CN102108745B - Manufacturing process of novel imitation wood heat insulation broken bridge wall body - Google Patents
Manufacturing process of novel imitation wood heat insulation broken bridge wall body Download PDFInfo
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- CN102108745B CN102108745B CN2011100020980A CN201110002098A CN102108745B CN 102108745 B CN102108745 B CN 102108745B CN 2011100020980 A CN2011100020980 A CN 2011100020980A CN 201110002098 A CN201110002098 A CN 201110002098A CN 102108745 B CN102108745 B CN 102108745B
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- support bracket
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- band
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Abstract
The invention relates to a manufacturing process of a common wall body construction member for a building and discloses a manufacturing process of a novel imitation wood heat insulation broken bridge wall body construction member, which comprises the following steps: taking a metal rod, extruding into a metal profile with a dovetail groove, using a strip penetrating machine to respectively penetrate two heat insulation strips into the dovetail groove for being pressed into a metal housing with an inner mold cavity, further arranging load-bearing supports with metal pipelines into the inner mold cavity of the metal housing, enabling the two load-bearing supports with through holes to be just hermetically arranged at two side ends of the inner mold cavity, enabling the load-bearing support with a drainage hole and the through hole to be arranged at the middle of the inner mold cavity, opening an injection hole on the metal housing, injecting a flame retardant polyester foaming agent into the injection hole, and further sealing the injection hole after the inner mold cavity of the metal housing is filled with the flame retardant polyester foaming agent which is filled through a diversion hole of the load-bearing support. According to the technical scheme of the invention, the fireproof performance is good, the effects of sound insulation and shock resistance are good, and the combined strength is high, thereby having great advantages.
Description
Technical field
The manufacture craft of the body of wall for building that the present invention relates to use always relates in particular to a kind of manufacture craft of novel imitative wooden heat-insulating bridge-cut-off wall body construction.
Background technology
The manufacture craft of traditional body of wall for building; Be as traditional brick and building block mostly, manufacturing process is extremely simple, lack scientific and technological content, and manufacturing materials is also very common; That have or even disposablely in mould, form; Cause that fireproof performance is poor, soundproof effect is bad, combined strength is not high, heavy, be difficult to dismounting, more can't convenient again carrying under the prerequisite that disassembles, thus bring raw-material significant wastage.Therefore how to produce and a kind ofly not only keep the advantage of traditional brick and building block but also take into account hollow brick and the strong point of building block, further have to be superior to the characteristic of existing other bodies of wall at present, have a few solution always.
Summary of the invention
The manufacture craft process that the present invention is directed to the materials for wall that exists in the prior art is simple, lack scientific and technological content; Thereby the body of wall heat-insulating, fire-preventing poor performance, the soundproof effect that cause making are bad, combined strength is not high; The problem of bringing significant wastage for carrying, dismounting provides a kind of manufacture craft of economic, practical novel imitative wooden heat-insulating bridge-cut-off wall body construction.
In order to solve the problems of the technologies described above, the present invention is able to solve through following technical proposals:
A kind of manufacture craft of novel imitative wooden heat-insulating bridge-cut-off wall body construction, step is following:
First step: get metal bar, be squeezed into the shape of band dovetail groove through extrusion die;
Second step: get the shape of above-mentioned two band dovetail grooves, two heat insulating strips are penetrated respectively in the dovetail groove,, the above-mentioned heat insulating strip and the shape of band dovetail groove are pressed into the metal shell of die cavity in the band again through the roller roll extrusion through the machine for stringing device;
Third step: offer two convexities at the upper surface of above-mentioned metal shell, the soffit of said metal shell is offered and protruding corresponding two airtight grooves;
The 4th step: process the support bracket of several band conduction holes and through hole and the support bracket of two band through holes with mould; On the through hole of support bracket, install metallic conduit then; Use the screw fixing seal; The support bracket that will have metallic conduit is again packed in the interior die cavity of above-mentioned metal shell; The two side ends of die cavity in wherein the support bracket of two band through holes just in time is installed in hermetically in the middle of the die cavity, will have the support bracket and the metal shell fixing seal of metallic conduit in the support bracket of several band conduction holes and through hole is installed in again through alignment pin;
The 5th step: on above-mentioned metal shell, offer injection orifice, in injection orifice, inject the fire-retardant polyester blowing agent, after the fire-retardant polyester blowing agent is filled the interior die cavity of full metal shell through the pod apertures of support bracket, again injection orifice is sealed up;
The 6th step: above-mentioned metallic conduit exposed on the position of metal shell end, to offer be fixedly connected the hole, promptly get the finished product of novel imitative wooden heat-insulating bridge-cut-off body of wall.
