CN103233512B - Modularization integrated house and stand bar structure thereof - Google Patents
Modularization integrated house and stand bar structure thereof Download PDFInfo
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- CN103233512B CN103233512B CN201310143477.0A CN201310143477A CN103233512B CN 103233512 B CN103233512 B CN 103233512B CN 201310143477 A CN201310143477 A CN 201310143477A CN 103233512 B CN103233512 B CN 103233512B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A30/00—Adapting or protecting infrastructure or their operation
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Abstract
The invention discloses a kind of modularization integrated house and stand bar structure thereof, this modularization integrated house is provided with the adjustment support being in its corner location place in the below on floor, and regulating governor motion support is equiped with for plate height up and down, in use, regulate support that floor can be made to be maked somebody a mere figurehead on the ground, when there is excess surface water, excess surface water can be discharged from the passage between floor and ground, the situation of depositing around house to avoid excess surface water, also would not occur that the problem in house is infiltrated in excess surface water; And regulate the governor motion that support is installed can be elevated the height on floor according to the thickness of ponding on ground, make floor be in the top of ground area water layer all the time, guarantee the waterproof, seepage control effect to modularization integrated house of the present invention.
Description
Technical field
The present invention relates to modularization integrated house technical field, also relate to the stand bar structure of modularization integrated house simultaneously.
Background technology
Publication No. is a kind of modularization rapid assembling house disclosed in the Chinese invention patent of CN 102635248.A, this house deadlight is plank, the bottom of wallboard is fixedly connected with inserts by attachment screw, and inserts is fixedly connected on the cast-in-place concrete floor built by fastening rivet, concrete floor tiles on the ground by the mode of cast, thus make to be spaced apart concrete floor between the interior space in this house and ground, and when meeting with sleety weather, ground ponding can deposit in surrounding position, floor, and water accumulation level can constantly raise, when the water level of ponding exceeds the upper face on floor, ponding can be infiltrated by the gap between wallboard and floor in the interior space in high house, house is caused to enter water problem.
Summary of the invention
The object of this invention is to provide a kind of stand bar structure of modularization integrated house, being intended to be laid immediately on ground floor in solution prior art can cause excess surface water to deposit around house, so that the interior space in house easily enters water problem, on the basis of same object, additionally provide the modularization integrated house using this stand bar structure simultaneously.
In order to realize above object, the technical scheme of modularization integrated house of the present invention is as follows:
A kind of modularization integrated house, comprises floor, is provided with the adjustment support being in its corner location place in the below on floor, and described floor is overlapped on and regulates on support, and is regulating governor motion support is provided with for plate height up and down.
Described governor motion comprises regulating on the periphery of the adjusting bolt of the upper downward-extension worn in the perforation of the upper downward-extension that support is offered, perforation, adjusting bolt and revolves the adjusting nut established, adjusting nut coordinates along block with the upper end hole of perforation, and the top block of adjusting bolt is in the below on floor.
Described adjusting bolt is installed with the locking nut be in below adjusting nut, is equiped with the adjustment body be sleeved on the periphery of adjusting bolt between locking nut and adjusting nut, the two ends difference block of adjustment body is on adjusting nut and locking nut.
The ground collar tie beam being interval with square frame-shaped on floor with adjustment, the end face of ground collar tie beam is provided with the wallboard mounting groove of the respective side edge extension along wallboard, in wallboard mounting groove, be fitted with the wallboard upwards extended, and have on the end face of ground collar tie beam relative to the supporting surface for overlap floor of described wallboard mounting groove near the side of grade beam inside.
