CN215331050U - Simple and easy multipurpose house of ann tearing open - Google Patents
Simple and easy multipurpose house of ann tearing open Download PDFInfo
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- CN215331050U CN215331050U CN202122395839.8U CN202122395839U CN215331050U CN 215331050 U CN215331050 U CN 215331050U CN 202122395839 U CN202122395839 U CN 202122395839U CN 215331050 U CN215331050 U CN 215331050U
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Abstract
The utility model provides a multipurpose house that simple and easy ann was torn open, can dismantle through handrail coupling assembling on the dorsal part of toilet bowl or the partition wall of both sides and be connected with accessible handrail, accessible handrail includes bottom plate and bar, and handrail coupling assembling includes back lining steel sheet and connecting bolt, and back lining steel sheet parallel wall body surface and steel keel frame fixed connection fasten through connecting bolt, go back fixedly connected with door on the wall body, and the door includes door leaf and door frame structure, the door frame structure includes the side frame, underframe and the underframe sliding tray of top frame, both sides, and the underframe sliding tray is buried underground in the ground in the bathroom, and the thickness scope of the outside half of underframe sliding tray and door leaf staggers from top to bottom when the door leaf is opened, and the door leaf is just right from top to bottom when closing. The barrier-free handrail installation structure for the toilet realizes the functional conversion between the common house and the barrier-free house, improves the door structure, realizes one-time installation, can meet the requirement of the conversion between the two functions, and is convenient and reliable to construct.
Description
Technical Field
The utility model relates to a multifunctional building house, in particular to a simple and easy-to-install and-dismantle multifunctional house.
Background
The existing building house is generally a single-function house aiming at healthy people in functional use. With the development of economy and the rapid change of house application functions in the form of epidemic situations, in the situation of highly concentrated population, at the same time: for example, the prefabricated house needs to be modified and recycled after the match is used in the athlete competition, or when a centralized isolation point is set as required, the house for epidemic prevention temporary placement is used and then is modified and recycled, and the like. How to ensure the conversion of dual-functional use of healthy people and disabled people through simple transformation and design when a house is used is a problem to be solved urgently.
When the building is used, the position where the handicapped people need to rise by virtue of strength to arrange the barrier-free handrail is in a bedroom and a bathroom, the bathroom is also provided with a doorsill according to the waterproof requirement, and the doorsill is very inconvenient for the handicapped people to use.
The traditional barrier-free handrail is generally fixedly connected to a concrete wall of a house or a filler wall, then a concrete block is embedded in the designed position of the barrier-free handrail and is fixed through an expansion screw, and the barrier-free handrail is used by means of the concrete wall or the filler wall. However, steel frame partition walls, light steel keel partition walls or steel frame cement pressure partition walls in prefabricated houses are very commonly used, and the partition walls only have decorative surface layers and cannot fix the handrails, so that the handrails can take roots, and the safety of the handrails in the installation and use processes can not be ensured.
Meanwhile, in the assembly type structure, the door frames around the door leaf in the door product used in the toilet comprise a bottom door frame, two side door frames and a top door frame, and the door product is generally an integrated product and is difficult to perform function conversion.
SUMMERY OF THE UTILITY MODEL
The utility model aims to provide a simple and easy-to-install and-disassemble multipurpose house, and aims to solve the technical problem that the application function of the house in the prior art cannot realize barrier-free function conversion with the function of a common house.
In order to achieve the purpose, the utility model adopts the following technical scheme:
a simple and easy multipurpose house of ann tearing open, includes two at least rooms, include a bathroom in the room, install the toilet bowl in the bathroom, the bathroom includes ceiling, ground and wall body all around, include at least a partition wall in the wall body, the partition wall includes the steelframe cement pressure partition wall of being connected with surrounding structure can be dismantled, includes steel joist frame, cement pressure plate and pressure plate tiling veneer from inside to outside in proper order, is filled with flexible plugging material between steelframe cement pressure partition wall and the surrounding structure,
the back side or the partition walls at the two sides of the toilet are detachably connected with an obstacle-free handrail through a handrail connecting assembly, the obstacle-free handrail comprises a bottom plate and a handrail rod, the root part of the handrail rod is fixedly connected with the center of the outer side of the bottom plate,
the handrail connecting component comprises a back lining steel plate and a connecting bolt, the back lining steel plate is parallel to the surface of the wall body and is fixedly connected with the steel keel frame,
the steel keel frame comprises horizontal secondary keels and vertical main keels, the vertical main keels are arranged at intervals along the width direction of the partition wall, the horizontal secondary keels are arranged in layers along the height direction of the vertical main keels, two ends of each horizontal secondary keel are respectively fixedly connected with the vertical main keels on two sides, the horizontal width of each horizontal secondary keel is smaller than that of each vertical main keel,
the back lining steel plate is arranged between two adjacent layers of horizontal secondary keels, the top end surface of the back lining steel plate is fixedly connected with the lower side surface of the upper layer of horizontal secondary keel, the bottom end surface of the back lining steel plate is fixedly connected with the upper side surface of the lower layer of horizontal secondary keel, the outer side of the back lining steel plate is tightly attached to the inner side surface of the cement pressure plate,
the back lining steel plate is opposite to the inner side and the outer side of the partition wall opposite to the bottom plate, the back lining steel plate is provided with a back plate bolt hole, the cement pressure plate is provided with a pressure plate bolt hole, the pressure plate tile veneer is provided with a veneer layer bolt hole, the bottom plate is provided with a bottom plate bolt hole, the back plate bolt hole, the pressure plate bolt hole, the veneer layer bolt hole and the bottom plate bolt hole are in one-to-one correspondence with the inner side and the outer side of the partition wall, each connecting bolt comprises a connecting screw rod and a connecting nut, the connecting screw rod sequentially penetrates through the bottom plate bolt hole, the veneer layer bolt hole, the pressure plate bolt hole and the back plate bolt hole from the outer side and is fastened to the inner side surface of the back lining steel plate through the connecting nut,
the left side and the right side of the back lining steel plate are respectively clung to the adjacent sides of the vertical main keels on the two sides and are fixedly connected with the adjacent sides of the vertical main keels on the two sides, or the width of the back lining steel plate is larger than the width between the two adjacent vertical main keels, and the inner sides of the two ends of the back lining steel plate are respectively fixedly connected with the outer side surfaces of the two vertical main keels.
The door comprises a door leaf and a door frame structure, the door frame structure comprises a top frame, side frames on two sides, a bottom frame and a bottom frame sliding groove, the side frames and the bottom frame form a door-shaped frame, the door leaf is connected in the door-shaped frame, a door gap is reserved between the bottom end face of the door leaf and the ground, the bottom frame sliding groove is buried in the ground in a toilet, the bottom frame sliding groove is vertically opposite to the top frame, the bottom frame sliding groove is arranged along the direction of the top frame in a through manner, and the outer half part of the bottom frame sliding groove and the thickness range of the door leaf are vertically staggered when the door leaf is opened and vertically opposite when the door leaf is closed.
