CN205314250U - A height -adjustable base and assemble prefabricated house for assembling prefabricated house - Google Patents
A height -adjustable base and assemble prefabricated house for assembling prefabricated house Download PDFInfo
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- CN205314250U CN205314250U CN201620070692.1U CN201620070692U CN205314250U CN 205314250 U CN205314250 U CN 205314250U CN 201620070692 U CN201620070692 U CN 201620070692U CN 205314250 U CN205314250 U CN 205314250U
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Abstract
The utility model relates to a height -adjustable base and assemble prefabricated house for assembling prefabricated house. The height -adjustable base supports on ground and assembles between the floor of prefabricated house, including heelpiece (23), threaded rod (24), nut (25), bracing piece (26) and supporting seat (27), wherein, the bottom of threaded rod (24) with heelpiece (23) are connected, close soon nut (25) on threaded rod (24), the bottom of bracing piece (26) with nut (25) are connected, the top of bracing piece (26) with supporting seat (27) are connected, supporting seat (27) be used for through the screw element with floor (1) detachable connects. The height -adjustable base can make and assemble the prefabricated house protection against the tide, prevent soaking. Assemble the prefabricated house and include a plurality of above -mentioned height -adjustable bases, it is dampproofing, prevent soaking.
Description
Technical field
The utility model relates to a kind of height adjustable base for assembled prefabricated house and assembled prefabricated house.
Background technology
Existing assembled prefabricated house is generally directly built on ground; owing to ground is moist; substantially can not see sunlight; room plate can be made for a long time mouldy; cause certain loss on the one hand; the threat giving again the healthy generation of resident family certain on the other hand, in addition in the period that rainy season is more, usually there will be the problem that house is soaked by rainwater.
Practical novel content
(1) technical problem solved
The technical problems to be solved in the utility model is to provide a kind of makes that assembled prefabricated house is moistureproof, the height adjustable base for assembled prefabricated house of anti-soaking and a kind of protection against the tide, anti-soaking assembled prefabricated house.
(2) technical scheme
In order to solve the problems of the technologies described above, the utility model provides a kind of height adjustable base for assembled prefabricated house on the one hand, height adjustable base is supported between the floor of ground and assembled prefabricated house, and height adjustable base comprises: heelpiece, threaded rod, nut, support bar and support seat; Wherein, the bottom of threaded rod is connected with heelpiece, and nut screws on threaded rod, and the bottom of support bar is connected with nut, and the top of support bar is connected with support seat, supports seat for being connected by screw element and floor are dismountable.
According to the utility model, support bar is steel pipe, supports seat by dull and stereotyped and stretch out bar and form, stretches out the top that bar is plugged in steel pipe, dull and stereotyped for being connected by screw element with floor.
According to the utility model, the adjustable height of height adjustable base is positioned at the scope of 400mm-600mm.
According to the utility model, screw element is bolt or screw.
According to the utility model, height adjustable base also comprises: the Connection Block being fixed on nut, Connection Block have for the through hole being connected beam card and connecing.
The utility model provides a kind of assembled prefabricated house on the other hand, comprises multiple above-mentioned height adjustable base for assembled prefabricated house and multiple connection beam, is often all connected with described connection beam between the Connection Block of adjacent two described height adjustable bases.
According to the utility model, also comprise: enclose the floor in indoor space, top board and multiple wallboard; Multiple wallboard, successively by the dismountable connection of screw element, between top board with wallboard, is all connected by screw element is dismountable between the support seat of wallboard and floor, height adjustable base and floor.
According to the utility model, floor comprises the multiple floor unit being bolted together, and often adjacent two floor unit are by the dismountable connection of screw element; Wallboard comprises the multiple wall panel elements being bolted together, and often adjacent two wall panel elements are by the dismountable connection of screw element; Top board comprises the multiple top plate unit being bolted together, and often adjacent two top plate unit are by the dismountable connection of screw element.
According to the utility model, floor unit, wall panel element and top plate unit include: main board, and main board is rectangle plate; And first convex article be separately positioned on two relative sides of main board and the 2nd convex article, first convex article is staggered setting with the 2nd convex article of median plane along main board; Wherein, first convex article and the 2nd convex article all arranges a row screw thread through hole so that first convex article and be adjacent the 2nd convex article of main board by screw element and screw thread through hole screw dismountable be connected and make the 2nd convex article and be adjacent first convex article of main board by screw element and screw thread through hole screw dismountable connection.
According to the utility model, floor unit, wall panel element and top plate unit also comprise: the 3rd convex article that is separately positioned on two other relative side of main board and the 4th convex article, and the 3rd convex article is staggered setting with the 4th convex article of median plane along main board; Wherein, the 3rd convex article and be adjacent the 4th convex article of main board by the dismountable connection of screw element, the 4th convex article and the 3rd convex article of connection dismantled by screw element of main board that be adjacent.
(3) useful effect
Technique scheme tool of the present utility model has the following advantages:
Height adjustable base for assembled prefabricated house of the present utility model, height adjustable base is supported between the floor of ground and assembled prefabricated house, and height adjustable base comprises heelpiece, threaded rod, nut, support bar and support seat; Wherein, the bottom of threaded rod is connected with heelpiece, and nut screws on threaded rod, and the bottom of support bar is connected with nut, and the top of support bar is connected with support seat, supports seat for being connected by screw element and floor are dismountable. The first, adopt this height adjustable base, the floor of assembled prefabricated house can be left the certain distance in ground, improve the moistureproof performance of this assembled prefabricated house on the one hand, make in the region that this assembled prefabricated house more is conducive to being arranged on ground water easy-storing on the other hand, anti-soaking; 2nd, adopt this height adjustable base, make this assembled prefabricated house more be conducive to being arranged in the uneven region of ground height, namely by the height of each height adjustable base of adjustment, ensure that floor is level; 3rd, the said structure of height adjustable base makes only to need when needs regulate to rotate nut, and adjustment operation is very convenient.