The upside of described wallboard is connected with top beam, the wall connecting plate that top beam is connected to the top of wallboard and the roof connection plate be connected on roof panel edge, the wall connecting plate that roof connection plate comprises the top being connected to wallboard and the roof connection plate be connected on roof panel edge, described roof connection plate comprises the top board be fitted on roof panel upper surface, the sagging outside plate arranged at top board outer edge place, the location-plate of downward overhanging that arranges in the downside of outside plate, and described outside plate is in the outside of roof panel; Described wall connecting plate comprises spiral-lock and has at panel tops the wall plate that the outer edge of the deck plate in inverted U cross section, the outrigger base of outside overhanging of the arranged outside of deck plate, outrigger base upwards erects, the upper edge of wall plate is in the top of the lower edge of location-plate, and wall plate and location-plate are interconnected by any one of following three kinds of modes
First kind of way, location-plate is in the outside of wall plate, the corresponding Stop structure be provided with for stoping location-plate to move up on the medial surface of location-plate and the lateral surface of wall plate, and spin-endedly on wall plate be equipped with interior extension and be in the connecting stud below location-plate, the outer end of connecting stud is exposed from the outside of location-plate, the periphery of exposed portion screws with location-plate at the spacing force nut coordinated of inward-outward direction;
The second way, location-plate is in the inner side of wall plate, and be provided with in fold inward on the lower edge of location-plate and turn edge, wall plate is equipped with the inner in location-plate lower position expose from the inner side of location-plate, the connecting stud that outer end is exposed from the outside of wall plate, spin-endedly on the exposed portion of connecting stud the inner be equipped with connector, the upper edge of connector is provided with outside turnover, and be overlapped on described in turn edge on to turn edge outward, described outer turn edge with described in turn edge and to coordinate at above-below direction block, the periphery of the exposed portion of connecting stud outer end is installed with the force nut coordinated with wall plate block in inward-outward direction,
The third mode, location-plate is in the inner side of wall plate, the junction plate exposed from the below of location-plate downside is equipped with at the inner side limiting-position of location-plate, on the exposed portion, downside of junction plate, spin-ended being equipped with is in below location-plate, and at least two connecting studs outwards overhang, each connecting stud is spaced apart along its length under location-plate, the outer end of connecting stud is passed in the perforation that wall plate is offered, pass on periphery partly and be installed with the force nut coordinated at inward-outward direction upper limit with wall plate, and be provided with at the Stop structure for stoping location-plate to move up on the lateral surface of junction plate and the medial surface of location-plate and/or on the lateral surface of location-plate and the medial surface of wall plate.
The technical scheme of the stand bar structure of modularization integrated house of the present invention is as follows:
A stand bar structure for modularization integrated house, comprises the below that is arranged on floor and is in the adjustment support at corner location place, floor, and is regulating governor motion support is provided with for plate height up and down.
Described governor motion comprises regulating on the periphery of the adjusting bolt of the upper downward-extension worn in the perforation of the upper downward-extension that support is offered, perforation, adjusting bolt and revolves the adjusting nut established, adjusting nut coordinates along block with the upper end hole of perforation, and the top block of adjusting bolt is in the below on floor.
Described adjusting bolt is installed with the locking nut be in below adjusting nut, is equiped with the adjustment body be sleeved on the periphery of adjusting bolt between locking nut and adjusting nut, the two ends difference block of adjustment body is on adjusting nut and locking nut.
The grade beam being interval with square frame-shaped on floor with adjustment, the end face of grade beam is provided with the wallboard mounting groove of the respective side edge extension along wallboard, in wallboard mounting groove, be fitted with the wallboard upwards extended, and have on the end face of grade beam relative to the supporting surface for overlap floor of described wallboard mounting groove near the side of grade beam inside.
The ground collar tie beam being interval with square frame-shaped on floor with adjustment, the end face of ground collar tie beam is provided with the wallboard mounting groove of the respective side edge extension along wallboard, in wallboard mounting groove, be fitted with the wallboard upwards extended, and have on the end face of ground collar tie beam relative to the supporting surface for overlap floor of described wallboard mounting groove near the side of grade beam inside.
The present invention is provided with the adjustment support being in its corner location place in the below on floor, and regulating governor motion support is equiped with for plate height up and down, in use, regulate support that floor can be made to be maked somebody a mere figurehead on the ground, when there is excess surface water, excess surface water can be discharged from the passage between floor and ground, the situation of depositing around house to avoid excess surface water, also would not occur that the problem in house is infiltrated in excess surface water; And regulate the governor motion that support is installed can be elevated the height on floor according to the thickness of ponding on ground, make floor be in the top of ground area water layer all the time, guarantee the waterproof, seepage control effect to modularization integrated house of the present invention.
