阅读说明：本技术 装配式铝合金房屋 (Assembled aluminum alloy house ) 是由 林雄强 于 2019-11-19 设计创作，主要内容包括：本发明涉及一种装配式铝合金房屋,包括外框结构、及内罩于外框架构内的内框结构,内框结构包括立柱、多个围绕立柱沿周向布置且一端均与立柱连接并配合形成屋顶的倾斜支梁、依次层叠铺设于屋顶上的保温隔热层和防水瓦片、及设于屋顶下方的墙体,外框结构包括固定于立柱顶部的连接环、多个围绕立柱沿周向布置且一端均与连接环连接的外围曲条,外围曲条的另一端向下延伸至地面,连接环和外围曲条配合形成葫芦头状。该装配式铝合金房屋的内框结构和外框结构均采用铝合金材质,重量轻,安装运输简单,不易生锈,无需定期维护,且外框结构通过外围曲条和连接环的配合形成葫芦头状,使整体外形更美观,内框结构则作为承载结构部分,便于人们的日常使用。(The invention relates to an assembled aluminum alloy house, which comprises an outer frame structure and an inner frame structure, wherein the inner frame structure is covered in the outer frame structure, the inner frame structure comprises stand columns, a plurality of inclined support beams, a heat insulation layer, waterproof tiles and a wall body, the inclined support beams are arranged around the stand columns along the circumferential direction, one ends of the inclined support beams are connected with the stand columns and matched with the stand columns to form a roof, the heat insulation layer and the waterproof tiles are sequentially laid on the roof in a stacking mode, the wall body is arranged below the roof, the outer frame structure comprises connecting rings fixed to the tops of the stand columns, a plurality of peripheral curved strips are arranged around the stand columns along the circumferential direction, one ends of the peripheral curved strips are. This assembled aluminum alloy house's inside casing structure and frame structure all adopt the aluminum alloy material, light in weight, and the installation transportation is simple, is difficult for rustting, need not the periodic maintenance, and the frame structure forms calabash head form through the cooperation of peripheral curved bar and go-between, makes whole appearance more pleasing to the eye, and the inside casing structure then regards as bearing structure part, the people's of being convenient for daily use.)

1. The utility model provides an assembled aluminum alloy house, its characterized in that, including frame structure, and inner cover in inner frame structure in the frame framework, inner frame structure includes stand, a plurality of centers on the stand along circumference arrange and one end all with the stand is connected and the cooperation forms the slope corbel on roof, is laid in range upon range of in proper order heat preservation insulating layer and waterproof tile on the roof and locate the wall body of roof below, the frame structure is including being fixed in go-between, a plurality of centers on at stand top arrange along circumference and one end all with the peripheral curved strip that the go-between is connected, the other end downwardly extending of peripheral curved strip to ground, the go-between with the cooperation of peripheral curved strip forms calabash head form.

2. The prefabricated aluminum alloy house of claim 1, wherein the peripheral structure further comprises a support outer ring hinged to the peripheral curve, the support outer ring is sleeved on the connection position of the roof and the wall body, and a plurality of connecting rods are connected between the support outer ring and the outer wall of the wall body.

3. The assembled aluminum alloy house as recited in claim 1, further comprising a fixing kit sleeved on the pillar and located under the connection ring, and support rods corresponding to the peripheral curved bars one by one, wherein one end of each support rod is connected to the fixing kit, and the other end is connected to the connection ring.

4. The assembled aluminum alloy house as recited in claim 1, wherein the inner frame structure further comprises a plurality of horizontal beams arranged circumferentially around the columns and corresponding to the oblique joists one to one, the horizontal beams are located under the oblique joists, one end of each horizontal beam is connected to one of the columns, the other end of each horizontal beam is connected to one of the oblique joists, and a reinforcing beam is connected between two adjacent oblique joists.

5. The assembled aluminum alloy house of claim 4, further comprising an interior trim component, wherein the interior trim component comprises a first interior trim ring located right below the reinforcement beam, a second interior trim ring fixed on the inner wall of the top of the wall body, a plurality of decorative battens arranged circumferentially around the column and connected between the first interior trim ring and the second interior trim ring, and a decorative circular tube laid on the decorative battens, and a dome hanger is connected between the first interior trim ring and each reinforcement beam.

6. The assembled aluminum alloy house of claim 5, wherein the dome hanger comprises a connecting sleeve detachably connected with the reinforcing beam, a connecting hook positioned right below the connecting sleeve, and a pull rod with one end fixedly connected with the connecting hook, the other end of the pull rod is rotatably connected with the connecting sleeve, the pull rod can rotate around the axis of the pull rod, the connecting drag hook comprises a connecting rod and two hook heads respectively arranged at two ends of the connecting rod, the hook heads are upwards protruded, the first inner decorative ring is provided with a cavity, an insertion groove and a limiting hole which are communicated with the cavity, the limiting hole and the hook head are in one-to-one correspondence and are respectively positioned at two sides of the insertion groove, the connecting drag hook can stretch into the cavity from the insertion groove and enables the two hook heads to be respectively inserted into the corresponding limiting holes by rotating the pull rod.

