CN201027356Y - High-strength energy-saving light building unit - Google Patents

High-strength energy-saving light building unit Download PDF

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Publication number
CN201027356Y
CN201027356Y CNU2007200843436U CN200720084343U CN201027356Y CN 201027356 Y CN201027356 Y CN 201027356Y CN U2007200843436 U CNU2007200843436 U CN U2007200843436U CN 200720084343 U CN200720084343 U CN 200720084343U CN 201027356 Y CN201027356 Y CN 201027356Y
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CN
China
Prior art keywords
skeleton
honeycomb
saving light
box
light building
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Expired - Lifetime
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CNU2007200843436U
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Chinese (zh)
Inventor
尹维坊
陈家鑫
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FEILONG MINING Co Ltd WUHAN CITY
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FEILONG MINING Co Ltd WUHAN CITY
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Priority to CNU2007200843436U priority Critical patent/CN201027356Y/en
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Abstract

A high strength energy saving light building component is characterized in that the utility model is provided with a skeleton of honeycomb net shape which comprises ribs cast in mould by integrated mixture and a box body cast by integrated mixture. The skeleton is arranged inside the box body and combined into a whole to form a beam combo shaped like Chinese character 'gong'. A compound foaming plastic is filled in the hollow chamber of the skeleton of honeycomb net shape. The high strength energy saving light building component is formed through casting the integrated mixture by an ultrasonic mould bed and pressing by vibration and used as wall bodies, floors, floor slabs and wallboards. The utility model is the high strength energy saving light building component of high safety, high strength, good elasticity, light weight, heat preservation, heat insulation, sound absorbing, radiation resistance, reduction of construction flow period, environment protection and energy saving.