Accompanying drawing explanation
Fig. 1 is the structural representation of modularization integrated house in modularization integrated house embodiment of the present invention;
Fig. 2 is the left view of Fig. 1;
Fig. 3 be floor in Fig. 1, collar tie beam and regulate the syndeton schematic diagram of support;
Fig. 4 be floor in Fig. 2, collar tie beam and regulate the syndeton schematic diagram of support;
Fig. 5 is the ground structural representation of collar tie beam in modularization integrated house embodiment of the present invention;
Fig. 6 is the ground structural representation at collar tie beam corner location place in Fig. 5;
Fig. 7 is the syndeton schematic diagram of longitudinal bracing piece and geosphere beam type material in Fig. 5;
Fig. 8 is the left view of Fig. 7;
Fig. 9 is the interconnective structural representation of vertical, horizontal bracing piece in Fig. 5;
Figure 10 is the left view of Fig. 9;
Figure 11 is the syndeton schematic diagram of floor and wallboard in modularization integrated house embodiment of the present invention;
Figure 12 is the syndeton schematic diagram regulating support and ground collar tie beam in modularization integrated house embodiment of the present invention;
Figure 13 is the structural representation of Door frame board in modularization integrated house embodiment of the present invention;
Figure 14 is the structural representation of window frame plate in modularization integrated house embodiment of the present invention;
Figure 15 is the syndeton schematic diagram of embodiment of the present invention deadlight and roof panel;
Figure 16 is the structural representation of top beam in Figure 15;
Figure 17 is for the structural representation of electric connection structure under outdoor energization socket opening in modularization integrated house embodiment of the present invention;
Figure 18 is for the structural representation of electric connection structure under outdoor energization socket closed condition in modularization integrated house embodiment of the present invention;
Figure 19 is for the structural representation that electric connection structure is connected with power supply connector in a state of use in Figure 17;
Figure 20 is the structural representation of indoor electric socket in Figure 17;
Figure 21 is the structural representation of outdoor energization socket in Figure 17;
Figure 22 is the syndeton schematic diagram of wind resistance rope between top beam and ground in Fig. 1;
Figure 23 is the structural representation of back timber corner protector in Figure 22;
Figure 24 is the syndeton schematic diagram of wind resistance rope between top beam and ground in another embodiment of modularization integrated house of the present invention.
Detailed description of the invention
The embodiment of modularization integrated house of the present invention: as shown in Fig. 1 to Figure 15, this modularization integrated house comprise set gradually from bottom to top adjustment support 1, collar tie beam 2, floor 3, wallboard 4, top beam 5 and roof panel 6.As Fig. 1, shown in Fig. 2 and Figure 12, the stand bar structure for propping up floor 3 height is provided with in the below on floor 3, this stand bar structure is formed primarily of adjustment support 1 and ground collar tie beam 2, in ground collar tie beam 2, the grade beam section bar 21 of longitudinal extension is furnished with grade beam support angle 211 in middle position gear support, at ground collar tie beam 2 corner location, place is provided with grade beam corner protector 29, each adjusting pole is in the below of described grade beam corner protector 29 and grade beam support angle 211, support 1 is regulated to comprise the bottom bracing plate 11 be sticked on the ground, the supporting plate 12 of two spaced and parallel distributions that the upper face of bottom bracing plate 11 erects, at the top bracing plate| 13 of the top bridge of two supporting plates 12, top, bottom bracing plate 13, 11 and two supporting plate 12 surround the cavity be in below grade beam section bar 21, and regulate stud 14 in being equipped with along the vertical direction of top bracing plate| 13, the upper end of stud 14 is regulated to stretch out from the upper end of top bracing plate| 13, lower end is in described cavity, adjusting nut 15 is installed with in adjustment stud 14 upper end, lower end is installed with lower adjusting nut 16, and upper, lower adjusting nut 15, the adjustment body 17 be set on the periphery regulating stud 14 is equiped with between 16, regulate the two ends difference block of body 17 upper, lower adjusting nut 15, on the opposing end surface of 16, and upper adjusting nut 15 goes back block on the end face of top bracing plate| 13.As shown in Figure 7 to 10, grade beam support angle 211 has the bottom wall portion be fitted on grade beam section bar 21 bottom surface and the outer wall section be fitted on grade beam section bar 21 lateral surface, and outer wall section and grade beam section bar 21 are bolted and are fixed together, be fixed on ground collar tie beam 2 to make grade beam support angle 211 be bolted, and described adjustment support 1 is also provided with in the below of grade beam support angle 211, adjustment support 1 is equiped with described adjustment stud 14, upper adjusting nut 15, regulate body 17 and lower adjusting nut 16, to pass through to regulate stud 14 block in the below of grade beam support angle 211.