7. The assembled aluminum alloy house as recited in claim 4, wherein the inner frame structure further comprises a first connecting device for connecting the upright post and the inclined supporting beam, and a second connecting device for connecting the upright post and the cross beam, the first connecting device comprises a first fixing sleeve sleeved outside the upright post and detachably connected with the upright post, and first connecting members corresponding to the inclined supporting beam one by one, the first connecting members are fixed on the outer wall of the first fixing sleeve, the first connecting members are provided with first mounting grooves matched with the inclined supporting beam, one end of the inclined supporting beam is inserted into the first mounting grooves and detachably connected with the first connecting members, the other end of the inclined supporting beam extends in a downward inclination manner, and the second connecting device comprises a second fixing sleeve sleeved outside the upright post and detachably connected with the upright post, And be used for connecting the second connecting piece of crossbeam, the second connecting piece is fixed in the outer wall of the fixed cover of second, the second connecting piece be equipped with the second mounting groove of crossbeam one-to-one, the one end of crossbeam insert in the second mounting groove and with the connection can be dismantled to the second connecting piece, the other end with correspond the slope is propped up the roof beam and is connected, the fixed cover of second is located the below of first fixed cover.

8. The assembled aluminum alloy house as recited in claim 7, wherein the first connecting member comprises a first connecting plate and a second connecting plate which are horizontally and obliquely arranged and are oppositely and parallelly arranged, the first mounting groove is formed between the first connecting plate and the second connecting plate, the inclined support beam is provided with a first connecting hole, the first connecting plate and the second connecting plate are respectively provided with a first connecting hole matched with the first connecting hole, and the inclined support beam is inserted into the first mounting groove and is matched and connected with the first connecting member through the first connecting hole, the first connecting hole and a screw rod.

9. The assembled aluminum alloy house as recited in claim 7, wherein the second connecting member further comprises a first connecting plate and a second connecting plate sleeved on the second fixing sleeve and oppositely disposed, the first connecting disc and the second connecting disc are matched to form a mounting ring mouth which is circumferentially arranged around the second fixing sleeve, a plurality of second mounting grooves are formed in the mounting ring openings, the cross beam is provided with a third communication hole, the first connecting disc is provided with a first connecting hole matched with the third communicating hole at the position corresponding to each second mounting groove, the second connecting disc is provided with second connecting holes which are in one-to-one correspondence with the first connecting holes and are arranged oppositely, the cross beam is inserted into the second mounting groove and is connected with the first connecting disc and the second connecting disc in a matched mode through the third communicating hole, the first connecting hole, the second connecting hole and the screw.

10. The assembled aluminum alloy house as recited in any one of claims 1 to 9, further comprising a waterproof umbrella plate sleeved on the columns, wherein the waterproof umbrella plate is located above the waterproof tiles, and the horizontal projection of the waterproof umbrella plate covers the connection positions of the waterproof tiles and the columns, the thermal insulation layer and the columns, and the inclined support beams and the columns.

Technical Field

The invention relates to the field of fabricated buildings, in particular to a fabricated aluminum alloy house.

Background

The assembly type building is easy to assemble and widely accepted by the public. At present, steel structures are frequently used as structural beams of assembly type buildings, beam columns are easy to rust, structural members need to be maintained regularly, maintenance convenience (antirust paint and fireproof coating) must be considered during design, single members are large in weight, mechanical carrying and transportation are needed in most cases, machining, installation and transportation efficiency are seriously affected, and the steel structures cannot be suitable for the design of special-shaped structures, and serious limitation is imposed on the shapes of the structural beams.

Disclosure of Invention

The invention aims to provide an assembly type building structure system which is light in weight, simple to install and transport, free of regular maintenance and more attractive in appearance.

In order to realize the purpose of the invention, the technical scheme is as follows:

the utility model provides an assembled aluminum alloy house, including the frame construction, and the inner frame construction of inner cover in the frame framework, the inner frame construction includes the stand, a plurality ofly arrange and one end all is connected and cooperates the slope corbel that forms the roof around the stand along circumference, heat preservation insulating layer and the waterproof tile of laying on the roof in proper order range upon range of, and locate the wall body of roof below, the frame construction is including the go-between that is fixed in the stand top, a plurality ofly arrange and the peripheral curved bar that one end all is connected with the go-between around the stand along circumference, the other end downwardly extending of peripheral curved bar to ground, go-between and peripheral curved bar cooperation form calabash head form.

This assembled aluminum alloy house's inside casing structure and frame structure all adopt the aluminum alloy material, light in weight, and the installation transportation is simple, is difficult for rustting, need not the periodic maintenance, and the frame structure forms calabash head form through the cooperation of peripheral curved bar and go-between, makes whole appearance more pleasing to the eye, and the inside casing structure then regards as bearing structure part, the people's of being convenient for daily use.

The technical scheme is further explained as follows:

furthermore, the peripheral structure also comprises a supporting outer ring hinged with the peripheral curve, the supporting outer ring is sleeved outside the connecting position of the roof and the wall body, and a plurality of connecting rods are connected between the supporting outer ring and the outer wall of the wall body. The connection strength of the outer frame structure and the inner frame structure is improved.

Furthermore, the assembled aluminum alloy house further comprises a fixing sleeve piece which is sleeved on the stand column and is positioned below the connecting ring, and supporting rods which correspond to the peripheral curved bars one by one, wherein one end of each supporting rod is connected with the fixing sleeve piece, and the other end of each supporting rod is connected with the connecting ring. The supporting rings are supported by the supporting rods, so that the connecting strength of the outer frame structure and the inner frame structure is further improved.

