CN104029377A - Adjustable ridge tile molding device - Google Patents
Adjustable ridge tile molding device Download PDFInfo
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- CN104029377A CN104029377A CN201410258087.2A CN201410258087A CN104029377A CN 104029377 A CN104029377 A CN 104029377A CN 201410258087 A CN201410258087 A CN 201410258087A CN 104029377 A CN104029377 A CN 104029377A
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Abstract
The invention relates to an adjustable ridge tile molding device. The adjustable ridge tile molding device comprises a male mold and a female mold which are arranged on a stander, wherein the male mold is arranged above the female mold, the male mold and the female mold make relative movement in the vertical direction to form the closing, molding and separating action, the male mold and the female mold are connected with a heating unit, the male mold comprises a fixed male mold which is distributed at the center, two sides of a molded surface of the fixed male mold are respectively hinged with a movable male mold, the movable mold molds are connected with a male mold adjusting mechanism, the male mold adjusting mechanism drives the movable male molds to rotate; the female mold comprises a fixed female mold which is arranged at the center, two sides of a molded surface of the fixed female mold are respectively hinged with a movable female mold, the movable female molds are connected with a female mold adjusting mechanism, and the female mold adjusting mechanism drives the movable female molds to rotate along a hinge shaft, so that an angle between the movable male mold and the fixed male mold and an angle between the movable female mold and the fixed female mold can be changed, different ridge tiles of different model numbers can be molded, and the real production cost can be maximally reduced.
Description
Technical field
The present invention relates to ridge tiles field shaping technique, particularly a kind of adjustable ridge tiles shaped device.
Background technology
The moulding of the plastic products such as current ridge tiles mostly utilizes hot press to machine, and described ridge tiles comprises ridge tiles body, and it is tabular that described ridge tiles body is arc, and the both sides of the edge of ridge tiles body are provided with outward extending flange.Ridge tiles is when producing, on hot pressing die, place the plastic board blank that size conforms to ridge tiles size, punch moves down, utilize heater by mold heated, the shape that plastic board blank temperature distortion one-tenth and punch and the die forming cavity when matched moulds state is matched, then mould die sinking, the just first one-step forming of ridge tiles.Ridge tiles former in existing is the goods that a mold can only be produced a kind of model substantially, for the ridge tiles difference of different model be ridge tiles both sides extension flange between angle different, if think the ridge tiles of production different model, must be by changing the mould of different model, not only production efficiency is low for this mode of production, production intensity is large, and production cost is high.
Summary of the invention
The object of the present invention is to provide a kind of adjustable ridge tiles shaped device, can produce the ridge tiles of different model, reduce production costs.
For realizing above object, the technical solution used in the present invention is: a kind of adjustable ridge tiles shaped device, comprise the punch arranging in frame, die, punch is positioned at die top, on punch and die, lower relative motion and formation matched moulds, moulding and parting action, punch, die is connected with heating unit, punch comprises the solid punch of layout placed in the middle, the profile both sides of solid punch arrange movable punch, the two-end part of solid punch and movable punch is hinged, on the die body of the profile outside of movable punch, be connected with punch governor motion, punch governor motion drives movable punch solid punch in jointed shaft rotation and rotation process to postpone and coordinate formation forming surface with movable punch forming surface,
Die comprises the fixedly die of layout placed in the middle, fixedly the profile both sides of die arrange movable matrix, fixedly the two-end part of die and movable matrix is hinged, on the die body of the profile outside of movable matrix, be connected with concave mould adjusting mechanism, concave mould adjusting mechanism drive movable matrix around jointed shaft rotate and rotation process in fixedly die postpone and coordinate formation forming surface with movable matrix forming surface.
Compared with prior art, there is following technique effect in the present invention: solid punch and fixedly die are when matched moulds state, be used for moulding ridge tiles body, both sides at solid punch arrange movable punch, in the fixing both sides of die, movable matrix is set, solid punch and movable punch are in the hinged setting in the two both ends, fixedly die and movable matrix are in the hinged setting in the two both ends, on the one hand, punch governor motion and concave mould adjusting mechanism regulate movable punch and movable matrix in matched moulds, moulding and die sinking action, be used for like this extension flange of moulding ridge tiles both sides, on the other hand, punch governor motion and concave mould adjusting mechanism can also regulate respectively movable punch and the angle of movable matrix when matched moulds state, thereby can change the angle of movable punch and solid punch and movable matrix and the fixing angle of die, and then the plastic ridge tiles that goes out different model, this ridge tiles shaped device can reduce actual production cost to the full extent.