As shown in Fig. 3 to Figure 11, ground collar tie beam 2 is connected to the downside of wallboard 4, ground collar tie beam 2 is the square frame-shaped collar tie beams surrounded by four grade beam section bars 21, every root grade beam section bar 21 is square steel pipe, have at the corner location place of ground collar tie beam 2 and to be intersected vertically the lower split portion be combined into by adjacent two places beam type material 21, this lower split portion has the plane lower split bottom surface formed by the binding end bottom surface of adjacent two places beam type material 21, the lower split side of the right angle planar formed by the binding end lateral surface of adjacent two places beam type material 21, by the plane lower split end face formed in conjunction with end end face of adjacent two places beam type material, and in this lower split portion, be equiped with the grade beam corner protector 29 be in outside ground collar tie beam 2, grade beam corner protector 29 has the base plate be fitted on described lower split bottom surface, be fitted in the side plate on described lower split side, and on the biside plate of grade beam corner protector 29, offer the bolt penetration hole corresponding respectively with described lower split position place adjacent two places beam type material respectively, the lower positioning bolt 210 by the removable adjacent two places beam type material 21 that is connected of grade beam corner protector 29 is equipped with in bolt penetration hole.As Figure 15, Figure 16, Figure 22, shown in Figure 23, roof panel 6 is overlapped with at the top of wallboard 4, top beam 5 is connected with between the edge of roof panel 6 and the top of wallboard 4, top beam 5 is formed by connecting by the top beam section bar head and the tail of four rhizospheres around wallboard surrounding, every root top beam section bar is then be formed by connecting by wall connecting plate 51 and roof connection plate 52, have at the corner location place of top beam 5 and to be intersected vertically the upper split portion be combined into by adjacent two top beam section bars, on this, split portion has by the plane upper split bottom surface formed in conjunction with bottom surface, end of adjacent two top beam section bars, by the upper split side of the right angle planar formed in conjunction with end lateral surface of adjacent two top beam section bars, by the plane upper split end face formed in conjunction with end end face of adjacent two top beam section bars, and split portion is equiped with the back timber corner protector back timber corner protector 518 be in outside top beam 5 on this, back timber corner protector 518 has the base plate be fitted on described upper split bottom surface, be fitted in the side plate on described upper split side, and offer on the floor of back timber corner protector 518 with described on the respectively corresponding bolt penetration hole of adjacent two top beam section bars in split position place, the upper positioning bolt by removable adjacent two top beam section bars that are connected of back timber corner protector 518 is equipped with in bolt penetration hole.
The baseplate underside face of back timber corner protector 518 base plate is fixed with ear stud 519, ear stud 519 is tied up and is fixed with wind resistance rope 8, the upper end of wind resistance rope 8 is fixed on described back timber corner protector 518 by ear stud 519, lower end by earth anchor 9 anchoring on the ground, to make wind resistance rope 8 outward-dipping relative to wallboard 4 from the top down, and rely on four back timber corner protector 518 positions and all arrange this wind resisting structure, wind resistance rope 8 is made to apply fastening pressure and location tension force to whole house when straining, ensure that house is when being subject to wind-force invasion and attack, body of wall is there will not be to loosen or the problem of lid movement, ensure the reliable functional performance in house.
As shown in Figure 15 and Figure 16, described roof connection plate 52 comprises the top board 53 be fitted on roof panel 6 upper surface, the sagging outside plate 54 arranged at top board 53 outer edge place, the location-plate 55 of the downward overhanging arranged in the downside of outside plate 54, described outside plate 54 is in the outside of roof panel 6, and and between the lateral surface of roof panel 6, there is gap, location-plate 55 is in the inner side of described outside plate 54, and upper edge extends to the lower to top of described outside plate 54, the upper edge of location-plate 55 is provided with outside turnover, and the connection be integrally connected on the medial surface of described outside plate 54 is along 56, the downside of described connection along 56, the upside of location-plate 55 lateral surface and the downside of outside plate 54 medial surface surround the mounting groove that cross section is inverted U, described wall connecting plate 51 comprises the deck plate 57 with inverted U cross section of spiral-lock at wallboard 4 top, the outrigger base 58 of the outside overhanging of the arranged outside of deck plate 57, the wall plate 59 that the outer edge of outrigger base 58 upwards erects, the end face of deck plate 57 is provided with two clamp bar slots 510 extended along plate body length direction, the weather strip (not shown) be folded between deck plate 57 and roof panel 6 is embedded with in draw-in groove 510, the top of thirty years of age wallboard 59 is stretched in described mounting groove, the lateral surface of bottom is concordant with the lateral surface of described outside plate 54, middle part is also integrally connected to the top of described wall plate 59 from the outside fold inward of described bottom, the lower edge of described outside plate 54 coordinates at above-below direction block with the middle part of wall plate 59, and be provided with on the lateral surface of outside plate 54 and be under it along position, and to the water conservancy diversion of downward-extension along 511.Location-plate 55 is in the inner side of wall plate 59, and be provided with in fold inward on the lower edge of location-plate 55 and turn edge 512, wall plate 59 is equipped with the inner in location-plate 55 lower position expose from the inner side of location-plate 55, the connecting stud 513 that outer end is exposed from the outside of wall plate 59, spin-endedly on the exposed portion of connecting stud 513 the inner be equipped with connector 514, the upper edge of connector 514 is provided with outside turnover, and be overlapped on described in turn edge on 512 outer turns edge 515, described outer turn edge 515 with described in turn edge and 512 to coordinate at above-below direction block, the periphery of the exposed portion of connecting stud 513 outer end is installed with the force nut 516 coordinated with wall plate 59 block in inward-outward direction, this force nut 516 is wing nut.The cross section profile of the medial surface of top board 53 is the cambered surface be affixed with the downside of top board 53.The cross section profile of the downside of deck plate 57 inner side slot sidewall is the cambered surface be affixed with the medial surface of the inner side slot sidewall of deck plate 57.The corresponding Stop structure be provided with for stoping location-plate 55 to move up on the medial surface of wall plate 59 and the lateral surface of location-plate 55, on the lateral surface that this Stop structure comprises location-plate 55, the cross section of projection is semicircular installing card along 518, the medial surface of wall plate 59 offers the spacing draw-in groove 517 that cross section profile is semi-circumferential, and described installing card is plugged in described spacing draw-in groove 517 along 518.The outer face of connecting stud 513 offers flat recess, and the bearing of trend of this flat recess is corresponding with upper outside 515 present positions that turn edge of connector 514.