Further, the inner frame structure further comprises a plurality of horizontal cross beams which are arranged around the circumferential direction of the stand column and correspond to the inclined support beams one to one, the horizontal cross beams are located below the inclined support beams, one ends of the horizontal cross beams are connected with the stand column, the other ends of the horizontal cross beams are connected with the inclined support beams, and reinforcing beams are connected between every two adjacent inclined support beams. Further improve the bulk strength of inside casing structure.

Furthermore, the assembled aluminum alloy house further comprises an interior trim component, the interior trim component comprises a first interior trim ring located right below the reinforcing beam, a second interior trim ring fixed on the inner wall of the top of the wall body, a plurality of decoration inclined strips arranged around the stand column along the circumferential direction and connected between the first interior trim ring and the second interior trim ring, and decoration round pipes laid on the decoration inclined strips, and dome hanging pieces are connected between the first interior trim ring and each reinforcing beam. The house further improves the overall attractiveness, meets the aesthetic requirements of the market, and is reasonable and flexible in design because the dome shoulder hangers are used for fixing the interior trim component on the inner side of the roof with the inner frame structure.

Further, the dome hangs the piece and includes the adapter sleeve of can dismantling the connection with the stiffening beam, be located the connection drag hook under the adapter sleeve, and one end and the pull rod of connecting drag hook fixed connection, the other end and the adapter sleeve rotatable coupling of pull rod, the pull rod can rotate around self axis, connect the drag hook and include the connecting rod and locate two eave tile at connecting rod both ends respectively, the eave tile is upwards protruding, first interior trim ring is equipped with the cavity, and insertion groove and the spacing hole with the cavity intercommunication, spacing hole and eave tile one-to-one are located the both sides of insertion groove respectively, it can stretch into the cavity and make two eave tiles insert corresponding spacing downthehole respectively through rotating the pull rod to connect the drag hook. During the installation, the calotte component passes through the adapter sleeve to be fixed on the stiffening beam, then will connect the drag hook and insert in the cavity of first interior trim ring through the insertion groove, and drive the rotation of connecting the drag hook through rotating the pull rod and align to the spacing pore on with first interior trim ring, and through reciprocating to make the drag hook insert spacing downthehole, realize the hoist and mount of stiffening beam and first interior trim ring, whole process operation is simple, the installation rate is fast, even structural change also can dismantle the regulation again and can not make original roof beam body scrap, it is nimble changeable, also do benefit to the used repeatedly of roof beam body, and the production cost is reduced.

Furthermore, the inner frame structure also comprises a first connecting device used for connecting the upright post and the inclined supporting beam and a second connecting device used for connecting the upright post and the cross beam, the first connecting device comprises a first fixing sleeve sleeved outside the upright post and detachably connected with the upright post and first connecting pieces corresponding to the inclined supporting beams one by one, the first connecting pieces are fixed on the outer wall of the first fixing sleeve, the first connecting pieces are provided with first mounting grooves matched with the inclined supporting beams, one end of each inclined supporting beam is inserted into the first mounting grooves and detachably connected with the first connecting pieces, the other end of each inclined supporting beam extends downwards in a downward inclined manner, the second connecting device comprises a second fixing sleeve sleeved outside the upright post and detachably connected with the upright post and second connecting pieces used for connecting the cross beam, the second connecting pieces are fixed on the outer wall of the second fixing sleeve and provided with second mounting grooves corresponding to the cross beam one by one, one end of the cross beam is inserted into the second mounting grooves and detachably connected with the second connecting pieces, the other end is connected with the corresponding inclined supporting beam, and the second fixing sleeve is positioned below the first fixing sleeve. During installation, the stand column is inserted into the first fixing sleeve and the second fixing sleeve for fixing, one end of the inclined support beam is inserted into the first mounting groove of the first connecting piece for fixing, one end of the cross beam is inserted into the second mounting groove of the second connecting piece for fixing, the other end of the cross beam is connected and fixed with the inclined support beam, the inclined support beam is supported, and the overall strength of the structure system is enhanced; a plurality of slope corbels are fixed on the stand and are realized dismantling and unload the connection through this first connecting device, and a plurality of crossbeams are fixed on the stand and are realized dismantling and unload the connection through this second connecting device, can not influence the intensity of the roof beam body, and easy operation, and the installation rate is fast, even structural change also can dismantle the regulation again and can not make original roof beam body scrap, and is nimble changeable, also does benefit to the used repeatedly of the roof beam body, reduction in production cost.

Further, first connecting piece is including being first connecting plate and the second connecting plate that the horizontal slope set up and relative parallel arrangement from top to bottom, forms first mounting groove between first connecting plate and the second connecting plate, and the slope is propped up the roof beam and is equipped with first through-hole, first connecting plate and second connecting plate be equipped with respectively with first through-hole complex first butt joint hole, the slope is propped up the roof beam and is inserted in the first mounting groove and through first intercommunicating hole, first butt joint hole, the screw rod is connected with first connecting piece cooperation. During the installation, the screw rod passes first butt joint hole on the first connecting plate, the first through-hole of slope corbel and the second butt joint hole on the second connecting plate in proper order the rear both ends pass through the nut fixed, make to realize dismantling between slope corbel and the first connecting piece to be connected, and through this kind of screw rod to wearing connected mode, make to connect more stably, be difficult for droing under frequent dynamic load, make overall structure more firm.

