CN217461294U - Seven single cross section size porous rod pieces - Google Patents

Abstract

The utility model discloses a seven porous member of single cross sectional dimension, this technique use member one, member two, member three, member four, member five, member six and member seven, wherein this seven porous members of single cross sectional dimension have the same hole margin, pitch-row modulus, aperture and cross sectional dimension. The seven porous rod pieces with single section sizes only have different rod piece lengths, different hole site sizes and different opening sizes. A plurality of rod pieces are mutually assembled and are mutually assembled with common auxiliary materials (such as glass, gypsum boards, cement fiber boards and the like) to form a main structure frame and a substructure (such as furniture, decorative components and the like) required by indoor integrated assembly. And the seven porous rod pieces with single section sizes can enable indoor integrated assembly to have high degree of freedom change through different assembly modes, and meet the individual requirements of users. Meanwhile, the rod pieces are prefabricated in a factory by adopting numerical control production, so that the rapid and efficient construction on site is realized, and the construction period is shortened.

Description

Seven single section size porous rod pieces

Technical Field

The utility model relates to an assembled timber structure building technical field, in particular to interior decoration technique based on seven kinds of porous member of single cross-sectional dimension.

Background

Required major structure frame, substructure (for example furniture, decorative component etc.) material types, specification are various among the traditional fitment work progress, increase purchase and construction loaded down with trivial details. At present traditional interior decoration can not realize the quick installation and the dismantlement of each subassembly, also can not realize the position adjustment of subassembly to greatly reduced the variety and the construction rapidity of installation flexibility, pattern.

SUMMERY OF THE UTILITY MODEL

The utility model provides a seven porous poles of single cross-sectional dimension, its purpose is in order to overcome some shortcomings in the traditional fitment. Meanwhile, the indoor decoration technology which has the advantages of single material, quick construction, short construction period, high assembly rate, less field construction, simple and convenient construction and repeated disassembly and assembly is provided. In the technology, all main structural frames and substructure (such as furniture and decorative members) parts required for interior decoration can be completed by only adopting seven kinds of rod pieces and connecting bolts.

The utility model discloses a member one, member two, member three, member four, member five, member six, member seven, totally seven have single cross-sectional dimension and the same hole margin, hole apart from the standardized member in modulus and aperture. The components such as main structure frames, substructures (such as furniture, decorative components and the like) and the like required in decoration are mutually assembled through the same pitch modulus and aperture of each rod piece, different lengths and openings of each rod piece and common auxiliary materials (such as glass, gypsum boards, cement fiber boards and the like) for decoration. Wherein each member bar is characterized as follows:

the first rod piece shown in fig. 1: the structure comprises a rod piece, a plurality of holes, a plurality of end holes, a plurality of holes and a plurality of holes, wherein the hole edge distance, the hole site modulus, the length and the width are in relation, one surface of the rod piece is in a rectangular shape, the end heads are respectively provided with 2 holes, the total number of the holes is 6, the hole sites are the same in aperture, the hole sites at the middle 6 holes are in a single row, the hole sites at the two ends are single-edge counter bores, the length and the width are integral multiples of the hole distance of the rod piece, and the rod piece I is mainly used for connecting upper and lower different nodes to assemble an assembled column which can be connected with each direction or a beam of a wide-distance wall frame;

as shown in fig. 2, the rod member two: the hole edge distance, the hole site modulus, the length and the width are in size relation, the two surfaces of the rod piece are in a rectangular shape, 12 holes are uniformly distributed, the hole diameter of each hole site is the same, and the length and the width of each hole site are integral multiples of the hole distance of each rod piece;

the rod member three shown in fig. 3: the hole edge distance, the hole site modulus, the length and the width size relation, the rod piece three surfaces are in a concave shape, the middle of the rod piece is provided with a notch, 10 holes are uniformly distributed, the hole diameters of the hole sites are the same, the length, the width and the notch size are integral multiples of the hole distance of each rod piece, the middle of the rod piece three is provided with a notch, the rod piece using method is that the notch of the rod piece three is oppositely clamped up and down by utilizing the notch of the rod piece three, and therefore a node which can be connected in four directions is formed;

