CN112878499A

CN112878499A - Building component structure

Info

Publication number: CN112878499A
Application number: CN202110299640.7A
Authority: CN
Inventors: 张如堂; 胡永伟
Original assignee: Zhejiang Putian Integrated Housing Co ltd
Current assignee: Zhejiang Putian Integrated Housing Co ltd
Priority date: 2021-03-08
Filing date: 2021-03-22
Publication date: 2021-06-01
Anticipated expiration: 2041-03-22
Also published as: CN112878499B

Abstract

The invention discloses a building component structure which comprises a quadrilateral frame, wherein the quadrilateral frame is formed by connecting four sectional materials, two adjacent sectional materials are connected through an L-shaped connecting piece, each sectional material comprises a sectional material I, a sectional material II and two sectional materials III, the sectional material I is positioned at the bottom of the quadrilateral frame, the sectional material II is positioned at the top of the quadrilateral frame, a support is fixedly connected between the sectional material I and the sectional material II, each sectional material I, the sectional material II and the sectional material III respectively comprise a structural member III and a structural member IV, and the structural member III and the structural member IV are connected through a filler strip II. The invention is composed of a quadrilateral frame surrounded by sectional materials, an inner wallboard and an outer wallboard, and has the advantages of simple and convenient assembly, high assembly efficiency, low production cost and good practicability.

Description

Building component structure

Technical Field

The invention relates to the technical field of integrated houses, in particular to a building component structure.

Background

The frame of current integrated housing is built and is often adopted the bolt to add the welded mode to fix, and this kind of traditional fixed knot constructs though fixed comparatively firm, but the assembly is loaded down with trivial details, and the efficiency that the frame was built is not high, and assembly error is great, often all fixes interior outer wallboard through the rivet when the frame was built the back installation wallboard in addition, not only troublesome poeration, the rivet exposes moreover and influences beautifully outward, consequently the urgent need improves to this.

Disclosure of Invention

The invention aims to overcome the defects of the prior art and provides a building component structure which is composed of a quadrilateral frame formed by surrounding sectional materials, an inner wallboard and an outer wallboard, and has the advantages of simple and convenient assembly, high assembly efficiency, low production cost and good practicability.

In order to achieve the purpose, the invention adopts the following technical scheme:

the utility model provides a building element structure, includes quadrilateral frame, quadrilateral frame connects through four section bars and forms, adjacent two the section bar passes through L type connecting piece and connects, the section bar includes section bar one, section bar two and two section bar three, section bar one is located quadrilateral frame's bottom, section bar two is located quadrilateral frame's top, fixedly connected with support between section bar one and the section bar two, section bar one, section bar two and section bar three all include structure three and structure four, structure three and structure four are connected through filler strip two.

Still include interior wallboard and side fascia, interior wallboard and side fascia are located quadrilateral frame.

One side that the fourth structure was kept away from to the third structure is equipped with buckle two, buckle two is connected with the three lock of structure, the tip of interior wallboard inserts between buckle two and the structure three, the four inboards of a terminal surface laminating structure of side fascia.

One side that structure three is close to buckle two is equipped with groove five, five inner wall both sides in groove are equipped with protruding tooth one, both sides protruding tooth dislocation distribution, buckle two extends towards three one sides of structure and is equipped with protruding muscle three and protruding muscle four, three length of protruding muscle is greater than four length of protruding muscle, three and four insert grooves of protruding muscle are five, protruding muscle three and four surfaces of protruding muscle all are equipped with protruding tooth two, protruding tooth two and the mutual lock of protruding tooth one.

The one end of the first convex tooth towards the second buckle plate is an inclined plane, the one end of the second convex tooth towards the fifth groove is an inclined plane, the inclined plane of the first convex tooth is consistent with the inclined plane of the second convex tooth in inclined direction, and when the third convex rib and the fourth convex rib are inserted into the fifth groove, the second convex tooth is abutted to the first convex tooth.

The three-end structure is characterized in that guide holes communicated with the three ends of the structure are formed in the three-end structure along the length direction of the three-end structure, two ends of the L-shaped connecting piece are respectively inserted into the guide holes of the two adjacent sectional materials, and the L-shaped connecting piece and the three-end structure are fixed through screws.

The inner side surface of the structural member III is provided with a second limiting groove and a third limiting groove respectively, the openings of the second limiting groove and the third limiting groove are consistent in orientation, the two ends of the support are connected with support floors, the two ends of the support floors are inserted into the second limiting groove and the third limiting groove respectively, and the support floors and the structural member tee joint are fixed through screws.

The outer side of the structural member III of the section bar II is provided with a protrusion and a first mounting groove, the protrusion protrudes towards the outer part of the structural member III, a rubber strip II is arranged in the first mounting groove, a groove III is arranged on the outer side of the structural member IV of the section bar I, a water baffle is arranged in the groove III, and the lower part of the water baffle is lower than the lower surface of the section bar.

The outer side surface of the structural member III of the section bar III is a plane and is flush with the four outer side surfaces of the structural member; interior wallboard is bamboo wood fiberboard, the side fascia is the metal carving board, interior wallboard and side fascia are formed by many panel concatenations each other.

