CN204955069U - Forming die of cement polyphenyl mould shell - Google Patents
Forming die of cement polyphenyl mould shell Download PDFInfo
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- CN204955069U CN204955069U CN201520722594.7U CN201520722594U CN204955069U CN 204955069 U CN204955069 U CN 204955069U CN 201520722594 U CN201520722594 U CN 201520722594U CN 204955069 U CN204955069 U CN 204955069U
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- core
- locating hole
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- semicylinder
- mould
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Abstract
The utility model discloses a forming die of cement polyphenyl mould shell, including a die block, two side formss, two blocks of curb plates and a top mould, die block, side forms, curb plate and top mould enclose into the die cavity jointly, on two side formss respectively the symmetry be provided with a locating hole, the symmetry is provided with a plurality of locating hole on die block and the top mould, be provided with a gasbag core that is full of gas in the die cavity, this gasbag core includes the main cavity body that the level set up, the last cavity of the vertical locating hole one -to -one that is provided with and pushes up on the mould in top of the main cavity body, below that the main cavity was personally experienced sth. Part of the body is vertical be provided with with the die block on the lower cavity of locating hole one -to -one, the cavity is personally experienced sth. Part of the body, is gone up to the main cavity, the diameter of cavity is roughly the same with the locating hole diameter down. Forming die of cement polyphenyl mould shell can simplify the production technology of production cement polyphenyl mould shell, make cement polyphenyl mould shell one shot forming to reduction in production cost improves production efficiency.
Description
Technical field
The utility model relates to a kind of mould, particularly a kind of mould for casting cement polyphenyl formwork.
Background technology
Cement polyphenyl formwork is by granules of polystyrene, cement, mineral admixture, water, the material compositions such as additive, by the cell cube that specification is made in factory, serve as lattice and mix the template of earth framework and the goods of an insulation effect, the inside of single-piece cement polyphenyl formwork is provided with the passage be interconnected, and expanding channels place is all with rounding transition, when more than one piece cement polyphenyl formwork is interconnected, its inner passage also can be docked and connected mutually, be convenient to like this carry out overall perfusion self-compacting concrete to body of wall, after the concrete has set, whole body of wall is just combined into one, by this construction process, can greatly improve building speed, reduce building energy consumption, realize the target of green building.
But the manufacture of traditional cement polyphenyl formwork is molding type, and specific embodiment is:
1, the cement and polystyrene slurry of modulation is made cement polystyrene board;
2, pressing mold is carried out to the cement polystyrene board of initial set state, make cement polystyrene board upper surface form uniform projection, become the thick half module of cement and polystyrene;
3, after the thick half module of cement and polystyrene solidifies completely, trimming is carried out to its surrounding, to the projection end face polishing processing on the thick half module of same cement and polystyrene, make the projection apical side height on the thick half module of same cement and polystyrene consistent, become cement and polystyrene half module;
4, by two pieces of involutory bondings of cement and polystyrene half module, one piece of cement polyphenyl formwork is obtained.
The requirement of above-mentioned production technology to the requirement of equipment investment and artificial input is all very large, and production efficiency is low, and use binding agent also easily to cause environmental pollution, holistic cost is too high, inhibits the extensive use of this cement polyphenyl formwork.
Utility model content
Technical problem to be solved in the utility model is: the shaping dies providing a kind of cement polyphenyl formwork, this finishing die prodigiosin simplifies the production technology of producing cement polyphenyl formwork, make cement polyphenyl formwork one-shot forming, thus reduce production cost, enhance productivity.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: the mould of cement polyphenyl formwork, comprise one piece of bed die, two pieces of limit moulds being vertically removably connected to bed die two ends respectively, two pieces of difference removably connect the side plate of bed die and Bian Mo both sides, and one piece of backform removably snapping onto two pieces of limit moulds and two pieces of side plate upper ends, described bed die, Bian Mo, side plate and backform surround die cavity jointly, described two pieces of limit moulds are symmetrically arranged with a locating hole respectively, described bed die and backform are symmetrically arranged with several locating holes, the air bag core that one is full of gas is provided with in described die cavity, this air bag core comprises horizontally disposed cylindric main cavity, the two ends of main cavity are inserted in the locating hole on the mould of both sides respectively, the top of main cavity is vertically provided with and the cylindric upper cavity one to one of the locating hole on backform, the upper end of upper cavity is inserted in corresponding locating hole respectively, the below of main cavity is vertically provided with and the cylindric lower chamber one to one of the locating hole on bed die, the lower end of lower chamber is inserted in corresponding locating hole respectively, described main cavity, upper cavity, lower chamber diameter roughly the same with locating hole diameter.