Assembled prefabricated house of the present utility model, comprises multiple above-mentioned base, and this assembled prefabricated house is moistureproof and anti-soaking, it is possible to effectively retentively plate level, and dismount, easy to adjust. Further, assembled prefabricated house also comprises multiple connection beam, is often all connected with connection beam between the Connection Block of adjacent two height adjustable bases. Consequently, it is possible to multiple height adjustable base base is connected into an entirety, so prevent height adjustable base base from toppling over, being uniformly distributed of ensureing highly adjustable base base, it is to increase the stability of prefabricated house.
Assembled prefabricated house of the present utility model, also comprise the floor, top board and the multiple wallboard that enclose indoor space, multiple wallboard, successively by the dismountable connection of screw element, between top board with wallboard, is all connected by screw element is dismountable between the support seat of wallboard and floor, height adjustable base and floor. Floor comprises the multiple floor unit being bolted together, and often adjacent two floor unit are by the dismountable connection of screw element; Wallboard comprises the multiple wall panel elements being bolted together, and often adjacent two wall panel elements are by the dismountable connection of screw element; Top board comprises the multiple top plate unit being bolted together, and often adjacent two top plate unit are by the dismountable connection of screw element. Thus, first, form the top board of this assembled prefabricated house, wallboard, floor all assembled by multiple single component, and between top plate unit, between wall panel element, between floor unit, between top board and wallboard, be all the connection undertaken by screw element between wallboard and floor, therefore, when needs recycling and recovery, only need to remove screw element and entirety splits into each parts or is connected by screw element by each parts, it is easy to recycling and reclaims; Two, when transporting, each parts can be stacked, therefore convenient transportation; 3rd, compared to tent, the comfortable property of this assembled prefabricated house is higher; 4th, top board, wallboard, the equal modularization in floor, can select the size on top board, wallboard, floor so that the size of prefabricated house is optional, and adaptability is stronger according to actual operating mode.
Accompanying drawing explanation
Fig. 1 is the structure schematic diagram of the base for assembled prefabricated house of the present utility model;
Fig. 2 is the overall structure schematic diagram of assembled prefabricated house of the present utility model;
Fig. 3 is the perspective view of the single wall panel element/top plate unit/floor unit in the assembled prefabricated house shown in Fig. 2;
Fig. 4 is the local structure schematic diagram of the wall panel element/top plate unit/floor unit junction shown in two Fig. 3;
Fig. 5 is the connection diagram between the wallboard in the assembled prefabricated house shown in Fig. 2;
Fig. 6 is the local structure schematic diagram of the wall panel element/top plate unit/floor unit in the assembled prefabricated house shown in Fig. 2, wherein basically illustrates rectangle steel framework, steel crossbeam;
Fig. 7 is the structure schematic diagram of the wall panel element/top plate unit in the assembled prefabricated house shown in Fig. 2;
Fig. 8 is the structure schematic diagram of the floor unit in the assembled prefabricated house shown in Fig. 2;
Fig. 9 is the structure schematic front view on the roof in the assembled prefabricated house shown in Fig. 2;
Figure 10 is the structure schematic side view on the roof in the assembled prefabricated house shown in Fig. 2;
Figure 11 is the local structure schematic diagram on the roof shown in Fig. 9 and Figure 10, illustrated therein is the junction of tile element and crossbeam;
Figure 12 is the local structure schematic diagram on the roof shown in Fig. 9 and Figure 10, wherein basically illustrates ridge tiles, fixed mount, arc support, fixing bolt, fixing nut;
Figure 13 is the local structure schematic diagram of the assembled prefabricated house shown in Fig. 2, illustrated therein is in wall panel element and top plate unit the circuit buried in advance and signal circuit;
In figure:
1: floor; 2: wallboard; 3: top board; 4: roof; 5: screw element; 6: the first card grooves; 7: screw element; 8: the two card grooves; 9: floor unit; 10: wall panel element; 11: top plate unit; 12: main board; 13: the first convex bars; 14: the first convex bars; 15: screw element; 16: sealing layer; 17: triangular supports; 18: crossbeam; 19: tile element; 20: the first hooks; 21: the two hooks; 22: height adjustable base; 23: heelpiece; 24: threaded rod; 25: nut; 26: support bar; 27: support seat; 28: screw element; 29: insulating sleeve; 30: socket; 31: switch; 32: screw element; 33: dull and stereotyped; 34: stretch out bar; 35: rectangle steel framework; 36: steel crossbeam; 37: insulation material; 38: quartz ground surface layer; 39: lumber core layer; 40: aluminium moulds plate layer; 41: interior aluminium moulds plate layer; 42: outer aluminium moulds plate layer; 43: ridge tiles; 44: fixed mount; 45: arc support; 46: fixing bolt; 47: fixing nut; 48: screw element; 49: electricity case switch; 50: external power supply box.