The bottom frame sliding groove comprises a horizontal groove bottom plate and a vertical groove side plate, the top ends of the groove side plates on two sides are horizontally bent towards the middle to form a groove clamping plate, the groove clamping plate is flush with the ground, the bottom frame is a horizontal metal section plate, the inner half part of the bottom frame is upwards protruded to form a doorsill, the upper half part of the outer side plate of the doorsill is provided with an arc-shaped top protrusion, the lower half part of the outer side plate is provided with an inwards concave auxiliary groove, a through long anti-collision strip is arranged in the auxiliary groove, the outer side of the anti-collision strip protrudes out of the outer edge of the arc-shaped top protrusion, the inner side end of the doorsill is horizontally bent towards the inner side to form an inner clamping plate of the bottom frame, the inner clamping plate of the bottom frame and the outer half part of the bottom frame are in the same horizontal plane, the inner end of the inner clamping plate of the bottom frame and the outer end of the outer half part of the bottom frame are respectively connected with the groove side plates on two sides in a sliding mode, and the bottom frame slides downwards to the lowest position along the sliding groove to enable the top plate of the doorsill to be flush with the ground, when the underframe upwards slided to the highest point along the underframe sliding tray, the cardboard was tight rather than the top in the spacing underframe of groove cardboard, and the height that highly is greater than the crack of anticollision strip.
The bottom end face of the door leaf is fixedly connected with a metal magnetic attraction bottom plate, a door leaf magnet is fixedly connected to a top plate of the outer half part of the bottom frame, and the door leaf magnet and the metal magnetic attraction bottom plate attract each other through magnetic force to enable the opening and closing states of the door leaf to respectively correspond to the sliding direction of the bottom frame along the bottom frame sliding groove.
A simple and easy to install and dismantle multipurpose house comprises at least three rooms, wherein each room comprises two toilets which are arranged oppositely in the front and back, a toilet is arranged in each toilet, each toilet comprises a ceiling, a ground and peripheral walls, the double-layer walls on the opposite sides of the two toilets are split partition walls, one split partition wall is a steel frame cement pressure partition wall, the other split partition wall is an autoclaved aerated batten partition wall, the split partition walls are detachably connected with the peripheral structures, and flexible plugging materials are filled between the split partition walls and the peripheral structures,
the toilet is arranged at the outer side of the split partition wall, the split partition wall is detachably connected with an accessible handrail through a handrail connecting assembly, the accessible handrail connected with the split partition wall is arranged in a front-back opposite way and is connected with the split partition wall through the same group of connecting assemblies in a pulling way, the steel frame cement pressure partition wall sequentially comprises a steel keel frame, a cement pressure plate and a pressure plate tile veneer from inside to outside,
the autoclaved aerated batten partition wall comprises battens and batten tile veneers,
accessible handrail includes bottom plate and handrail pole, the root fixed connection of handrail pole is central in the outside of bottom plate, handrail coupling assembling includes connecting bolt, and it has the pressure plate bolt hole to open on the cement pressure plate, and it has pressure plate finish coat bolt hole to open on the pressure plate tiling, and it has the bottom plate bolt hole to open respectively on the bottom plate of both sides, and it has the slat bolt hole to open on the slat, and it has the finish coat bolt hole to open on the slat tiling, pressure plate bolt hole, pressure plate finish coat bolt hole, slat finish coat bolt hole and the bottom plate bolt hole of both sides all correspond inside and outside the double-deck partition wall one-to-one relatively, connecting bolt includes connecting screw and coupling nut, connecting bolt passes pressure plate bolt hole, pressure plate finish coat bolt hole, one side bottom plate bolt hole and slat bolt hole, slat finish coat bolt hole, slat bolt hole, The bolt holes of the bottom plate on the other side are respectively fastened through connecting nuts at two ends,
the connecting screw rod is a through long screw rod which penetrates through the double-layer partition wall, the connecting nuts are fastened to the outer side surfaces of the base plates respectively, or the handrail connecting assembly further comprises a backing steel plate which is parallel to the surface of the wall body.
The wall body is also fixedly connected with a door, the door comprises a door leaf and a door frame structure, the door frame structure comprises a top frame, side frames at two sides, a bottom frame and a bottom frame sliding groove, the side frames and the bottom frame form a door-shaped frame, the door leaf is connected in the door-shaped frame, a door gap is reserved between the bottom end surface of the door leaf and the ground, the bottom frame sliding groove is embedded in the ground in a toilet, the bottom frame sliding groove is vertically opposite to the top frame, the bottom frame sliding groove is arranged along the direction of the top frame, the outer half part of the bottom frame sliding groove and the thickness range of the door leaf are vertically staggered when the door leaf is opened and vertically opposite when the door leaf is closed,
the bottom frame sliding groove comprises a horizontal groove bottom plate and a vertical groove side plate, the top ends of the groove side plates on two sides are horizontally bent towards the middle to form a groove clamping plate, the groove clamping plate is flush with the ground, the bottom frame is a horizontal metal section plate, the inner half part of the bottom frame is upwards protruded to form a doorsill, the upper half part of the outer side plate of the doorsill is provided with an arc-shaped top protrusion, the lower half part of the outer side plate is provided with an inwards concave auxiliary groove, a through long anti-collision strip is arranged in the auxiliary groove, the outer side of the anti-collision strip protrudes out of the outer edge of the arc-shaped top protrusion, the inner side end of the doorsill is horizontally bent towards the inner side to form an inner clamping plate of the bottom frame, the inner clamping plate of the bottom frame and the outer half part of the bottom frame are in the same horizontal plane, the inner end of the inner clamping plate of the bottom frame and the outer end of the outer half part of the bottom frame are respectively connected with the groove side plates on two sides in a sliding mode, and the bottom frame slides downwards to the lowest position along the sliding groove to enable the top plate of the doorsill to be flush with the ground, when the bottom frame slides upwards along the bottom frame sliding groove to the highest position, the groove clamping plate limits the inner clamping plate of the bottom frame and is tightly propped against the inner clamping plate, the height of the anti-collision strip is greater than that of the door gap,
the bottom end face of the door leaf is fixedly connected with a metal magnetic attraction bottom plate, a door leaf magnet is fixedly connected to a top plate of the outer half part of the bottom frame, and the door leaf magnet and the metal magnetic attraction bottom plate attract each other through magnetic force to enable the opening and closing states of the door leaf to respectively correspond to the sliding direction of the bottom frame along the bottom frame sliding groove.
The back steel plate comprises a keel back steel plate and a batten back steel plate, the keel back steel plate is fixedly connected with the steel keel frame, the keel back steel plate is opposite to the inner side and the outer side of the steel frame cement pressure partition wall relative to the bottom plate, keel backboard bolt holes are formed in the keel back steel plate, the keel backboard bolt holes and connecting screws on the side correspond to the inner side and the outer side of the partition wall one by one, the connecting screws sequentially penetrate through the bottom plate bolt holes, the pressure plate finishing layer bolt holes, the pressure plate bolt holes and the keel backboard bolt holes from the outer side and are fastened to the inner side surface of the keel back steel plate through connecting nuts on the side,
the batten back lining steel plate is opposite to the inner side and the outer side of the autoclaved aerated batten partition wall relative to the bottom plate, batten back plate bolt holes are formed in the batten back lining steel plate, the batten back plate bolt holes and connecting screws on the side correspond to the inner side and the outer side of the partition wall one by one, the connecting screws sequentially penetrate through the bottom plate bolt holes, the batten finishing layer bolt holes, the batten bolt holes and the batten back plate bolt holes from the outer side and are fastened to the inner side surface of the batten back lining steel plate through connecting nuts on the side,
the steel joist frame includes horizontal secondary joist and vertical main joist, the width direction interval setting of partition wall is followed to vertical main joist, the direction of height layering setting of vertical main joist is followed to horizontal secondary joist, the both ends of horizontal secondary joist respectively with the vertical main joist fixed connection of both sides, the horizontal width of horizontal secondary joist is less than the horizontal width of vertical main joist.
