WO2020242014A1

WO2020242014A1 - Ceiling beam structure for facilitating arrangement of non-structural bodies in building

Info

Publication number: WO2020242014A1
Application number: PCT/KR2020/002509
Authority: WO
Inventors: 김대식
Original assignee: 성화시스템챤넬(주)
Priority date: 2019-05-29
Filing date: 2020-02-21
Publication date: 2020-12-03
Also published as: KR102070239B1

Abstract

The present invention relates to a ceiling beam structure for facilitating the arrangement of non-structural bodies in a building, wherein work processes are simplified, working hours are reduced, and construction costs are saved when the non-structural bodies, including pipes, electrical components, ducts, or factory assembly lines, are fixed and arranged on the ceiling beam structure of a large structure. A ceiling beam structure composed of beams (10a, 10b) on one side and beams (20a, 20b) on the other side which are cross-connected at preset intervals on the ceiling of a building is characterized by comprising: support member connecting members (100) which have fastening holes (110) perforated at preset intervals in the longitudinal direction so that non-structural body support members (50) supporting the non-structural bodies so that the non-structural bodies are fixed and arranged on the ceiling are fixed by fastening members; one-side straight line-shaped coupling members (200a), which have one end portion detachably connected to flanges (11a, 21a) of the beams (10a, 20a), respectively, in one area and the other end portion detachably fastened to one end of one support member connecting member (100) among the support member connecting members (100); and other-side straight line-shaped coupling members (200b), which have one end portion detachably connected to a flanges (11b, 21b) of the beams (10b, 20b), respectively, arranged in another area in the same direction as the beams (10a, 20a) in the area at which the line-shaped coupling members (200a) are connected, and the other end portion detachably fastened to the other end portion of the one support member connecting member (100) among the support member connecting members (100).

Description

Ceiling beam structure that facilitates the placement of non-structures in buildings

The present invention simplifies the work process when a non-structure including piping, electricity, duct or factory assembly line is fixedly placed on the ceiling beam structure of a large structure, thereby reducing the working time and construction cost. It relates to a ceiling beam structure that facilitates placement.

In general, when constructing a large structure among building structures, a steel structure that maximizes durability and space utilization is required because non-structure structures, not architectural structures, such as pipes, electricity, ducts, or factory assembly lines that are placed on the ceiling must be placed. It is being used.

Here, the steel structure is a ceiling beam structure including an H-beam or I-beam.

In order to fix the non-structure in the ceiling beam structure, thousands of fixing holes are drilled in the ceiling beam structure, and then the fixing rods are interpolated and fixed to each of the drilled fixing holes. In this case, thousands of fixing holes are formed. Since a lot of impurities such as dust are generated, the non-structure is fixed using a beam clamp (refer to Patent Document 1) because it is not suitable for a large structure that performs a semiconductor process.

However, since the conventional beam clamp used to fix non-structures to the ceiling beam structure of large structures is also a large number of non-structured pipes, electricity, ducts, or factory assembly lines, the number must also be fixed and installed in proportion to the number of thousands. In addition to being provided, there is a problem in that it takes a long time to work according to the construction and the construction cost is also increased.

The present invention is to solve the problems of the prior art, and an object of the present invention is to simplify the work process when a non-structure including pipes, electricity, ducts or factory assembly lines is fixedly placed on a ceiling beam structure of a large structure, It is to provide a ceiling beam structure that facilitates the arrangement of non-structures in buildings in which work time is shortened and construction cost is also reduced.

As a technical idea for achieving the present invention, the ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention comprises beams in one direction and beams in the other direction that are cross-connected to the ceiling of the building at predetermined intervals. In the construction of the ceiling beam structure made of, the non-structure support member that supports the non-structure to be fixedly disposed on the ceiling is fixed through the fastening member, and the connecting members for the supporting member through which fastening holes are formed at predetermined intervals along the length direction. ; A straight coupling member having one end detachably connected to the flange of the beam, and the other end detachably fastened to one end of the connection member for one of the connection members for the support member; One end is detachably connected to the flange of the beam at the other, which is arranged in the same direction as the beam at which the straight coupling member is connected, and the other end is the other of the connecting member for one of the connecting members for the support member. It includes; the other side straight coupling member detachably fastened to the end.

In the ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention, one side is connected to the one side straight coupling member, the other side is connected to the other side straight coupling member, and the one side straight coupling member and the other side straight coupling member It further includes a; straight connecting member connecting rod for fixing the connection between the members.