Specific embodiment party formula
For making the object of the utility model embodiment, technical scheme and advantage clearly, below in conjunction with the accompanying drawing in the utility model embodiment, technical scheme in the utility model embodiment is clearly and completely described, obviously, described embodiment is part embodiment of the present utility model, instead of whole embodiments. Based on the embodiment in the utility model, other embodiments all that those of ordinary skill in the art obtain under the prerequisite not making creative work, all belong to the scope of the utility model protection.
For the embodiment of the height adjustable base of assembled prefabricated house
With reference to Fig. 1, the height adjustable base for assembled prefabricated house of the present embodiment is supported between the floor 1 of ground and assembled prefabricated house, and wherein, height adjustable base comprises heelpiece 23, threaded rod 24, nut 25, support bar 26 and supports seat 27. The bottom of threaded rod 24 is connected with heelpiece 23, nut 25 screws on threaded rod 24, the bottom of support bar 26 is connected with nut 25, the top of support bar 26 is connected with support seat 27, supports seat 27 for being connected with floor 1 is dismountable by screw element (illustrating with label in Fig. 1 " 28 ").
The first, adopt this height adjustable base, the floor of assembled prefabricated house can be left the certain distance in ground, improve the moistureproof performance of this assembled prefabricated house on the one hand, make in the region that this assembled prefabricated house more is conducive to being arranged on ground water easy-storing on the other hand, anti-soaking; 2nd, adopt this height adjustable base, make this assembled prefabricated house more be conducive to being arranged in the uneven region of ground height, namely by the height of each height adjustable base of adjustment, ensure that floor is level; 3rd, the said structure of height adjustable base makes only to need when needs regulate to rotate nut, and adjustment operation is very convenient.
Specifically, in the present embodiment, support bar 26 is steel pipe, supports seat 27 for by dull and stereotyped 33 with stretch out bar 34 and form, stretching out the top that bar 34 is plugged in steel pipe, and dull and stereotyped 33 are connected with floor 1 by screw element 28.
Preferably, connecting support seat 27 is bolt with the screw element 28 on floor 1, certainly, it is possible to be screw.
Preferably, the adjustable height of height adjustable base 22 is positioned at the scope of 400mm-600mm, and when namely nut 25 moves to the lowermost end of threaded rod 24, the whole height of height adjustable base 22 is 400mm; When nut 25 moves to the top of threaded rod 24, the whole height of height adjustable base 22 is 600mm.
Further, height adjustable base also comprises the Connection Block (not shown) being fixed on nut 25, Connection Block have for the through hole being connected beam card and connecing. Wherein, Connection Block can be the annular fixed seat fixed on nut. By connecting beam and holder, adjacent two height adjustable bases can be connected, so that multiple height adjustable base base is connected into an entirety, so prevent height adjustable base base from toppling over, being uniformly distributed of ensureing highly adjustable base base, it is to increase the stability of prefabricated house.
An embodiment of assembled prefabricated house of the present utility model
With reference to Fig. 2, in the present embodiment, assembled prefabricated house comprises the height adjustable base for assembled prefabricated house shown in multiple Fig. 1 and multiple connection beam, is often all connected with connection beam between the Connection Block of adjacent two height adjustable bases. This assembled prefabricated house is moistureproof and anti-soaking, it is possible to effectively retentively plate level, and dismount, easy to adjust. In addition, by multiple height adjustable base base, by connecting, beam connects into an entirety, so prevent height adjustable base base from toppling over, being uniformly distributed of ensureing highly adjustable base base, it is to increase the stability of prefabricated house.
Preferably, arranging four height adjustable bases, the line of this connection beam forms rectangle. Certainly, the quantity of height adjustable base is selected according to the size of prefabricated house, is not limited to four.
Further, with continued reference to Fig. 2, assembled prefabricated house also comprises floor 1, top board 3 and multiple wallboard 2, and floor 1, top board 3 and multiple wallboard 2 enclose indoor space.
Wherein, floor 1 comprises the multiple floor unit 9 being bolted together, and often adjacent two floor unit 9 are by screw element (illustrating with the label " 15 " in Fig. 4) dismountable connection. Wallboard 2 comprises the multiple wall panel elements 10 being bolted together, and often adjacent two wall panel elements 10 are by screw element (illustrating with the label " 15 " in Fig. 4) dismountable connection. Top board 3 comprises the multiple top plate unit 11 being bolted together, and often adjacent two top plate unit 11 are by screw element (illustrating with the label " 15 " in Fig. 4) dismountable connection.
It is connected by screw element (illustrating with the label " 5 " in Fig. 2) is dismountable between top board 3 with wallboard 2, it is connected by screw element (illustrating with the label " 7 " in Fig. 2) is dismountable between wallboard 2 with floor 1. Multiple wallboard 2, successively by screw element (illustrating with the label " 48 " in Fig. 5) dismountable connection, to enclose the leg closing space in forming chamber, it may be preferred that comprise 4 wallboards 2, encloses the indoor space closed and formed and have four sides wall.
Further, assembled prefabricated house also comprises roof 4, roof 4 comprises multiple triangular supports 17, multiple crossbeam 18 and multiple tile element 19, multiple triangular supports 17 is parallel and interval is arranged, often removably it is connected with a multiple parallel and crossbeam separated 18 between adjacent two triangular supports 17, dismountable on each crossbeam 18 it is connected with multiple tile element 19, it is connected by screw element (illustrating with the label " 32 " in Fig. 2) is dismountable between top board 3 with triangular supports 17.