Furthermore, the second connecting piece still includes first connection pad and the second connection pad that the cover was located the fixed cover of second and was set up relatively, the cooperation forms the installation ring mouth around the fixed cover circumference of second and arranges between first connection pad and the second connection pad, be formed with a plurality of second mounting grooves in the installation ring mouth, the crossbeam is equipped with the third intercommunicating pore, the position that first connection pad corresponds every second mounting groove all is equipped with the first connecting hole with third intercommunicating pore complex, the second connection pad is equipped with the second connecting hole that sets up with first connecting hole one-to-one and relatively, the crossbeam inserts in the second mounting groove and passes through the third intercommunicating pore, first connecting hole, the second connecting hole, the screw rod is connected with first connection pad and second connection pad cooperation. During the installation, both ends are fixed through the nut after the screw rod passes first connecting hole on the first connection pad, the third intercommunicating pore on the crossbeam and the second connecting hole on the second connection pad in proper order, make and realize dismantling the connection between crossbeam and first connection pad, the second connection pad, and through this kind of screw rod to wearing the connected mode, make the connection more stable, be difficult for droing under frequent dynamic load, make overall structure more firm.

Furthermore, the assembled aluminum alloy house further comprises a waterproof umbrella plate sleeved on the stand column, the waterproof umbrella plate is positioned above the waterproof tile, and the horizontal projection of the waterproof umbrella plate covers the connecting positions of the waterproof tile and the stand column, the heat insulation layer and the stand column, and the inclined support beam and the stand column. Set up waterproof umbrella board through the top at waterproof tile, and the outward flange of waterproof umbrella board outwards extends, and the horizontal projection of waterproof umbrella board covers the hookup location of waterproof tile and stand, thermal insulation layer and stand, slope corbel and stand, and rainwater etc. is outwards drippage along waterproof umbrella board, can avoid bringing the problem of leaking because of being connected of waterproof tile and stand, thermal insulation layer and stand, slope corbel and stand inseparable enough.

Compared with the prior art, the invention has the following beneficial effects:

the inner frame structure and the outer frame structure are made of aluminum alloy materials, the weight is light, the installation and the transportation are simple, the rust is not easy, the regular maintenance is not needed, the outer frame structure forms a gourd-head shape through the matching of the peripheral curved strips and the connecting rings, the overall appearance is more attractive, and the inner frame structure is used as a bearing structure part and is convenient for daily use of people.

Drawings

FIG. 1 is a schematic structural view of a fabricated aluminum alloy house according to an embodiment of the present invention;

FIG. 2 is a schematic connection diagram of an upright column, an inclined corbel and a cross beam of an inner frame structure according to an embodiment of the present invention;

FIG. 3 is a schematic structural diagram of a first connecting device according to an embodiment of the present invention;

fig. 4 is a schematic structural view of a first fixing sleeve according to an embodiment of the present invention;

FIG. 5 is a schematic structural diagram of a second connecting device according to an embodiment of the present invention;

FIG. 6 is an enlarged view taken at A of FIG. 1;

FIG. 7 is a schematic view of the installation of a dome hanger of an embodiment of the present invention;

FIG. 8 is a view from the direction B of FIG. 7;

fig. 9 is a schematic structural view of a first inner decoration ring according to an embodiment of the present invention.

Description of reference numerals:

110. column 111, second communication hole 120, fourth communication hole 120, inclined support beam 121, first communication hole 130, first connection device 131, first fixing sleeve 1311, first fixing hole 132, first connection member 1321, first mounting groove 1322, first connection plate 1323, second connection plate 1324, first connection hole 1325, inner plate 1326, side plate 1327, second connection hole 1327, cross beam 140, cross beam 141, third communication hole 150, second connection device 151, second fixing sleeve 152, second connection member 1521, second mounting groove 1522, first connection plate 1523, first connection hole 1524, second connection plate 5, second connection hole 152153, reinforcement plate 160, reinforcement beam 170, reinforcement beam 181, heat insulation layer 182, waterproof tile 190, wall 190, 20, outer frame structure 210, connection ring 220, peripheral curve 230, support outer ring, 30. the umbrella comprises an interior trim component, 310, a first interior trim ring, 311, a cavity, 312, an insertion groove, 313, a limiting hole, 320, a second interior trim ring, 330, a decorative oblique strip, 340, a decorative circular tube, 350, a dome hanging piece, 351, a connecting sleeve, 352, a connecting draw hook, 3521, a hook head, 353, a pull rod, 40, a fixing sleeve piece, 50, a supporting rod and 60 a waterproof umbrella board.

Detailed Description

Embodiments of the present invention are described in detail below with reference to the accompanying drawings:

as shown in fig. 1 and 2, an assembled aluminum alloy house includes an outer frame structure 20, and an inner frame structure 10 covered in the outer frame structure, where the inner frame structure includes a plurality of columns 110, a plurality of oblique joists 120 arranged circumferentially around the columns 110 and having one end connected to the columns 110 and cooperating with the columns 110 to form a roof, a thermal insulation layer 181 and a waterproof tile 182 laid on the roof in a stacked manner in sequence, and a wall 190 below the roof, the outer frame structure 20 includes a connection ring 210 fixed to the top of the columns 110, a plurality of peripheral curved bars 220 arranged circumferentially around the columns 110 and having one end connected to the connection ring, and the other end of the peripheral curved bars extends downward to the ground, the connection ring 210 and the peripheral curved bars 220 cooperate to form a gourd-head shape, and the columns 110, the oblique joists 120, the wall 190, the peripheral curved bars 220, and the connection ring 210 are made of aluminum.