The window frame is positioned in a space defined by the quadrilateral frame, the inner wallboard and the outer wallboard are positioned between the quadrilateral frame and the window frame, the window frame comprises a first structural part and a second structural part, the first structural part and the second structural part are connected through a first filler strip, one side of the second structural part, which is far away from the first structural part, is provided with a first buckle plate, the first buckle plate is connected with the second structural part in a buckling manner, the inner wallboard is inserted between the first buckle plate and the second structural part, the outer side of the first structural part extends outwards and is provided with a limiting rib, the limiting rib is vertical to the outer surface of the first structural part, one end surface of the outer wallboard is attached to the inner side of the limiting rib, one side of the second structural part, which is close to the inner wallboard, is provided with a fourth groove, two sides of the inner wall of the fourth groove are respectively provided with a first convex tooth, two, the novel wire tube is characterized in that a first convex rib is inserted into a fourth groove, a second convex tooth is matched with the first convex tooth to be clamped, the novel wire tube further comprises a wire tube and a wire groove, a wire rod is arranged in the wire tube, and one end of the wire tube is connected with the wire groove and the other end of the wire tube penetrates out of the outer surface of the section.

The invention has the beneficial effects that: 1. the L-shaped connecting pieces are used for enclosing the sectional materials into a quadrilateral frame, the quadrilateral frame is reinforced through the supports, and the inner wall plate is fixed through the pinch plates, so that the wall body is firmer and more attractive, the process is simple, the efficiency is high, and the practicability is good; 2. the upper section bar and the lower section bar are connected through the bracket, so that the bearing capacity of the frame is greatly improved, the frame is firmer, the strength and the service life of the invention are further improved, the bracket is slidably mounted through a bracket floor, the mounting efficiency of the bracket is greatly improved, the mounting cost is reduced, the bracket floor is fixed through the limiting grooves II and III and then through the screws, the bracket is firmer to fix, the mounting is simple and rapid, and the efficiency is high; 3. through the staggered distribution of the first convex teeth on the two sides and the arrangement that the length of the third convex rib is slightly greater than that of the fourth convex rib, the mutual interference between the third convex rib and the fourth convex rib can be effectively prevented when the third convex rib and the fourth convex rib deform, and the space of the fifth groove can be reduced, so that the assembly of the second pinch plate is more precise; through the staggered assembly, labor is saved when the second buckle plate is installed, and the installation of the second buckle plate is facilitated; 4. the outer side surface of the structural member III of the section bar III is a plane and is flush with the four outer side surfaces of the structural member, so that the built frame is positioned on the outer side part of the section bar III and can be relatively flat, and the attractiveness is greatly improved; 5. the window frame is limited and fixed through the inner wall plate and the outer wall plate, so that the window frame is installed, the design simplifies the assembly process of the window frame greatly, improves the assembly efficiency, and meets the requirements of window frames with various sizes.

Drawings

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is an exploded view of the present invention;

FIG. 3 is an enlarged view of FIG. 2 at A;

FIG. 4 is an enlarged view of FIG. 2 at B;

FIG. 5 is an enlarged view of FIG. 2 at C;

FIG. 6 is a schematic view of a folded configuration of the present invention;

FIG. 7 is an enlarged view of FIG. 6 at D;

FIG. 8 is an enlarged view of FIG. 6 at E;

FIG. 9 is a schematic view of the connection structure of two profiles;

FIG. 10 is a schematic structural diagram of a first profile;

FIG. 11 is a schematic structural diagram of a second profile;

FIG. 12 is a schematic structural view of section III;

FIG. 13 is a schematic structural view of a first wall surface;

FIG. 14 is a cross-sectional view at F-F of FIG. 13;

FIG. 15 is an enlarged view of FIG. 14 at H;

FIG. 16 is an enlarged view of FIG. 14 at I;

FIG. 17 is a cross-sectional view at G-G of FIG. 13;

FIG. 18 is a schematic structural view of a second wall surface;

FIG. 19 is a schematic view of the structure of FIG. 18 at J-J;

FIG. 20 is a cross-sectional view at K-K of FIG. 18;

FIG. 21 is a schematic view of a wall structure;

FIG. 22 is an enlarged view at J of FIG. 21;

FIG. 23 is a schematic structural view of a space frame;

FIG. 24 is a schematic view of the hinge in a first view;

FIG. 25 is a schematic view of the hinge shown in a second perspective;

FIG. 26 is an exploded view of the hinge;

FIG. 27 is a schematic view of the roof and the second wall;

FIG. 28 is a schematic view of the assembly of the floor and the second wall;

FIG. 29 is an enlarged view of FIG. 28 at K;

FIG. 30 is a schematic view of the fitting structure of the first wall surface and the second wall surface;

FIG. 31 is a schematic view of the wall surface I and space frame in a mated configuration;

FIG. 32 is a schematic view of a wall including a conduit;

fig. 33 is a schematic structural view of a wall surface containing conduit.