Thus, first, form the top board 3 of this assembled prefabricated house, wallboard 2, floor 1 and roof 4 are all assembled by multiple single component, and between wallboard and wallboard, between top plate unit, between wall panel element, between floor unit, between top board and wallboard, between wallboard and floor, it is all for dismountable connection between roof and top board between the parts by connecting of carrying out of screw element and composition roof, therefore, when needs recycling and recovery, only need to remove screw element etc. to connect part and entirety splits into each parts or is connected by connection parts such as screw elements by each parts, it is easy to recycling and reclaims, two, when transporting, each parts can be stacked, therefore convenient transportation, 3rd, roof 4 is positioned on top board, has carried out double-deck isolation with outside air, and then can improve effect of heat insulation, 4th, compared to tent, the comfortable property of this assembled prefabricated house is higher. 5th, the equal modularization in top board, wallboard, floor and roof, can select the size on top board, wallboard, floor and roof so that the size of prefabricated house is optional, and adaptability is stronger according to actual operating mode.
Further, with reference to Fig. 3 and Fig. 4, in the present embodiment, top plate unit 11, floor unit 9 and wall panel element 10 include main board 12, that is, top plate unit 11, floor unit 9 and wall panel element 10 are all the shapes adopting the main board 12 shown in Fig. 3 and Fig. 4.
Specifically, main board 12 is rectangle plate (comprising rectangle plate and square plate). Wherein, two relative sides of main board 12 are respectively equipped with first convex article 13 and the 2nd convex article 14, first convex article 13 and the 2nd convex article 14 median plane along main board 12 thickness of main board 12 (this median plane divide equally) setting of staggering. First convex article 13 and with the 2nd convex article 14 of this first convex article 13 adjacent main boards 12 by the dismountable connection of screw element, the 2nd convex article 14 and with first convex article 13 of the 2nd convex article of 14 adjacent main boards 12 by the dismountable connection of screw element.
For wall panel element 10, on the main board 12 of a wall panel element 10 first convex article 13 and the 2nd convex article 14 on the main board 12 of another wall panel element 10 adjacent with this wall panel element 10 are by the dismountable connection of screw element, with reason, on the main board 12 of a wall panel element 10 the 2nd convex article 14 and first convex article 13 on the main board 12 of another wall panel element 10 adjacent with this wall panel element 10 are by the dismountable connection of screw element.
In the present embodiment, wallboard 2 is horizontally-spliced and become by multiple wall panel element 10, and the top of each wall panel element 10 and bottom be adjacent top board 3 and floor 1 respectively. Top board 3 by multiple top plate unit 11 along main board not arrange first protruding horizontally-spliced with the bearing of trend of the side of the 2nd projection and become, top plate unit 11 not arrange the first dual-side that is protruding and the 2nd projection adjacent with both sides wallboard 2 respectively. Floor 1 by multiple floor unit 9 along main board not arrange first protruding horizontally-spliced with the bearing of trend of the side of the 2nd projection and become, floor unit 9 not arrange the first dual-side that is protruding and the 2nd projection adjacent with both sides wallboard 2 respectively.
Further, first convex article 13 and the 2nd convex article 14 is all arranged a row screw thread through hole (" screw thread through hole " mean through hole inner wall section ground or all be provided with screw thread), screwed by the screw thread through hole of screw element with the correspondence of corresponding two convex bars realize often adjacent two top plate unit 11 by the dismountable connection of screw element, often adjacent two wall panel elements 10 by the dismountable connection of screw element, often adjacent two floor unit 9 by the dismountable connection of screw element. Preferably, connecting the screw element of first convex article and the 2nd convex article, also namely the screw element of connection two floor unit, two wall panel elements, two top plate unit is bolt, certainly, it is possible to be screw.
Can understand, above-mentioned staggering is adopted to arrange first convex article 13 and the 2nd convex article 14, when can realize assembled two main boards 12, make the inner surface of two main boards 12 concordant respectively with outer surface (to enclose indoor space as with reference to definition " interior ", " outward "), and then ensure the flatness of room body.
Preferably, first convex article 13 and the 2nd convex article 14 of top plate unit 11, floor unit 9 and wall panel element 10 is convex article of steel.
Thus, between two top plate unit 11, between two wall panel elements 10 and between two floor unit 9, all closed by convex bar button and adopt the dismountable connection of screw element, simple to operation and windproof, rainproof.
Further, in the present embodiment, first convex article 13 with the seam place of the 2nd convex article 14, the 2nd convex article 14 be equipped with sealing layer 16 (being preferably rubber seal article) with the seam place of first convex article 13. It is therefore possible to increase the sealing between top plate unit 11, between wall panel element 10, between floor unit 9, and then improve the windproof, rainproof, moistureproof of assembled prefabricated house and insulation ability.
Further, with reference to Fig. 5, angularly arrange between wallboard and wallboard, in the present embodiment, it is arranged vertically between wallboard and wallboard. Wherein, screw thread through hole in first projection/the 2nd projection of a wall panel element in two wall panel elements 10 that screw element 48 is adjacent in two wallboards also and then screws and enters in another wall panel element, with by two dismountable connections of wall panel element, and then by two dismountable connections of wallboard. Certainly, the utility model is not limited to this, in other alternative-embodiments, the first projection/the 2nd projection can not be utilized to complete the connection of two wallboards, and screw screw element in other positions.