As shown in Fig. 5 to Figure 10, the horizontal stroke in crosswise cross-distribution, longitudinal bracing piece 25,26 is provided with in the below of inside, floor 3, and be welded with Fixing clamp-seat 27 in the centre position, inner side of every root grade beam section bar 21, be fixed with location deck 28 in the middle part of longitudinal bracing piece 26 respectively in both lateral sides, Fixing clamp-seat 27 and location deck 28 are the channel-section steel of opening up layout.Longitudinal bracing piece 26 be the square steel pipe of bridge joint between two grade beam section bars 21 of ground collar tie beam 2 horizontal expansion, and the two ends of longitudinal bracing piece 26 are inserted into respectively to lock in corresponding Fixing clamp-seat 27 and by cottor pin and bearing pin and link together.Transverse reinforced bar 25 is laterally half bar of the therefrom separated both lateral sides for being symmetrically distributed in longitudinal bracing piece 26 middle part, two transverse direction half bars are square steel pipe, plug-in mounting is in Fixing clamp-seat 27 and location deck 28 respectively at the two ends of horizontal half bar of every root, and laterally half bar is also connected on paired Fixing clamp-seat 27 and location deck 28 by cottor pin and bearing pin locking.
As shown in figure 11, the end face of grade beam section bar 21 is fixed with near the geosyncline beam 22 of outer side edges along distribution by rivet, geosyncline beam 22 is opening up square channel-section steel, and alternately arranges in Z-shaped on the length direction of geosyncline beam 22 for the rivet be fixed on by geosyncline beam 22 on ground collar tie beam 2 end face; Meanwhile, the inner space of geosyncline beam 22 constitutes the wallboard mounting groove 23 for plug-in mounting wallboard 4, and the end face part be in inside geosyncline beam 22 of grade beam section bar 21 constitutes the supporting surface 24 for setting up floor 3.And floor 3 mutually to be docked by complementary male and female tongue and groove by row's composite plate and formed, the surrounding on floor 3 is along on the supporting surface 24 be overlapped on respectively on ground collar tie beam 2 end face.
As shown in Figure 11, Figure 13 and Figure 14, the bottom riveted joint of wallboard 4 has the U-shaped inserts of its bottom surface of parcel and bottom sides, and the bottom setting-in of wallboard 4 is fixed in this U-shaped inserts, and is inserted in described wallboard mounting groove 23 together with this U-shaped inserts; The top braces of wallboard 4 is under the lower face of roof panel 6 and be connected with roof panel 6 by top beam 5, is pressed in described wallboard mounting groove 23 by wallboard 4 by roof panel 6.Different according to the purposes at each wallboard 4 position residing for it, each wallboard 4 can be divided into dividing plate, Door frame board 41 and window frame plate 42, its median septum is common composite plate; The middle part of Door frame board 41 offers door opening for installing doorframe, all the other entity part are still common composite plate, the edge of door opening is fixed with doorframe, is provided with door leaf plate in doorframe; The crown center position of window frame plate 42 offers window opening for installing window frame, remainder is also common composite plate, the edge of window opening is fixed with window frame, the sash installed in window frame, in each dividing plate, Door frame board 41 and window frame plate 42, adjacent two plate bodys are docked by the complementary male and female tongue and groove of both opposite sides, mutually each wallboard 4 to be assembled into the surrounding enclosure wall in house.Installation site residing for each wallboard 4 is different, each wallboard 4 can be divided into side plate and corner board, its latus inframedium is common straight tabular composite plate, corner board is the rectangular-shaped composite plate of at right angles turnover, corner board is in the position, four corners in house, each side plate is then between adjacent two corner boards of side, house, and the adjacent biside plate being in house homonymy is docked mutually by the complementary male and female tongue and groove of both opposite ends, with the sidewall making each side plate being in house homonymy be spliced into house, the side plate adjacent with corner board is also docked with corner board by the male and female tongue and groove of complementation, the surrounding enclosure wall in house is surrounded to make the sidewall in house dock with corner.