Described bed die comprises base plate and is arranged on base plate, the semicylinder core extended along floor length direction, described locating hole is all arranged on semicylinder core, periphery semicylinder core being positioned at locating hole is provided with the arc-shaped transition block that be connected round and smooth with the lower chamber of air bag core, described limit mould comprises side plate and is arranged on side plate, along the semicylinder core that side plate length direction extends, described locating hole is arranged on semicylinder core, periphery semicylinder core being positioned at locating hole is provided with the arc-shaped transition block that be connected round and smooth with the main cavity of air bag core, described backform comprises top board and is arranged on top board, along the semicylinder core that top board length direction extends, described locating hole is all arranged on semicylinder core, periphery semicylinder core being positioned at locating hole is provided with the arc-shaped transition block that be connected round and smooth with the upper cavity of air bag core, the curved surface of described semicylinder core is all towards in die cavity, the two ends being positioned at the semicylinder core on base plate and top board are respectively arranged with the semicircle socket matched with other two pieces semicylinder core, semicircle socket edge is provided with the arc-shaped transition block that be connected round and smooth with semicylinder core equally.
The position that the upper cavity of described air bag core, lower chamber are connected with main cavity is respectively all with rounding transition.
Upper cavity, the lower chamber of described air bag core are communicated with main cavity respectively, in each end of described main cavity, upper cavity, lower chamber, have at least an end to be provided with valve.
The quantity of described valve is one, is arranged on main cavity one end of air bag core.
Locating hole quantity on described bed die, backform is respectively two.
Described backform is provided with several and is communicated with extravasating hole that is extraneous and die cavity, extravasating hole is distributed between each locating hole.
The beneficial effects of the utility model are: the cement polyphenyl formwork produced by the mould of cement polyphenyl formwork described in the utility model can realize one-shot forming, compared with traditional die pressing type technique, equipment and artificial input are reduced all greatly, significantly reduce the production cost of cement polyphenyl formwork.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the A-A sectional view in Fig. 1;
Fig. 3 is the B-B sectional view in 2;
Fig. 4 is the structural representation of bed die, Bian Mo and backform.
In Fig. 1 ~ Fig. 4: 1, bed die, 101, base plate, 2, Bian Mo, 201, side plate, 3, side plate, 4, backform, 401, top board, 5, die cavity, 6, locating hole, 7, air bag core, 701, main cavity, 702, upper cavity, 703, lower chamber, 704, chamfering, 705, valve, 8, extravasating hole, 9, semicylinder core, 10, arc-shaped transition block, 11, semicircle socket.
Detailed description of the invention
Below in conjunction with accompanying drawing, describe specific embodiments of the present utility model in detail.
The mould of cement polyphenyl formwork as shown in figures 1-4, comprise one piece of bed die 1, two pieces of limit moulds 2 being vertically removably connected to bed die 1 two ends respectively, two pieces of difference removably connect the side plate 3 of bed die 1 and Bian Mo 2 both sides, and one piece of backform 4 removably snapping onto two pieces of limit moulds 2 and two pieces of side plate 3 upper ends, described bed die 1, limit mould 2, side plate 3 and backform 4 surround die cavity 5 jointly, described two pieces of limit moulds 2 are symmetrically arranged with a locating hole 6 respectively, described bed die 1 and backform 4 are symmetrically arranged with several locating holes 6, the air bag core 7 that one is full of gas is provided with in described die cavity 5, this air bag core 7 comprises horizontally disposed cylindric main cavity 701, the two ends of main cavity 701 are inserted in the locating hole 6 on both sides mould 2 respectively, the top of main cavity 701 is vertically provided with and the cylindric upper cavity 702 one to one of the locating hole 6 on backform 4, the upper end of upper cavity 702 is inserted in corresponding locating hole 6 respectively, the below of main cavity 701 is vertically provided with and the cylindric lower chamber 703 one to one of the locating hole 6 on bed die 1, the lower end of lower chamber 703 is inserted in corresponding locating hole 6 respectively, described main cavity 701, upper cavity 702, lower chamber 703 diameter roughly the same with locating hole 6 diameter.