Description

High-strength energy-saving light building componentd
Technical field
The utility model relates to a kind of constructional materials, especially a kind of high-strength energy-saving light building componentd.
Background technology
Body of wall, floor, partition board, the floor of the general prefabricated template that adopts of buildings such as present building, highrise building, factory building, building, all kinds of warehouses all is that brick adds the structure that concrete and cement add reinforcing bar usually, thickness is big, weight and soundness are all undesirable, easy breaking strain when service life is of a specified duration, and the excessive cycle when building, operation is numerous and diverse, labor intensive is big, material, manpower, material resources all are repetition and waste.
Summary of the invention
The purpose of this utility model is to provide the high-strength energy-saving light building componentd of a kind of high safety, high strength, good springiness, in light weight and insulation, heat insulation, sound-absorbing, radiation proof, environmental protection and energy saving.
The technical scheme that its technical problem that solves the utility model adopts is: a kind of high-strength energy-saving light building componentd, it is characterized in that: it is cast into the netted skeleton of honeycomb that the muscle rib is formed by integrated mixture in mould, box-like body with integrated mixture casting, skeleton places in the box-like body and becomes one with it, form i-shaped roof beam association, at the synthetic frothing foam plastics of the empty indoor filling of the netted skeleton of honeycomb.
Aforesaid high-strength energy-saving light building componentd, it is characterized in that: box-like body has the median septum that becomes one with it, the median septum of box-like body is divided into two parts with box-like body, netted skeleton and the frothing foam plastics of honeycomb, and the netted skeleton of median septum and honeycomb also is an one.
Aforesaid high-strength energy-saving light building componentd is characterized in that: the skeleton wall of honeycomb mesh skeleton is vertical with all wallboards of box-like body.
Aforesaid high-strength energy-saving light building componentd, it is characterized in that: the panel of box-like body is a sandwich construction, and the skeleton netted from honeycomb outwards is followed successively by: integrated mixture, glass fiber woven roving, steel wire buphthalmos net, glass fiber woven roving and integrated mixture.
Aforesaid high-strength energy-saving light building componentd is characterized in that: the panel of box-like body is a sandwich construction, and the skeleton netted from honeycomb outwards is followed successively by: integrated mixture, glass fiber woven roving and integrated mixture.
Aforesaid high-strength energy-saving light building componentd is characterized in that: the panel of box-like body is a sandwich construction, and the skeleton netted from honeycomb outwards is followed successively by: integrated mixture, steel wire buphthalmos net and integrated mixture.
Aforesaid a kind of high-strength energy-saving light building componentd is characterized in that: resurrection glass fibre woven roving δ=0.25mm.
Beneficial effect: the utility model is a kind of have high safety, high strength, good springiness, in light weight, insulation, heat insulation, sound-absorbing, radiation proof, shorten the high-strength energy-saving light building componentd of building process cycle and environmental protection and energy saving, shorten construction period, improve operating environment, improve safety factor, reduce the surrounding enviroment of construction area and pollute.
Description of drawings
Below in conjunction with drawings and Examples the utility model is further specified.
Fig. 1: the utility model embodiment 1---high-strength energy-saving light construction body of wall front view.
The side sectional view of Fig. 2: Fig. 1.
Fig. 3: the partial sectional view at A place among Fig. 1.
Fig. 4: the utility model embodiment 2---high-strength energy-saving light construction floor front view.
The side sectional view of Fig. 5: Fig. 4.
Fig. 6: the partial sectional view at B place among Fig. 4.
Fig. 7: the utility model embodiment 3---high-strength energy-saving light construction floor front view.
The side sectional view of Fig. 8: Fig. 7.
Fig. 9: the partial sectional view at C place among Fig. 7.
Figure 10: the utility model embodiment 4---high-strength energy-saving light construction membrane front face figure.
The side sectional view of Figure 11: Figure 10.
Figure 12: the partial sectional view at D place among Figure 10.
Wherein: the integrated mixture of 1-, 2-frothing foam plastics, 3-buphthalmos net, 4-woven roving, 5-i-shaped roof beam association, 6-skeleton, 6.1-skeleton wall, 7-panel, 8-week wallboard, 9-median septum.
A-high-strength energy-saving light construction body of wall partial sectional view, B-high-strength energy-saving light construction floor partial sectional view, C-high-strength energy-saving light construction floor partial sectional view, D-high-strength energy-saving light construction dividing plate partial sectional view.
The specific embodiment
(1) body of wall: referring to Fig. 1, Fig. 2, Fig. 3.
With cement, high ash, cinder powder, expanded pearlite powder, sand, bonding agent routinely prefabricated component technology add water and put into to mix in the mixer and obtain integrated mixture.In mould, be cast into the thick muscle rib of 8mm with integrated mixture and form the netted skeleton 6 of honeycomb, the i-shaped roof beam muscle rib that the 8mm that casts in mould with integrated mixture is thick then, all wallboards 8 constitute i-shaped roof beam muscle rib with median septum 9; It is tightr by air in the integrated mixture of ultrasonic vibration processing eliminating and unnecessary water carrier inside to be organized in the casting, then at the synthetic frothing foam plastics 2 of the empty indoor filling of the netted skeleton of honeycomb; Panel 7 is a sandwich construction, processing mode is the integrated mixture 1 of cast on the netted skeleton of honeycomb earlier, shop δ=0.25mm resurrection glass fibre woven roving 4 is two-layer above the integrated mixture 1, accompany steel wire buphthalmos net 3 in the two-layer resurrection glass fibre woven roving 4, at last vibrate the body of wall that is pressed into 100cm*100cm by the supersonic mould bed integrated mixture 1 of casting on the surface.(ultrasonic vibration handle can deaeration and unnecessary water that carrier inside is organized is just tight, improve internal soundness, increase the service life.)