As preferably, the metallic conduit in metal bar in the said first step and the 4th step is processed by aluminium alloys.The wall quality that uses aluminium alloys to make is light, be beneficial to and pile up and dismantle carrying.
As preferably, in being provided with, the lateral surface of the metal shell in above-mentioned second step establishes draw-in groove, and the medial surface of said metal shell is provided with the anchoring hook.In establish draw-in groove and help snapping in trim panel, help in the draw-in groove cavity cabling, help being connected of load-bearing crossbeam nut to fix in body of wall and floor crossbeam junction, the medial surface of said metal shell is provided with the anchoring hook and helps avoiding distortion behind the outer body of wall pressurized, external drum.
As preferably; Process support bracket and two support brackets of being with through hole and capping of two band through holes again with mould; Metallic conduit exposes the support bracket of on the position of metal shell end, installing the band through hole and the support bracket of being with through hole and capping in said the 6th step; Wherein, install the support bracket of band through hole and capping away from an end that is fixedly connected the hole, behind the screw fix tightly near being fixedly connected the support bracket that Kong Yiduan installs the band through hole; The above-mentioned support bracket that has metallic conduit is packed in the interior die cavity of short metal shell, will have the support bracket and short metal shell fixing seal of metallic conduit again through alignment pin; Offer two convexities at the upper surface of short metal shell simultaneously; Soffit is offered two and protruding corresponding groove; On short metal shell, install injection orifice again; In injection orifice, inject the fire-retardant polyester blowing agent, after the interior die cavity of short metal shell is expired in the filling of fire-retardant polyester blowing agent, injection orifice is sealed up.
As preferably, the section bar of the band dovetail groove in the above-mentioned first step is U type strip.Help two heat insulating strips being penetrated in the dovetail groove respectively through the machine for stringing device.
According to technical scheme of the present invention; The novel building energy-saving wall of making is rich in complex procedures, scientific and technological content; The body of wall heat-insulating, fire-preventing performance that causes making is good, the sound insulation shockproof effect is good, combined strength is high; Be beneficial to carrying, dismounting, repeat utilization, all have great superiority aspect manufacturing and the use.
The specific embodiment
Below in conjunction with the specific embodiment the present invention is described in further detail:
Embodiment 1
A kind of manufacture craft of novel imitative wooden heat-insulating bridge-cut-off wall body construction, step is following:
First step: get aluminium alloy bars, be squeezed into the aluminium alloy extrusions of the band dovetail groove that is U type strip through extrusion die;
Second step: the aluminium alloy extrusions of getting above-mentioned two band dovetail grooves; Penetrate two heat insulating strips in the dovetail groove respectively through the machine for stringing device; Again through the roller roll extrusion; The aluminium alloy extrusions of above-mentioned heat insulating strip and band dovetail groove is pressed into the aluminum alloy casing of die cavity in the band, establishes draw-in groove in the lateral surface of aluminum alloy casing offers, the medial surface of said aluminum alloy casing offers the anchoring hook.