the rod member four as shown in fig. 4: the hole edge distance, the hole site modulus, the length and the width size relation, the four surfaces of the rod piece are L-shaped, one end of the rod piece is provided with a notch, 6 holes are uniformly distributed, the hole diameter of each hole site is the same, the length, the width and the notch size are integral multiples of the hole distance of each rod piece, the four ends of the rod piece are provided with notches, the use method of the rod piece is that the notches of the rod piece are oppositely clamped up and down by utilizing the notch of the rod piece four, or the notches of the rod piece four and the middle notch of the rod piece three are oppositely clamped up and down, so that a node which can be connected in two vertical directions or three vertical directions is formed;

the rod member five shown in fig. 5: the five rod pieces are in rectangular shapes on the surfaces, 10 holes are distributed, the hole diameters of the holes are the same, a single row of holes in the middle 2 are distributed close to one side, the length and the width of the holes are integral multiples of the hole pitch of the rod pieces, and the rod pieces connect the columns with the columns to form an integral frame mainly through nodes on the assembled columns;

the rod member six as shown in fig. 6: the hole edge distance, the hole site modulus, the length and the width are in relation, the six surfaces of the rod piece are in a rectangular shape, 6 holes are uniformly distributed, the hole diameter of each hole site is the same, and the length and the width of each hole site are integral multiples of the hole distance of each rod piece;

the rod member seven shown in fig. 7: the seven surfaces of the rod pieces are in a rectangular shape, 2 holes are uniformly distributed, the hole diameter of each hole position is the same, a through hole is formed in the middle of the side face, and the length and the width of the through hole are integral multiples of the hole distance of each rod piece. The use method of the rod piece is that all the nodes which need to be vertically clamped and connected in multiple directions are assembled and connected by utilizing the through holes on the seven sides of the rod piece.

The utility model provides a seven member, through member two, member three, member four, member six, member seven, the different equipment modes of this five kinds of standard member, assemble into and hold a style of calligraphy, L type and cross node.

The utility model provides a seven members, through the equipment of member one upper and lower end and the same or different node, assemble into the equipment post that all can link the roof beam in all directions to realize the variety of fitment style, pattern, the rethread member is five or member one connects into whole frame with each post.

The subassembly equipment all adopts high strength bolted connection, adds flat pad and bullet pad in the bolt, prevents to become flexible.

The assembly is prefabricated into assemblies in a factory, and the assemblies are connected with the assemblies on a construction site only by screwing bolts.

Drawings

FIG. 1 is a schematic view of a rod.

FIG. 2 is a schematic view of a rod member II.

Fig. 3 is a schematic diagram of a rod member.

Fig. 4 is a fourth schematic view of the rod.

Fig. 5 is a schematic view of a rod member.

Fig. 6 is a six-view diagram of the rod.

Fig. 7 is a seventh schematic view of the rod.

FIG. 8 is an assembled column.

Fig. 9 is a schematic view of wall frame assembly.

Fig. 10 is an assembly view of the table.

Fig. 11 is a cabinet assembly diagram.

Fig. 12 is a schematic view of the single compartment frame assembly.

Fig. 13 is an assembly view of the male guard frame.

FIG. 14 is a schematic view of the decoration of the model.

FIG. 15 is a schematic view of the assembly of single frame members.

Reference numerals: 1. a first rod piece; 2. a second rod piece; 3. a rod member III; 4. a rod member four; 5. a rod member V; 6. a rod member six; 7. a rod member seven; 8. flat gasket, spring gasket, high-strength nut; 9. a high-strength screw; 10. assembling a linear column; 11. assembling a T-shaped column; 12. assembling an L-shaped column; 13. assembling the double beams; 14. assembling an office table; 15. a rail sliding door; 16. interlayer toughened glass; 17. the wall surface cuts off the toughened glass; 18. a urinal; 19. a squatting pan.

Detailed Description

In order to make the technical problems, technical solutions and advantages to be solved by the present invention clearer, the following detailed description will be given with reference to the accompanying drawings and specific embodiments.