Further, sealing layer (being preferably rubber seal bar) it is provided with at the seam place with another wallboard of wallboard. Like this, it is possible to increase windproof and insulation effect.
, in the present embodiment, in addition the composition of the main board 12 of top plate unit 11 and wall panel element 10 is identical, and the composition of the main board 12 of floor unit 9 is different with wall panel element 10 from top plate unit 11.
Specifically, with reference to Fig. 6 and Fig. 7, the main board 12 of top plate unit 11 and wall panel element 10 includes rectangle steel framework 35, steel crossbeam 36, insulation material 37, interior aluminium moulds plate layer 41 and outer aluminium moulds plate layer 42, wherein, steel crossbeam 36 is supported between relative two sides of rectangle steel framework 35, interior aluminium moulds plate layer 41 and outer aluminium is moulded plate layer 42 and covered on the surface, two sides (inner surface and outer surface) of rectangle steel framework 35 respectively, and insulation material 37 is filled in interior aluminium and moulds plate layer 41, rectangle steel framework 35 and outer aluminium and mould plate layer 42 and enclose in the cavity closing and being formed. Thus, insulation material 37 is filled in cavity, forms air thermal preservation, it is to increase the insulation ability of assembled prefabricated house and moistureproof ability.
Preferably, top plate unit 11 is suppressed and become with the equal entirety of the main board 12 of wall panel element 10.
Preferably, the insulation material 37 in top plate unit 11 and wall panel element 10 is rock wool. It will be appreciated that rock wool loose be filled in interior aluminium mould plate layer 41, rectangle steel framework 35, floor 1 steel crossbeam 36 and outer aluminium mould plate layer 42 enclose close formed cavity in, enhance the effect that air thermal preservation is heat insulation.
Further, first convex article 13 of the rectangle steel framework of top plate unit 11 35 and top plate unit 11 and the 2nd convex article 14 one-body molded, the rectangle steel framework 35 of wall panel element 10 and first convex article 13 of wall panel element 10 and the 2nd convex article 14 one-body molded. Thus, one-body molded by steel by rectangle steel framework 35 and first convex article 13 and the 2nd convex article 14, it is to increase the connection intensity between top plate unit 11 and between wall panel element 10, and then improve the intensity of assembled prefabricated house entirety.
In addition, in part wall panel element 10, it is provided with door and window. In the present embodiment, namely on the main board 12 of wall panel element 10, there are breach or groove, breach or groove are installed door-plate or luffer boards, namely define door or window.
With reference to Fig. 6 and Fig. 8, the composition of the main board 12 of floor unit 9 is different from the composition of above-mentioned top plate unit 11 and the main board of wall panel element 10, and the main board 12 of floor unit 9 comprises rectangle steel framework 35, steel crossbeam 36, insulation material 37, quartz ground surface layer 38, lumber core layer 39 and aluminium and moulds plate layer 40. Wherein, steel crossbeam 36 is supported between relative two sides of rectangle steel framework 35, lumber core layer 39 covers on the upper surface (being also inner surface) of rectangle steel framework 35, quartz ground surface layer 38 covers on lumber core layer 39, aluminium is moulded plate layer 40 and is covered on the lower surface (being also outer surface) of rectangle steel framework 35, and insulation material 37 is filled in aluminium and moulds in the cavity that plate layer 40, rectangle steel framework 35, steel crossbeam 36 and lumber core layer 39 enclose conjunction formation. Thus, insulation material 37 is filled in cavity, forms air thermal preservation, it is to increase the insulation ability of assembled prefabricated house and moistureproof ability.
Preferably, main board 12 entirety of floor unit 9 is suppressed and is become.
Preferably, the insulation material 37 in floor unit 9 is rock wool. It will be appreciated that rock wool loose be filled in aluminium mould plate layer 40, rectangle steel framework 35, steel crossbeam 36 and lumber core layer 39 enclose close formed cavity in, enhance the effect that air thermal preservation is heat insulation.
In addition, the rectangle steel framework 35 of floor unit 9 and first convex article 13 of floor unit 9 and the 2nd convex article 14 one-body molded. Thus, one-body molded by steel by rectangle steel framework 35 and first convex article 13 and the 2nd convex article 14, it is to increase the connection intensity between floor unit 9, and then improve the intensity of assembled prefabricated house entirety.
Certainly, the utility model is not limited to above-described embodiment, in other embodiments, floor unit 9, wall panel element 10 and top plate unit 11 also comprise the 3rd convex article and the 4th convex article on two other relative side being separately positioned on main board, and the 3rd convex article is staggered setting with the 4th convex article of median plane along main board. Wherein, 3rd convex article and the 4th convex article all arranges a row screw thread through hole (" screw thread through hole " means the inner wall section ground of through hole or all be provided with screw thread), 3rd convex article and be adjacent the 4th convex article of main board screw dismountable connection by screw element and screw thread through hole, and the 4th convex article screws dismountable connection with the 3rd convex article of the main board being adjacent by screw element and screw thread through hole. Preferably, above-mentioned screw element is bolt, certainly, it is possible to be screw. Thus, it is different from above-mentioned horizontally-spliced mode, one floor unit/top plate unit/wall panel element all can be connected with another floor unit/top plate unit/wall panel element at upper and lower, left and right four direction, under the big prerequisites such as assembled prefabricated house, floor unit/top plate unit/the wall panel element with four convex bars can be less than the floor unit/top plate unit/wall panel element with two convex bars, thus, transport more it is convenient to. Further, the 3rd convex article with the seam place of the 4th convex article, the 4th convex article be equipped with sealing layer (being preferably rubber seal article) with the seam place of the 3rd convex article. It is therefore possible to increase the sealing between floor unit/top plate unit/wall panel element, and then improve the windproof, rainproof, moistureproof of assembled prefabricated house and insulation ability. Further, the 3rd convex article and the 4th convex article is convex article of steel, and rectangle steel framework is also one-body molded with the 3rd convex article and the 4th convex article.