The air bag core 7 being full of gas is set in die cavity 5, and be plugged on limit mould 2 by each end of air bag core 7, on bed die 1 and backform 4, air bag core 7 position is fixed, so just, can to carrying out casting cement polyphenyl slurry in die cavity 5, after slurry solidifies, just obtain by the cement polyphenyl formwork of air bag cavity filling, then the gas in air bag die cavity is bled off, air bag is peeled off cement polyphenyl formwork, become and made finished cement polyphenyl formwork, the cement polyphenyl formwork produced by this mould can realize one-shot forming, compared with traditional die pressing type technique, equipment and artificial input are reduced all greatly, significantly reduce the production cost of cement polyphenyl formwork.
Above-mentioned air bag core 7 is the good inflating mold of a kind of air-tightness or Air bag inner model.
Described bed die 1 comprises base plate 101 and is arranged on base plate 101, along the semicylinder core 9 that base plate 101 length direction extends, described locating hole 6 is all arranged on semicylinder core 9, periphery semicylinder core 9 being positioned at locating hole 6 is provided with the arc-shaped transition block 10 that be connected round and smooth with the lower chamber 703 of air bag core 7, described limit mould 2 comprises side plate 201 and is arranged on side plate 201, along the semicylinder core 9 that side plate 201 length direction extends, described locating hole 6 is arranged on semicylinder core 9, periphery semicylinder core 9 being positioned at locating hole 6 is provided with the arc-shaped transition block 10 that be connected round and smooth with the main cavity 701 of air bag core 7, described backform 4 comprises top board 401 and is arranged on top board 401, along the semicylinder core 9 that top board 401 length direction extends, described locating hole 6 is all arranged on semicylinder core 9, periphery semicylinder core 9 being positioned at locating hole 6 is provided with the arc-shaped transition block 10 that be connected round and smooth with the upper cavity 702 of air bag core 7, the curved surface of described semicylinder core 9 is all towards in die cavity 5, the two ends being positioned at the semicylinder core 9 on base plate 101 and top board 401 are respectively arranged with the semicircle socket 11 matched with other two pieces semicylinder core 9, semicircle socket 11 edge is provided with the arc-shaped transition block 10 that be connected round and smooth with semicylinder core 9 equally.
By the produced cement polyphenyl formwork of the shaping dies of above-mentioned cement polyphenyl formwork, its face of mutually docking just forms semicircle column type groove, when after cement polyphenyl formwork splicing, also form the passage of a perfusion self-compacting concrete between cement polyphenyl formwork, and be interconnected with the passage of cement polyphenyl formwork inside.
The position that the upper cavity 702 of described air bag core 7, lower chamber 703 are connected with main cavity 701 is respectively all with rounding 704 transition.Cement polyphenyl formwork internal pipeline rounding off can be made like this, be conducive to the flowing of self-compacting concrete in cement polyphenyl formwork internal pipeline.
Upper cavity 702, the lower chamber 703 of described air bag core 7 are communicated with main cavity 701 respectively, in each end of described main cavity 701, upper cavity 702, lower chamber 703, have at least an end to be provided with valve 705.The air bag core 7 being provided with valve 705 can reuse, and has saved production cost.
The quantity of described valve 705 is one, is arranged on main cavity 701 one end of air bag core 7.
Because the upper cavity 702 of air bag core 7, lower chamber 703 are connected with main cavity 701 respectively, so, only need a valve 705 just can carry out inflation/deflation to air bag core 7, save the production cost of air bag core 7, valve 705 can be arranged on the either end of air bag core 7, and the reason being arranged at one end of main cavity 701 is herein in actual production, be convenient to venting.