Utilize member equipment indoor frame post in this technique:

as shown in fig. 8: the third rod piece, the sixth rod piece and the seventh rod piece are assembled into an up-down symmetrical part 2, the assembly with the upward notch is assembled and fixed with the first rod piece through a hole position at one end of the rod piece, then the middle notches of the upper assembly and the lower assembly are oppositely clamped, the assembly with the downward notch is assembled, the upper assembly and the lower assembly are fastened through a through hole in the seven side faces of the rod piece by using a bolt, and a flat pad and an elastic pad are added into the bolt to ensure that the fastening is not loosened.

Utilize member equipment wall frame in this technique:

as shown in fig. 9: and assembling the assembled columns and the rod member V into a standard wall body frame, connecting the assembled columns and the rod member V by using bolts, and adding flat pads and elastic pads into the bolts to ensure that the fastening is not loosened, and simultaneously prefabricating the wall body enclosure structure in the middle of the frame. Meanwhile, the middle enclosing structure can be made of different materials such as glass, gypsum board and the like to form wall partitions with different styles.

Utilize member equipment list frame among this technique:

as shown in fig. 12, the wall frame assembly of the present invention is assembled into a single frame through the member five and the member one, and the wall is connected by the bolt, and the bolt is tightened to prevent loosening. Wherein the two roof beams department is for the reinforcement treatment of the automatic push-and-pull door of installation, and the user can install in optional position according to actual need.

While the foregoing is directed to the preferred and specific embodiments of the present invention, it will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

Claims (8)

1. Seven single cross sectional dimension porous poles spare, its characterized in that: the novel combined type rod comprises seven rod pieces including a first rod piece (1), a second rod piece (2), a third rod piece (3), a fourth rod piece (4), a fifth rod piece (5), a sixth rod piece (6) and a seventh rod piece (7), wherein each rod piece has the following appearance:

rod one (1): the surface is rectangular, 2 holes are respectively arranged at the end head, the number of the holes in the middle is 6, the hole diameters of the holes are the same, wherein the hole diameter of the 6 holes in the middle is a single row, and the holes at two ends are single-side counter bores;

rod member two (2): the surface is in a rectangular shape, 12 holes are uniformly distributed, and the hole diameters of the holes are the same;

rod three (3): the surface is concave, the middle is provided with a gap, 10 holes are uniformly distributed, and the hole diameters of the holes are the same;

bar four (4): the surface is L-shaped, one end is provided with a gap, 6 holes are uniformly distributed, and the hole diameters of the holes are the same;

rod member five (5): the surface is in a rectangular shape, 10 holes are distributed, the hole diameters of the holes are the same, and a single row of holes in the middle 2 are distributed close to one side;

rod member six (6): the surface is in a rectangular shape, 6 holes are uniformly distributed, and the hole diameters of the holes are the same;

rod member seven (7): the surface is rectangular, 2 holes are uniformly distributed, the hole diameter of each hole is the same, and a through hole is arranged in the middle of the side surface.

2. The seven single cross-sectional size porous rods of claim 1, wherein the seven rods are made of the same material and have the same cross-sectional size, so that the rods are interchangeable.

3. The seven single cross-sectional size porous rods of claim 1, wherein all of the pore sizes of the seven rods are uniform.

4. The seven single cross-sectional size multi-hole rods of claim 1, wherein the seven rods have the same modular relationship of length, width, hole location and hole distance, so that the rods can be assembled at will by using any hole location.

5. The seven single cross-sectional size multi-hole rod pieces of claim 4, wherein each of the rod piece length, width and rod piece opening dimensions is an integer multiple of the pitch module.

6. The seven single cross-sectional size multi-hole rod pieces of claim 4, wherein each rod piece has a pitch dimension of one-half the pitch module.

7. The seven single cross-sectional size porous rods of claim 4, wherein each rod side hole is centrally located.

8. Seven single cross-sectional dimension porous member bars, its characterized in that, each member bar assembles each other and all adopts high strength bolt connection to fix, adds flat pad and bullet pad in the bolt.

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