Further, in the present embodiment, with reference to Fig. 2, being provided with the first card groove 6 in top board 3, the top of wallboard 2 is inserted in the first card groove 6, and top board 3 and wallboard 2 is connected by screw element 5 at the first card groove 6 place. Wherein, it will be understood that multiple top plate unit 11 is slotted accordingly so that it pieces together and can form the first card groove 6.
Further, the bottom of wallboard 2 is provided with the 2nd card groove 8, in side end insertion the 2nd card groove 8 on floor 1, and wallboard 2 and floor 1 is connected by screw element 7 at the 2nd card groove 8 place. Wherein, it will be understood that multiple wall panel element 10 is slotted accordingly so that it pieces together and can form the 2nd card groove 8.
Thus, on the one hand, by the setting of above-mentioned card groove, the path configuration of air intake is become the path of bending, and then improves windproof, heat insulation effect; On the other hand, by the setting of above-mentioned card groove, the length of screw element can be shortened under the prerequisite being connected firmly. Certainly, the utility model is not limited to this, and in other alternative-embodiments, the connection between wallboard and top board and the connection between wallboard and floor can adopt the wallboard shown in Fig. 5 and the connected mode between wallboard.
Preferably, the screw element 5 connecting top board 3 and wallboard 2 is screw, and the screw element 7 connected between wallboard 2 and floor 1 is screw.
More preferably, it is provided with sealing layer (being preferably rubber seal bar) at the seam place with wallboard of top board, it is provided with sealing layer (being preferably rubber seal bar) at the seam place with top board of wallboard. Like this, windproof, insulation effect can be increased.
With reference to Fig. 9 to Figure 12, often tile element 19 part in adjacent two tile element 19 be pressed in another tile element 19, to improve windproof, rainproof, heat insulation effect. And tile element 19 comprises tile body and support member, support member is connected to the bottom surface of tile body to support tile body. In the present embodiment, support member is steel framework.
Further, support member is provided with the first hook 20, crossbeam 18 is provided with the 2nd hook 21, first hook 20 and the 2nd and links up with 21 joints tile element 19 to be fixed on crossbeam 18.
Specifically, the first hook 20 and the 2nd hook 21 are all in L-type. When linking up with 20 and the 2nd hook 21 joint first, first hook 20 is for extend rear downward bending from support member, 2nd hook 21 is for extend backward upper bending from crossbeam 18, thus, it is tightr that first hook 20 engages with the 2nd hook 21 by the impact of the deadweight of tile element 19, and when tile element 19 is departed from by needs with crossbeam 18, it only need to mobile tile element 19 just can tile element 19 be disengaged with crossbeam 18, easy to operate, be conducive to the fast assembling-disassembling of this assembled prefabricated house.
Preferably, crossbeam 18, triangular supports 17, first hook 20 and the 2nd hook 21 are made by steel, and crossbeam 18 is connected by screw element is dismountable with triangular supports 17, such as, by bolt, certainly, it is possible to be screw. First hook 20 can be one-body molded or be welded on support member with support member, and the 2nd hook 21 can be one-body molded or be welded on crossbeam 18 with crossbeam 18.
Thus, form the top board 3 of this assembled prefabricated house, wallboard 2, floor 1 and roof 4 are all assembled by multiple single component, and between top plate unit, between wall panel element, between floor unit, between top board and wallboard, between wallboard and floor, between roof and top board, it is all that the connection undertaken by screw element and tile element are connected by hook with crossbeam between triangular supports and crossbeam, therefore, when needs recycling and recovery, entirety can be split into each parts by hook combination with contacting only to need to remove screw element, and each parts are connected by screw element and hook is combined and namely can be assembled into entirety, it is easy to recycling and reclaims.
Further, with reference to Figure 12, in the present embodiment, roof 4 also comprises ridge tiles 43, fixed mount 44, arc support 45, fixing bolt 46, fixing nut 47, ridge tiles 43 is supported in tile element 19, arc support 45 form fit it is fixed on the lower arcuate surface of ridge tiles 43, fixing nut 47 is fixed on the bottom surface of arc support 45, fixed mount 44 is positioned at the inside (bracing frame and top board enclose the space of conjunction for inner) of the bracing frame being made up of crossbeam 18 and triangular supports 17, and fixing bolt 46 passes fixed mount 44 from bottom to top and screws with fixing nut 47. Thus, fixed mount 44 is stuck in bracing frame inside, prevents ridge tiles 43 from departing from roof under the effect of external force (such as wind-force).
Wherein, can selection of land, support bar 26 is steel pipe, supports seat 27 for by dull and stereotyped 33 with stretch out bar 34 and form, stretching out the top that bar is plugged in steel pipe, dull and stereotyped is connected with floor 1 by screw element.
Preferably, connecting support seat 27 is bolt with the screw element 28 on floor 1, certainly, it is possible to be screw.