In the figure: the three-dimensional frame 1, a first groove 101, a roof plate 102, a supporting surface 103, a supporting frame 104, a floor 2, a second groove 201, a third groove 202, a first wall 3, a second wall 4, a roof 5, a window frame 6, a first structural part 601, a second structural part 602, a first filler strip 603, a first buckle plate 604, a first convex rib 605, a fourth groove 606, a limit rib 607, a hinge 7, a shell 701, a first guide groove 7011, a supporting part 7012, a supporting platform 7013, a first counter sink hole 7014, a fabrication hole 7015, a first limit groove 7016, a second sink hole 7017, a slideway 702, a first guide rib 7021, a second guide rib 7022, a second guide groove 7023, a first hinge hole 7024, a first arm 703, a second hinge hole 7031, a first convex arm 7032, a third hinge hole 7033, a fourth hinge hole 7034, a second arm 704, a fifth hinge hole 7041, a second convex arm 7042, a sixth hinge hole 7043, a seventh hinge hole 7044, a first shaft spacer, a sliding ring 7061, a second shaft spacer, a third shaft 707, a fourth shaft 801, a ninth hinge base 706, a ninth shaft base 706, The section bar comprises a first section bar 901, a second section bar 902, a third section bar 903, a third structural part 904, a guide hole 9041, a second limiting groove 9042, a fifth groove 9043, a first convex tooth 9044, a protrusion 9045, a first installation groove 9046, a third limiting groove 9047, a fourth structural part 905, a second convex rib 9051, a second installation groove 9052, a sixth groove 9053, a second filler strip 906, a second buckle plate 907, a third convex rib 9071, a fourth convex rib 9072, a second convex tooth 9073, a water baffle 908, a seventh groove 909, a second hole 910, an L-shaped connecting piece 10, a support floor 11, a support 12, an inner wallboard 13, an outer wallboard 14, a first rubber strip 17, a second rubber strip 18, a third rubber strip 19, a fourth rubber strip 20, a line pipe 21 and a line groove 22.

Detailed Description

The invention is further described with reference to the accompanying drawings and the detailed description below:

in the description of the present specification, the terms "upper", "lower", "left", "right", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience in describing the present invention and simplifying the description, but do not indicate or imply that the referred device or unit must have a specific direction, be configured and operated in a specific orientation, and thus, should not be construed as limiting the present invention.

As shown in fig. 1 to 33, a building component structure includes a quadrilateral frame, the quadrilateral frame is formed by connecting four profiles 9, two adjacent profiles 9 are connected by an L-shaped connector 10, the profiles 9 include a first profile 901, a second profile 902 and a third profile 903, the first profile 901 is located at the bottom of the quadrilateral frame, the second profile 902 is located at the top of the quadrilateral frame, a bracket 12 is fixedly connected between the first profile 901 and the second profile 902, the first profile 901, the second profile 902 and the third profile 903 all include a third structural member 904 and a fourth structural member 905, the third structural member 904 and the fourth structural member 905 are connected by a second backing strip 906, and an inner wall panel 13 and an outer wall panel 14 are located in the quadrilateral frame.

The vertical wall is a second wall surface 4, and a house can be formed by the second wall surface 4, the three-dimensional frame 1, the floor 2, the first wall surface 3 and the roof 5, and specifically comprises the following components: a house comprises a three-dimensional frame 1, a square floor 2, a first wall surface 3, a second wall surface 4 and a roof 5, wherein the three-dimensional frame 1 comprises a supporting surface 103, a supporting frame 104 perpendicular to the supporting surface 103 and a roof plate 102 positioned on the upper portion of the supporting frame 104, the supporting surface 103 is connected with the floor 2 through hinges 7, one side, far away from the three-dimensional frame 1, of the floor 2 is connected with the second wall surface 4 through hinges 7, two sides of the supporting frame 104 are connected with the first wall surface 3 through hinges 7, both the first wall surface 3 and the second wall surface 4 are perpendicular to the floor 2, the roof 5 is arranged above the first wall surface 3 and the second wall surface 4, the roof 5 is connected with the roof plate 102 through hinges 7, the three-dimensional frame 1, the floor 2, the first wall surface 3, the second wall surface 4 and the roof 5 form a house main body, the house main body is foldable through the hinges 7, so that, the transportation efficiency is improved, the transportation cost is reduced, the structure is simple and reasonable, and the practicability is good; the three-dimensional frame 1, the floor 2, the first wall surface 3, the second wall surface 4 and the roof 5 are connected through the hinges 7, so that the house can be assembled in a factory, the assembly process is greatly simplified, the assembly efficiency is improved, the building efficiency of the house is improved, the production cost is saved, and the market prospect is good.

The house comprises two house main bodies and the three-dimensional frame 1, the area of the house is greatly increased, the integrated design of a bedroom, a kitchen and a living room is realized, and the requirements of more people are met.

The first wall surface 3 and the second wall surface 4 are both composed of a quadrilateral frame, an inner wall plate 13 and an outer wall plate 14, the inner wall plate 13 and the outer wall plate 14 are positioned in the quadrilateral frame, the quadrilateral frame is formed by connecting four sectional materials 9, wherein the sectional materials 9 comprise a sectional material I901, a sectional material II 902 and a sectional material III 903, the sectional material I901 is positioned at the lower part of the quadrilateral frame forming the first wall surface 3, and the sectional material II 902 is positioned at the other three sides of the quadrilateral frame forming the first wall surface 3, the sectional material II 902 forming the upper side of the quadrilateral frame forming the first wall surface 3 is obliquely and downwards arranged, in particular, the upper part of the first wall surface 3 is obliquely and downwards arranged from one side close to the three-dimensional frame 1, and by the structural design, the roof 5 positioned above the first wall surface 3 can also be obliquely and downwards arranged along the inclination at the upper part, so that a flow guiding, the service life of the invention is prolonged;

