CN105464385A - Assembling block for efficient modular building and building construction method using assembling block - Google Patents
Assembling block for efficient modular building and building construction method using assembling block Download PDFInfo
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- CN105464385A CN105464385A CN201510851246.4A CN201510851246A CN105464385A CN 105464385 A CN105464385 A CN 105464385A CN 201510851246 A CN201510851246 A CN 201510851246A CN 105464385 A CN105464385 A CN 105464385A
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/14—Conveying or assembling building elements
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Abstract
The invention relates to the field of building, in particular to an assembling block for an efficient modular building and a building construction method using the assembling block. The assembling block has the following technical scheme that the assembling block consists of horizontal posts, framework posts, first assembling blocks and second assembling blocks, wherein the horizontal posts are arranged on the ground; the framework posts are at least isolated by more than one interval on the configuration by using each corner on the horizontal posts as the reference and are formed by vertical posts; the first assembling blocks are arranged on a wall body formed by the horizontal posts and the vertical posts in an inserting way; and the second assembling blocks form door or window installing openings in the formed wall body. The assembling block and the building construction method have the advantages that the construction efficiency of building structures such as residence can be improved; the construction cost is reduced; and the engineering time is greatly shortened, and the like.
Description
Technical field
The present invention relates to building field, be specifically related to a kind of high-efficiency modularized assembled block for building and utilize this construction techniques.
Background technology
At present, be concrete structure or the concrete structure based on bar construction at most of building of Korea S's construction.Most of engineering of these buildings, carries out site operation by field technician and equipment.When carrying out site operation, because being subject to the various elements affect such as technician's proficiency and field environmental condition, climate change, material allocation present situation, superintendent's strength, the difference such as during construction quality or engineering can occur at each scene.On the other hand, recently, centered by the advanced countries such as the U.S., Europe, Japan, the industrialized building technique on Persisting exploitation plant produced basis, is widely used in various types of building.That is, formal exploitation and be suitable for removable as normally used container and installation, the building assembled can be carried out at the scene after produce in factory.But assembled building as above, should be easy to assembling and decompose, and should keep stability assembled state when assembling, should be necessary the structural stability guaranteeing some degree.Therefore, an urgent demand is developed and not only should be easy to assembling and decompose, and improves structural strength and stability, is easy to the assembled building construction system of expansion and design for change structure according to necessity.
Summary of the invention
The object of the invention is to the defect for prior art and deficiency, there is provided a kind of structure simple, high-efficiency modularized reasonable in design, easy to use assembled block for building and utilize this construction techniques, it completes assembling according to the unit assembled block of standardized production in advance immediately at the scene by mobile assembling, filling with insulation material and the process of environmental protection fire resistant flame retardant coating in this constituent parts assembled block, it has the advantage such as efficiency of construction, reduction operating expenses, significantly shortening engineering time that can improve the building structures such as house.
For achieving the above object, the technical solution used in the present invention is:
High-efficiency modularized of the present invention assembled block for building and utilize this construction techniques, it adopts following technical scheme:
It is by the horizontal columns being installed on ground; With each angle in this horizontal columns for benchmark, the frame column that at least isolation more than one interval is made up of vertical column in configuration; The first assembled block that above-mentioned horizontal columns and vertical column are formed wall body is installed on infix form; Forming the high-efficiency modularized assembled block for building of the second assembled block formation above-mentioned wall body being formed door or window construction opening.
Further, described frame column can be made up of any one material in metal material or timber, synthetic resin material.
Further, described first assembled block, the configurable above-mentioned vertical column of the second assembled block amplitude interval.
Further, described first assembled block can by the first frame body forming inner space and formed corner frame shape; For inserting fixing said frame post, relatively adhere to the first insertion groove portion of installation first outer rim component formation along above-mentioned first frame body outer rim; The first decoration element being installed on above-mentioned first frame body and above-mentioned forward and backward of first outer rim component is formed.
Further, described second assembled block can form polygonal frame shape by forming inner space, locates the second frame body that above-mentioned door or window comprise the first limit and Second Edge; For inserting fixing said frame post, relatively adhere to the second insertion groove portion of installation second outer rim component formation along above-mentioned second frame body outer rim; The second decoration element being installed on above-mentioned second frame body and above-mentioned forward and backward of second outer rim component is formed.
Further, first and second frame body described and first and second outer rim component above-mentioned, can adopt any one material in timber or metal material to carry out attachment and install.