Skeleton 6 is formed i-shaped roof beam association 5 with the panel 7 of i-shaped roof beam muscle rib and box-like body, forms the anti-carrier of high strength.
Resurrection glass fibre woven roving 4 plays radiation-resistant effect; Steel wire buphthalmos net makes member more firm.
(2) floor: referring to Fig. 4, Fig. 5, Fig. 6.
With cement, high ash, cinder powder, expanded pearlite powder, sand, bonding agent routinely prefabricated component technology add water and put into to mix in the mixer and obtain integrated mixture, then integrated mixture is cast into the thick muscle rib of 8mm in mould and forms the netted skeleton 6 of honeycomb, it is tightr by ultrasonic vibration processing deaeration and unnecessary water carrier inside to be organized then, then at the synthetic frothing foam plastics 2 of the empty indoor filling of the netted skeleton of honeycomb.Panel 7 is a sandwich construction, processing mode is the integrated mixture 1 of cast on the netted skeleton of honeycomb earlier, shop steel wire buphthalmos net 3 above the integrated mixture 1, at last by the supersonic mould bed cast on the surface integrated mixture vibrate compacting (ultrasonic vibration handle can deaeration and unnecessary water that carrier inside is organized is just tight, improve internal soundness, increase the service life) become the floor of 100cm*100cm.
The skeleton wall 6.1 of skeleton 6 is vertical with all wallboards 8 of the panel 7 of box-like body.Vertical structure can make member that better compressive property is arranged.
Skeleton 6 is formed i-shaped roof beam association 5 with the panel 7 of box-like body, forms the anti-carrier of high strength.
(3) floor: referring to Fig. 7, Fig. 8, Fig. 9.
With cement, high ash, cinder powder, expanded pearlite powder, sand, bonding agent routinely prefabricated component technology add water and put into to mix in the mixer and obtain integrated mixture, then integrated mixture is cast into the thick muscle rib of 8mm in mould and forms the netted skeleton 6 of honeycomb, it is tightr by ultrasonic vibration processing integrated mixture 1 air of eliminating and unnecessary water carrier inside to be organized then, then at the synthetic frothing foam plastics 2 of the empty indoor filling of the netted skeleton of honeycomb; Panel 7 is a sandwich construction, processing mode is the integrated mixture 1 of cast on the netted skeleton of honeycomb earlier, shop δ=0.25mm resurrection glass fibre woven roving 4 is two-layer above the integrated mixture 1, accompany steel wire buphthalmos net 3 in the two-layer resurrection glass fibre woven roving 4, at last by the supersonic mould bed cast on the surface integrated mixture vibrate compacting (ultrasonic vibration handle can deaeration and unnecessary water that carrier inside is organized is just tight, improve internal soundness, increase the service life) become the floor of 100cm*100cm.
(4) partition board: referring to Figure 10, Figure 11, Figure 12.
With cement, high ash, cinder powder, expanded pearlite powder, sand, bonding agent routinely prefabricated component technology add water and put into to mix in the mixer and obtain integrated mixture.In mould, be cast into the thick muscle rib of 8mm with integrated mixture and form the netted skeleton 6 of honeycomb, the i-shaped roof beam muscle rib that the 8mm that casts in mould with integrated mixture is thick then, all wallboards 8 constitute i-shaped roof beam muscle rib with median septum 9; It is tightr by air in the integrated mixture of ultrasonic vibration processing eliminating and unnecessary water carrier inside to be organized in the casting, then at the synthetic frothing foam plastics 2 of the empty indoor filling of the netted skeleton of honeycomb; Panel 7 is a sandwich construction, processing mode is the integrated mixture 1 of cast on the netted skeleton of honeycomb earlier, shop δ=0.25mm resurrection glass fibre woven roving 4 is two-layer above the integrated mixture 1, vibrates the partition board that is pressed into 100cm*100cm by the supersonic mould bed integrated mixture 1 of casting on the surface at last.(ultrasonic vibration handle can deaeration and unnecessary water that carrier inside is organized is just tight, improve internal soundness, increase the service life.)
Skeleton 6 is formed i-shaped roof beam association 5 with the panel 7 of i-shaped roof beam muscle rib and box-like body, forms the anti-carrier of high strength.
Make but the utility model formulating colorful reactive resin lacquer is cast in the gallery mould, can provide the multi-form members of difformity such as triangle, quadrangle, pentagon, polygon, circle, prismatic according to the purposes and the structure of building.
Selection of the present utility model is carried out scientific formula with common material, take advanced process equipment and processing technology, make inside configuration tissue tight, in light weight, its collection box beam structure and i-shaped beams structure organically are combined into the netted chain composite construction of honeycomb, have high strength, carry more stable, safety and reliability, combination being installed adjusting the simple and convenient time and labour saving, is a kind of insulation, the light-duty utility model technical products of strength energy-saving heat insulation, sound insulation.
The utility model can be specialized, normalization, standardized production, be engineering, the effective optimization effect has been played in the design of Architecture Design Institute, for the builder has saved great amount of manpower, material resources, financial resources, to reduce construction cost greatly and shorten construction period, for numerous owners (user) when carrying out interior, created good condition, exempted artificial repetition and waste, not only alleviate owner (user) energy and burden economically, and avoid many avoidable troubles and conflict, provide the goods and materials condition for creating harmonious society, directly give owner (user) obtained benefit, will bring long-pending big comprehensive benefit to society.