the quadrilateral frame forming the second wall surface 4 is composed of a first section bar 901, a second section bar 902 and three section bars 903, the first section bar 901 is located at the bottom of the second wall surface 4 quadrilateral frame, the second section bar 902 is located at the top of the second wall surface 4 quadrilateral frame, the third section bar 903 is located at two sides of the second wall surface 4 quadrilateral frame, the outer side surface of the third structural part 904 of the third section bar 903 is a plane and is flush with the outer side surface of the fourth structural part 905, the built frame is located on the outer side part of the third section bar, the outer side surface of the third structural part of the third section bar 903 can be flat, and the attractiveness. The section bar 9 comprises a structural member three 904 and a structural member four 905, namely, the first section bar 901, the second section bar 902 and the third section bar 903 also comprise a structural member three 904 and a structural member four 905, the structural member three 904 and the structural member four 905 are connected through a filler strip two 906, the filler strip two 906 is a nylon heat insulation strip, a similar broken bridge aluminum alloy frame structure is formed through the structural member three 904, the structural member four 905 and the filler strip two 906, the wall formed by the structure can effectively reduce noise, can avoid indoor moisture from being condensed on the surface of the section bar 9 due to supersaturation, is energy-saving and environment-friendly, reduces indoor heat loss, and has excellent air tightness and water tightness.

Two adjacent section bars 9 are connected through an L-shaped connecting piece 10, specifically, a guide hole 9041 which is communicated with two ends of the three structural piece 904 is formed in the three structural piece 904 along the length direction of the three structural piece 904, two ends of the L-shaped connecting piece 10 are respectively inserted into the guide holes 9041 of the two adjacent section bars 9, the L-shaped connecting piece 10 and the three structural piece 904 are fixed through screws, namely when the three structural pieces 9 and the L-shaped connecting piece 10 are assembled, the screws are screwed in the inner sides of the structural pieces 3 to penetrate through the guide holes 9041 and the L-shaped corner pieces 10 and are fixed, the L-shaped connecting piece 10 is inserted into the guide holes 9041 to be limited, the screws are conveniently fixed, and the four section bars 9 are fixed into a quadrilateral frame through the L-shaped corner.

A bracket 12 is fixedly connected between two vertically opposite section bars 9, namely a wall surface I3 and a wall surface II 4 are formed, and a bracket 12 is fixedly connected between a section bar II 902 at the upper part and a section bar I901 at the lower part, specifically, the inner side surface of the structural member III 904 is respectively provided with a limit groove II 9042 and a limit groove III 9047, the openings of the limit groove II 9042 and the limit groove III 9047 are consistent in direction, the two ends of the bracket 12 are connected with bracket floors 11, the two ends of the bracket floors 11 are respectively inserted into the limit groove II 9042 and the limit groove III 9047, the bracket floors 11 and the structural member III 904 are fixed through screws, when the bracket 12 is installed, the bracket floors 11 are firstly welded at the two ends of the bracket 12, then the bracket floors 11 at the two ends of the bracket 12 are inserted from the side surfaces of the corresponding section bars 9, the two ends of the bracket floors 11 are limited and guided through the limit grooves II 9042 and the limit groove III 9047, when the bracket 12 moves to a proper position, the bracket floors 11 and, by arranging the bracket 12, the wall body structures of the first wall surface 3 and the second wall surface 4 are reinforced, the bearing capacity of the first wall surface 3 and the second wall surface 4 is greatly improved, and the first wall surface 3 and the second wall surface 4 are effectively prevented from deforming under stress, so that the strength and the service life of the wall are improved; the support 12 is installed in a sliding mode through the support floor 11, so that the installation efficiency of the support 12 is greatly improved, and the installation cost is reduced; the support floor 11 is limited by the second limit groove 9042 and the third limit groove 9047 and fixed by screws, so that the support 12 is fixed more firmly.

The end part of the inner wall plate 13 is inserted between the second buckle plate 907 and the third structural part 904, specifically, a groove five 9043 is arranged on one side, close to the buckle plate two 907, of the third structural part 904, two sides of the inner wall of the groove five 9043 are respectively provided with a first convex tooth 9044, the first convex teeth 9044 on two sides are distributed in a staggered manner, the buckle plate two 907 extends towards one side of the third structural part 904 and is respectively provided with a third convex rib 9071 and a fourth convex rib 9072, the length of the third convex rib 9071 is slightly greater than the length of the fourth convex rib 9072, the surfaces of the third convex rib 9071 and the fourth convex rib 9072 are both provided with a second convex tooth 9073, when the third convex rib 9071 and the fourth convex rib 9072 are inserted into the groove five 9043, the second convex tooth 9073 is buckled with the first convex tooth 9044, wherein the first convex teeth 9044 on two sides are distributed in a staggered manner and the length of the third convex rib 9071 is slightly greater than the length of the fourth convex rib 9072, when the buckle plate II 907 is installed, the third rib 9071 is firstly inserted into the fifth groove 9043, the second convex tooth 9073 on the side is abutted against the first convex tooth 9044 firstly, so that the third rib 9071 deforms towards the fourth rib 9072, when the first deformation of the third rib 9071 is finished, namely the second convex tooth 9073 on the outermost side of the third rib 9071 crosses the first convex tooth 9044 on the outermost side of the fifth groove 9043 close to the third rib 9071, the fourth rib 9072 enters the fifth groove 9043 and deforms towards the third rib 9071, so that the deformation time of the third rib 9071 and the fourth rib 9072 is staggered, through the structural design, the mutual interference of the third rib 9071 and the fourth rib 9072 during deformation can be effectively prevented, the space of the fifth groove 9043 can be reduced, and the assembly of the second buckle plate 907 is more precise; and through the dislocation assembly, when the second buckle plate 907 is installed, more labor is saved, and the installation of the second buckle plate 907 is facilitated.