The left side and the right side of the keel backing steel plate are respectively clung to and fixedly connected with the adjacent sides of the vertical main keels at the two sides.
The width of fossil fragments backing steel sheet is greater than the width between the vertical main joist of adjacent twice, the both ends inboard of fossil fragments backing steel sheet respectively with the outside fixed surface of the vertical main joist of twice be connected.
Compared with the prior art, the utility model has the following characteristics and beneficial effects:
the utility model provides a simple and easy-to-install and-disassemble multipurpose house aiming at a single-function house, and the functional conversion between a common house and a barrier-free house is realized through the installation structure of barrier-free handrails of a toilet. Accessible handrail is through increasing the steel sheet backplate at the partition wall back, and the backplate is linked with partition wall skeleton welding, and the backplate is as the atress position of handrail, lets accessible handrail atress pass to whole wall body skeleton, has ensured the security in the handrail installation use to through improving the partition wall construction on this basis, make things convenient for the smooth realization of two kinds of conversions. Especially, double-deck partition wall position can realize before and after guaranteeing the function conversion, sets up the partition wall of two kinds of different grade types, and one side is steelframe cement pressure partition wall, and the opposite side is to evaporate to press air entrainment slat partition wall, and the structure of steelframe cement pressure partition wall is thinner and can dismantle the convenience, and the steelframe dorsal part can also provide more construction operation space, evaporates and presses air entrainment slat partition wall then can provide more handrails rigidity of takeing root, guarantees the safe in utilization of both sides handrail.
Meanwhile, the door structure is improved, the requirement of conversion between two functions can be met by one-time installation, and the installation mode of the bottom door frame is improved, so that the conversion between different house functions can be realized by opening and closing the door.
The utility model can be applied to the improvement of barrier-free houses on common houses and the improvement of barrier-free houses on common houses, realizes the conversion of different functions and has convenient and reliable construction.
Drawings
The present invention will be described in further detail with reference to the accompanying drawings.
FIG. 1 is a schematic view of a toilet including a toilet according to an embodiment of the present invention.
Fig. 2 is a schematic sectional view of the installation of the unobstructed handrail of the steel frame concrete pressure bulkhead of fig. 1.
Fig. 3 is a side view schematic of fig. 2.
Figure 4 is a schematic side sectional view of the door of figure 1.
Fig. 5 is a schematic view of the bottom structure of the door of fig. 4 with the door leaf open.
Fig. 6 is a schematic view of the bottom of the door of fig. 4 with the door leaf closed.
Fig. 7 is a schematic structural diagram of a modification of the first embodiment of the present invention.
Fig. 8 is a schematic structural diagram of a second embodiment of the present invention.
Fig. 9 is a schematic structural view of a third embodiment of the utility model comprising two toilets.
Fig. 10 is a sectional view of the installation of the barrier-free handrail in the double-walled partition of fig. 9.
Fig. 11 is a sectional view showing the installation of a barrier-free handrail according to an embodiment of the present invention.
Reference numerals: 1-room, 2-toilet, 3-toilet, 4-wall, 5-steel frame cement pressure partition wall, 51-steel keel frame, 511-horizontal secondary keel, 512-vertical main keel, 52-cement pressure plate, 521-pressure plate bolt hole, 53-pressure plate tiling veneer, 531-veneer layer bolt hole, 6-barrier-free handrail, 61-bottom plate, 611-bottom plate bolt hole, 62-handrail rod, 7-backing steel plate, 71-back plate bolt hole, 72-slat backing steel plate, 73-keel backing steel plate, 8-connecting bolt, 81-connecting screw, 82-connecting nut, 9-door frame structure, 91-top frame, 92-side frame, 93-bottom frame, 931-threshold, 932-arc top projection, 933-additional groove, 934-crashproof strip, 935-bottom frame inner clamping plate, 94-bottom frame sliding groove, 941-groove bottom plate, 942-groove side plate, 943-groove clamping plate, 10-groove clamping plate, 101-metal magnetic bottom plate, 11-door seam, 12-ground, 13-door leaf magnet, 14-autoclaved aerated slat partition wall, 141-slat, 142-slat tile decorative surface, 143-slat bolt hole and 144-slat decorative surface bolt hole.
Detailed Description
Referring to fig. 1-6, a simple and easy-to-mount and easy-to-dismount multipurpose house comprises two rooms 1, wherein each room comprises a toilet 2, a toilet bowl 3 is mounted in each toilet, each toilet comprises a ceiling, a ground 12 and a surrounding wall 4, each wall comprises at least one partition wall, each partition wall comprises a steel frame cement pressure partition wall 5 detachably connected with a surrounding structure, the steel frame cement pressure partition wall comprises a steel keel frame 51, a cement pressure plate 52 and a pressure plate tile facing 53 from inside to outside in sequence, and flexible plugging materials are filled between the steel frame cement pressure partition wall 5 and the surrounding structure.
Can dismantle through handrail coupling assembling and be connected with accessible handrail 6 on the dorsal part of toilet bowl 3 or the partition wall of both sides, accessible handrail includes bottom plate 61 and bar 62, the root fixed connection of bar 62 is in the outside center of bottom plate 61.
The handrail connecting assembly comprises a backing steel plate 7 and a connecting bolt 8, wherein the backing steel plate 7 is parallel to the surface of a wall body and is fixedly connected with a steel keel frame 51.
The steel joist frame 51 includes horizontal secondary joist 511 and vertical main joist 512, the width direction interval setting of partition wall is followed to vertical main joist 512, the direction of height layering setting of vertical main joist 512 is followed to horizontal secondary joist 511, the both ends of horizontal secondary joist 511 respectively with the vertical main joist 512 fixed connection of both sides, the horizontal width of horizontal secondary joist 511 is less than the horizontal width of vertical main joist 512.
The backing steel plate 7 is arranged between the adjacent two layers of horizontal secondary keels 511, the top end face of the backing steel plate is fixedly connected with the lower side surface of the upper layer of horizontal secondary keel 511, the bottom end face of the backing steel plate is fixedly connected with the upper side surface of the lower layer of horizontal secondary keel 511, and the outer side of the backing steel plate 7 is tightly attached to the inner side surface of the cement pressure plate 52.
The backing steel plate 7 is opposite to the inner side and the outer side of the partition wall opposite to the bottom plate 61, the backing steel plate 7 is provided with a back plate bolt hole 71, the cement pressure plate 52 is provided with a pressure plate bolt hole 521, the pressure plate tile facing 53 is provided with a finishing layer bolt hole 531, the bottom plate 61 is provided with a bottom plate bolt hole 611, the back plate bolt hole 71, the pressure plate bolt hole 521, the finishing layer bolt hole 531 and the bottom plate bolt hole 611 are in one-to-one correspondence with the inner side and the outer side of the partition wall, each connecting bolt 8 comprises a connecting screw 81 and a connecting nut 82, and the connecting screw 81 sequentially penetrates through the bottom plate bolt hole 611, the finishing layer bolt hole 531, the pressure plate bolt hole 521 and the back plate bolt hole 71 from the outer side and is fastened to the inner side surface of the backing steel plate 7 through the connecting nut.
Referring to fig. 7, in another modification of this embodiment, the left and right sides of the backing steel plate 7 are respectively attached and fixedly connected to the adjacent sides of the vertical main keels 512 on the two sides. All the holes are formed in the four corners of the plate body, and the backing steel plate 7 is a rectangular plate. The backing steel plate is a steel plate with the thickness of 6 mm. The thickness of the cement pressure plate is 12 mm.