Claims (8)

1. high-strength energy-saving light building componentd, it is characterized in that: it is cast into the netted skeleton of honeycomb that the muscle rib is formed by integrated mixture in mould, box-like body with integrated mixture casting, skeleton places in the box-like body and becomes one with it, form i-shaped roof beam association, at the synthetic frothing foam plastics of the empty indoor filling of the netted skeleton of honeycomb.
2. high-strength energy-saving light building componentd as claimed in claim 1, it is characterized in that: box-like body has the median septum that becomes one with it, the median septum of box-like body is divided into two parts with box-like body, netted skeleton and the frothing foam plastics of honeycomb, and the netted skeleton of median septum and honeycomb also is an one.
3. high-strength energy-saving light building componentd as claimed in claim 1 is characterized in that: the skeleton wall of honeycomb mesh skeleton is vertical with all wallboards of box-like body.
4. high-strength energy-saving light building componentd as claimed in claim 1 or 2, it is characterized in that: the panel of box-like body is a sandwich construction, and the skeleton netted from honeycomb outwards is followed successively by: integrated mixture, glass fiber woven roving, steel wire buphthalmos net, glass fiber woven roving and integrated mixture.
5. high-strength energy-saving light building componentd as claimed in claim 1 or 2 is characterized in that: the panel of box-like body is a sandwich construction, and the skeleton netted from honeycomb outwards is followed successively by: integrated mixture, glass fiber woven roving and integrated mixture.
6. high-strength energy-saving light building componentd as claimed in claim 1 or 2 is characterized in that: the panel of box-like body is a sandwich construction, and the skeleton netted from honeycomb outwards is followed successively by: integrated mixture, steel wire buphthalmos net and integrated mixture.
7. a kind of high-strength energy-saving light building componentd as claimed in claim 4 is characterized in that: resurrection glass fibre woven roving δ=0.25mm.
8. a kind of high-strength energy-saving light building componentd as claimed in claim 5 is characterized in that: resurrection glass fibre woven roving δ=0.25mm.
CNU2007200843436U 2007-04-26 2007-04-26 High-strength energy-saving light building unit Expired - Lifetime CN201027356Y (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CNU2007200843436U CN201027356Y (en) 2007-04-26 2007-04-26 High-strength energy-saving light building unit

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CNU2007200843436U CN201027356Y (en) 2007-04-26 2007-04-26 High-strength energy-saving light building unit

Publications (1)

Publication Number Publication Date
CN201027356Y true CN201027356Y (en) 2008-02-27

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Application Number Title Priority Date Filing Date
CNU2007200843436U Expired - Lifetime CN201027356Y (en) 2007-04-26 2007-04-26 High-strength energy-saving light building unit

Country Status (1)

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CN (1) CN201027356Y (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101377097A (en) * 2008-09-02 2009-03-04 郭立群 Honeycomb structure ecological assembled anti-vibration house system

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101377097A (en) * 2008-09-02 2009-03-04 郭立群 Honeycomb structure ecological assembled anti-vibration house system

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Granted publication date: 20080227

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