The end, facing the buckle plate II 907, of the first convex tooth 9044 is an inclined surface, the end, facing the groove five 9043, of the second convex tooth 9073 is an inclined surface, the inclined surface of the first convex tooth 9044 is identical to the inclined surface of the second convex tooth 9073 in inclined direction, the buckle plate II 907 is convenient to mount through the cooperation of the inclined surfaces, the structure is simple, and the practicability is good; when the three convex ribs 9071 and the four convex ribs 9072 are inserted into the five convex teeth 9043, the second convex teeth 9073 are abutted to the first convex teeth 9044, the inner wall plate 13 is installed through the buckling structural part three 904 of the second buckling plate 907, the installation efficiency of the inner wall plate 13 is greatly improved, the inner wall plate 13 can be limited, and the inner wall plate 13 is prevented from falling off.

The wall panel 14 a terminal surface laminating structure is four 905 inboardly, specifically does, and during installation wall panel 14, place wall panel 14 at four 905 inboardly of structure, when filling the filler between interior wallboard 13 and wall panel 14, interior wallboard 13 and wall panel 14 expand outward slightly for interior wallboard 13 firmly butts buckle two 907 inboardly, and wall panel 14 then firmly butts the structure four 905 inboardly, makes the wall body that forms more firm. When the house main body is unfolded, namely the floor 2 is parallel to the supporting surface 103, the first wall surface 3 and the second wall surface 4 are respectively vertical to the floor, the side surface of the second wall surface 4 is abutted against the side surface of the first wall surface 3, the lower part of the roof 5 is abutted against the first wall surface 3 and the second wall surface 4, at the moment, the lower part of the first wall surface 3 is abutted against the upper part of the floor 2 and is fixed through screws, the upper part of the first wall surface 3 is abutted against the lower part of the roof 5 and is fixed through screws, the side surface of the first wall surface 3 is abutted against the second wall surface 4 and is fixed through screws, the top of the second wall surface 4 is abutted against the lower part of the roof 5 and is fixed through screws, and after the house main body is unfolded, all parts (the floor 2, the first wall surface 3, the second wall surface 4 and the roof 5) are; when the house main body is folded, the inner surface of the first wall surface 3 abuts against the side face of the three-dimensional frame 1, the inner surface of the second wall surface 4 abuts against the inner surface of the floor 2, the outer surface of the second wall surface 4 abuts against the outer surface of the first wall surface 3, the inner surface of the roof 5 abuts against the outer surface of the floor 2, the first wall surface 3 is not larger than the edge range of the supporting surface 103, and the floor 2 is not larger than the edge range of the roof slab 102, so that the size of the folded house main body can be reduced to the maximum extent, the transportation is convenient, the transportation efficiency is improved.

The third structural member 904 comprises a second hole 910 which is communicated with the upper surface and the lower surface of the third structural member 904, a filling agent is filled between the inner wall plate 13 and the outer wall plate 14 from the second hole 910, and the filling agent is a foaming agent.

The window frame 6 can be further arranged on the first wall surface 3 and the second wall surface 4, a window can be installed in the window frame 6, specifically, the window frame 6 is located in a quadrilateral frame of the first wall surface 3 and the second wall surface 4, the inner wall board 13 and the outer wall board 14 are located between the quadrilateral frame and the window frame 6, the window frame 6 comprises a first structural part 601 and a second structural part 602, the first structural part 601 and the second structural part 602 are connected through a first filler strip 603, a first buckle plate 604 is arranged on one side, far away from the first structural part 601, of the second structural part 602, the first buckle plate 604 is connected with the second structural part 602 in a buckling manner, the inner wall board 13 is inserted between the first buckle plate 604 and the second structural part 602, a limiting rib 607 extends outwards from the outer side of the first structural part 601, the limiting rib 607 is perpendicular to the outer surface of the first structural part 601, one end surface of the outer wall, the two sides of the inner wall of the groove IV 606 are respectively provided with a first convex tooth 9044, the first convex teeth 9044 on the two sides are flush, the buckle plate I604 extends towards the structural member II 602 and is provided with two first convex ribs 605, the surface of the first convex rib 605 is provided with a second convex tooth 9073, the first convex rib 605 is inserted into the groove IV 606, the second convex teeth 9073 and the first convex teeth 9044 are matched and clamped with each other, the window frame 6 can be limited and fixed through the inner wall plate 13, the outer wall plate 14 and the filler, and therefore the window frame 6 can be installed.