Referring to fig. 1 and 4-6, a door is further fixedly connected to the wall 4, the door includes a door leaf 10 and a door frame structure 9, the door frame structure 9 includes a top frame 91, side frames 92 at two sides, a bottom frame 93 and a bottom frame sliding groove 94, the side frames 92 and the bottom frame 93 form a door-shaped frame, the door leaf 10 is connected in the door-shaped frame, a door gap 11 is reserved between the bottom end surface of the door leaf 10 and the ground 12, the bottom frame sliding groove 94 is embedded in the ground 12 in the toilet 2, the bottom frame sliding groove 94 is vertically opposite to the top frame 91, the bottom frame sliding groove 94 is vertically arranged along the direction of the top frame 91, the thickness range of the outer half part of the bottom frame sliding groove 94 and the door leaf 10 is vertically staggered when the door leaf 10 is opened, and the door leaf 10 is vertically opposite when the door leaf 10 is closed.
The bottom frame sliding groove 94 comprises a horizontal groove bottom plate 941 and a vertical groove upper plate 942, the top ends of the two side groove upper plates 942 are respectively bent towards the middle to form a groove clamping plate 943, the groove clamping plate 943 is flush with the ground 12, the bottom frame 93 is a horizontal metal section plate, the inner half part of the bottom frame 93 protrudes upwards to form a threshold 931, the upper half part of the outer side plate of the threshold 931 is provided with an arc-shaped top protrusion 932, the lower half part of the outer side plate is provided with an inwards concave auxiliary groove 933, a through long anti-collision strip 934 is arranged in the auxiliary groove 933, the outer side of the anti-collision strip 934 protrudes out of the outer edge of the arc-shaped top protrusion 932, the inner end part of the threshold 931 bends towards the inner side to form a bottom frame inner clamping plate 935, the bottom frame inner clamping plate 935 and the outer half part of the bottom frame 93 are in the same horizontal plane, the inner end of the bottom frame inner clamping plate 935 and the outer end of the outer half part of the bottom frame 93 are respectively connected with the two side groove upper plates 942 in a sliding way, bottom frame 93 is along bottom frame sliding tray 94 top plate and the ground 12 parallel and level of threshold 931 when sliding down to the lower extreme, and when bottom frame 93 upwards slided to the highest point along bottom frame sliding tray 94, the spacing bottom frame inside callipers board 935 of groove cardboard 943 and with its top tightly, the height that highly is greater than crack 11 of anticollision strip 934.
The bottom end surface of the door leaf 10 is fixedly connected with a metal magnetic bottom plate 101, a door leaf magnet 13 is fixedly connected to a top plate of the outer half part of the bottom frame 93, and the door leaf magnet 13 and the metal magnetic bottom plate 101 are attracted by magnetic force to enable the opening and closing states of the door leaf 10 to respectively correspond to the sliding direction of the bottom frame 93 along the bottom frame sliding groove 94.
In this embodiment, the height of the door gap is 7mm, and the bottom frame is made of 304 stainless steel. The thickness of door leaf is 60mm, and the width of underframe sliding tray is 120 mm. The height of the threshold is 19 mm.
Second embodiment referring to fig. 8, different from the first embodiment, the width of the backing steel plate 7 is greater than the width between two adjacent vertical main runners 512, and the inner sides of two ends of the backing steel plate 7 are fixedly connected with the outer side surfaces of the two vertical main runners 512 respectively.
The construction method of the two simple mounting and dismounting multipurpose houses comprises the following construction steps:
when a normal room is transformed from an unobstructed room:
step one, constructing other rooms except the toilet 2;
secondly, constructing a ceiling, the ground 12 and walls of surrounding non-partition walls of the toilet 2, wherein a bottom frame sliding groove 94 and a bottom frame 93 which are prefabricated in a factory are pre-embedded in the ground 12 corresponding to the wall where the door is pre-installed, and the bottom frame 93 slides to the lowest position in the bottom frame sliding groove 94 on site;
step three, installing a top frame 91, a side frame 92 and a door leaf 10 which are integrally prefabricated in a factory on a wall body of a pre-installed door;
step four, performing a door leaf 10 opening and closing magnetic force test on the door leaf 10 and the bottom frame 93 in the bottom frame sliding groove 94, and completing construction after verification;
fifthly, designing and positioning the installation position of a toilet 3, wherein the toilet 3 is provided with a hidden water tank, the installation position of the barrier-free facility is determined to be on a partition wall near the toilet 3, and the back side of the partition wall is provided with an operation space for accommodating the hidden water tank;
sixthly, constructing a steel keel frame 51 of the partition wall, welding a back lining steel plate 7 on the back side of the steel keel frame 51 in an operation space at a position opposite to the position of the barrier-free handrail 6, and then forming strip-shaped back plate bolt holes 71 in the back lining steel plate 7;
step seven, after the steel frame is welded, adhering a cement pressure plate 52 to the outer surface, fixing the cement pressure plate 52 and the steel keel frame 51 by adopting special dovetail nails, and then plastering and brushing the surface of the cement pressure plate 52 for water prevention; then, pressure plate bolt holes 521 are formed in positions corresponding to the back plate bolt holes 71;
step eight, adhering a pressure plate tile veneer 53 on the outer side of the cement pressure plate 52, and then forming a veneer layer bolt hole 531 on the pressure plate tile veneer 53; then filling flexible plugging materials between the steel frame cement pressure partition wall 5 and the surrounding structure;
step nine, opening a bottom plate bolt hole 611 on a bottom plate 61 of the barrier-free handrail 6, then enabling a back plate bolt hole 71, a pressure plate bolt hole 521, a finish layer bolt hole 531 and the bottom plate bolt hole 611 to correspond to the inner side and the outer side of the partition wall one by one, sequentially enabling a connecting screw 81 to penetrate through the bottom plate bolt hole 611, the finish layer bolt hole 531, the pressure plate bolt hole 521 and the back plate bolt hole 71 from the outer side and be fastened to the inner side surface of the backing steel plate 7 through a connecting nut, installing and fixing the connecting screw through an overhauling port of the toilet bowl 3 during construction, and then connecting the handrail rod 62 with the bottom plate 61;
step ten, dismantling the steel frame cement pressure partition wall 5 provided with the barrier-free handrail 6 according to the function conversion requirement, and then reforming the house;
when transformed from a normal room to an unobstructed room:
step one, constructing other rooms except the toilet 2;
secondly, constructing a ceiling, a ground 12 and peripheral walls of the toilet 2, wherein a bottom frame sliding groove 94 and a bottom frame 93 which are prefabricated in a factory are embedded in the ground 12 corresponding to the wall where the door is pre-installed, and the bottom frame 93 slides to the lowest position in the bottom frame sliding groove 94 on site;
step three, installing a top frame 91, a side frame 92 and a door leaf 10 which are integrally prefabricated in a factory on a wall body of a pre-installed door;
step four, performing a door leaf 10 opening and closing magnetic force test on the door leaf 10 and the bottom frame 93 in the bottom frame sliding groove 94, and verifying that the rear door construction is finished;
fifthly, designing and positioning the installation position of a toilet 3, wherein the toilet 3 is provided with a hidden water tank, the installation position of the barrier-free facility is determined to be on a partition wall near the toilet 3, and the back side of the partition wall is provided with an operation space for accommodating the hidden water tank;
step six, dismantling the steel frame cement pressure partition wall 5, then overturning the cement pressure partition wall, welding a backing steel plate 7 on the back side of the steel keel frame 51 in an operation space at a position opposite to the position of the barrier-free handrail 6, then forming strip-shaped back plate bolt holes 71 in the backing steel plate 7, perforating the partition wall by respectively using a pressure plate bolt hole 521 and a finish layer bolt hole 531,
the bottom plate 61 of the barrier-free handrail 6 is detachably connected with the handrail rod 62, a bottom plate bolt hole 611 is formed in the bottom plate 61, then a back plate bolt hole 71, a pressure plate bolt hole 521, a finishing layer bolt hole 531 and the bottom plate bolt hole 611 are in one-to-one correspondence with the inner side and the outer side of the partition wall, a connecting screw 81 sequentially penetrates through the bottom plate bolt hole 611, the finishing layer bolt hole 531, the pressure plate bolt hole 521 and the back plate bolt hole 71 from the outer side and is fastened to the inner side surface of the backing steel plate 7 through a connecting nut, and then the steel frame cement pressure partition wall 5 is detachably connected with the surrounding structure again and is filled with flexible plugging materials;
and step seven, connecting the grab rail 62 with the bottom plate 61.
