made by the clamped canvas fire hose that seals and be provided with the intake and exhaust interface of two ends.
Operation principle
During the work of this device, need the configuration compressed air source;
Manually, with folding axle pivot 7 is the axle center, upwards raise patrix 1, at patrix 1, spray releasing agent in the die cavity of dynamic model 2, in the die cavity of the dynamic model 2 of horizontal, inject the dual-component polyurethane material, manually change the mould 1 that closes, press start button, electric control system is by presetting rules: control locked mode magnetic valve is opened, the locked mode cylinder 9 and the locked mode fastener 91 of the pneumatic matched moulds locked mode part of compressed air-driven are connected locking with patrix 1 with substrate 4, then, the commutation of matched moulds magnetic valve, upper gasbag 31 inflations of pneumatic matched moulds locked mode part, lower gasbag 3 exhausts, the upper gasbag 31 that inflation is heaved upwards holds up dynamic model 2 and patrix 1 matched moulds from substrate 4, and the maintenance clamping pressure, half inner separately slit bamboo or chopped wood die cavity of patrix 1 and dynamic model 2 merges the complete die cavity that has formed goods, at this moment, the dual-component polyurethane material that injects has been in foaming to carry out, and the gas that foaming is discharged in the die cavity is discharged slowly along the steam vent that is located at patrix 1; At preset timed intervals, seal magnetic valve and open the steam vent of the shutoff cylinder 10 of the pneumatic closure part of compressed air-driven and block head 11 shutoff patrixes 1; Then, the hand rotation mould is the axle center with rotating shaft pivot 6, transfers the vertically-arranged state to from the horizontal state, electric control system near inductive switch, the vertically-arranged status signal is fed back to the Programmable Logic Controller of electric control system; At preset timed intervals, seal the magnetic valve commutation, compressed air-driven shutoff cylinder 10 and block head 11 are opened the steam vent of patrix 1, and foaming finishes, the goods curing molding; The hand rotation mould goes back to the horizontal state from the vertically-arranged state, resets, and near inductive switch, reset signal is fed back to the Programmable Logic Controller of electric control system; By presetting rules: the commutation of matched moulds magnetic valve, upper gasbag 31 exhausts, lower gasbag 3 inflations, the lower gasbag 3 that inflation is heaved pulls down dynamic model 2 from patrix 1 from the matched moulds attitude by draw back plate 5, connecting rod 51, dynamic model 2 separates with patrix 1, die sinking, then, the commutation of locked mode magnetic valve, locked mode cylinder 9 and locked mode fastener 91 are thrown off release with patrix 1 and substrate 4; Afterwards, manually raise patrix 1, take out goods 09.
Embodiment 2: the Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device of automotive seat headrest
Consult Figure 11, Figure 12, show among the figure, on the basis of the basic structure form of embodiment 1,, have additional mould pin 01, self-locking handle 02, press button 04, rotate mechanism arrangement such as core 05, core rocking handle 06, core lock pin 07 according to concrete automotive seat headrest goods and operation requirement;
Before the locked mode, manually core rocking handle 06 rotates in the die cavity that embeds patrix 1 rotating core 05, and core lock pin 07 automatically locks by spring, ratchet and rotates core 05;
When taking out goods 09, mention core lock pin 07, manual core rocking handle 06 produces the die cavity of patrix 1 with rotating core 05 for one together with goods 09, manually goods 09 is extracted from rotating core 05.