Third step: offer two convexities at the upper surface of above-mentioned aluminum alloy casing, the soffit of aluminum alloy casing is offered and protruding corresponding two airtight grooves;
The 4th step: process the support bracket of several band conduction holes and through hole and the support bracket of two band through holes with mould; On the through hole of support bracket, install aluminium alloy pipeline then; Use the screw fixing seal; The support bracket that will have aluminium alloy pipeline is again packed in the interior die cavity of above-mentioned aluminum alloy casing; Wherein the support bracket of two band through holes just in time seals be installed in the two side ends of die cavity, the support bracket of several band conduction holes and through hole is installed in the middle of the interior die cavity, will have the support bracket and the aluminum alloy casing fixing seal of aluminium alloy pipeline again through alignment pin;
The 5th step: on above-mentioned aluminum alloy casing, offer injection orifice, in injection orifice, inject the fire-retardant polyester blowing agent, after the fire-retardant polyester blowing agent is filled the interior die cavity of full aluminum alloy casing through the pod apertures of support bracket, again injection orifice is sealed up;
The 6th step: above-mentioned aluminium alloy pipeline exposed on the position of aluminum alloy casing end, to offer be fixedly connected the hole; Process support bracket and two support brackets of being with through hole and capping of two band through holes again with mould; Expose the support bracket of on the position of aluminum alloy casing end, installing the band through hole and the support bracket of being with through hole and capping at said aluminium alloy pipeline; Wherein near being fixedly connected the support bracket that Kong Yiduan installs the band through hole; Install the support bracket of band through hole and capping away from an end that is fixedly connected the hole; Behind the screw fix tightly, the above-mentioned support bracket that has aluminium alloy pipeline is packed in the interior die cavity of short aluminum alloy casing, will have the support bracket and short aluminum alloy casing fixing seal of aluminium alloy pipeline again through alignment pin; Offer two convexities at the upper surface of short aluminum alloy casing simultaneously; Soffit is offered two and protruding corresponding groove; On short aluminum alloy casing, install injection orifice again; In injection orifice, inject the fire-retardant polyester blowing agent, after the interior die cavity of short aluminum alloy casing is expired in the filling of fire-retardant polyester blowing agent, injection orifice is sealed up.So far, promptly get the finished product of novel imitative wooden heat-insulating bridge-cut-off body of wall.
Through above-mentioned manufacture craft, the novel building energy-saving wall of making is rich in complex procedures, scientific and technological content, and the body of wall fireproof performance that causes making is good, the sound insulation shockproof effect is good, combined strength is high, is beneficial to carrying, dismounting, repeats utilization.
Embodiment 2
A kind of manufacture craft of novel imitative wooden heat-insulating bridge-cut-off wall body construction, step is following:
First step: get aluminium alloy bars, be squeezed into the aluminium alloy extrusions of the band dovetail groove that is U type strip through extrusion die;
Second step: the aluminium alloy extrusions of getting above-mentioned two band dovetail grooves; Penetrate two heat insulating strips in the dovetail groove respectively through the machine for stringing device; Again through the roller roll extrusion; The aluminium alloy extrusions of above-mentioned heat insulating strip and band dovetail groove is pressed into the aluminum alloy casing of die cavity in the band, establishes draw-in groove in the lateral surface of aluminum alloy casing offers, the medial surface of said aluminum alloy casing offers the anchoring hook.
