CN103216026A - Manufacturing and construction methods of energy-saving combined type heat-insulation wall body - Google Patents

Manufacturing and construction methods of energy-saving combined type heat-insulation wall body Download PDF

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Publication number
CN103216026A
CN103216026A CN2013100632399A CN201310063239A CN103216026A CN 103216026 A CN103216026 A CN 103216026A CN 2013100632399 A CN2013100632399 A CN 2013100632399A CN 201310063239 A CN201310063239 A CN 201310063239A CN 103216026 A CN103216026 A CN 103216026A
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CN
China
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column
heat
insulation
plate
built
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CN2013100632399A
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Chinese (zh)
Inventor
曲华清
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曲华清
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Priority to CN2013100632399A priority Critical patent/CN103216026A/en
Publication of CN103216026A publication Critical patent/CN103216026A/en

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Abstract

The invention provides manufacturing and construction methods of an energy-saving combined type heat-insulation wall body. The manufacturing method comprises the following step of pre-embedding stand thread fastening pieces (pre-embedding pieces) in a plurality of points according to a design interval when a frame beam column is built, and is characterized in that a beam column heat-insulation plate is fastened on the outer surface of a frame bean column through the pre-embedding pieces; step edges of a heat-insulation wall plate are abutted to be fixedly connected with the heat-insulation wall plate and the beam column heat-insulation plate which is centered and aligned to the frame beam column; and the same spraying face is formed by reinforced steel wires fixed on the heat-insulation wall plate and the beam column heat-insulation plate; concrete mortar which is thicker than the thickness of a reinforced steel wire net is sprayed on the face and the sprayed material is compatible with a heat-insulation material to finish the energy-saving combined type heat-insulation wall body. The whole heat insulation of the wall body is completely realized and the service life of a building is prolonged.

Description

A kind of making of energy-saving combined type heat-preserving wall and job practices thereof

Technical field

The invention belongs to the energy-saving building technology field, relate to the preparation method of a kind of energy-saving combined type heat-preserving wall and beam column warming plate.Simultaneously, the invention still further relates to a kind of job practices of energy-saving combined type heat-preserving wall.

Background technology

At present, many aspects of energy-saving building technology await innovation and improve, because existing technology has only solved the part insulation of body of wall, the beam column insulation quilt is ignored, so whole building is divided into two parts such as the patent No. is that the disclosed a kind of no cold bridge of CN1570302A patent of invention manual meets the warming plate technology.A kind of no cold bridge composite thermo-insulating wall board, the periphery of plate body has concrete frame, be provided with at least one concrete rib cross and/or the X type in the concrete frame, upper surface with concrete rib between the concrete rib is provided with heat insulating material, is provided with bar frame in concrete frame and each concrete rib.Because the plate body periphery has concrete frame, is provided with at least one cross and/or X concrete rib in the concrete, has improved plate body intensity thus.And paste each other mutually the adiabator layer side of each neighboring board body, can form a complete adiabator layer on the wall of building, has avoided the appearance of cold bridge on the exterior wall, thereby further improved heat-insulating property.This way is just separated construction to beam column and wall thermal insulating, the job practices difference will occur, and the material difference influences application life of building thus.The invention solves the integral heat insulation of body of wall, prolonged the application life of building.

Summary of the invention

The purpose of this invention is to provide a kind of preparation method of energy-saving combined type heat-preserving wall, and a kind of job practices of energy-saving combined type heat-preserving wall is provided.

Technical scheme of the present invention is as follows:

A kind of making of energy-saving combined type heat-preserving wall and job practices thereof comprise the preparation method of heat-insulation wall plate and beam column warming plate and the job practices of heat-preserving wall, it is characterized in that:

A: a kind of preparation method of heat-insulation wall plate, it is characterized in that on request the metal pole that will select for use and metal circular tube or metal side tube a kind of material wherein surround rectangle frame, in its frame, above-mentioned wherein a kind of material is connected at a certain distance anyhow, make wallboard graticule mesh [01]; Cutting out stiffened wire lath [02] that gauze wire cloth makes, setting off the outside, inboard that gauze wire cloth [03] is separately fixed at every wallboard graticule mesh [01]; Select many above-mentioned a kind of materials for use by setting spacing, two wallboard graticule mesh [01] secured in parallel is connected make the heat-insulation wall plate skeleton; At body of wall the position of doorway and window is arranged, the inboard will be provided with the lining net, and the outside will be provided with reinforcing mat; When making the heat-insulation wall plate skeleton, make the skeleton that has elongated bolt penetration hole with the beam column junction on one side of the inboard graticule mesh of skeleton; Elongated bolt penetration hole skeleton is used to be connected and fixed beam column; Fill insulant material [04] between two wallboard graticule mesh [01]; Around outer rim make the step edge edge that is used to dock.

B. the preparation method of a beam column warming plate, be characterized in that the above-mentioned metal pole that will select for use on request and metal circular tube or metal side tube a kind of material wherein surround rectangle frame, in its frame, connect anyhow at a certain distance, make beam column graticule mesh [06] with above-mentioned wherein a kind of material; When making the graticule mesh of beam column warming plate, determine the nut fastener position that beam column is pre-buried earlier, to make with above-mentioned two metal material then and have elongated bolt penetration hole [07], the width of bolt penetration hole [07] will determine according to the thickness of bolt; The effect of elongated bolt penetration hole [07] is that bolts and nuts can freely connect; One side in beam column graticule mesh [06] is fixed with stiffened wire lath [02], is fixed with at its another side and sets off many vertical with it fixing metal rods of gauze wire cloth [03] and uniform planar distribution; Be adjacent to and set off gauze wire cloth [03] heat insulating material [04] is set, heat insulating material [04] will not have vertical fixing metal rod, and with beam column graticule mesh [06] around outer rim maintain an equal level; The width dimensions of beam column warming plate [08] is greater than the width 0.1cm-30cm of the thickness 0.1cm-30cm of Vierendeel girder greater than frame column.

C. the job practices of a heat-preserving wall is characterized in that pouring frame beam column [10] is preceding, thereon by the nut (built-in fitting [09]) in the pre-buried standard thread securing member of design pitch multiple spot; Built-in fitting is fixed on the horizon and vertical line of beam column, the nut collar extension is close on the template and a piston is set on nut and prevents that concrete from flowing into; When built-in fitting is set, to make all built-in fittings on the horizon in the beam outside, on the vertical line in the post outside, so as to make bolt penetration hole [07] that the beam column warming plate leaves can be corresponding on the built-in fitting and bolt can accurately be tightened on the nut; Perhaps allow the built-in fitting multiple spot of beam column warming plate be distributed on the beam column, when the beam column warming plate is installed, penetrate the beam column warming plate, bolt is tightened on the nut at the position single-point of built-in fitting; It is characterized in that by built-in fitting [09] beam column warming plate [08] being fastened to the external surface of frame beam column [10], the step edge that makes heat-insulation wall plate [05] is along butt joint with it; Heat-insulation wall plate [05] aligned between two parties be installed on the beam column warming plate [08] that is fixed on the frame beam column [10]; Fixedly connected employing beam column built-in fitting between heat-insulation wall plate and the beam column; On heat-insulation wall plate, leave bolt penetration hole and be and be used for fixedlying connected of heat-insulation wall plate and beam column; The setting of built-in fitting position will be determined according to the position that heat-insulation wall plate is installed; And guarantee that beam column and heat-insulation wall plate can touch the place and all built-in fitting will be set; The same spray of stiffened wire lath [02] formation of being fixed on heat-insulation wall plate [05], the beam column warming plate [08] is wiped one's face, smear the pea gravel concreten and the mortar of [02] thickness that do not have stiffened wire lath to the spray of this face, and accomplish that thing is smeared in spray and heat insulating material [04] is affine, to finish the construction of energy-saving combined type heat-preserving wall; Effect of the present invention and benefit are: better solve the energy-saving heat preserving of whole building, make the insulated wall physical efficiency identical with the application life of building, reduce the weight of body of wall, reduce building costs, promote the building energy conservation quality.