Accompanying drawing explanation
Fig. 1 is front view of the present invention;
Fig. 2 is side direction view of the present invention;
Fig. 3 is the front view of Fig. 2;
Fig. 4 is structural representation when fixedly die coordinates with movable matrix in the present invention;
Fig. 5 is front view when fixedly die coordinates with movable matrix in this present invention;
Fig. 6 is that A in Fig. 4 is to view;
Fig. 7 is the I enlarged drawing in Fig. 5.
The specific embodiment
By reference to the accompanying drawings, the present invention is done to explanation further:
A kind of adjustable ridge tiles shaped device, comprise the punch arranging in frame 10, die, punch is positioned at die top, on punch and die, lower relative motion and formation matched moulds, moulding and parting action, punch, die is connected with heating unit, punch comprises the solid punch 20 of layout placed in the middle, the profile both sides of solid punch 20 arrange movable punch 30, solid punch 20 is hinged with the two-end part of movable punch 30, on the die body of the profile outside of movable punch 30, be connected with punch governor motion 40, punch governor motion 40 drives movable punch 30 solid punch 20 in jointed shaft rotation and rotation process to postpone and coordinate formation forming surface with movable punch 30 forming surface,
Die comprises the fixedly die 50 of layout placed in the middle, fixedly the profile both sides of die 50 arrange movable matrix 60, fixedly die 50 is hinged with the two-end part of movable matrix 60, on the die body of the profile outside of movable matrix 60, be connected with concave mould adjusting mechanism 70, concave mould adjusting mechanism 70 drive movable matrixes 60 around jointed shaft rotate and rotation process in fixedly die 50 postpone and coordinate formation forming surface with movable matrix 60 forming surface.
By reference to the accompanying drawings, solid punch 20 and fixedly die 50 are when matched moulds state, be used for moulding ridge tiles body, in the both sides of solid punch 20, movable punch 30 is set, in the fixing both sides of die 50, movable matrix 60 is set, solid punch 20 and movable punch 30 are in the hinged setting in the two both ends, fixedly die 50 and movable matrix 60 are in the hinged setting in the two both ends, on the one hand, punch governor motion 40 regulates movable punch 30 and movable matrix 60 in matched moulds with concave mould adjusting mechanism 70, moulding and die sinking action, be used for like this extension flange of moulding ridge tiles both sides, on the other hand, punch governor motion 40 can also regulate respectively movable punch 30 and the angle of movable matrix 60 when matched moulds state with concave mould adjusting mechanism 70, thereby can change the angle of movable punch 30 and solid punch 20 and movable matrix 60 and the fixing angle of die 50, this device can have two kinds of molding modes: one, first that activity is protruding, die 30, 60 adjust after, again solid punch 20 and fixing die 50 are carried out to mould assembling action, pass through heating arrangements, and then the plastic ridge tiles that goes out different model, its two, first fixedly punch and matrix 20,50 carries out mould assembling action, then the angle of adjustment activity punch and matrix 30,60, by heating arrangements, the also plastic ridge tiles that goes out different model, this ridge tiles shaped device can reduce actual production cost to the full extent.
Further, shown in Fig. 2, the both ends plate face of described solid punch 20 and fixedly die 50 is respectively arranged with first, the second articulated slab 81, 82, the both ends plate face of described movable punch 30 and movable matrix 60 is respectively arranged with first, the second connecting plate 91, 92, one end plate face of described the first connecting plate 91 and the fastening laminating of movable punch 30, described the first articulated slab 81 and the fastening laminating of solid punch 20, the two ends of the first articulated slab 81 are hinged by the first jointed shaft 101 with the plate face laminating of the first connecting plate 91 and the two respectively, described the second connecting plate 92 and the fastening laminating of movable matrix 60, described the second articulated slab 82 and the fixedly fastening laminating of plate face of die 60, the two ends of the second connecting plate 92 are hinged by the second jointed shaft 102 with the plate face laminating of the second articulated slab 82 and the two respectively, by solid punch 20 and fixedly the both ends of die 50 arrange first, the second articulated slab 81, 82, by at movable punch 30 and movable matrix 60, arrange first, the second connecting plate 91, 92, the two ends of the first articulated slab 81 form hinged with the first connecting plate 91 respectively, the two ends of the second articulated slab 82 form hinged with the second connecting plate 92 respectively, this hinged mode is simply firm, can avoid the hinge for hinged use to be arranged in the forming surface of solid punch 20 and movable punch 30, or fixedly in the forming surface of die 50 and movable matrix 60, in the time of so just can avoiding matched moulds, hinge causes burr phenomena to the outer surface of ridge tiles.