Third step: offer two convexities at the upper surface of above-mentioned aluminum alloy casing, the soffit of aluminum alloy casing is offered and protruding corresponding two airtight grooves;
The 4th step: process the support bracket of the support bracket of several band conduction holes and through hole, a band through hole, a support bracket of being with through hole and capping with mould; On the through hole of support bracket, install aluminium alloy pipeline then; Use the screw fixing seal; The support bracket that will have aluminium alloy pipeline is again packed in the interior die cavity of above-mentioned aluminum alloy casing; The side of die cavity in the support bracket of one of them band through hole is installed in; The support bracket of a band through hole and capping just in time seals be installed in the side of die cavity, the support bracket of several band conduction holes and through hole is installed in the middle of the interior die cavity, will have the support bracket and the aluminum alloy casing fixing seal of aluminium alloy pipeline again through alignment pin;
The 5th step: on above-mentioned aluminum alloy casing, offer injection orifice, in injection orifice, inject the fire-retardant polyester blowing agent, after the fire-retardant polyester blowing agent is filled the interior die cavity of full aluminum alloy casing through the pod apertures of support bracket, again injection orifice is sealed up;
The 6th step: above-mentioned aluminium alloy pipeline exposed on the position of aluminum alloy casing end, to offer be fixedly connected the hole; Process support bracket and a support bracket of being with through hole and capping of a band through hole again with mould; Expose the support bracket of installing the band through hole on the end position at aluminum alloy casing and the support bracket of being with through hole and capping at above-mentioned aluminium alloy pipeline; Wherein near being fixedly connected the support bracket that Kong Yiduan installs the band through hole; Install the support bracket of band through hole and capping away from the outermost end that is fixedly connected the hole; After using the screw fix tightly again, the above-mentioned support bracket that has aluminium alloy pipeline is packed in the interior die cavity of short aluminum alloy casing, will have the support bracket and short aluminum alloy casing fixing seal of aluminium alloy pipeline again through alignment pin; Offer two convexities at the upper surface of short aluminum alloy casing simultaneously; Soffit is offered two and protruding corresponding groove; On short aluminum alloy casing, install injection orifice again; In injection orifice, inject the fire-retardant polyester blowing agent, after the interior die cavity of short aluminum alloy casing is expired in the filling of fire-retardant polyester blowing agent, injection orifice is sealed up.So far, promptly get the finished product of novel imitative wooden heat-insulating bridge-cut-off body of wall.
Through above-mentioned manufacture craft, the novel building energy-saving wall of making is rich in complex procedures, scientific and technological content, and the body of wall fireproof performance that causes making is good, the sound insulation shockproof effect is good, combined strength is high, is beneficial to carrying, dismounting, repeats utilization.
In a word, the above is merely preferred embodiment of the present invention, and all equalizations of doing according to claim of the present invention change and modify, and all should belong to the covering scope of patent of the present invention.
Claims (3)
1. the manufacture craft of a novel imitative wooden heat-insulating bridge-cut-off wall body construction, it is characterized in that: step is following:
First step: get metal bar, be squeezed into the shape of band dovetail groove through extrusion die;
Second step: get the shape of above-mentioned two band dovetail grooves, two heat insulating strips are penetrated respectively in the dovetail groove,, the above-mentioned heat insulating strip and the shape of band dovetail groove are pressed into the metal shell of die cavity in the band again through the roller roll extrusion through the machine for stringing device;
Third step: on the upper surface of above-mentioned metal shell, offer two convexities, offer on the soffit of said metal shell and protruding corresponding two airtight grooves;
The 4th step: process the support bracket of several band conduction holes and through hole and the support bracket of a band through hole with mould; A support bracket of being with through hole and capping; On the through hole of support bracket, install metallic conduit then; Use the screw fixing seal; The support bracket that will have metallic conduit is again packed in the interior die cavity of above-mentioned metal shell, and a side of die cavity in the support bracket of one of them band through hole is installed in, band through hole and the support bracket of capping just in time are installed in another side of interior die cavity hermetically; In being installed in, the support bracket of several band conduction holes and through hole in the middle of the die cavity, will have the support bracket and the metal shell fixing seal of metallic conduit again through alignment pin;
The 5th step: on above-mentioned metal shell, offer injection orifice, in injection orifice, inject the fire-retardant polyester blowing agent, after the fire-retardant polyester blowing agent is filled the interior die cavity of full metal shell through the conduction hole of support bracket, again injection orifice is sealed up;
The 6th step: above-mentioned metallic conduit exposed on the position of metal shell end, to offer be fixedly connected the hole, promptly get the finished product of novel imitative wooden heat-insulating bridge-cut-off wall body construction;
Metallic conduit in metal bar in the said first step and the 4th step is processed by aluminium alloys;
The shape of the band dovetail groove in the said first step is U type strip.