Preferably, the adjustable height of height adjustable base 22 is positioned at the scope of 400mm-600mm, and when namely nut 25 moves to the lowermost end of threaded rod 24, the whole height of height adjustable base 22 is 400mm; When nut 25 moves to the top of threaded rod 24, the whole height of height adjustable base 22 is 600mm.
Preferably, also comprise stair, connection door and ground.
Thus, the first, adopt this height adjustable base 22, the certain distance in ground can be left in the floor 1 of assembled prefabricated house, improve the moistureproof performance of this assembled prefabricated house on the one hand, make in the region that this assembled prefabricated house more is conducive to being arranged on ground water easy-storing on the other hand; 2nd, adopt this height adjustable base 22, make this assembled prefabricated house more be conducive to being arranged in the uneven region of ground height, namely by the height of each height adjustable base 22 of adjustment, ensure that floor 1 is level; 3rd, the said structure of height adjustable base 22 makes only to need when needs regulate to rotate nut 25, and adjustment operation is very convenient.
Further, with reference to Figure 13, in the present embodiment, the insulating sleeve 29 being embedded with electric wire in wall panel element 10 He being set in outside electric wire, the inner surface (namely towards the surface in space in the room of assembled prefabricated house) at wall panel element 10 is provided with the socket 30 and switch 31 that are electrically connected with electric wire. The insulating sleeve being embedded with electric wire in top plate unit 11 and be set in outside electric wire, the inner surface (namely towards the surface in space in the room of assembled prefabricated house) in top plate unit 11 is provided with the socket being electrically connected with electric wire.
Specifically, in the present embodiment, the insulating sleeve 29 burying electric wire in the main board 12 of wall panel element 10 underground and be set in outside electric wire, the inner surface (namely towards the surface in space in the room of assembled prefabricated house) at main board 12 is provided with multiple sockets 30 and at least one switch 31. The insulating sleeve burying electric wire underground in the main board 12 of top plate unit 11 and be set in outside electric wire, the inner surface (namely towards the surface in space in the room of assembled prefabricated house) at main board 12 is provided with multiple socket. Wherein, some sockets for connecting power supply, such as, receive the electric energy from solar panels or other external power supplies, such as external power supply box 50; Some sockets for transmitting electric energy between adjacent two wall panel elements 10, between wall panel element 10 and adjacent top plate unit 11 or between two adjacent top plate unit 11, namely, plug is adopted to connect two adjacent outlets of adjacent two wall panel elements 10, adjacent two top plate unit 11 or adjacent wall panel element 10 and top plate unit 11, can by the electric energy transfer in a unit in another unit; Some sockets are for connecting electrical appliance (such as lamp). The switch arranged in wall panel element 10 is for controlling the break-make of electric current.
In addition, control electricity case, Electrical leakage etc. also can be set in top plate unit 11 and/or wall panel element 10. Switch also comprises electricity case switch 49, the break-make of its overall control circuit.
Such as, top plate unit 11 installs pendent lamp, pendent lamp is inserted on the first socket of top plate unit 11 by electric wire, the 2nd socket being connected with this first socket in top plate unit 11 is connected by the electric wire with plug with the 3rd socket on wall panel element 10, is connected on wall panel element 10 with power supply with the 4th socket of the 3rd socket electrical connection. Thus, the electric energy of power supply is delivered to pendent lamp through the electric wire between the electric wire between the electric wire between the 4th socket, the 4th socket and the 3rd socket, the 3rd socket, the 3rd socket and the 2nd socket, the 2nd socket, the 2nd socket and the first socket, the first socket.
Thus, compared to existing prefabricated house, especially it is beneficial that, this assembled prefabricated house presets electric wire, there is not the phenomenon drawing electric wire, significantly improves the security of electricity consumption. In addition, circuit side connector is just quick and make space neat and tidy in room.
With reason, the insulating sleeve being embedded with signal line in wall panel element 10 He being set in outside signal line, the inner surface (namely towards the surface in space in the room of assembled prefabricated house) at wall panel element 10 is provided with terminal box. Thus, this assembled prefabricated house presets signal line, it may also be useful to safety, convenient and fast connection and make space neat and tidy in room. Wherein, terminal box can be the wired terminal box of TV netting twine terminal box and outdoor.
To sum up, the assembled prefabricated house tool of the present embodiment has the following advantages:
This assembled prefabricated house can realize fast assembling-disassembling, is convenient to transport, safe power supply, and windproof, rainproof, moistureproof, high insulating effect, durability are strong, and environment is pollution-free without destroying. This assembled prefabricated house can extensively for room, field building, the disaster relief, large-scale activity temporarily with room and shot and long term relocation housing, it is also possible to for auxiliary equipment, such as be used as toilet. Certainly, assembled prefabricated house also can add auxiliary structure, such as toilet, photounit etc.
Last it is noted that above embodiment is only in order to illustrate the technical solution of the utility model, it is not intended to limit; Although the utility model being described in detail with reference to previous embodiment, it will be understood by those within the art that: the technical scheme described in foregoing embodiments still can be modified by it, or wherein part technology feature is carried out equivalent replacement; And these amendments or replacement, do not make the spirit and scope of the essence disengaging each embodiment technical scheme of the utility model of appropriate technical solution.