When first, second above-mentioned articulated slab 81,82 is fitted with the plate face of first, second connecting plate 91,92 respectively, hinged by first, second jointed shaft 101,102, the fixedly die 50 of take is example with the connected mode of movable matrix 60, by reference to the accompanying drawings shown in 6, as one embodiment of the present invention, the second connecting plate 92 arranges concave station portion 921 with the plate face that fixedly die 50 end faces are relative, the plate face of the second described articulated slab 82 is fitted in the external plates face of the second connecting plate 92, during assembling, table top by the second jointed shaft 102 along concave station portion 921 is set on the plate face of the second articulated slab 82 and the second connecting plate 92, then the second articulated slab 82 and the second connecting plate 92 are fixed with the fixing end panel face of die 50 and movable matrix 60 respectively, interference when concave station portion 921 can avoid 102 pairs of the second connecting plates 92 of the second jointed shaft to install, do not need like this movable matrix 60 to process and can realize fixing the second connecting plate 92, also further reduced actual processing cost, another embodiment can arrange concave station portion on the second articulated slab 82, one end of the second jointed shaft 102 and the fixing interference of the end of die 60 in the time of so also can avoiding installing due to the second articulated slab 82, above-mentioned assembling is equally applicable to being connected of solid punch 20 and movable punch 30.
Further, the forming surface of described solid punch 20 and fixedly die 50 and its both sides plate face arc transition, the side panel face arc transition that the forming surface of described movable punch 30 is adjacent with solid punch 20, the forming surface of described movable matrix 60 and the side panel face arc transition that fixedly die 50 is adjacent, the fixedly die 50 of take is example with movable matrix 60, shown in Fig. 7, mark a and mark c in diagram are round-corner transition, the benefit of this set is: movable punch 30, solid punch 20 respectively with movable matrix 60, fixedly during die 50 matched moulds, in to the process of ridge tiles moulding, avoid due to the former of straight flange angle thereby cause movable punch 30 and adjacent position and movable matrix 60 and the fixing ridge tiles surfaces externally and internally at die 50 adjacent position places produce the phenomenon of weld mark, and then avoid having a strong impact on the phenomenon of ridge tiles presentation quality, adopt arc transition, making this position is that level and smooth transition connects, thereby can make the ridge tiles surfaces externally and internally at this place, position can seamlessly transit moulding, so just can substantially stop the generation of weld mark phenomenon.
Particularly, described punch governor motion 40 comprises the horizontally disposed transverse slat 41 of plate face, described transverse slat 41 is positioned at hinged two connecting rods 42 that are provided with in top and both sides of solid punch 20, the other end of two connecting rods 42 respectively with hinged cooperation of upper board face of movable punch 30, and the jointed shaft of two connecting rods 42 is parallel with the jointed shaft of movable punch 30 with solid punch 20, described transverse slat 41 is in vertical direction shift reciprocately, the action of transverse slat 41 drive link 42, and then can drive the opening and closing movement of movable punch 30.
More specifically, described concave mould adjusting mechanism 70 comprises horizontally disposed the second screw mandrel 71, described the second screw mandrel 71 is positioned at the below of fixing die 50 and stretches out fixedly die 50 biside plate faces, the second screw mandrel 71 is contrary near the hand of spiral of end positions place screw mandrel section, and the screw mandrel section at end positions place is respectively provided with the second nut 72, the lower panel face of described movable matrix 60 is hinged with one end of two connecting rods 73 respectively, the other end of two connecting rods 73 is hinged with the second nut 72 respectively, the jointed shaft of two connecting rods 73 is with fixedly die 50 is parallel with the jointed shaft of movable matrix 60, the hand of spiral of the screw mandrel section at the close end positions place of the second screw mandrel 72 is arranged to oppositely, in rotating the process of the second screw mandrel 72, thereby can drive the opening and closing movement of two connecting rods 73, and then can drive the opening and closing movement of movable matrix 60.