2. the manufacture craft of novel imitative wooden heat-insulating bridge-cut-off wall body construction according to claim 1 is characterized in that: establish draw-in groove in the lateral surface of the metal shell in said second step is provided with, the medial surface of said metal shell is provided with the anchoring hook.
3. the manufacture craft of novel imitative wooden heat-insulating bridge-cut-off wall body construction according to claim 1 and 2; It is characterized in that: support bracket and a support bracket of being with through hole and capping of processing a band through hole with mould again; Metallic conduit exposes the support bracket of on the position of metal shell end, installing the band through hole and the support bracket of being with through hole and capping in said the 6th step; Wherein near being fixedly connected the support bracket that Kong Yiduan installs the band through hole; Install the support bracket of band through hole and capping away from the outermost end that is fixedly connected the hole; Behind the screw fix tightly, will have and expose in the support bracket of the metallic conduit of metal shell end is packed the interior die cavity of short metal shell into, will have the support bracket and short metal shell fixing seal that exposes at the metallic conduit of metal shell end through alignment pin again; Offer two convexities at the upper surface of short metal shell simultaneously; Soffit is offered two and protruding corresponding groove; On short metal shell, install injection orifice again; In injection orifice, inject the fire-retardant polyester blowing agent, after the interior die cavity of short metal shell is expired in the filling of fire-retardant polyester blowing agent, injection orifice is sealed up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100020980A CN102108745B (en) | 2011-01-07 | 2011-01-07 | Manufacturing process of novel imitation wood heat insulation broken bridge wall body |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011100020980A CN102108745B (en) | 2011-01-07 | 2011-01-07 | Manufacturing process of novel imitation wood heat insulation broken bridge wall body |
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| Publication Number | Publication Date |
|---|---|
| CN102108745A CN102108745A (en) | 2011-06-29 |
| CN102108745B true CN102108745B (en) | 2012-06-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2011100020980A Expired - Fee Related CN102108745B (en) | 2011-01-07 | 2011-01-07 | Manufacturing process of novel imitation wood heat insulation broken bridge wall body |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103132859B (en) * | 2013-03-04 | 2014-11-05 | 上海志易工程设备有限公司 | Automatic strip-inserting process of heat-insulting bridge cut-off aluminum window and door profiles |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2732705A1 (en) * | 1995-04-07 | 1996-10-11 | Selons Jean Louis | Modular components for constructing walls of industrial and commercial buildings or houses |
| CN101324111A (en) * | 2008-08-14 | 2008-12-17 | 朱春生 | Method for preparing split joint buckled type building block composite energy-saving wall board |
| CN101831963A (en) * | 2009-01-09 | 2010-09-15 | 冯刚克 | Novel multipurpose composite insulation board and construction method and processing device thereof |
| CN101906831A (en) * | 2010-07-23 | 2010-12-08 | 何永强 | Novel fireproof wall and board room consisting of same |
-
2011
- 2011-01-07 CN CN2011100020980A patent/CN102108745B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2732705A1 (en) * | 1995-04-07 | 1996-10-11 | Selons Jean Louis | Modular components for constructing walls of industrial and commercial buildings or houses |
| CN101324111A (en) * | 2008-08-14 | 2008-12-17 | 朱春生 | Method for preparing split joint buckled type building block composite energy-saving wall board |
| CN101831963A (en) * | 2009-01-09 | 2010-09-15 | 冯刚克 | Novel multipurpose composite insulation board and construction method and processing device thereof |
| CN101906831A (en) * | 2010-07-23 | 2010-12-08 | 何永强 | Novel fireproof wall and board room consisting of same |
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| Publication number | Publication date |
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| CN102108745A (en) | 2011-06-29 |
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Granted publication date: 20120606 Termination date: 20210107 |