Further, first and second decoration element described is the insulating slab of plywood, cement board or ceramic coating, carry out attachment by connection means to install, to carry out attachment installation by polyurethane series adhesive, can mounting electrical pipeline in advance in first and second decoration element inside above-mentioned.
Further, the side in the two sides closing on first and second assembled block is formed the protuberance that can insert first and second insertion groove portion of first and second assembled block, can expand and first and second assembled block is installed.
Further, first and second frame body inner space described can filling with insulation material, above-mentioned heat-barrier material can adopt in polystyrene, glass wool, terylene, polyurethane any one.
Further, for making above-mentioned first assembled block forms window or vent window can form opening portion further, can in inside prior mounting electrical pipeline.
Further, the mutual correspondence configuration of described second frame body can install above-mentioned door or window, changes the design length of above-mentioned first limit or Second Edge according to above-mentioned door or the large I of window.
It adopts following construction techniques to be formed by with the next stage:
In the stage one: horizontal columns configuration is installed on ground, with each angle in above-mentioned horizontal columns and angle for benchmark, at least in configuration, the frame assembled stage of vertical column is erect at isolation more than one interval;
Stage two: assemble the wall body formation stages that the first assembled block forms wall body from being positioned at the above-mentioned post at above-mentioned horizontal columns angle successively; In the above-mentioned wall body of formation, at door or the corresponding opening portion formation stages configuring the second assembled block of window design part;
In the stage three: at opening portion formation stages, for configuring the installing space of above-mentioned door, at least can be oppositely disposed 2 the second assembled blocks; For configuring the installing space of above-mentioned window, can at least corresponding assembling installation 4 the second assembled blocks;
In the stage four: the wall body inside formed after wall body formation stages and opening portion formation stages arranges zoning inwall, the inwall formation stages of above-mentioned first assembled block is installed; For forming the upper side decorative stage of upper layer part or pillar installation upper layer part framework after completing wall body.
After adopting said structure, beneficial effect of the present invention is: high-efficiency modularized of the present invention assembled block for building and utilize this construction techniques, it completes assembling according to the unit assembled block of standardized production in advance immediately at the scene by mobile assembling, filling with insulation material and the process of environmental protection fire resistant flame retardant coating in this constituent parts assembled block, it has the advantage such as efficiency of construction, reduction operating expenses, significantly shortening engineering time that can improve the building structures such as house.
Accompanying drawing explanation
Fig. 1 is the first assembled block separation oblique view based on the embodiment of the present invention;
Fig. 2 a is the A-A line profile based on Fig. 1;
Fig. 2 b is another embodiment of the first assembled block;
Fig. 3 is the second chunk separation oblique view based on the embodiment of the present invention;
Fig. 4 is the B-B line profile based on Fig. 3;
Fig. 5 is the frame assembled allocation plan based on the embodiment of the present invention;
Fig. 6 represents the front view based on the first assembled block assembled state of the embodiment of the present invention;
Fig. 7 represents the front view based on the second assembled block assembled state of the embodiment of the present invention;
Fig. 8 is the FB(flow block) in each stage of the present invention.
Description of reference numerals:
100, frame column; 102, horizontal columns; 104, vertical column;
110, the first assembled block; 120, the second assembled block;
112, the first frame body; 122, the first frame body;
114, the first outer rim component; 124, the second outer rim component;
116, the first insertion groove portion; 126, the second insertion groove portion;
118, the first decoration element; 128, the second decoration element;
119: opening portion;
123a, the first limit; 123b, Second Edge;
130, heat-barrier material; 140, protuberance.
Detailed description of the invention
Below in conjunction with accompanying drawing, the present invention is further illustrated.
As shown in Figure 1, high-efficiency modularized of the present invention assembled block for building and utilize this construction techniques, the assembly type building structures such as house can be roughly made up of the frame column forming ground and pillar and the assembled block that forms wall body.
First, frame column 100 is made up of any one in the metal material of timber or hollow corner steel pipe form and synthetic resin, according to the design for arranging lattice shape or inwall on the earthwork ground of excavating or concrete, horizontal columns 102 can be arranged on same level line, this horizontal columns 102 comprises outer rim, is that benchmark can vertically arrange vertical column 104 at certain intervals with outer rim.
Vertical column 104 is by carrying out in horizontal columns 102 welding or the setting such as insertion, and the installation degree according to the first assembled block 110, second assembled block 120 can be erect in order, also can install according to plan isolating partition in advance.