Described punch governor motion 40 is provided with two in the end positions place of transverse slat 41, described transverse slat 41 is rectangular tabular and be arranged in parallel with the length direction of solid punch 20, vertical first screw mandrel 43 that is provided with on the plate face of transverse slat 41, the first screw mandrel 43 shaft rotary types are arranged in the first nut 44 on transverse slat 41, described the first nut 44 is connected with transverse slat 41, the lower arc transition of the first screw mandrel 43, the fixedly die 50 of take is example with movable matrix 60, shown in Fig. 7, mark a and mark c in diagram are round-corner transition, the benefit of this set is: movable punch 30, solid punch 20 respectively with movable matrix 60, fixedly during die 50 matched moulds, in to the process of ridge tiles moulding, avoid due to the former of straight flange angle thereby cause movable punch 30 and adjacent position and movable matrix 60 and the fixing ridge tiles surfaces externally and internally at die 50 adjacent position places produce the phenomenon of weld mark, and then avoid having a strong impact on the phenomenon of ridge tiles presentation quality, adopt arc transition, making this position is that level and smooth transition connects, thereby can make the ridge tiles surfaces externally and internally at this place, position can seamlessly transit moulding, so just can substantially stop the generation of weld mark phenomenon.
Particularly, described punch governor motion 40 comprises the horizontally disposed transverse slat 41 of plate face, described transverse slat 41 is positioned at hinged two connecting rods 42 that are provided with in top and both sides of solid punch 20, the other end of two connecting rods 42 respectively with hinged cooperation of upper board face of movable punch 30, and the jointed shaft of two connecting rods 42 is parallel with the jointed shaft of movable punch 30 with solid punch 20, described transverse slat 41 is in vertical direction shift reciprocately, the action of transverse slat 41 drive link 42, and then can drive the opening and closing movement of movable punch 30.
More specifically, described concave mould adjusting mechanism 70 comprises horizontally disposed the second screw mandrel 71, described the second screw mandrel 71 is positioned at the below of fixing die 50 and stretches out fixedly die 50 biside plate faces, the second screw mandrel 71 is contrary near the hand of spiral of end positions place screw mandrel section, and the screw mandrel section at end positions place is respectively provided with the second nut 72, the lower panel face of described movable matrix 60 is hinged with one end of two connecting rods 73 respectively, the other end of two connecting rods 73 is hinged with the second nut 72 respectively, the jointed shaft of two connecting rods 73 is with fixedly die 50 is parallel with the jointed shaft of movable matrix 60, the hand of spiral of the screw mandrel section at the close end positions place of the second screw mandrel 72 is arranged to oppositely, in rotating the process of the second screw mandrel 72, thereby can drive the opening and closing movement of two connecting rods 73, and then can drive the opening and closing movement of movable matrix 60.
Described punch governor motion 40 is provided with two in the end positions place of transverse slat 41, described transverse slat 41 is rectangular tabular and be arranged in parallel with the length direction of solid punch 20, vertical first screw mandrel 43 that is provided with on the plate face of transverse slat 41, the first screw mandrel 43 shaft rotary types are arranged in the first nut 44 on transverse slat 41, described the first nut 44 is connected with transverse slat 41, the lower end rotary type of the first screw mandrel 43 is arranged on the upper board face of solid punch 20, also vertically on described solid punch 20 be provided with rotating shaft 45, the upper end of rotating shaft 45 is fixed with handwheel 46, the lower end rotary type of rotating shaft 45 is arranged on the upper board face of punch 20, on the shaft of the first screw mandrel 43 and rotating shaft 45, be provided with sprocket wheel 47, between each sprocket wheel 47, by chain, connect, shown in Fig. 3, a sprocket wheel 47 is set on the first screw mandrel 43, on another first screw mandrel 43, interval arranges two sprocket wheels 47, sprocket wheel 47 in rotating shaft 45 is connected by chain with the sprocket wheel 47 on the first screw mandrel 43, this kind of mode is simple in structure, regulative mode to movable punch 30 is convenient, reliably.
Closer, described concave mould adjusting mechanism 70 arranges two in the fixing interval, below of die 50, second nut 72 at the second screw mandrel 71 end positions places is respectively arranged on installing plate 74, it is tabular and be positioned at the fixedly both sides of die 50 that described installing plate 74 is bar, the plate length direction of installing plate 74 is concordant with the length direction of fixing die 50, one end of described connecting rod 73 forms hinged cooperation with installing plate 74, the rod end of the second screw mandrel 71 is provided with handwheel 75, two second screw mandrels 71 stretch out on the shaft of installing plate 74 and are respectively provided with sprocket wheel 76, between two sprocket wheels 76, by chain, connect, in conjunction with Fig. 2 and Fig. 3.