Description of drawings

Fig. 1 is the schematic diagram of wallboard graticule mesh.

Fig. 2 is the schematic diagram of heat-insulation wall plate.

Fig. 3 is the schematic diagram of beam column graticule mesh.

Fig. 4 is the schematic diagram of beam column warming plate.

Fig. 5 is the schematic diagram of heat-preserving wall construction, installation.

Among the figure: 01 wallboard graticule mesh; 02 reinforcement net; 03 sets off the muscle net; 04 heat insulating material; 05 heat-insulation wall plate; 06 beam column graticule mesh; 07 elongated bolt penetration hole; 08 beam column warming plate; 09 built-in fitting; 10 frame beam columns.

The specific embodiment

Below in conjunction with technical scheme and accompanying drawing, be described in detail the specific embodiment of the invention.

(1): a kind of preparation method of heat-insulation wall plate, it is characterized in that on request the metal pole that will select for use and metal circular tube or metal side tube a kind of material wherein surround rectangle frame, in its frame, above-mentioned wherein a kind of material is connected at a certain distance anyhow, make wallboard graticule mesh [01]; Cutting out stiffened wire lath [02] that gauze wire cloth makes, setting off the outside, inboard that gauze wire cloth [03] is separately fixed at every wallboard graticule mesh [01]; Select many above-mentioned a kind of materials for use by setting spacing, two wallboard graticule mesh [01] secured in parallel is connected make the heat-insulation wall plate skeleton; At body of wall the position of doorway and window is arranged, the inboard will be provided with the lining net, and the outside will be provided with reinforcing mat; When making the heat-insulation wall plate skeleton, make the skeleton that has elongated bolt penetration hole with the beam column junction on one side of the inboard graticule mesh of skeleton; Elongated bolt penetration hole skeleton is used to be connected and fixed beam column; Fill insulant material [04] between two wallboard graticule mesh [01]; Around outer rim make the step edge edge that is used to dock.

(2). a kind of preparation method of beam column warming plate, be characterized in that the above-mentioned metal pole that will select for use on request and metal circular tube or metal side tube a kind of material wherein surround rectangle frame, in its frame, connect anyhow at a certain distance, make beam column graticule mesh [06] with above-mentioned wherein a kind of material; When making the graticule mesh of beam column warming plate, determine the nut fastener position that beam column is pre-buried earlier, to make with above-mentioned two metal material then and have elongated bolt penetration hole [07], the width of bolt penetration hole [07] will determine according to the thickness of bolt; The effect of elongated bolt penetration hole [07] is that bolts and nuts can freely connect; One side in beam column graticule mesh [06] is fixed with stiffened wire lath [02], is fixed with at its another side and sets off many vertical with it fixing metal rods of gauze wire cloth [03] and uniform planar distribution; Be adjacent to and set off gauze wire cloth [03] heat insulating material [04] is set, heat insulating material [04] will not have vertical fixing metal rod, and with beam column graticule mesh [06] around outer rim maintain an equal level; The width dimensions of beam column warming plate [08] is greater than the width 0.1cm-30cm of the thickness 0.1cm-30cm of Vierendeel girder greater than frame column.