Claims (2)
1. Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device, it is characterized in that: comprise that mould part, pneumatic matched moulds locked mode part, pneumatic closure part, rotational support portions, electrical control division are grouped into, wherein: described mould part, constitute by patrix (1), dynamic model (2), the top is patrix (1), and the below is dynamic model (2), the inner separately half slit bamboo or chopped wood die cavity that is provided with goods of patrix (1), dynamic model (2), die joint by correspondence cooperatively interacts up and down; The inside die cavity wall of patrix (1) is provided with the steam vent of straight-through patrix outer wall, the front and back sides on patrix (1) left side is provided with extension, and be provided with the axle pin plate (08) of axis hole, the axle pin plate (08) of patrix (1) is rotatably connected by the axle pin plate (08) of the substrate (4) of the folding axle pivot (7) of the described pneumatic matched moulds locked mode part described pneumatic matched moulds locked mode part following with being positioned at dynamic model (2);
Described pneumatic matched moulds locked mode part, comprise clamping mechanism and clamping, wherein, clamping is positioned at the below of described mould part, is made of the upper gasbag (31), substrate (4), lower gasbag (3), the draw back plate (5) that are connected in from top to bottom on the connecting rod (51); The upper end of connecting rod (51), be fixed on below the dynamic model (2) of described mould part by screw thread in four jiaos the screw, the lower end step of connecting rod (51) passes the through hole of (5) four jiaos of draw back plates, fixedlys connected with draw back plate (5) with nut below draw back plate (5); Substrate (4) is positioned between dynamic model (2) and the draw back plate (5), and substrate (4) is by guide pin bushing, and slip cap is on connecting rod (51); The following contact of the dynamic model (2) of the top and described mould part of upper gasbag (31), be fixed on below the upper gasbag (31) substrate (4) above, be fixed on below following contact of the top and substrate (4) of lower gasbag (3), lower gasbag (3) draw back plate (5) above; Clamping mechanism is made up of folding axle pivot (7), locked mode cylinder (9), and wherein, folding axle pivot (7) is the axis hole of patrix (1) axle pin plate (08) and the axis hole on substrate (4) pin plate (a 08) top, the mechanism free to rotate that is connected and composed by rotating shaft; Locked mode cylinder (9) is the locked mode fastener (91) that is fixedly installed on the pneumatic cylinder patrix (1) above and affected by cylinder piston rod, but pneumatic control patrix (1) is locked with substrate (4) be connected, the mechanism of release disengagement;
The block head (11) of described pneumatic closure part for being fixedly installed on the pneumatic shutoff cylinder (10) on patrix (1) right flank and being affected by cylinder piston rod, but pneumatic control will be arranged on the steam vent shutoff of patrix (1) or the mechanism of unlatching;
Described rotational support portions is a channel-section steel weldering system, and top is provided with the support (12) of block bearing; The axis hole of axle pin plate (08) bottom of the block bearing of support and described substrate (4) connects and composes rotating shaft pivot (6) free to rotate by rotating shaft; Rotating shaft pivot (6) supports the single unit system of above-mentioned mould part, pneumatic matched moulds locked mode part, pneumatic closure part composition and goes up free to rotate at support (12); The right of support is provided with the horizontal limited block (13) below the board (41) that supports described substrate (4), and the left side of support is provided with the vertically-arranged limited block (14) above the described patrix of spacing support (1);
Position, sequential control circuit that described electric control system constitutes by Programmable Logic Controller, auxiliary reclay, press button, near inductive switch, control valve opening solenoid open and close to close, commutate and drive described pneumatic matched moulds locked mode part, pneumatic closure part electric box (03) and the external connection electrical apparatus part thereof by default rules work.