Further, vertical column 104 has the height highly similar with the first assembled block 110, second assembled block 120 and is advisable, according to the first assembled block 110, second assembled block 120 width installed, can determines installation interval.
And assembled block, according to building shape and frame column 100 position, can divide into the first assembled block 110 and the second assembled block 120 is installed.
As shown in Figure 1, Figure 2 shown in a, the first assembled block that horizontal columns 102 and vertical column 104 are formed wall body is installed on inserted-shape, square or positive tetragonal shape can be adopted by corner frame shape for forming inner space, make the first frame body 112 with timber, relatively adopt according to the first frame body 112 outer rim and can adhere to installation first outer rim component 114 with the first frame body 112 identical material.
First frame body 112 of wood quality and the first outer rim component 114 carry out attachment by connection means such as nails and install, and adhesive according to circumstances can be adopted to carry out attachment and install.And then the relative angle being installed on the first outer rim component 114 with 45 ° of accurate cuttings is advisable.And, by installing relative first outer rim component 114, first insertion groove portion 116 is formed along the first frame body 112 outer rim, and its first insertion groove portion 116 size is the half of horizontal columns 102 and vertical column 104 or according to circumstances can comprises about whole sizes.
In addition, at forward and backward of the first frame body 112 and the first outer rim component 114, the first decoration element 118 can be installed.First decoration element 118 is formed the part of substantive wall body as the inner space closing the first frame body 112 with tabular, is advisable to adopt ceramic coating insulating slab or cement board or plywood.
On the other hand, in the first frame body 112 inner space closed by the first decoration element 118, can filling with insulation material 130, its heat-barrier material 130 can adopt in polystyrene, glass wool, terylene, polyurethane any one.First decoration element 118 carries out attachment by connection means such as nails and installs, and polyurethane series adhesive according to circumstances can be adopted to carry out attachment and install.And, in the first assembled block 110 be made up of the first frame body 112 and the first outer rim component 114 and heat-barrier material 130, first decoration element 118, before factory-assembled, electrical conduits is installed in advance according to dwelling construction design, as shown in Figure 6, opening portion 119 can be formed ventilation opening or small window etc. can be installed simultaneously.And, shown in Fig. 2 b, can form by the protuberance 140 of wood formation, install so that the first insertion groove portion of insertion groove portion 116, second 126 that can be incorporated into the first assembled block 110, second assembled block 120 of a certain side in the two sides closing on the first assembled block 110 carries out expansion.Protuberance 140 can be identical with the first insertion groove portion 116, second insertion groove portion 126 size or how many less of to be convenient to insert, and according to expansion installation first assembled block 110, the configuration space of vertical column 102 also can be different.
In addition, the second assembled block 120 shown in Fig. 3, Fig. 4, as forming block wall body being formed door or window construction opening, the second frame body 122 is formed with polygonal frame shape in formation space, inside, being installed on the door of wall body or the installing space of window for getting ready, the first limit 123a, Second Edge 123b can be comprised.Being formed the part entering inner side from corner frame shape by the first limit 123a, Second Edge 123b, roughly can making " ┐ " shape, according to designing the design changing these first limits 123a, Second Edge 123b in the window of wall body or the size of door.Therefore, by second frame body 122 of mutual corresponding configuration packet containing the first limit 123a, Second Edge 123b, door or window can be installed.This second frame body 122 is made by timber, can along relatively not adhering to installation second outer rim component 124 containing the outer rim of second frame body 122 of the first limit 123a, Second Edge 123b.Second frame body 122 and the second outer rim component 124 carry out attachment by connection means such as nails and install, and adhesive according to circumstances can be adopted to carry out attachment and install.And then the relative angle being installed on the first outer rim component 124 with 45 ° of accurate cuttings is advisable.And, by installing the relative outer rim component 124 on schedule, second insertion groove portion 126 is formed along the second frame body 122 outer rim, its second insertion groove portion 126 size be horizontal columns 102 and vertical column 104 half or about according to circumstances comprising whole sizes.
In addition, the second frame body 122 and the second outer rim component 124 and the first limit 123a, forward and backward of Second Edge 123b, the second decoration element 128 can be installed.
Second decoration element 128 is formed the part of substantive wall body as the inner space closing the second frame body 122 with tabular, is advisable to adopt ceramic coating insulating slab or cement board or plywood.