Third embodiment referring to fig. 9-11, a simply installed and dismantled multipurpose house comprises three rooms, wherein each room 1 comprises two toilets 2 which are arranged oppositely in front and back, a toilet 3 is installed in each toilet 2, each toilet 2 comprises a ceiling, a ground 12 and peripheral wall bodies, the double-layer wall bodies on the opposite sides of the two toilets 2 are split partition walls, one split partition wall is a steel frame cement pressure partition wall 5, the other split partition wall is an autoclaved aerated batten partition wall 14, the split partition walls are detachably connected with the peripheral structure, and flexible plugging materials are filled between the split partition walls and the peripheral structure.
The autoclaved aerated lath partition 14 comprises laths 141 and a lath tile facing 142.
The barrier-free handrail 6 comprises a bottom plate 61 and a handrail rod 62, the root of the handrail rod 62 is fixedly connected to the center of the outer side of the bottom plate 61, the handrail connecting assembly comprises connecting bolts, pressure plate bolt holes 521 are formed in a cement pressure plate 52, pressure plate facing layer bolt holes 531 are formed in a pressure plate facing surface 53, bottom plate bolt holes 611 are formed in the bottom plates 61 on the two sides respectively, slat bolt holes 143 are formed in slats, slat facing layer bolt holes 144 are formed in a slat facing surface 142, the pressure plate bolt holes 521, the pressure plate facing layer bolt holes 531, the slat bolt holes 143, the slat facing layer bolt holes 144 and the bottom plate bolt holes 611 on the two sides correspond to the inner side and the outer side of the double-layer partition wall one by one, the connecting bolts comprise connecting screws 81 and connecting nuts 82, and the connecting bolts sequentially penetrate through the pressure plate bolt holes 521, the pressure plate facing layer bolt holes 531, the slat bolt holes 531, the pressure plate facing layer bolt holes 531, The bolt holes 611 and 143 of the lath, the bolt holes 144 of the lath finishing layer, and the bolt holes 611 of the other side are fastened by connecting nuts at both ends.
Referring to fig. 4-6 and 9, the wall body is further fixedly connected with a door, the door comprises a door leaf 10 and a door frame structure 9, the door frame structure 9 comprises a top frame 91, side frames 92 at two sides, a bottom frame 93 and a bottom frame sliding groove 94, the side frames 92 and the bottom frame 93 form a door-shaped frame, the door leaf 10 is connected in the door-shaped frame, a door gap 11 is reserved between the bottom end surface of the door leaf 10 and the ground 12, the bottom frame sliding groove 94 is embedded in the ground 12 in the toilet 2, the bottom frame sliding groove 94 is vertically opposite to the top frame 91, the bottom frame sliding groove 94 is arranged along the direction of the top frame 91, the outer half part of the bottom frame sliding groove 94 and the thickness range of the door leaf 10 are vertically staggered when the door leaf 10 is opened, and vertically opposite when the door leaf 10 is closed.
The bottom frame sliding groove 94 comprises a horizontal groove bottom plate 941 and a vertical groove upper plate 942, the top ends of the two side groove upper plates 942 are respectively bent towards the middle to form a groove clamping plate 943, the groove clamping plate 943 is flush with the ground 12, the bottom frame 93 is a horizontal metal section plate, the inner half part of the bottom frame 93 protrudes upwards to form a threshold 931, the upper half part of the outer side plate of the threshold 931 is provided with an arc-shaped top protrusion 932, the lower half part of the outer side plate is provided with an inwards concave auxiliary groove 933, a through long anti-collision strip 934 is arranged in the auxiliary groove 933, the outer side of the anti-collision strip 934 protrudes out of the outer edge of the arc-shaped top protrusion 932, the inner end part of the threshold 931 bends towards the inner side to form a bottom frame inner clamping plate 935, the bottom frame inner clamping plate 935 and the outer half part of the bottom frame 93 are in the same horizontal plane, the inner end of the bottom frame inner clamping plate 935 and the outer end of the outer half part of the bottom frame 93 are respectively connected with the two side groove upper plates 942 in a sliding way, bottom frame 93 is along bottom frame sliding tray 94 top plate and the ground 12 parallel and level of threshold 931 when sliding down to the lower extreme, and when bottom frame 93 upwards slided to the highest point along bottom frame sliding tray 94, the spacing bottom frame inside callipers board 935 of groove cardboard 943 and with its top tightly, the height that highly is greater than crack 11 of anticollision strip 934.
The bottom end surface of the door leaf 10 is fixedly connected with a metal magnetic bottom plate 101, a door leaf magnet 13 is fixedly connected to a top plate of the outer half part of the bottom frame 93, and the door leaf magnet 13 and the metal magnetic bottom plate 101 are attracted by magnetic force to enable the opening and closing states of the door leaf 10 to respectively correspond to the sliding direction of the bottom frame 93 along the bottom frame sliding groove 94.
As shown in fig. 10, the coupling screws 81 are full length screws traversing the double-layered partition wall, and the coupling nuts are fastened to the outer side surfaces of the respective bottom plates 61.