2. a kind of Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device according to claim 1, it is characterized in that: described substrate (4) is the rectangular steel plates that four corners are provided with manhole, fixedly stud with guide pin bushing in four jiaos of through holes of substrate, the external diameter of the internal diameter of guide pin bushing and described connecting rod (51) is slidingly matched, the front and back sides on the substrate left side is provided with the axle pin plate (08) of extension, and the axle pin plate (08) of substrate (4) is provided with upper gland and bottom axis hole, upper gland is rotatably connected by the patrix (1) of described folding axle pivot (7) with described mould part, and the bottom axis hole is rotatably connected with support (12) by the rotating shaft pivot (6) of described rotational support portions; The left surface of substrate is connected with the balancing weight (8) of balanced rotation moment; The front and back sides on substrate the right is provided with the board (41) of extension, is provided with support column (42) above the board (41); Described draw back plate (5) is the rectangular steel plates that four corners are provided with manhole, and lead to the hole site is corresponding with the lead to the hole site of described substrate (4); Described connecting rod (51) is a steel, and two ends are provided with external screw thread up and down, is provided with the step cylindrical bar of one section small diameter cylinders step on the external screw thread of lower end; Described upper gasbag (31), lower gasbag (3) are for to be made by the clamped canvas fire hose that seals and be provided with the intake and exhaust interface of two ends.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201181054U CN201587085U (en) | 2010-01-27 | 2010-01-27 | Pneumatic airbag type semi-automatic foam forming device for polyurethane |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201181054U CN201587085U (en) | 2010-01-27 | 2010-01-27 | Pneumatic airbag type semi-automatic foam forming device for polyurethane |
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| Publication Number | Publication Date |
|---|---|
| CN201587085U true CN201587085U (en) | 2010-09-22 |
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|---|---|---|---|
| CN2010201181054U Expired - Lifetime CN201587085U (en) | 2010-01-27 | 2010-01-27 | Pneumatic airbag type semi-automatic foam forming device for polyurethane |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101774247B (en) * | 2010-01-27 | 2012-07-18 | 宁波方正汽车模具有限公司 | Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device |
| CN102658621A (en) * | 2012-05-31 | 2012-09-12 | 长城汽车股份有限公司 | Airbag-embedded polyurethane foaming products and manufacturing method thereof and aluminum mold |
| CN106079215A (en) * | 2016-06-29 | 2016-11-09 | 德清舒华泡沫座椅有限公司 | A kind of profiled part of elastic polyurethane forming equipment |
| CN106079214A (en) * | 2016-06-29 | 2016-11-09 | 德清舒华泡沫座椅有限公司 | A kind of Mobile polyurethane elastomer system of processing |
| CN106113377A (en) * | 2016-06-29 | 2016-11-16 | 德清舒华泡沫座椅有限公司 | A kind of automatic alarm profiled part of elastic polyurethane forming equipment |
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2010
- 2010-01-27 CN CN2010201181054U patent/CN201587085U/en not_active Expired - Lifetime
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101774247B (en) * | 2010-01-27 | 2012-07-18 | 宁波方正汽车模具有限公司 | Pneumatic gasbag-type semi-automatic polyurethane foaming and molding device |
| CN102658621A (en) * | 2012-05-31 | 2012-09-12 | 长城汽车股份有限公司 | Airbag-embedded polyurethane foaming products and manufacturing method thereof and aluminum mold |
| CN106079215A (en) * | 2016-06-29 | 2016-11-09 | 德清舒华泡沫座椅有限公司 | A kind of profiled part of elastic polyurethane forming equipment |
| CN106079214A (en) * | 2016-06-29 | 2016-11-09 | 德清舒华泡沫座椅有限公司 | A kind of Mobile polyurethane elastomer system of processing |
| CN106113377A (en) * | 2016-06-29 | 2016-11-16 | 德清舒华泡沫座椅有限公司 | A kind of automatic alarm profiled part of elastic polyurethane forming equipment |
| CN106079214B (en) * | 2016-06-29 | 2018-08-10 | 德清舒华泡沫座椅有限公司 | A kind of Mobile polyurethane elastomer system of processing |
| CN106113377B (en) * | 2016-06-29 | 2018-09-11 | 德清舒华泡沫座椅有限公司 | A kind of automatic alarm profiled part of elastic polyurethane forming equipment |
| CN106079215B (en) * | 2016-06-29 | 2018-09-11 | 德清舒华泡沫座椅有限公司 | A kind of profiled part of elastic polyurethane forming equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100922 Effective date of abandoning: 20100127 |