In the ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention, one end is detachably connected to one side of the flange of the beam in another place, and the other end is for the other support member among the connecting members for the support member. One side bent coupling member that is detachably fastened to one end of the connection member; The other end is removably connected to the other side of the flange of the beam to which the one side connecting member is connected, and the other end is detachably fastened to the other end of the connecting member for the other of the connecting members for the support member. Absence; further includes.

The ceiling beam structure for facilitating the arrangement of the non-structure in the building of the present invention further includes a cross-shaped connecting member for connecting the connecting members for the support member in a cross shape.

The ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention further includes a T-shaped connecting member for connecting the connecting members for the support member in a T-shaped.

The ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention further includes a warp prevention wire for connecting the beams in one direction and the beams in the other direction to each other so as not to be distorted, and further includes, the warp prevention wire. It further includes a; wire through-type connection member for guiding the through.

The ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention further includes a straight joint type steel pipe connecting member for connecting two connecting members for support members among the connecting members for support members.

The ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention further includes a Tija-joint-type steel pipe connecting member for connecting three connecting members for support members among the connecting members for support members.

The present invention simplifies the work process when a non-structure including pipes, electricity, ducts or factory assembly lines is fixedly placed on the ceiling beam structure of a large structure, thereby reducing working time and reducing construction costs. .

In addition, the present invention also has the effect of enabling a fixed arrangement of non-structures including pipes, electricity, ducts or factory assembly lines anywhere in the ceiling beam structure of a large structure.

1 is an overall configuration diagram showing a ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention.

2 to 4 are configuration diagrams showing one straight coupling member and the other straight coupling member of the configuration constituting the ceiling beam structure to facilitate the arrangement of the non-structure in the building of the present invention.

FIG. 5 is a schematic diagram showing a connecting rod portion between a straight coupling member connecting one straight coupling member and the other straight coupling member of the configuration constituting a ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention.

6 to 8 are configuration diagrams showing one side of the bent coupling member and the other side of the configuration constituting the ceiling beam structure to facilitate the arrangement of the non-structure in the building of the present invention.

9 to 11 are diagrams showing a cross-shaped connecting member part for connecting the connecting members for a support member in a cross shape among the configurations of the ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention.

12 to 14 are diagrams showing a T-shaped connecting member portion for connecting the connecting members for a support member in a T-shape among the configurations of the ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention.

15 to 17 are configuration diagrams showing a wire-penetrating connection member for guiding through a wire for preventing twisting of a ceiling beam structure that facilitates the arrangement of a non-structure in a building of the present invention.

18 to 20 are a straight joint type steel pipe connecting member connecting two connecting members for support members among the connecting members for support members among the configurations constituting a ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention. It is a block diagram showing the parts.

21 to 23 are T-ja-joint-type steel pipe connecting members for connecting three connecting members for support members among connecting members for support members among the configurations constituting a ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention. It is a configuration diagram showing.

24 is an exemplary view showing that a non-structure is fixedly disposed through a ceiling beam structure that facilitates the arrangement of the non-structure in the building of the present invention.

Prior to describing the configuration and operation of the embodiments of the present invention in detail with reference to the accompanying drawings, the present invention may be modified in various ways and may have various forms, and the following embodiments describe the present invention in detail. It is only mentioned for the purpose, and is not intended to limit the present invention to a specific form of disclosure, and it should be understood to include all changes, equivalents, and substitutes included in the spirit and scope of the present invention.

In addition, components in each drawing are exaggerated or simplified in size or thickness in consideration of convenience of understanding, but the scope of protection of the present invention should not be construed as limiting and perform the same function. If possible, the same reference numerals shall be specified.

In addition, the terms used in the present invention are only used to describe the following examples, and are not intended to limit the present invention, and expressions in the singular include a plurality of expressions unless the context clearly indicates otherwise.

1 is an overall configuration diagram showing a ceiling beam structure for facilitating the arrangement of non-structures in a building of the present invention, and FIGS. 2 to 4 are diagrams constituting a ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention. It is a configuration diagram showing a portion of the straight coupling member on one side and the straight coupling member on the other side.

As shown, the ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention is supported by the floor support 30, and the

beams

10a, 10b in one direction at each predetermined interval on the ceiling of the building Support to shorten the working time through simplification of the work process when a non-structure including pipes, electricity, ducts or factory assembly lines is fixedly placed on the ceiling beam structure where the

beams

20a and 20b are cross-connected with each other It provides a re-use connection member 100, one side straight coupling member (200a) and the other side straight coupling member (200b).