A bulge 9045 and a first mounting groove 9046 are arranged on the outer side of a third structural member 904 of the second sectional material 902, the bulge 9045 protrudes towards the outer side of the third structural member 904, the bulge 9045 is arranged on the third structural member 904 of the second sectional material 902, the structural strength of the second sectional material 902 can be effectively improved, a second rubber strip 18 is arranged inside the first mounting groove 9046, a second convex rib 9051 and a second mounting groove 9052 are arranged on the outer side of a fourth structural member 905 of the second sectional material 902, a first rubber strip 17 is arranged in the second mounting groove 9052, when a first wall surface 3 abuts against a second wall surface 4, the second sectional material 902, which is arranged on one side of the first wall surface 3 and close to the second wall surface 4, abuts against the second wall surface 4, and the first rubber strip 17, the second rubber strip 18 and the second convex; when the first wall surface 3 is abutted to the three-dimensional frame 1, the second section 902 which is positioned on the first wall surface 3 and is close to one side of the three-dimensional frame 1 is abutted to the second wall surface 4, and the second rubber strip 18 is abutted to the three-dimensional frame 1; when the second wall surface 4 abuts against the roof 5, a second section 902, which is positioned on the second wall surface 4 and is close to one side of the roof 5, abuts against the roof 5, and the first rubber strip 17, the second rubber strip 18 and the second convex rib 9051 respectively abut against the lower surface of the roof 5; a groove six 9053 is arranged on the outer side of a structural part four 905 of the section I901, a water baffle 908 is arranged inside the groove six 9053, the lower part of the water baffle 908 is lower than the lower surface of the section I901, the upper surface of the floor 2 is respectively provided with a groove three 202, a rubber strip three 19 and a rubber strip four 20, when the wall surface two 4 abuts against the floor 2, the section I901 which is positioned on one side of the wall surface two 4 and is close to the floor 2 abuts against the upper surface of the floor 2, the lower end 908 of the water baffle 908 is inserted into the groove three 202, the rubber strip three 19 and the rubber strip four 20 abut against the lower part of the wall surface two 4, wherein the groove three 202, the rubber strip three 19 and the rubber strip four 20 are also arranged on the lower part of the wall surface one 3, the lower end of the water baffle 908 of the section I on the lower part of the wall surface one 3 is inserted into the groove three 202, wherein the rubber strip 901, the rubber strip two 18, the rubber strip three 19 and, through setting up rubber strip one 17, rubber strip two 18, rubber strip three 19 and rubber strip four 20, form seal structure to reduce the loss of indoor temperature, reach the heat preservation effect, through setting up breakwater 908, can play manger plate, keep off the dirt effect.

The hinge 7 comprises two groups of block bodies, an arm I703, an arm II 704 and a shaft I705, each group of block bodies comprises two slide ways 702 corresponding to each other, each slide way 702 comprises a guide groove II 7023, the shaft I705 positioned on one side of the arm I703 is rotatably connected with the arm I703, the shaft I705 positioned on one side of the arm II 704 is rotatably connected with the arm II 704, two ends of the shaft I705 are opposite to the guide grooves II 7023 and can move along the guide grooves II 7023, one end of the arm I703 can move along the guide grooves II 7023 of the slide ways 702, the other end of the arm I703 is hinged with the other slide ways 702, one end of the arm II 704 can move along the guide grooves II 7023 of the slide ways 702, the other end of the arm II 704 is hinged with the slide ways 702, specifically, the arm I703 comprises a hinge hole II 7031, the arm II 704 comprises a hinge hole five 7041, the shaft I positioned on one side of the arm 705 penetrates through the hinge holes II 7031 and penetrates through the corresponding guide grooves II 7023, a first shaft 705 positioned on one side of the second arm 704 penetrates through the fifth hinge hole 7041 and penetrates out of the fifth hinge hole to be inserted into a corresponding second guide groove 7023; the first arm 703 and the second arm 704 are respectively hinged to the two groups of slideways 702, the first arm 703 and the second arm 704 are hinged to each other, specifically, the first arm 703 extends towards the second arm 704 to form a first protruding arm 7032, the first protruding arm 7032 comprises a hinge hole III 7033 communicated with the two side surfaces of the first protruding arm 7032, the second arm 704 extends towards the first arm 703 to form two second protruding arms 7042, the first protruding arm 7032 is located between the two second protruding arms 7042, the second protruding arm 7042 comprises a hinge hole VI 7043 communicated with the two side surfaces of the second protruding arm 7042, a rotatable shaft IV 709 is arranged in the hinge hole III 7033, and two ends of the shaft IV 709 exceed two sides of the first protruding arm 7032 and exceed parts to be inserted into the hinge hole VI 7043. The inner surfaces of two sides of the sliding way 702 are provided with first hinge holes 7024 which are opposite, the first protruding arm 7032 is provided with fourth hinge holes 7034 which are communicated with the surfaces of two sides of the first protruding arm 7032, the fourth hinge hole 7034 is internally provided with a second shaft 707, two ends of the second shaft 707 exceed the fourth hinge holes 7034 and exceed parts of the two ends of the second shaft 7034 to be inserted into the corresponding first hinge holes 7024, the second protruding arm 7042 is provided with seventh hinge holes 7044 which are communicated with the surfaces of two sides of the second protruding arm 7042, the seventh hinge holes 7044 are internally provided with third shafts 708, two ends of the third shafts 708 exceed the seventh hinge holes 7044 and exceed parts of the three shafts to be inserted into the corresponding first hinge holes 7024, the first arm and the second arm 704 are hinged through the fourth shafts 709, the first protruding arm 7032 is hinged with the corresponding sliding way 702 through the second shaft 707, the second protruding arm 7042 is hinged with the corresponding sliding way 702 through the third shaft, and the hinge joints 703 can enable the first arm and the second arm 704 to rotate, The first arm 703 and the second arm 704 are more firmly fixed, the structural strength of the hinge 7 is greatly improved, the structure is simple and reasonable, and the practicability is good.