The construction method of the convertible comprehensive house in the third embodiment comprises the following construction steps:
when a normal room is transformed from an unobstructed room:
step one, constructing other rooms except the toilet 2;
secondly, constructing a ceiling, the ground 12 and walls of surrounding non-partition walls of the toilet 2, wherein a bottom frame sliding groove 94 and a bottom frame 93 which are prefabricated in a factory are pre-embedded in the ground 12 corresponding to the wall where the door is pre-installed, and the bottom frame 93 slides to the lowest position in the bottom frame sliding groove 94 on site;
step three, installing a top frame 91, a side frame 92 and a door leaf 10 which are integrally prefabricated in a factory on a wall body of a pre-installed door;
step four, performing a door leaf 10 opening and closing magnetic force test on the door leaf 10 and the bottom frame 93 in the bottom frame sliding groove 94, and completing construction after verification;
fifthly, designing and positioning the installation position of the toilet bowl 3, wherein the toilet bowl 3 is provided with a hidden water tank, the installation position of the barrier-free facility is determined to be a partition wall at the back side of the toilet bowl 3, and an operation space for accommodating the hidden water tank is formed between the opposite-pulling partition walls;
step six, constructing an autoclaved aerated batten partition wall 14:
firstly, installing a lath, and then forming a lath bolt hole 143 on the lath; then pasting a batten tile facing on the outer side of the batten, plastering and brushing a waterproof layer on the surface of the batten tile facing, and then forming a batten facing layer bolt hole 144; then filling flexible plugging materials between the autoclaved aerated batten partition wall 14 and the surrounding structure;
step seven, constructing a steel frame cement pressure partition wall 5:
firstly constructing a steel keel frame 51, adhering a cement pressure plate 52 on the outer side surface of the steel keel frame 51, fixing the cement pressure plate 52 and the steel keel frame 51 by adopting special dovetail nails, and then plastering and brushing the surface of the cement pressure plate 52 for water proofing; then, a pressure plate bolt hole 521 is formed in the position corresponding to the slat bolt hole 143;
step eight, adhering a pressure plate tile veneer 53 on the outer side of the cement pressure plate 52, and then forming a veneer layer bolt hole 531 on the pressure plate tile veneer 53; then filling flexible plugging materials between the steel frame cement pressure partition wall 5 and the surrounding structure;
step nine, opening bottom plate bolt holes 611 on the bottom plates 61 of the barrier-free handrails 6 on the two sides;
step ten, aligning pressure plate bolt holes 521 on the inner side and the outer side of the partition wall, pressure plate finish layer bolt holes 531, slat bolt holes 143, slat finish layer bolt holes 144 and baseplate bolt holes 611 on two sides in a one-to-one correspondence manner, then penetrating through long screws penetrating through the double-layer partition wall in each hole, fastening connecting nuts to the outer side surfaces of the respective baseplates 61, and installing and fixing through the overhaul port of the toilet bowl 3 during construction in the step; then the grab bar 62 is connected with the bottom plate 61;
step eleven, dismantling the split partition wall provided with the barrier-free handrail 6 according to the function conversion requirement, and then reforming the house;
when transformed from a normal room to an unobstructed room:
step one, constructing other rooms except the toilet 2;
secondly, constructing a ceiling, a ground 12 and peripheral walls of the toilet 2, wherein a bottom frame sliding groove 94 and a bottom frame 93 which are prefabricated in a factory are embedded in the ground 12 corresponding to the wall where the door is pre-installed, and the bottom frame 93 slides to the lowest position in the bottom frame sliding groove 94 on site;
step three, installing a top frame 91, a side frame 92 and a door leaf 10 which are integrally prefabricated in a factory on a wall body of a pre-installed door;
step four, performing a door leaf 10 opening and closing magnetic force test on the door leaf 10 and the bottom frame 93 in the bottom frame sliding groove 94, and verifying that the rear door construction is finished;
designing and positioning the installation position of a toilet 3, wherein the toilet 3 is provided with a hidden water tank, the installation position of the barrier-free facility is determined to be in a double-layer partition wall at the back side of the toilet 3, and the back side of the partition wall is provided with an operation space for accommodating the hidden water tank;
step six, dismantling the steel frame cement pressure partition wall 5, perforating the partition wall respectively by a pressure plate bolt hole 521 and a finish coat bolt hole 531,
the bottom plate 61 of the barrier-free handrail 6 is detachably connected with the handrail rod 62, a bottom plate bolt hole 611 is formed in the bottom plate 61, and then the pressure plate bolt hole 521, the finish coat bolt hole 531 and the bottom plate bolt hole 611 are in one-to-one correspondence with the inner side and the outer side of the partition wall;
step seven, a batten bolt hole 143 is formed in the exposed operation space, and a batten facing layer bolt hole 144 is formed in the batten tile facing;
step eight, then, detachably connecting the steel frame cement pressure partition wall 5 with a surrounding structure again and filling flexible plugging materials;
step nine, opening bottom plate bolt holes 611 on the bottom plates 61 of the barrier-free handrails 6 on the two sides;
step ten, aligning pressure plate bolt holes 521 on the inner side and the outer side of the partition wall, pressure plate finish layer bolt holes 531, slat bolt holes 143, slat finish layer bolt holes 144 and baseplate bolt holes 611 on two sides in a one-to-one correspondence manner, then penetrating through long screws penetrating through the double-layer partition wall in each hole, fastening connecting nuts to the outer side surfaces of the respective baseplates 61, and installing and fixing through the overhaul port of the toilet bowl 3 during construction in the step;
step eleven, connecting the grab rail 62 with the bottom plate 61.
Referring to fig. 11, the handrail connecting assembly further comprises a back steel plate 7, wherein the back steel plate 7 is parallel to the wall surface, and the back steel plate 7 comprises a keel back steel plate 73 and a batten back steel plate 72.
Referring to fig. 2-3, the keel backing steel plate 73 is fixedly connected with the steel keel frame 51, the keel backing steel plate 73 is opposite to the inner side and the outer side of the bottom plate 61 relative to the steel frame cement pressure partition wall 5, keel backboard bolt holes 71 are formed in the keel backing steel plate 73, the keel backboard bolt holes 71 and connecting screws 81 on the side are in one-to-one correspondence with the inner side and the outer side of the partition wall, and the connecting screws 81 sequentially penetrate through the bottom plate bolt holes 611, the pressure plate finishing layer bolt holes 531, the pressure plate bolt holes 521 and the keel backboard bolt holes 71 from the outer side and are fastened to the inner side surface of the keel backing steel plate 73 through connecting nuts on the side.
The batten backing steel plate 72 is opposite to the inner side and the outer side of the autoclaved aerated batten partition wall 14 of the bottom plate 61, the batten backing steel plate 72 is provided with batten back plate bolt holes 71, the batten back plate bolt holes 71 and the connecting screws 81 on the side correspond to the inner side and the outer side of the partition one by one, the connecting screws 81 sequentially penetrate through the bottom plate bolt holes 611, the batten finishing layer bolt holes 144, the batten bolt holes 143 and the batten back plate bolt holes 71 from the outer side and are fastened to the inner side surface of the batten backing steel plate 72 through the connecting nuts on the side,
the steel joist frame 51 includes horizontal secondary joist 511 and vertical main joist 512, the width direction interval setting of partition wall is followed to vertical main joist 512, the direction of height layering setting of vertical main joist 512 is followed to horizontal secondary joist 511, the both ends of horizontal secondary joist 511 respectively with the vertical main joist 512 fixed connection of both sides, the horizontal width of horizontal secondary joist 511 is less than the horizontal width of vertical main joist 512.
In the third and fourth embodiments, similar to the first embodiment, the left and right sides of the keel backing steel plate 73 can be respectively attached and fixedly connected with the adjacent sides of the vertical main keels 512 at the two sides.
In the third and fourth embodiments, similarly to the second embodiment, the width of the keel backing steel plate 73 may be greater than the width between two adjacent vertical main keels 512, and the inner sides of two ends of the keel backing steel plate 73 are respectively and fixedly connected with the outer side surfaces of the two vertical main keels 512.
The construction method of the convertible integrated house in the fourth embodiment can refer to the construction process in the first embodiment, and the construction of the back steel plate of the autoclaved aerated slat partition wall 14 on the other side is similar to the construction of the steel frame cement pressure partition wall 5.