First, the beams (10a, 10b) in one direction and the beams (20a, 20b) in the other direction are orthogonal and intersected like a lattice pattern, or are intersected with diagonal lines like a parallelogram, trapezoid, or rhombus It can be intersected in various ways according to the shape structure of

In addition, the

beams

10a, 10b, 20a, and 20b applied to the present invention may be used in combination with various beam shapes such as H-beam or I-beam.

The connecting member 100 for the supporting member is along the lengthwise direction so that the non-structural supporting member 50 supporting the non-structure including piping, electricity, duct or factory assembly line to be fixedly disposed on the ceiling is fixed through the fastening member. It is a member through which the fastening holes 110 are formed at predetermined intervals.

Here, the connection member 100 for the support member may be divided into a basic type and a small size according to the size standard.

That is, the support member connection member 100 is a rectangular steel pipe for structural purposes, and can be divided into a basic type support member connection member (100a) and a small support member connection member (100b), which can be selectively provided in response to the weight of the non-structure. This is to make it usable.

In addition, the fastening member can be used by applying a variety of members having a structure that is fastened by being inserted into the fastening hole 110 formed through the connection member 100 for a support member, such as a bolt fastening.

One end of the straight coupling member 200a is detachably connected to the flanges 11a and 21a of the

beams

10a and 20a at one end, and the other end of the support member of one of the connection members 100 for the support member It is a member that is detachably fastened to one end of the reusable connection member 100.

As such, the detailed configuration of the one side straight coupling member 200a performing the function is the upper beam fastener 211a having the lower fastening space 2111a on a partial surface of the lower side and the upper side corresponding to the lower fastening space 2111a. The flange 11a of the

beam

10a, 20a in one place in the lower fastening space 2111a and the upper fastening space 2121a, which is formed of a lower beam fastening body 212a having an upper fastening space 2121a on some surfaces, 21a) is entered and connected, but the arrangement direction of the beam (10a, 20a) at one place connected through the entry is arranged to be perpendicular to the arrangement direction of the connection member for one of the connection members for support member 100 One side straight beam fastening body (210a) to be fixed to be; The horizontal contact plate 221a in close contact with the upper beam fastener 211a, the upper beam fastener 211a and the lower beam fastener 212a are bent in the horizontal contact plate 221a so as to be in close contact with the sides of the A horizontal extending by bending from the vertical contact plate 222a so that the lower surface of one of the connecting members 100 for support members 100 is supported. One side straight lower pipe support (220a) having a side support plate (223a); One end of the supporting member connecting member 100 of one of the stacked horizontal bonding plate 231a and the supporting member connecting member 100 in close contact with the horizontal bonding plate 221a of the one side straight lower pipe support tool 220a It consists of a one-side straight upper pipe support (230a) having an upper pipe support plate (232a) extending from the stacked horizontal side close contact plate (231a) to support the upper surface of the side.

Here, the upper beam fastening body 211a and the lower beam fastening body 212a are fixed through a fastening member 213a, which is fastening using bolts, and also with the flanges 11a and 21a of the

beams

10a and 20a at one place. It is fixed through a removable bolt fastening. In addition, in a state in which the connecting member 100 for the support member is disposed between the one side straight lower pipe support unit 220a and the one side straight upper pipe support unit 230a, it is fixed with the

detachable fastening members

234a and 235a.

In addition, the thickness of the flanges (11a, 21a) of one beam (10a, 20a) fastened between the upper beam fastener (211a) and the lower beam fastener (212a) depends on the weight of the non-structure or the scale of the building. It can be large or small.

That is, since the thickness of the flanges 11a and 21a of the

beams

10a and 20a at one place varies depending on the construction conditions, the upper beam fastener 211a and the lower beam fastener 212a have various thicknesses in consideration of this. A thickness adjustment guide protrusion 2112a protrudes on the lower surface of the upper beam fastener 211a so that it can be firmly fastened to the flanges 11a and 21a of the

beams

10a and 20a,

A thickness adjustment space 2122a is formed on the upper surface of the lower beam fastening body 212a at a corresponding position of the protruding thickness adjustment guide protrusion 2112a.

Through this, the thickness adjustment guide protrusion 2112a of the upper beam fastener 211a enters the thickness adjustment space 2122a of the lower beam fastener 212a, and the flange of the

beam

10a, 20a at one place ( It is entered by adjusting to the thickness of 11a, 21a).