(3). a kind of job practices of heat-preserving wall is characterized in that pouring frame beam column [10] is preceding, thereon by the nut (built-in fitting [09]) in the pre-buried standard thread securing member of design pitch multiple spot; Built-in fitting is fixed on the horizon and vertical line of beam column, the nut collar extension is close on the template and a piston is set on nut and prevents that concrete from flowing into; When built-in fitting is set, to make all built-in fittings on the horizon in the beam outside, on the vertical line in the post outside, so as to make bolt penetration hole [07] that the beam column warming plate leaves can be corresponding on the built-in fitting and bolt can accurately be tightened on the nut; Perhaps allow the built-in fitting multiple spot of beam column warming plate be distributed on the beam column, when the beam column warming plate is installed, penetrate the beam column warming plate, bolt is tightened on the nut at the position single-point of built-in fitting; It is characterized in that by built-in fitting [09] beam column warming plate [08] being fastened to the external surface of frame beam column [10], the step edge that makes heat-insulation wall plate [05] is along butt joint with it; Heat-insulation wall plate [05] aligned between two parties be installed on the beam column warming plate [08] that is fixed on the frame beam column [10]; Fixedly connected employing beam column built-in fitting between heat-insulation wall plate and the beam column; On heat-insulation wall plate, leave bolt penetration hole and be and be used for fixedlying connected of heat-insulation wall plate and beam column; The setting of built-in fitting position will be determined according to the position that heat-insulation wall plate is installed; And guarantee that beam column and heat-insulation wall plate can touch the place and all built-in fitting will be set; The same spray of stiffened wire lath [02] formation of being fixed on heat-insulation wall plate [05], the beam column warming plate [08] is wiped one's face, smear the pea gravel concreten and the mortar of [02] thickness that do not have stiffened wire lath to the spray of this face, and accomplish that thing is smeared in spray and heat insulating material [04] is affine, to finish the construction of energy-saving combined type heat-preserving wall.

Claims (1)

1. the making of an energy-saving combined type heat-preserving wall and job practices thereof comprise the preparation method of heat-insulation wall plate and beam column warming plate and the job practices of heat-preserving wall, it is characterized in that:
A: a kind of preparation method of heat-insulation wall plate, it is characterized in that on request the metal pole that will select for use and metal circular tube or metal side tube a kind of material wherein surround rectangle frame, in its frame, above-mentioned wherein a kind of material is connected at a certain distance anyhow, make wallboard graticule mesh [01]; Cutting out stiffened wire lath [02] that gauze wire cloth makes, setting off the outside, inboard that gauze wire cloth [03] is separately fixed at every wallboard graticule mesh [01]; Select many above-mentioned a kind of materials for use by setting spacing, two wallboard graticule mesh [01] secured in parallel is connected make the heat-insulation wall plate skeleton; At body of wall the position of doorway and window is arranged, the inboard will be provided with the lining net, and the outside will be provided with reinforcing mat; When making the heat-insulation wall plate skeleton, make the skeleton that has elongated bolt penetration hole with the beam column junction on one side of the inboard graticule mesh of skeleton; Elongated bolt penetration hole skeleton is used to be connected and fixed beam column; Fill insulant material [04] between two wallboard graticule mesh [01]; Around outer rim make the step edge edge that is used to dock.
B. the preparation method of a beam column warming plate, be characterized in that the above-mentioned metal pole that will select for use on request and metal circular tube or metal side tube a kind of material wherein surround rectangle frame, in its frame, connect anyhow at a certain distance, make beam column graticule mesh [06] with above-mentioned wherein a kind of material; When making the graticule mesh of beam column warming plate, determine the nut fastener position that beam column is pre-buried earlier, to make with above-mentioned two metal material then and have elongated bolt penetration hole [07], the width of bolt penetration hole [07] will determine according to the thickness of bolt; The effect of elongated bolt penetration hole [07] is that bolts and nuts can freely connect; One side in beam column graticule mesh [06] is fixed with stiffened wire lath [02], is fixed with at its another side and sets off many vertical with it fixing metal rods of gauze wire cloth [03] and uniform planar distribution; Be adjacent to and set off gauze wire cloth [03] heat insulating material [04] is set, heat insulating material [04] will not have vertical fixing metal rod, and with beam column graticule mesh [06] around outer rim maintain an equal level; The width dimensions of beam column warming plate [08] is greater than the width 0.1cm-30cm of the thickness 0.1cm-30cm of Vierendeel girder greater than frame column.
C. the job practices of a heat-preserving wall is characterized in that pouring frame beam column [10] is preceding, thereon by the nut (built-in fitting [09]) in the pre-buried standard thread securing member of design pitch multiple spot; Built-in fitting is fixed on the horizon and vertical line of beam column, the nut collar extension is close on the template and a piston is set on nut and prevents that concrete from flowing into; When built-in fitting is set, to make all built-in fittings on the horizon in the beam outside, on the vertical line in the post outside, so as to make bolt penetration hole [07] that the beam column warming plate leaves can be corresponding on the built-in fitting and bolt can accurately be tightened on the nut; Perhaps allow the built-in fitting multiple spot of beam column warming plate be distributed on the beam column, when the beam column warming plate is installed, penetrate the beam column warming plate, bolt is tightened on the nut at the position single-point of built-in fitting; It is characterized in that by built-in fitting [09] beam column warming plate [08] being fastened to the external surface of frame beam column [10], the step edge that makes heat-insulation wall plate [05] is along butt joint with it; Heat-insulation wall plate [05] aligned between two parties be installed on the beam column warming plate [08] that is fixed on the frame beam column [10]; Fixedly connected employing beam column built-in fitting between heat-insulation wall plate and the beam column; On heat-insulation wall plate, leave bolt penetration hole and be and be used for fixedlying connected of heat-insulation wall plate and beam column; The setting of built-in fitting position will be determined according to the position that heat-insulation wall plate is installed; And guarantee that beam column and heat-insulation wall plate can touch the place and all built-in fitting will be set; The same spray of stiffened wire lath [02] formation of being fixed on heat-insulation wall plate [05], the beam column warming plate [08] is wiped one's face, smear the pea gravel concreten and the mortar of [02] thickness that do not have stiffened wire lath to the spray of this face, and accomplish that thing is smeared in spray and heat insulating material [04] is affine, to finish the construction of energy-saving combined type heat-preserving wall.
CN2013100632399A 2013-02-07 2013-02-07 Manufacturing and construction methods of energy-saving combined type heat-insulation wall body CN103216026A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104234271A (en) * 2014-08-15 2014-12-24 马鞍山十七冶工程科技有限责任公司 Self-heat-preservation lightweight wallboard system and mounting method

Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1570302A (en) * 2004-05-08 2005-01-26 张英保 Composite thermal insulation wallboard with no cold bridge
CN1916309A (en) * 2006-08-10 2007-02-21 威海华元节能建筑材料有限公司 Heat proof, flexible break resistant, and water-repellent construction method for external wall of beam column in architecture of frame construction
CN201268888Y (en) * 2008-09-16 2009-07-08 寇金生 Shock-resistant heat-preserving multi-story building with concrete structure
CN101906825A (en) * 2009-06-06 2010-12-08 曲华清 Insulation structure for building beam column and manufacturing method thereof
CN101967851A (en) * 2009-07-28 2011-02-09 董杨 Board-mixing structure assembly type house and building method thereof
CN202324323U (en) * 2011-11-18 2012-07-11 刘建康 Outer wall plate
CN102900157A (en) * 2012-10-12 2013-01-30 吴方伯 Cast-in-situ heat-preservation shear wall, column and beam and construction method

Patent Citations (7)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1570302A (en) * 2004-05-08 2005-01-26 张英保 Composite thermal insulation wallboard with no cold bridge
CN1916309A (en) * 2006-08-10 2007-02-21 威海华元节能建筑材料有限公司 Heat proof, flexible break resistant, and water-repellent construction method for external wall of beam column in architecture of frame construction
CN201268888Y (en) * 2008-09-16 2009-07-08 寇金生 Shock-resistant heat-preserving multi-story building with concrete structure
CN101906825A (en) * 2009-06-06 2010-12-08 曲华清 Insulation structure for building beam column and manufacturing method thereof
CN101967851A (en) * 2009-07-28 2011-02-09 董杨 Board-mixing structure assembly type house and building method thereof
CN202324323U (en) * 2011-11-18 2012-07-11 刘建康 Outer wall plate
CN102900157A (en) * 2012-10-12 2013-01-30 吴方伯 Cast-in-situ heat-preservation shear wall, column and beam and construction method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN104234271A (en) * 2014-08-15 2014-12-24 马鞍山十七冶工程科技有限责任公司 Self-heat-preservation lightweight wallboard system and mounting method
CN104234271B (en) * 2014-08-15 2016-07-13 马鞍山十七冶工程科技有限责任公司 A kind of self-insulating light wallboard system and installation method

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