As shown in Figure 17 to Figure 21, described modularization integrated house is provided with for electric connection structure at the bottom position place of wallboard 4, this confession electric connection structure comprises wallboard 4, what wallboard 4 offered through indoor and outdoor connects electric hole, and be fixed with shutoff at wallboard 3 medial surface screwing and connecing the indoor electric socket 72 on inner aperture, electric hole, be fixed with shutoff at wallboard 3 lateral surface screwing and connecing the outdoor energization socket 71 on electric outer end of hole aperture, between indoor electric socket 72 and outdoor energization socket 71, bridge joint has the cable 7 of both conductive communication.Wherein, indoor electric socket 72 is for having the block family expenses plate of multisocket, outdoor energization socket 71 is cylindric industrial socket, the periphery of outdoor energization socket 71 is convexly equipped with block and turns edge 76 at the described block connect on edge, electric outer end of hole hole, turn edge at block and between 76 and wallboard 4, to be folded with the waterproof washer 77 in shutoff gap between the two, and block is turned edge and 76 to be connected on wallboard 4, to make outdoor energization socket 71 be connected on wallboard by described attachment screw 74 screw by attachment screw 74; The outer face of outdoor energization socket 71 is hinged with open time upwards open, close time downward buckle closure waterproof cover 73, to make waterproof cover 73 play plugging effect when outdoor energization socket 71 does not use to the socket position on its outer face, rainwater is avoided directly to fall in the socket of outdoor energization socket 71; When outdoor energization socket 71 uses, waterproof cover 73 upwards opens to make can plug together in the socket of outdoor energization socket 71 for electrical plug 75, when ensureing reliably to be electrically connected for electric connection structure, waterproof cover 73 is made to play occlusion effect at outdoor energization socket 71 with for above the binding site of electrical plug 75, under further raising using state, for the waterproof effect of electric connection structure.
In addition, for reducing the land for building area shared by whole house, as shown in figure 24, the upper end of wind resistance rope 08 is connected in by ear stud 519 on the back timber corner protector 518 at top beam 5 corner location place; Wind resistance rope, 8 lower ends tie up be fixed on regulate support 1 supporting plate 12 on, and earth anchor 09 is fixed with on the bottom bracing plate 11 regulating support 1, anchoring is on the ground through described bottom bracing plate 11 for earth anchor 09, fixed on the ground by earth anchor 09 to make adjustment support 1, the wind resistance rope 08 being in corner, house will be made like this to be drawn in around wallboard 4, and the top beam 5 in whole house and ground collar tie beam 2 are fixed together by wind resistance rope 08, improve the globality in whole house and the availability of building land.
In the above-described embodiments, wallboard is fixedly connected with by top beam is removable with roof panel, and in other embodiments, roof panel also can removablely by fast-assembling connected mode conventional in the prior art such as attachment screw, connecting bolt be fixedly connected with.
In the above-described embodiments, dividing plate is divided into side plate and wall corner skirt board, to avoid carrying out wallboard connection at the position, corner in house, in other embodiments, when not considering that position, corner connects difficulty, also can remove wall corner skirt board, and be connected at position, corner by side plate, namely make dividing plate be the side plate being in floor surrounding.
In the above-described embodiments, wallboard comprises dividing plate, Door frame board and window frame plate, in other embodiments, also can install a wallboard in the side in house less and form the passage (i.e. door) carrying out house, then can not arrange for window frame, rely on the lighting apparatus daylighting in house.
In the above-described embodiments, grade beam section bar is square steel section bar, floor, wallboard and roof panel are the composite plate with steel surface layer, and anti-slip veins is provided with on the upper face on floor, in other embodiments, floor, wallboard and roof panel also can be other sheet materials such as plank, steel plate, and grade beam section bar also can be other steel sectional materials such as i iron, channel-section steel, and adopt steel sectional material to belong to technological means known in those skilled in the art as spandrel girder, therefore repeat no more.