The outer surface of each set of the slide ways 702 is fixedly connected with a shell 701, specifically, the slide ways 702 are abutted against the surface of the shell 701, the surface of the shell 701 is provided with a first guide groove 7011, the slideway 702 is provided with a first guide rib 7021, the first guide rib 7021 is inserted into the first guide groove 7011, support portions 7012 are extended from both sides of the housing 701, the side surface of the supporting part 7012 is provided with a plurality of second counter bores 7017, screws penetrate into the second counter bores 7017 and are screwed into the slide ways 702, thereby fixing the shell 701 and the slide way 702, the inner side of the supporting part 7012 is provided with a first limit groove 7016, a second guide rib 7022 is arranged on the outer side of the slide way 702, the second guide rib 7022 is inserted into the first limit groove 7016, through the cooperation of the first guide groove 7011 and the guide rib 7021, the first limit groove 7016 and the second guide rib 7022 can be effectively matched to limit the slide 702, so that the slide 702 can be conveniently installed, and the slide 702 is prevented from shaking due to stress.

Preferably, the two ends of the first shaft 705 are sleeved with slip rings 706, the slip rings 706 are made of copper, the slip rings 706 are rotatably connected with the first shaft 705, the slip rings 706 are located in the second guide grooves 7023 and can move along the second guide grooves 7023, the annular side faces of the first shaft 705 are sleeved with gaskets 7061, the gaskets 7061 are located on the inner sides of the slip rings 706, and the hardness of the first shaft 705 is greater than that of the sliding ways 702; by arranging the slip ring 706, the first shaft 705 moves more smoothly, the first shaft 705 can be prevented from being directly contacted with the second guide groove 7023, and the first shaft 705 is effectively prevented from being rubbed with the second guide groove 7023 in the moving process, so that the second guide groove 7023 is abraded to influence the service life of the hinge 7. The shell 701, the first arm 703, the second arm 704 and the slide way 702 are made of aluminum, and the shell 701, the slide way 702, the first arm 703 and the second arm 704 are all made of aluminum profiles, so that the processing is simple, the efficiency is high, and the cost is low; the first arm 703 and the second arm 704 are formed by different processing of the same aluminum alloy section, so that the universality rate of parts is greatly improved, and the production cost is reduced. Preferably, the first shaft 705, the second shaft 707, the third shaft 708 and the fourth shaft 709 are made of stainless steel, so that rust can be prevented. One side, close to a wall surface I3, of the support frame 104 is provided with a plurality of first grooves 101, hinge seats 8 are fixed in the first grooves 101, one side, close to the three-dimensional frame 1, of the wall surface I3 is provided with a plurality of seventh grooves 909, one end of each hinge 7 is fixed to the hinge seat 8, the other end of each hinge 7 is inserted into the seventh grooves 909, specifically, the seventh grooves 909 are located at one side, close to the support frame 104, of a section II 902, a support part 7012, close to the section II 902, is inserted into the seventh grooves 909, a support table 7013 abuts against the section II 902 and fixes the support table 7013 and the section II 902 through screws, the hinge seats 8 comprise nine holes 801, a support part 7012, close to the three-dimensional frame 1, is inserted into the nine holes 801, and a support table 7013 abuts against the; the surface of the floor 2 is provided with a plurality of second grooves 201, hinge seats 8 are fixed in the second grooves 201, a plurality of seventh grooves 909 are arranged on one side, close to the floor 2, of the second wall surface 4, one end of each hinge 7 is fixed with the hinge seats 8, the other end of each hinge 7 is inserted into the corresponding seventh groove 909 and is fixed, specifically, the seventh grooves 909 are positioned at the bottom of the first section 901 on one side, close to the floor 2, of the second wall surface 4, supporting parts 7012, close to the first section 901, are inserted into the seventh grooves 909, the supporting parts 7013 abut against the first section 901 and fix the supporting tables 7013 and the first section 901 through screws, each hinge seat 8 comprises a hole nine 801, the supporting parts 7012, close to the floor 2, are inserted into the hole nine 801, and the supporting tables 7013 abut against the hinge seats 8 and fix the supporting; the supporting frame 104 is also provided with a plurality of first grooves 101 on one side close to the roof 5, hinge seats 8 are fixed in the first grooves 101, seven grooves 909 corresponding to the first grooves 101 are arranged on one side close to the supporting frame 104 of the roof 5, a plurality of first grooves 101 are arranged on one side close to the floor 2 of the supporting surface 103, a plurality of second grooves 201 are arranged on one side close to the supporting surface 103 of the floor 2, hinge seats 8 are fixed in the second grooves 201 on the side, supporting portions 7012 of the hinges 7 are respectively inserted into corresponding hole nines 801 and seven grooves 909 and fixed through supporting tables 7013, specifically, supporting tables 7013 are arranged at the other ends of the supporting portions 7012 in an outward extending mode, a first countersunk hole 7014 and a technical hole 7015 are arranged on the surfaces of the supporting tables 7013, a piece matched with the supporting tables 7013 is fixed through the first countersunk hole 7014, and the technical hole 7015 can be located when the hinges 7 are installed, and the hinges 7 are convenient to install. Preferably, the inner wall plate 13 is a bamboo-wood fiber plate, the outer wall plate 14 is a metal carved plate, and the inner wall plate 13 and the outer wall plate 14 are formed by mutually splicing a plurality of plates. Preferably, wall 3 and wall two 4 include spool 21 and wire casing 22, be equipped with the wire rod in the spool 21, spool 21 one end is connected wire casing 22 and the other end and is worn out section bar 9 surface.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.