Finally, the top of described solid punch 20 is provided with crossbeam 11, described crossbeam 11 is fixed in frame 10, on crossbeam 11, be provided with oil cylinder 12, the piston rod of oil cylinder 12 is connected to downward-extension and with the upper board face of solid punch 20, and oil cylinder 12 drives solid punch 20 and fixedly matched moulds, moulding and the die sinking action of die 50.
Claims (8)
1. an adjustable ridge tiles shaped device, comprise the upper punch arranging of frame (10), die, punch is positioned at die top, on punch and die, lower relative motion and formation matched moulds, moulding and parting action, punch, die is connected with heating unit, it is characterized in that: punch comprises the solid punch (20) of layout placed in the middle, the profile both sides of solid punch (20) arrange movable punch (30), solid punch (20) is hinged with the two-end part of movable punch (30), on the die body of the profile outside of movable punch (30), be connected with punch governor motion (40), punch governor motion (40) drives movable punch (30) solid punch (20) in jointed shaft rotation and rotation process to postpone and coordinate formation forming surface with movable punch (30) forming surface,
Die comprises the fixedly die (50) of layout placed in the middle, fixedly the profile both sides of die (50) arrange movable matrix (60), fixedly die (50) is hinged with the two-end part of movable matrix (60), on the die body of the profile outside of movable matrix (60), be connected with concave mould adjusting mechanism (70), concave mould adjusting mechanism (70) drive movable matrix (60) around jointed shaft rotate and rotation process in fixedly die (50) postpone and coordinate formation forming surface with movable matrix (60) forming surface.
2. adjustable ridge tiles shaped device according to claim 1, it is characterized in that: the both ends plate face of described solid punch (20) and fixedly die (50) is respectively arranged with first, the second articulated slab (81, 82), the both ends plate face of described movable punch (30) and movable matrix (60) is respectively arranged with first, the second connecting plate (91, 92), one end plate face of described the first connecting plate (91) and the fastening laminating of movable punch (30), described the first articulated slab (81) and the fastening laminating of solid punch (20), the two ends of the first articulated slab (81) are hinged by the first jointed shaft (101) with the plate face laminating of the first connecting plate (91) and the two respectively, described the second connecting plate (92) and the fastening laminating of movable matrix (60), described the second articulated slab (82) and the fixedly fastening laminating of plate face of die (60), the two ends of the second connecting plate (92) are hinged by the second jointed shaft (102) with the plate face laminating of the second articulated slab (82) and the two respectively.
3. adjustable ridge tiles shaped device according to claim 1, it is characterized in that: the forming surface of described solid punch (20) and fixedly die (50) and its both sides plate face arc transition, the side panel face arc transition that the forming surface of described movable punch (30) is adjacent with solid punch (20), the forming surface of described movable matrix (60) and the side panel face arc transition that fixedly die (50) is adjacent.
4. adjustable ridge tiles shaped device according to claim 1, it is characterized in that: described punch governor motion (40) comprises the horizontally disposed transverse slat of plate face (41), described transverse slat (41) is positioned at hinged two connecting rods (42) that are provided with in top and both sides of solid punch (20), the other end of two connecting rods (42) respectively with hinged cooperation of upper board face of movable punch (30), and the jointed shaft of two connecting rods (42) is parallel with the jointed shaft of movable punch (30) with solid punch (20), and described transverse slat (41) is in vertical direction shift reciprocately.
5. adjustable ridge tiles shaped device according to claim 1, it is characterized in that: described concave mould adjusting mechanism (70) comprises horizontally disposed the second screw mandrel (71), described the second screw mandrel (71) is positioned at the below of fixing die (50) and stretches out fixedly die (50) biside plate face, the second screw mandrel (71) is contrary near the hand of spiral of end positions place screw mandrel section, and the screw mandrel section at end positions place is respectively provided with the second nut (72), the lower panel face of described movable matrix (60) is hinged with one end of two connecting rods (73) respectively, the other end of two connecting rods (73) is hinged with the second nut (72) respectively, the jointed shaft at two connecting rods (73) two ends is with fixedly die (50) is parallel with the jointed shaft of movable matrix (60).