In the above-described embodiments, geosyncline beam is fixed on grade beam section bar by rivet, and in other embodiments, geosyncline beam also other can be fixedly connected with mode and be fixed on grade beam section bar by bolt, screw, welded construction etc.; Or geosyncline beam can also be wholely set with grade beam section bar, now the inner side of grade beam section bar end face also can with the either flush of geosyncline beam, corresponding in use carries out spacing by wallboard to floor.
In the above-described embodiments, the guiding mechanism that adjusting pole is installed is by adjusting bolt and adjustment body is formed, and in other embodiments, this guiding mechanism also can be made up of cylinder or hydraulic cylinder or electric pushrod, these belong to the usual technological means of those skilled in the art, therefore no longer describe in detail.
The stand bar structure embodiment of modularization integrated house of the present invention: as shown in Figure 1 to Figure 3, in the present embodiment, stand bar structure is identical with stand bar structure in above-described embodiment, therefore repeats no more.
Claims (6)
1. a modularization integrated house, comprise floor, it is characterized in that, the adjustment support being in its corner location place is provided with in the below on floor, described floor is overlapped on and regulates on support, and regulating governor motion support is provided with for plate height up and down, described governor motion comprises the perforation regulating the upper downward-extension that support is offered, the adjusting bolt of the upper downward-extension worn in perforation, the periphery of adjusting bolt is revolved the adjusting nut established, adjusting nut coordinates along block with the upper end hole of perforation, and the top block of adjusting bolt is in the below on floor, described adjusting bolt is installed with the locking nut be in below adjusting nut, the adjustment body be sleeved on the periphery of adjusting bolt is equiped with between locking nut and adjusting nut, regulate the two ends difference block of body on adjusting nut and locking nut, the upper end of body is regulated to penetrate in described perforation.
2. modularization integrated house according to claim 1, it is characterized in that, at floor and the ground collar tie beam being interval with square frame-shaped regulating support, the end face of ground collar tie beam is provided with the wallboard mounting groove of the respective side edge extension along wallboard, in wallboard mounting groove, be fitted with the wallboard upwards extended, and have on the end face of ground collar tie beam relative to the supporting surface for overlap floor of described wallboard mounting groove near the side of grade beam inside.
3. modularization integrated house according to claim 2, it is characterized in that, the upside of described wallboard is connected with top beam, the wall connecting plate that top beam is connected to the top of wallboard and the roof connection plate be connected on roof panel edge, the wall connecting plate that roof connection plate comprises the top being connected to wallboard and the roof connection plate be connected on roof panel edge, described roof connection plate comprises the top board be fitted on roof panel upper surface, the sagging outside plate arranged at top board outer edge place, the location-plate of the downward overhanging arranged in the downside of outside plate, described outside plate is in the outside of roof panel, described wall connecting plate comprises spiral-lock and has at panel tops the wall plate that the outer edge of the deck plate in inverted U cross section, the outrigger base of outside overhanging of the arranged outside of deck plate, outrigger base upwards erects, the upper edge of wall plate is in the top of the lower edge of location-plate, and wall plate and location-plate are interconnected by any one of following three kinds of modes
First kind of way, location-plate is in the outside of wall plate, the corresponding Stop structure be provided with for stoping location-plate to move up on the medial surface of location-plate and the lateral surface of wall plate, and spin-endedly on wall plate be equipped with interior extension and be in the connecting stud below location-plate, the outer end of connecting stud is exposed from the outside of location-plate, the periphery of exposed portion screws with location-plate at the spacing force nut coordinated of inward-outward direction;
The second way, location-plate is in the inner side of wall plate, and be provided with in fold inward on the lower edge of location-plate and turn edge, wall plate is equipped with the inner in location-plate lower position expose from the inner side of location-plate, the connecting stud that outer end is exposed from the outside of wall plate, spin-endedly on the exposed portion of connecting stud the inner be equipped with connector, the upper edge of connector is provided with outside turnover, and be overlapped on described in turn edge on to turn edge outward, described outer turn edge with described in turn edge and to coordinate at above-below direction block, the periphery of the exposed portion of connecting stud outer end is installed with the force nut coordinated with wall plate block in inward-outward direction,
The third mode, location-plate is in the inner side of wall plate, the junction plate exposed from the below of location-plate downside is equipped with at the inner side limiting-position of location-plate, on the exposed portion, downside of junction plate, spin-ended being equipped with is in below location-plate, and at least two connecting studs outwards overhang, each connecting stud is spaced apart along its length under location-plate, the outer end of connecting stud is passed in the perforation that wall plate is offered, pass on periphery partly and be installed with the force nut coordinated at inward-outward direction upper limit with wall plate, and be provided with at the Stop structure for stoping location-plate to move up on the lateral surface of junction plate and the medial surface of location-plate and/or on the lateral surface of location-plate and the medial surface of wall plate.