This assembled aluminum alloy house's inner frame structure 10 and outer frame structure 20 all adopt the aluminum alloy material, light in weight, and the installation transportation is simple, difficult rust, need not the periodic maintenance, and outer frame structure 20 forms calabash head form through the cooperation of peripheral curved bar 220 and go-between 210, makes whole appearance more pleasing to the eye, and inner frame structure 10 then regards as bearing structure part, the people's of being convenient for daily use.

In the present embodiment, there are eight diagonal braces 120, and the inner frame structure 10 forms an octagonal structure. The inclined support beams 120 may also be three-shaped according to actual needs, so that the inner frame structure 10 may be other shapes.

As shown in fig. 1, the outer peripheral structure 20 further includes a support outer ring 230 hinged to the outer peripheral curve 220, the support outer ring 230 is sleeved on the connection position of the roof and the wall 190, and a plurality of connecting rods (not shown) are connected between the support outer ring 230 and the outer wall of the wall 190, so as to improve the connection strength between the outer frame structure and the inner frame structure.

In order to further improve the connection strength between the outer frame structure and the inner frame structure, as shown in fig. 1, the fabricated aluminum alloy house further includes a fixing kit 40 sleeved on the upright 110 and located below the connection ring 210, and support rods 50 corresponding to the peripheral curved bars 220 one to one, wherein one end of each support rod 50 is connected to the fixing kit 40, and the other end is connected to the connection ring 210, and the support rings are supported by the support rods.

As shown in fig. 1, the assembled aluminum alloy house further includes a waterproof umbrella plate 60 sleeved on the upright column 110, the waterproof umbrella plate 60 is located above the waterproof tile 182, and the horizontal projection of the waterproof umbrella plate 60 covers the connection positions of the waterproof tile 182 and the upright column 110, the thermal insulation layer 181 and the upright column 110, and the inclined support beam 120 and the upright column 110. The waterproof umbrella plate 60 is arranged above the waterproof tiles 182, the outer edge of the waterproof umbrella plate 60 extends outwards, the horizontal projection of the waterproof umbrella plate 60 covers the connecting positions of the waterproof tiles 182 and the upright columns 110, the heat-insulating layer 181 and the upright columns 110, and the inclined support beams 120 and the upright columns 110, rainwater and the like drip outwards along the waterproof umbrella plate 60, and the problem of water leakage caused by the fact that the connection between the waterproof tiles 182 and the upright columns 110, the connection between the heat-insulating layer 181 and the upright columns 110, and the connection between the inclined support beams 120 and the upright columns 110 are not tight enough can be avoided.

As shown in fig. 2 to 5, the inner frame structure 10 further includes a first connecting device 130 for connecting the upright column 110 and the inclined support beam 120, a plurality of cross beams 140 disposed circumferentially around the upright column 110 and corresponding to the inclined support beams 120 one by one, and a second connecting device 150 for connecting the upright column 110 and the cross beams 140, wherein the first connecting device 130 includes a first fixing sleeve 131 sleeved outside the upright column 110 and detachably connected to the upright column 110, and a first connecting member 132 corresponding to the inclined support beam 120 one by one, the first connecting member 132 is fixed to an outer wall of the first fixing sleeve 131, the first connecting member 132 is provided with a first mounting groove 1321 engaged with the inclined support beam 120, one end of the inclined support beam 120 is inserted into the first mounting groove 1321 and detachably connected to the first connecting member 132, and the other end thereof is inclined and extends downward, the second connecting device 150 includes a second fixing sleeve 151 sleeved outside the upright column 110 and detachably connected to the upright column 110, And the second connecting piece 152 is used for connecting the cross beam 140, the second connecting piece 152 is fixed on the outer wall of the second fixing sleeve 151, the second connecting piece 152 is provided with second mounting grooves 1521 which are in one-to-one correspondence with the cross beam 140, one end of the cross beam 140 is inserted into the second mounting groove 1521 and is detachably connected with the second connecting piece 152, the other end of the cross beam is connected with the corresponding inclined supporting beam 120, and the second fixing sleeve 151 is positioned below the first fixing sleeve 131.

During installation, the upright post 110 is inserted into the first fixing sleeve 131 and the second fixing sleeve 151 for fixing, one end of the inclined strut beam 120 is inserted into the first mounting groove 1321 of the first connecting piece 132 for fixing, one end of the cross beam 140 is inserted into the second mounting groove 1521 of the second connecting piece 152 for fixing, the other end of the cross beam is connected and fixed with the inclined strut beam 120, the inclined strut beam 120 is supported, and the overall strength of the structural system is enhanced. The inclined support beams 120 are fixed on the upright post 110 through the first connecting device 130 and can be detached for connection, the cross beams 140 are fixed on the upright post 110 through the second connecting device 150 and can be detached for connection, the strength of the beam body cannot be influenced, the operation is simple, the mounting speed is high, the original beam body cannot be scrapped even if the structure is changed and the adjustment can be detached again, the operation is flexible and changeable, the repeated use of the beam body is facilitated, and the production cost is reduced.