Claims (10)
1. A simply-installed and simply-dismantled multipurpose house comprises at least two rooms (1), and is characterized in that: the toilet comprises a toilet (2) in a room, a pedestal pan (3) is installed in the toilet, the toilet comprises a ceiling, a ground (12) and a peripheral wall body (4), the wall body comprises at least one partition wall, the partition wall comprises a steel frame cement pressure partition wall (5) detachably connected with a peripheral structure, the steel frame cement pressure partition wall sequentially comprises a steel keel frame (51), a cement pressure plate (52) and a pressure plate tile facing (53) from inside to outside, and a flexible plugging material is filled between the steel frame cement pressure partition wall (5) and the peripheral structure,
the back side or the partition walls at two sides of the toilet bowl (3) are detachably connected with an obstacle-free handrail (6) through a handrail connecting assembly, the obstacle-free handrail comprises a bottom plate (61) and a handrail rod (62), the root part of the handrail rod (62) is fixedly connected with the center of the outer side of the bottom plate (61),
the handrail connecting component comprises a back steel plate (7) and a connecting bolt (8), wherein the back steel plate (7) is parallel to the surface of a wall body and is fixedly connected with a steel keel frame (51),
the steel keel frame (51) comprises horizontal secondary keels (511) and vertical main keels (512), the vertical main keels (512) are arranged at intervals along the width direction of the partition wall, the horizontal secondary keels (511) are arranged along the height direction of the vertical main keels (512) in a layered mode, the two ends of each horizontal secondary keel (511) are fixedly connected with the vertical main keels (512) on the two sides respectively, the horizontal width of each horizontal secondary keel (511) is smaller than that of each vertical main keel (512),
the back steel plate (7) is arranged between two adjacent layers of horizontal secondary keels (511), the top end surface of the back steel plate is fixedly connected with the lower side surface of the upper layer of horizontal secondary keel (511), the bottom end surface of the back steel plate is fixedly connected with the upper side surface of the lower layer of horizontal secondary keel (511), the outer side of the back steel plate (7) is tightly attached to the inner side surface of the cement pressure plate (52),
the backing steel plate (7) is opposite to the inner side and the outer side of the partition wall relative to the bottom plate (61), a back plate bolt hole (71) is formed in the backing steel plate (7), a pressure plate bolt hole (521) is formed in the cement pressure plate (52), a finishing layer bolt hole (531) is formed in the pressure plate tile facing surface (53), a bottom plate bolt hole (611) is formed in the bottom plate (61), the back plate bolt hole (71), the pressure plate bolt hole (521), the finishing layer bolt hole (531) and the bottom plate bolt hole (611) are in one-to-one correspondence with the inner side and the outer side of the partition wall, each connecting bolt (8) comprises a connecting screw rod (81) and a connecting nut (82), the connecting screw rod (81) sequentially penetrates through the bottom plate bolt hole (611), the finishing layer bolt hole (531), the pressure plate bolt hole (521) and the back plate bolt hole (71) from the outer side and is fastened to the inner side surface of the backing steel plate (7) through the connecting nut,
the left side and the right side of the back lining steel plate (7) are respectively clung to and fixedly connected with the adjacent sides of the vertical main keels (512) on the two sides, or the width of the back lining steel plate (7) is larger than the width between the two adjacent vertical main keels (512), and the inner sides of the two ends of the back lining steel plate (7) are respectively fixedly connected with the outer surfaces of the two vertical main keels (512).
2. The simply erected multi-purpose house according to claim 1, wherein: the wall body (4) is also fixedly connected with a door, the door comprises a door leaf (10) and a door frame structure (9), the door frame structure (9) comprises a top frame (91), side frames (92) at two sides, a bottom frame (93) and a bottom frame sliding groove (94), the side frames (92) and the bottom frame (93) form a door frame, the door leaf (10) is connected in the door frame, a door gap (11) is reserved between the bottom end surface of the door leaf (10) and the ground (12), a bottom frame sliding groove (94) is embedded in the ground (12) in the toilet (2), the bottom frame sliding groove (94) is vertically opposite to the top frame (91), the bottom frame sliding groove (94) is arranged along the direction of the top frame (91) in a through-length mode, the thickness ranges of the outer half part of the bottom frame sliding groove (94) and the door leaf (10) are staggered up and down when the door leaf (10) is opened, and are opposite up and down when the door leaf (10) is closed.
3. The simply erected multi-purpose house according to claim 2, wherein: the bottom frame sliding groove (94) comprises a horizontal groove bottom plate (941) and a vertical groove side plate (942), the top ends of the groove side plates (942) on two sides are respectively bent towards the middle to form groove clamping plates (943), the groove clamping plates (943) are flush with the ground (12), the bottom frame (93) is a horizontal metal section plate, the inner half part of the bottom frame (93) protrudes upwards to form a doorsill (931), the upper half part of the outer side plate of the doorsill (931) is provided with an arc-shaped top protrusion (932), the lower half part of the outer side plate is provided with an inwards concave auxiliary groove (933), a through long anti-collision strip (934) is arranged in the auxiliary groove (933), the outer side of the anti-collision strip (934) protrudes out of the outer edge of the arc-shaped top protrusion (932), the inner side end part of the doorsill (931) bends towards the inner side horizontally to form an inner clamping plate (935) of the bottom frame, the inner clamping plate (935) of the bottom frame and the outer half part of the bottom frame (93) are in the same horizontal plane, cardboard (935) inner and underframe (93) outside half the outer end and both sides groove group board (942) sliding connection respectively in the underframe, underframe (93) are along underframe sliding tray (94) when sliding down to the lower place roof and ground (12) parallel and level of threshold (931), underframe (93) are along underframe sliding tray (94) when upwards sliding to the highest place, cardboard (935) and its top in the spacing underframe of groove cardboard (943) are tight, the height that highly is greater than crack (11) of anticollision strip (934).
4. The simply erected multi-purpose house according to claim 3, wherein: the bottom end face of the door leaf (10) is fixedly connected with a metal magnetic attraction bottom plate (101), a door leaf magnet (13) is fixedly connected to a top plate of the outer half part of the bottom frame (93), and the door leaf magnet (13) and the metal magnetic attraction bottom plate (101) attract each other through magnetic force to enable the opening and closing state of the door leaf (10) to correspond to the sliding direction of the bottom frame (93) along the bottom frame sliding groove (94) respectively.
5. A simple and easy multipurpose house of ann tearing open, includes three room at least, its characterized in that: the toilet is characterized in that the room (1) comprises two toilets (2) which are arranged oppositely from front to back, a toilet (3) is arranged in each toilet (2), each toilet (2) comprises a ceiling, a ground (12) and peripheral walls, the double-layer walls on the opposite sides of the two toilets (2) are split partition walls, one split partition wall is a steel frame cement pressure partition wall (5), the other side of the split partition wall is an autoclaved aerated batten partition wall (14), the split partition wall is detachably connected with the peripheral structure, and flexible plugging materials are filled between the split partition wall and the peripheral structure,
the toilet bowl (3) is arranged at the outer side of the opposite-pull partition wall, the opposite-pull partition wall is detachably connected with an obstacle-free handrail (6) through a handrail connecting assembly, the obstacle-free handrail (6) connected with the opposite-pull partition wall is arranged right in front and at the back and is connected through the same group of connecting assemblies in a pulling manner, the steel frame cement pressure partition wall (5) sequentially comprises a steel keel frame (51), a cement pressure plate (52) and a pressure plate tile facing (53) from inside to outside,
the autoclaved aerated slat partition wall (14) comprises slats (141) and slat tile facings (142),
the barrier-free handrail (6) comprises a bottom plate (61) and a handrail rod (62), the root of the handrail rod (62) is fixedly connected to the center of the outer side of the bottom plate (61), the handrail connecting assembly comprises connecting bolts, pressure plate bolt holes (521) are formed in a cement pressure plate (52), pressure plate facing tile decorative surfaces (53) are provided with pressure plate facing layer bolt holes (531), bottom plate bolt holes (611) are respectively formed in the bottom plates (61) on two sides, slat bolt holes (143) are formed in slats, slat facing layer bolt holes (144) are formed in the slat facing tile decorative surfaces (142), the pressure plate bolt holes (521), the pressure plate facing layer bolt holes (531), the slat bolt holes (143), the slat facing layer bolt holes (144) and the bottom plate bolt holes (611) on the two sides correspond to the inner side and the outer side of a double-layer partition wall one to one, the connecting bolts comprise connecting screws (81) and connecting nuts (82), the connecting bolts sequentially pass through the pressure plate bolt holes (521), the pressure plate finish coat bolt holes (531), the side base plate bolt holes (611), the slat bolt holes (143), the slat finish coat bolt holes (144) and the other side base plate bolt holes (611) and are respectively fastened through connecting nuts at two ends,
the connecting screw rods (81) are full-length screw rods which transversely penetrate through the double-layer partition wall, the connecting nuts are fastened to the outer side surfaces of the respective bottom plates (61) or the handrail connecting assembly further comprises backing steel plates (7), and the backing steel plates (7) are parallel to the surface of the wall body.