Claims (10)
1. the height adjustable base for assembled prefabricated house, it is characterised in that, described height adjustable base is supported between the floor of ground and assembled prefabricated house, and described height adjustable base comprises:
Heelpiece (23), threaded rod (24), nut (25), support bar (26) and support seat (27);
Wherein, the bottom of described threaded rod (24) is connected with described heelpiece (23), described nut (25) screws on described threaded rod (24), the bottom of described support bar (26) is connected with described nut (25), the top of described support bar (26) is connected with described support seat (27), and described support seat (27) is for being connected with described floor (1) is dismountable by screw element.
2. the height adjustable base for assembled prefabricated house according to claim 1, it is characterised in that,
Described support bar (26) is steel pipe, described support seat (27) is by dull and stereotyped (33) and stretches out bar (34) and forms, described stretching out the top that bar (34) is plugged in described steel pipe, described flat board (33) is for being connected by screw element with described floor (1).
3. the height adjustable base for assembled prefabricated house according to claim 1, it is characterised in that,
The adjustable height of described height adjustable base (22) is positioned at the scope of 400mm-600mm.
4. the height adjustable base for assembled prefabricated house according to any one of claim 1-3, it is characterised in that,
Described screw element is bolt or screw.
5. the height adjustable base for assembled prefabricated house according to any one of claim 1-3, it is characterised in that, described height adjustable base also comprises:
The Connection Block being fixed on described nut (25), described Connection Block have for the through hole being connected beam card and connecing.
6. an assembled prefabricated house, it is characterised in that, comprise multiple height adjustable base for assembled prefabricated house according to claim 5 and multiple connection beam, often all it is connected with described connection beam between the Connection Block of adjacent two described height adjustable bases.
7. assembled prefabricated house according to claim 6, it is characterised in that, also comprise:
Enclose the floor (1) in indoor space, top board (3) and multiple wallboard (2);
Described multiple wallboard (2), successively by the dismountable connection of screw element, between described top board (3) with described wallboard (2), is all connected by screw element is dismountable between the described support seat (27) of described wallboard (2) and described floor (1), described height adjustable base and described floor (1).
8. assembled prefabricated house according to claim 7, it is characterised in that,
Described floor (1) comprises the multiple floor unit (9) being bolted together, and often adjacent two described floor unit (9) are by the dismountable connection of screw element;
Described wallboard (2) comprises the multiple wall panel elements (10) being bolted together, and often adjacent two described wall panel elements (10) are by the dismountable connection of screw element;
Described top board (3) comprises the multiple top plate unit (11) being bolted together, and often adjacent two described top plate unit (11) are by the dismountable connection of screw element.
9. assembled prefabricated house according to claim 8, it is characterised in that,
Described floor unit (9), described wall panel element (10) and described top plate unit (11) include:
Main board (12), described main board (12) is rectangle plate; And
First convex article (13) and the 2nd convex article (14) being separately positioned on two relative sides of described main board (12), stagger setting along the median plane of main board (12) in described first convex article (13) and described 2nd convex article (14);
Wherein, described first convex article (13) and described 2nd convex article (14) all arrange a row screw thread through hole so that described first convex article (13) and the 2nd convex article (14) of main board (12) that are adjacent by screw element and screw thread through hole screw dismountable be connected and make described 2nd convex article (14) and first convex article (13) of main board (12) that are adjacent by screw element and screw thread through hole screw dismountable connection.
10. assembled prefabricated house according to claim 9, it is characterised in that,
Described floor unit (9), described wall panel element (10) and described top plate unit (11) also comprise:
The 3rd convex article that is separately positioned on two other relative side of described main board (12) and the 4th convex article, described 3rd convex article is staggered setting with the described 4th convex article of median plane along main board (12);
Wherein, described 3rd convex article and be adjacent the 4th convex article of main board by the dismountable connection of screw element, described 4th convex article and the 3rd convex article of connection dismantled by screw element of main board that be adjacent.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620070692.1U CN205314250U (en) | 2016-01-25 | 2016-01-25 | A height -adjustable base and assemble prefabricated house for assembling prefabricated house |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620070692.1U CN205314250U (en) | 2016-01-25 | 2016-01-25 | A height -adjustable base and assemble prefabricated house for assembling prefabricated house |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205314250U true CN205314250U (en) | 2016-06-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620070692.1U Expired - Fee Related CN205314250U (en) | 2016-01-25 | 2016-01-25 | A height -adjustable base and assemble prefabricated house for assembling prefabricated house |
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| CN (1) | CN205314250U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106284660A (en) * | 2016-08-26 | 2017-01-04 | 浙江普天集成房屋有限公司 | A kind of connector |
| CN111550085A (en) * | 2020-03-31 | 2020-08-18 | 山东旭新建筑科技有限公司 | Interconnection formula unit mount bathroom |
| CN113235976A (en) * | 2021-04-02 | 2021-08-10 | 佛山市乐居科技有限公司 | Movable reinforced cement house |
-
2016
- 2016-01-25 CN CN201620070692.1U patent/CN205314250U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106284660A (en) * | 2016-08-26 | 2017-01-04 | 浙江普天集成房屋有限公司 | A kind of connector |
| CN111550085A (en) * | 2020-03-31 | 2020-08-18 | 山东旭新建筑科技有限公司 | Interconnection formula unit mount bathroom |
| CN113235976A (en) * | 2021-04-02 | 2021-08-10 | 佛山市乐居科技有限公司 | Movable reinforced cement house |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160615 Termination date: 20170125 |