Claims

1. A building component structure characterized by: including quadrilateral frame, quadrilateral frame connects through four section bars (9) and forms, adjacent two section bar (9) are connected through L type connecting piece (10), section bar (9) are including section bar one (901), section bar two (902) and two section bar three (903), section bar one (901) is located quadrilateral frame's bottom, section bar two (902) are located quadrilateral frame's top, fixedly connected with support (12) between section bar one (901) and section bar two (902), section bar one (901), section bar two (902) and section bar three (903) all include structure three (904) and structure four (905), structure three (904) and structure four (905) are connected through filler strip two (906).

2. The building component structure of claim 1, wherein: the wall structure is characterized by further comprising an inner wall plate (13) and an outer wall plate (14), wherein the inner wall plate (13) and the outer wall plate (14) are located in the quadrilateral frame.

3. The building component structure of claim 2, wherein: one side of the structural member III (904), which is far away from the structural member IV (905), is provided with a second buckle plate (907), the second buckle plate (907) is buckled with the structural member III (904), the end part of the inner wallboard (13) is inserted between the second buckle plate (907) and the structural member III (904), and one end face of the outer wallboard (14) is attached to the inner side of the structural member IV (905).

4. A building component structure according to claim 3, wherein: one side of the structural member III (904) close to the buckle plate II (907) is provided with a groove V (9043), two sides of the inner wall of the groove V (9043) are provided with convex teeth I (9044), the convex teeth I (9044) on the two sides are distributed in a staggered mode, the buckle plate II (907) extends towards one side of the structural member III (904) to be provided with a convex rib III (9071) and a convex rib IV (9072), the length of the convex rib III (9071) is larger than that of the convex rib IV (9072), the convex rib III (9071) and the convex rib IV (9072) are inserted into the groove V (9043), the surfaces of the convex rib III (9071) and the convex rib IV (9072) are provided with convex teeth II (9073), and the convex teeth II (9073) and the convex teeth I (9044) are buckled with each other.

5. The building component structure according to claim 4, wherein: the end, facing the buckle plate II (907), of the convex tooth I (9044) is an inclined surface, the end, facing the groove fifth (9043), of the convex tooth II (9073) is an inclined surface, the inclined surfaces of the convex tooth I (9044) and the inclined surfaces of the convex tooth II (9073) are in the same inclined direction, and when the convex rib third (9071) and the convex rib fourth (9072) are inserted into the groove fifth (9043), the convex tooth II (9073) abuts against the convex tooth I (9044).

6. The building component structure of claim 1, wherein: the interior of the third structural part (904) is provided with guide holes (9041) which are communicated with the two ends of the third structural part (904) along the length direction of the third structural part, the two ends of the L-shaped connecting part (10) are respectively inserted into the guide holes (9041) of the two adjacent sectional materials (9), and the L-shaped connecting part (10) and the third structural part (904) are fixed through screws.

7. The building component structure of claim 1, wherein: the inner side surface of the third structural member (904) is provided with a second limiting groove (9042) and a third limiting groove (9047), the openings of the second limiting groove (9042) and the third limiting groove (9047) face in the same direction, two ends of the support (12) are connected with support floors (11), two ends of each support floor (11) are inserted into the second limiting groove (9042) and the third limiting groove (9047) respectively, and the support floors (11) and the third structural member (904) are fixed through screws.

8. The building component structure of claim 1, wherein: the outer side of the structural member III (904) of the sectional material II (902) is provided with a protrusion (9045) and a first mounting groove (9046), the protrusion (9045) protrudes towards the outer part of the structural member III (904), a rubber strip II (18) is arranged in the first mounting groove (9046), the outer side of the structural member IV (905) of the sectional material I (901) is provided with a groove VI (9053), a water baffle (908) is arranged in the groove VI (9053), and the lower part of the water baffle (908) is lower than the lower surface of the sectional material I (901).

9. The building component structure of claim 2, wherein: the outer side surface of a third structural member (904) of the third section (903) is a plane and is flush with the outer side surface of a fourth structural member (905); interior wallboard (13) are bamboo wood fiberboard, side fascia (14) are the metal carving board, interior wallboard (13) and side fascia (14) are formed by many panel concatenations each other.

10. The building component structure of claim 2, wherein: still include window frame (6), inside window frame (6) were located the space that quadrilateral frame encloses, interior wallboard (13) and side fascia (14) were located between quadrilateral frame and window frame (6), window frame (6) are including structure (601) and structure two (602), structure (601) and structure two (602) are connected through filler strip one (603), one side that structure (601) was kept away from to structure two (602) is equipped with buckle one (604), buckle one (604) are connected with structure two (602) lock, interior wallboard (13) insert between buckle one (604) and structure two (602), structure one (601) outside is outwards extended and is equipped with spacing muscle (607), spacing muscle (607) are perpendicular with structure one (601) surface, side fascia (14) a terminal surface laminating spacing muscle (607) are inboard, one side that structure two (602) is close to interior wallboard (13) is equipped with groove four (606), groove four (606) inner wall both sides are equipped with protruding tooth one (9044) respectively, both sides protruding tooth one (9044) flushes, buckle one (604) are equipped with two protruding muscle one (605) towards structure two (602) extension, protruding muscle one (605) surface is equipped with protruding tooth two (9073), protruding muscle one (605) insert in groove four (606), protruding tooth two (9073) and protruding tooth one (9044) mutually support and block, still include spool (21) and wire casing (22), be equipped with the wire rod in spool (21), spool (21) one end is connected wire casing (22) and the other end is worn out section bar (9) surface.