On the other hand, in the second frame body 122 inner space closed by the second decoration element 128, can filling with insulation material 130, its heat-barrier material 130 can adopt in polystyrene, glass wool, terylene, polyurethane any one.Second decoration element 128 carries out attachment by connection means such as nails and installs, and polyurethane series adhesive according to circumstances can be adopted to carry out attachment and install.Further, as the first assembled block 110, in the second assembled block 120, before factory-assembled, electrical conduits is installed according to dwelling construction design in advance.Though without diagram, as the second assembled block 110 Fig. 2 b shown in, can form by the protuberance 140 of wood formation, install so that the first insertion groove portion of insertion groove portion 116, second 126 that can be incorporated into the first assembled block 110, second assembled block 120 of a certain side in the two sides closing on the second assembled block 120 carries out expansion.Protuberance 140 can be identical with the first insertion groove portion 116, second insertion groove portion 126 size or how many less of to be convenient to insert, and according to expansion installation second assembled block 120, the configuration space of vertical column 102 also can be different.
Utilize the architecture construction method of the assembly type of above-mentioned formation assembled block for building, shown in the overall flow figure of architecture construction method as shown in Figure 8:
Can be included as and pile up assembly type building wall body framework horizontal columns configuration is installed on ground, with each angle in above-mentioned horizontal columns and angle for benchmark, at least in configuration, the frame assembled stage S10 of vertical column is erect at isolation more than one interval; The wall body formation stages S20 that the first chunk forms wall body is assembled successively from being positioned at the above-mentioned post at above-mentioned horizontal columns angle; In the above-mentioned wall body of formation, at door or the corresponding opening portion formation stages S30 configuring the second assembled block of window design part.
And then, the wall body inside formed after wall body formation stages S20 and opening portion formation stages S30 can be included as further zoning inwall is set, the inwall formation stages S40 of above-mentioned first chunk is installed; For forming the upper side decorative stage S50 of upper layer part or pillar installation upper layer part framework after completing wall body.
Below, according to each phase scenario, be described in further details with reference to figure 5-Fig. 8: the frame assembled stage S10 shown in Fig. 5, according to the design for arranging lattice shape or inwall on the earthwork ground of excavating or concrete on constructure ground, be arranged on same level line, vertical column 104 is set at each angle of this horizontal columns 102.
Further, as shown in Figure 6, at wall body formation stages S20, make the vertical column 104 being arranged at angle be positioned at the first insertion groove portion 116 of the first chunk 110 side, meanwhile, also make the first insertion groove portion 116 be arranged in horizontal columns 102.Now, in the first insertion groove portion 116, about only inserting the half of vertical column 104 width, close on this vertical column 104 and arrange the first assembled block 110 continuously, the setting according to the first assembled block 110 also erects vertical column 104 successively.
Therefore, the continuous setting being medium with vertical column 104 by the first assembled block 110, forms building wall body.
Further, building not only needs wall body, also needs the window of access door and ventilation and daylighting, requires the opening portion formation stages S30 possessed as shown in Figure 7 thus.
For arranging the installation space of door in wall body, 2 relative the second assembled blocks 120 at least can be assembled; For arranging illustrated window installation space, the first limit 123a, the Second Edge 123b of 4 relative the second assembled blocks 120 at least can be assembled.
On the other hand, as completed four sides wall body by wall body formation stages S20 and opening portion formation stages S30, in the design of the building such as house requiring inwall, the first chunk 110 of the vertical column 102 position size meeting zoning configuration can be included in further or the inwall formation stages S40 that the second chunk 120 forms inwall is according to circumstances installed; As building be individual layer or require upper layer part time, by combination configurations such as the insertions that same following side is identical, the upper layer part framework be made up of horizontal columns 102 and vertical column 104 is installed, utilizes the upper side decorative stage S50 on the decoration upper stratas such as the first same assembled block 110, second assembled block 120 or other decorative panels.
The present invention completes assembling according to the unit assembled block of standardized production in advance immediately at the scene by mobile assembling, provide can improve the building structures such as house efficiency of construction, reduce the high-efficiency modularized assembled block for building during operating expenses, significantly shortening engineering and utilize this construction techniques.Further, the invention provides filling with insulation material in constituent parts assembled block can play the high-efficiency modularized assembled block for building of potent endurance and outstanding effect of heat insulation and utilize this construction techniques.In addition, the invention provides and hazardous substances can occur fire-resistant and less by carrying out the process of environmental protection fire resistant flame retardant coating in constituent parts assembled block, the high-efficiency modularized of mould generation assembled block for building can be suppressed by preventing from condensing etc. and utilize this construction techniques.