Locating hole 6 quantity on described bed die 1, backform 4 is respectively two.Portion's vertical duct in the monolithic cement polyphenyl formwork of current routine is two, and upper cavity 702 and lower chamber 703 quantity of the air bag core 7 therefore accordingly in die cavity 5 are respectively two, and accordingly, locating hole 6 quantity on bed die 1, backform 4 is respectively two.
Described backform 4 is provided with several and is communicated with extravasating hole 8 that is extraneous and die cavity, extravasating hole 8 is distributed between each locating hole.
Backform 4 is arranged extravasating hole 8, when cement and polystyrene slurry is inadequate, still can be annotated cement and polystyrene slurry by extravasating hole 8 after covering backform 4, when cement and polystyrene slurry is too much, after covering backform 4, also can overflow unnecessary cement and polystyrene slurry by extravasating hole 8.
The technological process using the mould of cement polyphenyl formwork described in the utility model to produce cement polyphenyl formwork is:
1, bed die 1, limit mould 2 and side plate 3 is combined;
2, air bag core 7 is installed in die cavity 5, and each end of air bag core 7 is inserted in corresponding locating hole 6, then air bag die cavity 5 is inflated;
3, to cement injection polyphenyl slurry in die cavity 5;
4, by the upper cavity 702 of air bag core 7 and locating hole 6 one_to_one corresponding on backform 4, and cover backform 4, make the end of upper cavity 702 insert in the locating hole 6 on backform 4;
5, as the cement and polystyrene slurry in die cavity 5 is not enough, can open backform 4 and continue to add slurry, as the cement and polystyrene slurry in die cavity 5 is too much, then slurry can be overflowed by extravasating hole 8;
6, sizing is solidified;
7, the demoulding, removes backform 4, side plate 3, limit mould 2 and bed die 1 successively, is bled off by the gas in air bag core 7, and manually air bag core 7 is peeled off cement polyphenyl formwork.
Above-mentioned technological process is simple, the cement polyphenyl formwork one-shot forming of producing, and compared with traditional die pressing type technique, equipment and artificial input are reduced all greatly, significantly reduce the production cost of cement polyphenyl formwork.
Claims (7)
1. the mould of cement polyphenyl formwork, it is characterized in that, comprise one piece of bed die (1), two pieces of limit moulds (2) being vertically removably connected to bed die (1) two ends respectively, two pieces of difference removably connect the side plate (3) of bed die (1) and limit mould (2) both sides, and one piece of backform (4) removably snapping onto two pieces of limit moulds (2) and two pieces of side plate (3) upper ends, described bed die (1), limit mould (2), side plate (3) and backform (4) surround die cavity (5) jointly, described two pieces of limit moulds (2) are symmetrically arranged with a locating hole (6) respectively, described bed die (1) and backform (4) are symmetrically arranged with several locating holes (6), the air bag core (7) that one is full of gas is provided with in described die cavity (5), this air bag core (7) comprises horizontally disposed cylindric main cavity (701), the two ends of main cavity (701) are inserted in the locating hole (6) on both sides mould (2) respectively, the top of main cavity (701) is vertically provided with and the cylindric upper cavity (702) one to one of the locating hole (6) on backform (4), the upper end of upper cavity (702) is inserted in corresponding locating hole (6) respectively, the below of main cavity (701) is vertically provided with and the cylindric lower chamber (703) one to one of the locating hole (6) on bed die (1), the lower end of lower chamber (703) is inserted in corresponding locating hole (6) respectively, described main cavity (701), upper cavity (702), lower chamber (703) diameter roughly the same with locating hole (6) diameter.