In this embodiment, as shown in fig. 2 to 5, the cross sections of the first fixing sleeve 131 and the second fixing sleeve 151 are regular octagon, and both are integrally formed structures, each side of the first fixing sleeve 131 corresponds to one first connecting member 132, each side of the second fixing sleeve 151 corresponds to one second connecting member 152, the upright column 110, the inclined support beam 120 and the cross beam 140 are all made of aluminum, the upright column 110 is a cylindrical column, and the inclined support beam 120 and the cross beam 140 are square beams, so that the cylindrical column is simultaneously connected with the eight inclined support beams 120 and the eight cross beams 140, and the overall installation efficiency of the building is further improved. The fixing sleeve can be set to be round or other shapes according to actual needs, and the number of the first connecting pieces 132 and the second connecting pieces 152 can be set to be more than two according to actual needs.

As shown in fig. 3, the first connecting member 132 includes a first connecting plate 1322 and a second connecting plate 1323, which are horizontally inclined and vertically arranged in parallel, and a first mounting slot 1321 is formed between the first connecting plate 1322 and the second connecting plate 1323. The first connection plate 1322 and the second connection plate 1323 are horizontally and obliquely arranged and are parallel to each other, so that the inclined support beam 120 is obliquely inserted between the first connection plate 1322 and the second connection plate 1323, and the inclined support beam 120 is horizontally and obliquely arranged and fixed on the upright post 110.

In this embodiment, the horizontal inclination angle α of the first connecting plate 1322 and the second connecting plate 1323 is 35 °, wherein α can be set between 10 ° and 35 °, so that the overall strength of the structure is ensured, and the design is more reasonable.

As shown in fig. 3, the inclined corbel 120 is provided with an inclined corbel 121, the first connection plate 1322 and the second connection plate 1323 are respectively provided with a first connection hole 1324 matched with the inclined corbel 121, and the inclined corbel 120 is inserted into the first installation slot 1321 and is matched and connected with the first connection member 132 through the inclined corbel 121, the first connection hole 1324 and a screw (not shown). During installation, the screw rod passes through first butt hole 1324 on first connecting plate 1322, the slope corbel 121 of slope corbel 120 and second butt hole 1327 on second connecting plate 1323 back both ends in proper order and passes through the nut fixed, makes to realize dismantling the connection between slope corbel 120 and the first connecting piece 132, and through this kind of screw rod butt joint mode, makes the connection more stable, is difficult for droing under frequent dynamic load, makes overall structure more firm. As shown in fig. 1, one end of the cross beam 140 is inserted into the second mounting groove 1521 and detachably connected to the second connector 152, the cross beam 140 can be directly sleeved outside the first connector 30 according to actual requirements, and a screw rod sequentially passes through the inclined support beam 121 on the top surface of the inclined support beam 120, the first connection hole 1324 on the first connection plate 1322, the second connection hole 1327 on the second connection plate 1323, and the rear two ends of the inclined support beam 121 on the bottom surface of the inclined support beam 120 and is fixed by nuts during installation.

In this embodiment, there are two tilt beams 121, and the first connection plate 1322 and the second connection plate 1323 also have two first connection holes 1324, respectively, and the first connection holes 1324 are circular holes. The inclined strut beam 121 can be further provided with more than one holes according to actual needs, the first connecting plate 1322 and the first connecting plate 1324 on the second connecting plate 1323 are also provided with more than one holes according to actual needs, the first connecting hole 1324 can also be provided with a waist-shaped hole according to actual needs, the inclined strut beam 120 and the first connecting piece 132 are more convenient to mount and align, and the mounting efficiency is higher.

As shown in fig. 3, the first connecting member 132 further includes an inner plate 1325 fixed to the outer wall of the first fixing sleeve 131, and a side plate 1326 fixed to the same side of the first connecting plate 1322 and the second connecting plate 1323, the first connecting plate 1322 is fixed to the upper end of the inner plate 1325, the second connecting plate 1323 is fixed to the lower end of the inner plate 1325, the first connecting plate 1322, the second connecting plate 1323 and the side plate 1326 cooperate to form first mounting slots 1321, and the slot opening of each first mounting slot 1321 faces the side plate 1326 of the adjacent first connecting member 132, so that the connection between the tilt beam 120 and the first connecting member 132 is more stable. The inner plate 1325 is fixed to the outer wall of the fixing groove by welding.

As shown in fig. 3 and 4, the pillar 110 is provided with two sets of second communication holes 111, each set includes two second communication holes 111 arranged at intervals up and down, and the axes of the second communication holes 111 of the first set are arranged perpendicular to the axes of the second communication holes 111 of the second set; two groups of first fixing holes 311 matched with the second communication holes 111 are arranged on the first fixing sleeve 131, the axes of the first fixing holes 311 of the first group are perpendicular to the axes of the first fixing holes 311 of the second group, and each group of first fixing holes 311 comprises two first fixing holes 311 which are oppositely arranged and matched with the corresponding second communication holes 111; the first connecting members 132 arranged in pairs have four sets, wherein two sets of the inner plates 1325 of the first connecting members 132 are provided with two second aligning holes 1327 arranged in pairs and matched with the corresponding second communication holes 111, and the inner plates 1325 of the other two sets of the first connecting members 132 are not provided with the second aligning holes 1327. The upright post 110 is sleeved in the fixing sleeve and is connected with the fixing sleeve in a matching way through the second communication hole 111, the first fixing hole 311, the second butt joint hole 1327 and the screw. During the installation, the screw rod passes second butt joint hole 1327 on inner panel 1325 in proper order, first fixed orifices 311 on the first fixed cover 131, second intercommunicating pore 111 on stand 110, another first fixed orifices 311 on the first fixed cover 131, both ends are fixed through the nut behind the second butt joint hole 1327 on another inner panel 1325, make and realize dismantling the connection between stand 110 and the first fixed cover 131, and through this kind of screw rod to wearing connected mode, make the connection more stable, be difficult for droing under frequent dynamic load, make overall structure more firm. The pillar 110 may further have at least one set of second communication holes 111 according to actual requirements, where each set includes at least one second communication hole 111.