6. The simply erected and disassembled multipurpose house according to claim 5, wherein: the bathroom is characterized in that a door is further fixedly connected to the wall body and comprises a door leaf (10) and a door frame structure (9), the door frame structure (9) comprises a top frame (91), side frames (92) on two sides, a bottom frame (93) and a bottom frame sliding groove (94), the side frames (92) and the bottom frame (93) form a door-shaped frame, the door leaf (10) is connected into the door-shaped frame, a door seam (11) is reserved between the bottom end face of the door leaf (10) and the ground (12), the bottom frame sliding groove (94) is buried in the ground (12) in the bathroom (2), the bottom frame sliding groove (94) is vertically opposite to the top frame (91), the bottom frame sliding groove (94) is arranged in a through long mode along the direction of the top frame (91), the thickness ranges of the outer half portion of the bottom frame sliding groove (94) and the door leaf (10) are staggered from top to bottom when the door leaf (10) is opened, and the thickness ranges of the door leaf (10) are vertically opposite to when the door leaf (10) is closed.
7. The simply erected and disassembled multipurpose house according to claim 6, wherein: the bottom frame sliding groove (94) comprises a horizontal groove bottom plate (941) and a vertical groove side plate (942), the top ends of the groove side plates (942) on two sides are respectively bent towards the middle to form groove clamping plates (943), the groove clamping plates (943) are flush with the ground (12), the bottom frame (93) is a horizontal metal section plate, the inner half part of the bottom frame (93) protrudes upwards to form a doorsill (931), the upper half part of the outer side plate of the doorsill (931) is provided with an arc-shaped top protrusion (932), the lower half part of the outer side plate is provided with an inwards concave auxiliary groove (933), a through long anti-collision strip (934) is arranged in the auxiliary groove (933), the outer side of the anti-collision strip (934) protrudes out of the outer edge of the arc-shaped top protrusion (932), the inner side end part of the doorsill (931) bends towards the inner side horizontally to form an inner clamping plate (935) of the bottom frame, the inner clamping plate (935) of the bottom frame and the outer half part of the bottom frame (93) are in the same horizontal plane, the inner end of the bottom frame inner clamping plate (935) and the outer end of the outer half part of the bottom frame (93) are respectively connected with the side groove plates (942) at two sides in a sliding way, when the bottom frame (93) slides downwards along the bottom frame sliding groove (94) to the lowest position, the top plate of the doorsill (931) is flush with the ground (12), when the bottom frame (93) slides upwards along the bottom frame sliding groove (94) to the highest position, the groove clamping plate (943) limits the bottom frame inner clamping plate (935) and tightly props against the bottom frame inner clamping plate, the height of the anti-collision strip (934) is greater than the height of the door seam (11),
the bottom end face of the door leaf (10) is fixedly connected with a metal magnetic attraction bottom plate (101), a door leaf magnet (13) is fixedly connected to a top plate of the outer half part of the bottom frame (93), and the door leaf magnet (13) and the metal magnetic attraction bottom plate (101) attract each other through magnetic force to enable the opening and closing state of the door leaf (10) to correspond to the sliding direction of the bottom frame (93) along the bottom frame sliding groove (94) respectively.
8. The simply erected and disassembled multipurpose house according to claim 5, wherein: the back lining steel plate (7) comprises a keel back lining steel plate (73) and a batten back lining steel plate (72), the keel back lining steel plate (73) is fixedly connected with a steel keel frame (51), the keel back lining steel plate (73) is opposite to the inner side and the outer side of the steel frame cement pressure partition wall (5) relative to the bottom plate (61), keel backboard bolt holes (71) are formed in the keel back lining steel plate (73), the keel backboard bolt holes (71) are in one-to-one correspondence with the inner side and the outer side of the partition wall relative to connecting screw rods (81) on the side, and the connecting screw rods (81) sequentially penetrate through the bottom plate bolt holes (611), the veneer pressure plate bolt holes (531), the pressure plate bolt holes (521) and the keel backboard bolt holes (71) from the outer side and are fastened to the inner side surface of the keel back lining steel plate (73) through connecting nuts on the side,
the batten back lining steel plate (72) is opposite to the inner side and the outer side of the autoclaved aerated batten partition wall (14) of the bottom plate (61), batten back plate bolt holes (71) are formed in the batten back lining steel plate (72), the batten back plate bolt holes (71) and connecting screws (81) on the side correspond to the inner side and the outer side of the partition wall one by one, the connecting screws (81) sequentially penetrate through the bottom plate bolt holes (611), the batten finishing layer bolt holes (144), the batten bolt holes (143) and the batten back plate bolt holes (71) from the outer side and are fastened to the inner side surface of the batten back lining steel plate (72) through connecting nuts on the side,
steel joist frame (51) includes horizontal secondary joist (511) and vertical main joist (512), the width direction interval setting of partition wall is followed to vertical main joist (512), the direction of height layering setting of vertical main joist (512) is followed to horizontal secondary joist (511), the both ends of horizontal secondary joist (511) respectively with vertical main joist (512) fixed connection of both sides, the horizontal width of horizontal secondary joist (511) is less than the horizontal width of vertical main joist (512).
9. The simply erected multi-purpose house according to claim 8, wherein: the left side and the right side of the keel backing steel plate (73) are respectively clung to the adjacent sides of the vertical main keels (512) at the two sides and fixedly connected with the adjacent sides.
10. The simply erected multi-purpose house according to claim 8, wherein: the width of keel backing steel plate (73) is greater than the width between two adjacent vertical main keels (512), the both ends inboard of keel backing steel plate (73) respectively with the outside fixed surface of two vertical main keels (512) be connected.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202122395839.8U CN215331050U (en) | 2021-09-30 | 2021-09-30 | Simple and easy multipurpose house of ann tearing open |
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| CN202122395839.8U CN215331050U (en) | 2021-09-30 | 2021-09-30 | Simple and easy multipurpose house of ann tearing open |
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| CN215331050U true CN215331050U (en) | 2021-12-28 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113775204A (en) * | 2021-09-30 | 2021-12-10 | 北京建工集团有限责任公司 | Function-convertible comprehensive house and construction method thereof |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113775204A (en) * | 2021-09-30 | 2021-12-10 | 北京建工集团有限责任公司 | Function-convertible comprehensive house and construction method thereof |
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