The above is only better embodiment of the present invention, therefore all equivalences done according to structure, feature and the principle described in patent claim of the present invention change or modify, and are included in patent claim of the present invention.
Claims (11)
1. high-efficiency modularized assembled block for building and utilize this construction techniques, is characterized in that: it adopts following technical scheme:
It is by the horizontal columns being installed on ground; With each angle in this horizontal columns for benchmark, the frame column that at least isolation more than one interval is made up of vertical column in configuration; The first assembled block that above-mentioned horizontal columns and vertical column are formed wall body is installed on infix form; Forming the high-efficiency modularized assembled block for building of the second assembled block formation above-mentioned wall body being formed door or window construction opening;
It adopts following construction techniques to be formed by with the next stage:
In the stage one: horizontal columns configuration is installed on ground, with each angle in above-mentioned horizontal columns and angle for benchmark, at least in configuration, the frame assembled stage of vertical column is erect at isolation more than one interval;
Stage two: assemble the wall body formation stages that the first assembled block forms wall body from being positioned at the above-mentioned post at above-mentioned horizontal columns angle successively; In the above-mentioned wall body of formation, at door or the corresponding opening portion formation stages configuring the second assembled block of window design part;
In the stage three: at opening portion formation stages, for configuring the installing space of above-mentioned door, at least can be oppositely disposed 2 the second assembled blocks; For configuring the installing space of above-mentioned window, can at least corresponding assembling installation 4 the second assembled blocks;
In the stage four: the wall body inside formed after wall body formation stages and opening portion formation stages arranges zoning inwall, the inwall formation stages of above-mentioned first assembled block is installed; For forming the upper side decorative stage of upper layer part or pillar installation upper layer part framework after completing wall body.
2. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, is characterized in that: described frame column can be made up of any one material in metal material or timber, synthetic resin material.
3. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, is characterized in that: described first assembled block, the configurable above-mentioned vertical column of the second assembled block amplitude interval.
4. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, is characterized in that: described first assembled block can by the first frame body forming inner space and formed corner frame shape; For inserting fixing said frame post, relatively adhere to the first insertion groove portion of installation first outer rim component formation along above-mentioned first frame body outer rim; The first decoration element being installed on above-mentioned first frame body and above-mentioned forward and backward of first outer rim component is formed.
5. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: described second assembled block can form polygonal frame shape by forming inner space, locating the second frame body that above-mentioned door or window comprise the first limit and Second Edge; For inserting fixing said frame post, relatively adhere to the second insertion groove portion of installation second outer rim component formation along above-mentioned second frame body outer rim; The second decoration element being installed on above-mentioned second frame body and above-mentioned forward and backward of second outer rim component is formed.
6. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: first and second frame body described and first and second outer rim component above-mentioned, any one material in timber or metal material can be adopted to carry out attachment and install.
7. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: first and second decoration element described is the insulating slab of plywood, cement board or ceramic coating, carry out attachment by connection means to install, to carry out attachment installation by polyurethane series adhesive, can mounting electrical pipeline in advance in first and second decoration element inside above-mentioned.
8. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: the side in the two sides closing on first and second assembled block is formed the protuberance that can insert first and second insertion groove portion of first and second assembled block, can expand and first and second assembled block is installed.
9. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: first and second frame body inner space described can filling with insulation material, above-mentioned heat-barrier material can adopt in polystyrene, glass wool, terylene, polyurethane any one.
10. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: for making above-mentioned first assembled block forms window or vent window can form opening portion further, can in inside prior mounting electrical pipeline.
11. high-efficiency modularized according to claim 1 assembled block for building and utilize this construction techniques, it is characterized in that: the mutual correspondence configuration of described second frame body can install above-mentioned door or window, changes the design length of above-mentioned first limit or Second Edge according to above-mentioned door or the large I of window.
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| CN201510851246.4A CN105464385A (en) | 2015-11-30 | 2015-11-30 | Assembling block for efficient modular building and building construction method using assembling block |
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| CN201510851246.4A CN105464385A (en) | 2015-11-30 | 2015-11-30 | Assembling block for efficient modular building and building construction method using assembling block |
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| CN106836552A (en) * | 2017-02-15 | 2017-06-13 | 柳承烈 | A kind of assembled building module |
| CN108490023A (en) * | 2018-03-20 | 2018-09-04 | 宁波和邦检测研究有限公司 | A kind of thermal insulation of building door/window detection device and its detection method |
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Application publication date: 20160406 |