In this embodiment, the first fixing hole 311 and the second aligning hole 1327 are both circular holes, and the first fixing hole 311 and the second aligning hole 1327 can also be set as waist-shaped holes according to actual needs, so that the upright post 110 and the first fixing sleeve 131 can be more conveniently installed and aligned, and the installation efficiency is higher. The first fixing sleeve 131 and the first connecting member 132 are made of stainless steel, so that the material is prevented from rusting, the service life of the first connecting device 130 is prolonged, and the stability of the building structure is ensured.

As shown in fig. 5, the second connector 152 further includes a first connection plate 1522 and a second connection plate 1524 sleeved on the second fixing sleeve 151 and disposed opposite to each other, a plurality of second installation grooves 1521 are formed between the first connection plate 1522 and the second connection plate 1524 and circumferentially disposed around the second fixing sleeve 151, the second installation grooves 1521 correspond to the cross beam 140 one by one, the second installation grooves 1521 are mutually communicated and matched to form an annular groove, one end of the cross beam 140 is inserted into the second installation groove 1521 and detachably connected to the first connection plate 1522 and the second connection plate 1524, the other end is connected to the lower side of the inclined support beam 120 opposite to the first installation groove, and locking plates 160 are disposed on both sides of the connection position between the cross beam 140 and the inclined support beam 120, locking holes (not shown in the drawings) are respectively disposed between the cross beam 140 and the locking plates 160 and between the inclined support beam 120 and the locking plates 160 and are connected to each other through screws, so that the connection between the inclined support beam 120 and the cross beam 140 is, the overall structural strength is higher.

In this embodiment, as shown in fig. 5, the first connecting disc 1522 and the second connecting disc 1524 are both flat plates and are suitable for mounting the beam 140 that is arranged perpendicular to the column 110, the first connecting disc 1522 and the second connecting disc 1524 may also be set to be conical disc-shaped according to actual needs, a conical space is formed between the first connecting disc 1522 and the second connecting disc 1524 in a matching manner, the cone takes the axis of the column 110 as an axis, and the beam 140 is inserted between the first connecting disc 1522 and the second connecting disc 1524 and is arranged obliquely to the column 110.

As shown in fig. 4, the cross beam 140 is provided with a third through hole 141, a first connecting hole 1523 matched with the inclined strut beam 121 is arranged at a position of the first connecting disc 1522 corresponding to each mounting position, second connecting holes 1525 corresponding to the first connecting holes 1523 in a one-to-one correspondence and opposite arrangement are arranged on the second connecting disc 1524, and the cross beam 140 is inserted into the second mounting groove 1521 and is matched and connected with the first connecting disc 1522 and the second connecting disc 1524 through the third through hole 141, the first connecting hole 1523, the second connecting hole 1525 and a screw. During the installation, the screw rod passes first connecting hole 1523 on the first connection pad 1522 in proper order, and both ends are fixed through the nut behind the third intercommunicating pore 141 on the crossbeam 140 and the second connecting hole 1525 on the second connection pad 1524, make and realize dismantling the connection between crossbeam 140 and first connection pad 1522, the second connection pad 1524, and through this kind of screw rod to wearing connected mode, make the connection more stable, be difficult for droing under frequent dynamic load, make overall structure more firm.

In this embodiment, each second mounting groove 1521 corresponds to four first connecting holes 1523 and four second connecting holes 1525, and the four first connecting holes 1523 and the four second connecting holes 1525 are arranged in a square shape, so that the beam 140 is further stably connected to the first connecting plate 1522 and the second connecting plate 1524. The four first connection holes 1523 and the four second connection holes 1525 may also be arranged in other manners such as circular according to actual needs, and the first connection hole 1523 and the second connection hole 1525 corresponding to each second mounting groove 1521 may also be arranged more than one according to actual needs.

As shown in fig. 5, the first connecting plate 1522 is provided with a reinforcing plate 153 at a position between two adjacent second mounting grooves 1521, and the reinforcing plate 153 is disposed on a side of the first connecting plate 1522 facing away from the second connecting plate 1524 and connected to the second fixing sleeve 151. The reinforcing plate 153 is used to reinforce the connection strength between the second fixing sleeve 151 and the first connecting plate 1522, so that the overall structure is more stable.

In this embodiment, the reinforcing plate 153 is a triangular plate, and the reinforcing plate 153 may be provided in other shapes according to actual needs.