2. the mould of cement polyphenyl formwork according to claim 1, it is characterized in that, described bed die (1) comprises base plate (101) and is arranged on base plate (101), along the semicylinder core (9) that base plate (101) length direction extends, described locating hole (6) is all arranged on semicylinder core (9), periphery semicylinder core (9) being positioned at locating hole (6) is provided with the arc-shaped transition block (10) that be connected round and smooth with the lower chamber of air bag core (7) (703), described limit mould (2) comprises side plate (201) and is arranged on side plate (201), along the semicylinder core (9) that side plate (201) length direction extends, described locating hole (6) is arranged on semicylinder core (9), periphery semicylinder core (9) being positioned at locating hole (6) is provided with the arc-shaped transition block (10) that be connected round and smooth with the main cavity of air bag core (7) (701), described backform (4) comprises top board (401) and is arranged on top board (401), along the semicylinder core (9) that top board (401) length direction extends, described locating hole (6) is all arranged on semicylinder core (9), periphery semicylinder core (9) being positioned at locating hole (6) is provided with the arc-shaped transition block (10) that be connected round and smooth with the upper cavity of air bag core (7) (702), the curved surface of described semicylinder core (9) is all towards in die cavity (5), the two ends being positioned at the semicylinder core (9) on base plate (101) and top board (401) are respectively arranged with the semicircle socket (11) matched with other two pieces semicylinder core (9), semicircle socket (11) edge is provided with the arc-shaped transition block (10) that be connected round and smooth with semicylinder core (9) equally.
3. the mould of cement polyphenyl formwork according to claim 2, it is characterized in that, the position that the upper cavity (702) of described air bag core (7), lower chamber (703) are connected with main cavity (701) is respectively all with rounding (704) transition.
4. the mould of cement polyphenyl formwork according to claim 3, it is characterized in that, upper cavity (702), the lower chamber (703) of described air bag core (7) are communicated with main cavity (701) respectively, in each end of described main cavity (701), upper cavity (702), lower chamber (703), an end is had at least to be provided with valve (705).
5. the mould of cement polyphenyl formwork according to claim 4, is characterized in that, the quantity of described valve (705) is one, is arranged on main cavity (701) one end of air bag core (7).
6. the mould of cement polyphenyl formwork according to claim 5, is characterized in that, locating hole (6) quantity on described bed die (1), backform (4) is respectively two.
7. the mould of cement polyphenyl formwork according to claim 6, it is characterized in that, described backform (4) is provided with several and is communicated with extravasating hole (8) that is extraneous and die cavity, extravasating hole (8) is distributed between each locating hole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520722594.7U CN204955069U (en) | 2015-09-18 | 2015-09-18 | Forming die of cement polyphenyl mould shell |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520722594.7U CN204955069U (en) | 2015-09-18 | 2015-09-18 | Forming die of cement polyphenyl mould shell |
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| Publication Number | Publication Date |
|---|---|
| CN204955069U true CN204955069U (en) | 2016-01-13 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520722594.7U Expired - Fee Related CN204955069U (en) | 2015-09-18 | 2015-09-18 | Forming die of cement polyphenyl mould shell |
Country Status (1)
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| CN (1) | CN204955069U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108032413A (en) * | 2017-12-05 | 2018-05-15 | 福建路桥建设有限公司 | A kind of clearance type draining pipe shaping mould and forming method |
| CN110593551A (en) * | 2019-09-18 | 2019-12-20 | 辽宁工程技术大学 | Lattice type cement polyphenyl formwork |
| CN111975950A (en) * | 2020-08-31 | 2020-11-24 | 吴秋敏 | Preparation method of aerated concrete block |
-
2015
- 2015-09-18 CN CN201520722594.7U patent/CN204955069U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108032413A (en) * | 2017-12-05 | 2018-05-15 | 福建路桥建设有限公司 | A kind of clearance type draining pipe shaping mould and forming method |
| CN108032413B (en) * | 2017-12-05 | 2023-11-28 | 福建省路桥建设集团有限公司 | Forming die and forming method for slit type drain pipe |
| CN110593551A (en) * | 2019-09-18 | 2019-12-20 | 辽宁工程技术大学 | Lattice type cement polyphenyl formwork |
| CN111975950A (en) * | 2020-08-31 | 2020-11-24 | 吴秋敏 | Preparation method of aerated concrete block |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160113 Termination date: 20160918 |