4. the stand bar structure of a modularization integrated house, it is characterized in that, comprise the below being arranged on floor, and be in the adjustment support at corner location place, floor, and regulating governor motion support is provided with for plate height up and down, described governor motion comprises the perforation regulating the upper downward-extension that support is offered, the adjusting bolt of the upper downward-extension worn in perforation, the periphery of adjusting bolt is revolved the adjusting nut established, adjusting nut coordinates along block with the upper end hole of perforation, and the top block of adjusting bolt is in the below on floor, described adjusting bolt is installed with the locking nut be in below adjusting nut, the adjustment body be sleeved on the periphery of adjusting bolt is equiped with between locking nut and adjusting nut, regulate the two ends difference block of body on adjusting nut and locking nut, the upper end of body is regulated to penetrate in described perforation.
5. the stand bar structure of modularization integrated house according to claim 4, it is characterized in that, at floor and the grade beam being interval with square frame-shaped regulating support, the end face of grade beam is provided with the wallboard mounting groove of the respective side edge extension along wallboard, in wallboard mounting groove, be fitted with the wallboard upwards extended, and have on the end face of grade beam relative to the supporting surface for overlap floor of described wallboard mounting groove near the side of grade beam inside.
6. the stand bar structure of modularization integrated house according to claim 5, it is characterized in that, at floor and the ground collar tie beam being interval with square frame-shaped regulating support, the end face of ground collar tie beam is provided with the wallboard mounting groove of the respective side edge extension along wallboard, in wallboard mounting groove, be fitted with the wallboard upwards extended, and have on the end face of ground collar tie beam relative to the supporting surface for overlap floor of described wallboard mounting groove near the side of grade beam inside.
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| CN201310143477.0A CN103233512B (en) | 2013-04-24 | 2013-04-24 | Modularization integrated house and stand bar structure thereof |
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| CN201310143477.0A CN103233512B (en) | 2013-04-24 | 2013-04-24 | Modularization integrated house and stand bar structure thereof |
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| CN103741879A (en) * | 2013-12-18 | 2014-04-23 | 安徽森泰塑木新材料有限公司 | Adjustable leg of pillar of integrated housing |
| CN105442870B (en) * | 2015-11-11 | 2017-11-07 | 安徽大篷车移动房屋集成有限公司 | A kind of integrated moveable house |
| CN106284660A (en) * | 2016-08-26 | 2017-01-04 | 浙江普天集成房屋有限公司 | A kind of connector |
| CN110675580B (en) * | 2019-10-15 | 2021-08-31 | 淄博豪迈实验室装备有限公司 | Laboratory environment monitoring and emergency dredging rescue system |
| CN113294629A (en) * | 2021-05-08 | 2021-08-24 | 陈世强 | Anti-skid supporting leg structure convenient to disassemble and drag and application thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US3899857A (en) * | 1973-12-12 | 1975-08-19 | Mitsuo Mochizuki | Framing element and its supporting device for laying interior boarding on foundation structure |
| DE29904531U1 (en) * | 1999-03-12 | 1999-06-02 | Binder, Gerhard G., 21035 Hamburg | Raised floor on the basis of a profiled film on adjustable supports |
| CN101514566B (en) * | 2009-03-18 | 2011-06-22 | 珠海市晶艺玻璃工程有限公司 | Integrated sunshine room assembly |
| CN201495631U (en) * | 2009-08-26 | 2010-06-02 | 扬州通利冷藏集装箱有限公司 | Combined type prefabricated house |
| CN102691352B (en) * | 2012-06-05 | 2015-01-21 | 重庆骐驰科技有限公司 | Modular integrated house |
| CN203238772U (en) * | 2013-04-24 | 2013-10-16 | 河南天丰节能板材科技股份有限公司 | Modularized integrated house and supporting leg structure thereof |
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Address after: 453000 No. 1625, Xinyi street, development zone, Xinxiang City, Henan Province Patentee after: Lvfeng Energy Saving Technology Co.,Ltd. Address before: 453000 No. 369, new street, Xinxiang Development Zone, Henan, China Patentee before: HENAN TIANFON ENERGY-SAVING PANEL SCIENCE AND TECHNOLOGY Co.,Ltd. |