As shown in fig. 5, the upright post 110 is provided with a fourth communication hole 112, the second fixing sleeve 151 is provided with two second fixing holes 511 which are oppositely arranged and matched with the fourth communication hole 112, and the upright post 110 is sleeved in the second fixing sleeve 151 and is matched and connected with the second fixing sleeve 151 through the fourth communication hole 112, the second fixing hole and a screw. During the installation, the screw rod passes through second fixed orifices on the fixed cover 151 of second in proper order, and both ends are fixed through the nut behind the fourth intercommunicating pore 112 on the stand 110 and another second fixed orifices on the fixed cover 151 of second, make and realize dismantling the connection between stand 110 and the fixed cover 151 of second, and through this kind of screw rod to passing the connected mode, make the connection more stable, be difficult for droing under frequent dynamic load, make overall structure more firm.

In this embodiment, two sets of second fixing holes are disposed on the second fixing sleeve 151, each set of second fixing holes has two pairs of second fixing holes disposed oppositely, the axes corresponding to the two sets of second fixing holes are arranged in a crossed manner, and the axes corresponding to the second fixing holes of the same set are disposed in parallel, so that the connection between the upright post 110 and the second fixing sleeve 151 is more stable, and the overall strength is enhanced.

As shown in fig. 5, the first connecting disc 1522 and the second connecting disc 1524 are disposed in parallel, the second connecting disc 1524 is sleeved below the second fixing sleeve 151 and is flush with the end portion, the first connecting disc 1522 is sleeved in the middle of the second fixing sleeve 151, the reinforcing plate 153 is disposed on the first connecting disc 1522 and is located on one side back to the second connecting disc 1524, and two sets of second fixing holes are disposed above the reinforcing plate 153. The second connecting device 150 has a reasonable overall design, prevents the mutual interference between the positions during installation, facilitates the installation and improves the installation efficiency. The first connecting disc 1522 and the second connecting disc 1524 can also be obliquely and oppositely arranged according to actual needs, so that different cross beams 140 which are arranged around the periphery of the upright post 110 in a vertically staggered manner are connected with the upright post 110, the connecting device is suitable for connecting special-shaped components, and the application range of the connecting device is wider.

In this embodiment, the second fixing sleeve 151, the first connecting disc 1522, the second connecting disc 1524 and the reinforcing plate 153 are all made of stainless steel, so as to prevent the material from rusting, prolong the service life of the second connecting device 150 and ensure the stability of the whole structure.

As shown in fig. 5, the second fixing hole, the first connecting hole 1523 and the second connecting hole 1525 are round holes, and the second fixing hole, the first connecting hole 1523 and the second connecting hole 1525 can also be set to be waist-shaped holes according to actual needs, so that the installation alignment between the beam 140 and the first connecting disc 1522, between the second connecting disc 1524, and between the upright post 110 and the second fixing sleeve 151 is facilitated, and the installation efficiency is higher.

As shown in fig. 2, a reinforcing beam 170 is further connected between two adjacent oblique corbels 120, so that the overall structure is more stable.

As shown in fig. 1, 6 and 7, the assembled aluminum alloy house further includes an interior component 30, the interior component 30 includes a first interior decoration ring 310 located under the reinforcing beam, a second interior decoration ring 320 fixed on the inner wall of the top of the wall, a plurality of decoration battens 330 arranged circumferentially around the pillar and connected between the first interior decoration ring 310 and the second interior decoration ring 320, and a plurality of decoration round pipes 340 laid on the decoration battens 330, the plurality of decoration round pipes 340 are sequentially arranged and attached to the decoration battens 330 from one side of the first interior decoration ring 310 to one side of the second interior decoration ring 320, a dome hanging member 350 is connected between the first interior decoration ring 310 and each reinforcing beam, the overall appearance of the house is further improved, the aesthetic requirement of the market is met, and the interior component 30 is fixed on the inner side of the roof of the interior frame structure through a dome hanging shoulder, and the design is reasonable and flexible.

As shown in fig. 7 to 9, the dome hanging member 350 includes a connecting sleeve 351 detachably connected to the reinforcing beam, a connecting hook 352 located right below the connecting sleeve 351, and a pulling rod 353 having one end fixedly connected to the connecting hook 352, the other end of the pulling rod 353 being rotatably connected to the connecting sleeve 351, the pulling rod 353 being rotatable about its own axis, the connecting hook 352 including a connecting rod and two hooks 3521 respectively located at both ends of the connecting rod, the hooks 3521 protruding upward, the first inner decoration ring 310 having a cavity 311, an insertion slot 312 communicating with the cavity 311, and a position limiting hole 313, the position limiting holes 313 corresponding to the hooks 3521 one by one and located at both sides of the insertion slot 312, the connecting hook 352 being capable of extending into the cavity 311 from the insertion slot 312 and enabling the two hooks 3521 to be respectively inserted into the corresponding position limiting holes 313 by rotating the pulling rod 353. During installation, the dome member is fixed on the stiffening beam through the connecting sleeve 351, then the connecting drag hook 352 is inserted into the cavity 311 of the first inner decoration ring 310 through the insertion groove 312, the rotating drag rod 353 is rotated to drive the connecting drag hook 352 to be aligned with the limiting hole 313 on the first inner decoration ring 310, and the drag hook is inserted into the limiting hole 313 through up-and-down movement, the hoisting of the stiffening beam and the first inner decoration ring 310 is realized, the whole process is simple to operate, the installation speed is high, even if the structure is changed, the beam can be detached and adjusted again without scrapping the original beam body, the mounting structure is flexible and changeable, the repeated use of the beam body is facilitated, and the production cost is reduced.

As shown in figure 1 of the drawings, in which,

the technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.

The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.