6. adjustable ridge tiles shaped device according to claim 4, it is characterized in that: described punch governor motion (40) is provided with two in the end positions place of transverse slat (41), described transverse slat (41) is rectangular tabular and be arranged in parallel with the length direction of solid punch (20), vertical the first screw mandrel (43) that is provided with on the plate face of transverse slat (41), the first screw mandrel (43) shaft rotary type is arranged in the first nut (44) on transverse slat (41), described the first nut (44) is connected with transverse slat (41), the lower end rotary type of the first screw mandrel (43) is arranged on the upper board face of solid punch (20), described solid punch (20) is upper is also vertically provided with rotating shaft (45), the upper end of rotating shaft (45) is fixed with handwheel (46), rotating shaft (45) lower end rotary type is arranged on the upper board face of punch (20), on the shaft of the first screw mandrel (43) and rotating shaft (45), be provided with sprocket wheel (47), each sprocket wheel connects by chain between (47).
7. adjustable ridge tiles shaped device according to claim 5, it is characterized in that: described concave mould adjusting mechanism (70) arranges two in the fixing interval, below of die (50), second nut (72) at the second screw mandrel (71) end positions place is respectively arranged on installing plate (74), it is tabular and be positioned at the fixedly both sides of die (50) that described installing plate (74) is bar, the plate length direction of installing plate (74) is consistent with the length direction of fixing die (50), one end of described connecting rod (73) forms hinged cooperation with installing plate (74), the rod end of the second screw mandrel (71) is provided with handwheel (75), two second screw mandrels (71) stretch out on the shaft of installing plate (74) and are respectively provided with sprocket wheel (76), two sprocket wheels connect by chain between (76).
8. adjustable ridge tiles shaped device according to claim 1, it is characterized in that: the top of described solid punch (20) is provided with crossbeam (11), described crossbeam (11) is arranged in frame (10), on crossbeam (11), be provided with oil cylinder (12), the piston rod of oil cylinder (12) is connected to downward-extension and with the upper board face of solid punch (20).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410258087.2A CN104029377B (en) | 2014-06-11 | 2014-06-11 | Adjustable ridge tiles shaped device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410258087.2A CN104029377B (en) | 2014-06-11 | 2014-06-11 | Adjustable ridge tiles shaped device |
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| Publication Number | Publication Date |
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| CN104029377A true CN104029377A (en) | 2014-09-10 |
| CN104029377B CN104029377B (en) | 2016-05-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410258087.2A Active CN104029377B (en) | 2014-06-11 | 2014-06-11 | Adjustable ridge tiles shaped device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106119436A (en) * | 2016-08-11 | 2016-11-16 | 温州意迈达鞋业有限公司 | A kind of shoemaking leather rapid cutting device |
| CN112810119A (en) * | 2021-02-08 | 2021-05-18 | 广东红波建材科技有限公司 | Ridge tile slope multi-angle governing system |
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| JP2881296B2 (en) * | 1996-06-12 | 1999-04-12 | マルエス鐵工株式会社 | Concrete product molding equipment |
| JPH11277516A (en) * | 1998-03-30 | 1999-10-12 | Aoki Kogyo Kk | Form for molding corner block for l-shaped retaining wall |
| CN200974282Y (en) * | 2006-11-17 | 2007-11-14 | 于波涛 | Hydraulic ridge tile forming machine |
| CN201385217Y (en) * | 2009-03-24 | 2010-01-20 | 新乡天丰机械制造有限公司 | Profiling and cutting device of novel steel roof tile |
| CN203901701U (en) * | 2014-06-11 | 2014-10-29 | 杭州宝丽泰塑胶机械有限公司 | Adjustable type ridge tile molding device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2881296B2 (en) * | 1996-06-12 | 1999-04-12 | マルエス鐵工株式会社 | Concrete product molding equipment |
| JPH10119020A (en) * | 1996-10-21 | 1998-05-12 | Kumagai Tekko:Kk | Form device |
| JPH11277516A (en) * | 1998-03-30 | 1999-10-12 | Aoki Kogyo Kk | Form for molding corner block for l-shaped retaining wall |
| CN200974282Y (en) * | 2006-11-17 | 2007-11-14 | 于波涛 | Hydraulic ridge tile forming machine |
| CN201385217Y (en) * | 2009-03-24 | 2010-01-20 | 新乡天丰机械制造有限公司 | Profiling and cutting device of novel steel roof tile |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106119436A (en) * | 2016-08-11 | 2016-11-16 | 温州意迈达鞋业有限公司 | A kind of shoemaking leather rapid cutting device |
| CN112810119A (en) * | 2021-02-08 | 2021-05-18 | 广东红波建材科技有限公司 | Ridge tile slope multi-angle governing system |
Also Published As
| Publication number | Publication date |
|---|---|
| CN104029377B (en) | 2016-05-25 |
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