At this time, the shape of the thickness adjustment guide protrusion 2112a of the upper beam fastener 211a and the thickness adjustment space 2122a of the lower beam fastener 212a is formed in a circular shape or inserted into the upper beam The fastening body 211a and the lower beam fastening body 212a may be provided so as to have a polygonal shape so as not to rotate.

In addition, a thickness adjustment guide protrusion and a thickness adjustment space may be provided in the other side straight coupling member 200b to be described later.

The other straight coupling member (200b) has one end of the flange (11b, 21b) of the other beams (10b, 20b) arranged in the same direction as the beams (10a, 20a) where the one side straight coupling member (200a) is connected. ) Is detachably connected to, and the other end is made of the other straight coupling member 200b that is detachably fastened to the other end of one of the support member connection members 100.

Here, the detailed configuration of the other straight coupling member 200b is a structure corresponding to the detailed configuration of the one straight coupling member 200a, and an upper beam fastening body 211b having a lower fastening space 2111b on a partial surface of the lower side, and One place in the lower fastening space 2111b and the upper fastening space 2121b formed by a lower beam fastener 212b having an upper fastening space 2121b on a partial surface of the upper side corresponding to the lower fastening space 2111b. The flanges (11a, 21a) of the beams (10a, 20a) are entered and connected, but the direction of the arrangement of one of the beams (10a, 20a) connected through the entry is the connection for one of the connecting members for supporting members 100 The other side straight beam fastening body 210b fixed so as to be disposed perpendicular to the arrangement direction of the member 100; The horizontal contact plate 221b in close contact with the upper beam fastening body 211b, the upper beam fastening body 211b and the lower beam fastening body 212b are bent and extended from the horizontal contacting plate 221b so as to be in close contact with the sides of the upper beam fastening body 211b. A horizontal support plate that is bent and extended from the vertical contact plate 222b so that the lower surface of the other end of one of the vertical contact plate 222b and the support member connection member 100 is supported. The other side straight lower pipe support (220b) having 223b); The other end of the support member connection member 100 of one of the stacked horizontal adhesion plate 231b and the support member connection member 100 in close contact with the horizontal adhesion plate 221b of the other straight lower pipe support tool 220b The other side straight upper pipe support (230b) having an upper pipe support plate (232b) extending from the stacked horizontal side contact plate (231b) to support the upper surface of the side; consists of.

At this time, the upper beam fastening body 211b and the lower beam fastening body 212b are also fixed through the fastening member 213b, and the flanges 11a and 21a of the

beams

10a and 20a at one place are also fixed through the fastening member. It is fixed. In addition, while the other side of the support member connection member 100 is disposed between the other side straight lower pipe support unit 220b and the other side straight upper pipe support unit 230b, it is fixed with

removable fastening members

234b and 235b. .

And since the connecting member 100 for the support member is provided in a standard of a certain length, the length of the gap between the

beams

10a and 10b in one direction and the

beams

20a and 20b in the other direction is different for each building structure. Therefore, a means for connecting the portion of the straight coupling member 200a on the other side and the straight coupling member 200b on the other side is required.

Thus, with reference to FIG. 5, one side is connected to one side straight coupling member 200a, the other side is connected to the other side straight coupling member 200b, between one straight coupling member 200a and the other straight coupling member 200b. A connecting rod 240 between the straight coupling members for fixedly connecting the coupling members may be provided.

Meanwhile, in the present invention, various connecting members are provided so that non-structures including pipes, electricity, ducts, or factory assembly lines can be fixedly arranged anywhere in the ceiling beam structure of a large structure.

As shown, one side bending type coupling member 300a and the other side bending type coupling member to enable fixed arrangement of non-structures including pipes, electricity, ducts, or factory assembly lines anywhere in the ceiling beam structure of a large structure ( 300b) can be provided.

Here, the one-side bent coupling member (300a) is detachably connected to one side of the flange (11b) of the beam (10b) at one end of the other through a detachable member (313a), and the other end is connected to the support member (100) ) Is a member that is detachably fastened to one end of the connection member 100 for the other of the support members through the

detachable members

324a and 335a.

The detailed configuration of the one-side bent coupling member 300a performing the function is an upper beam fastener 311a having a lower fastening space 3111a on a partial surface of the lower side and an upper side corresponding to the lower fastening space 3111a. The flange (11b) of the beam (10b) at the other place in the lower fastening space (3111a) and the upper fastening space (3121a) formed by a lower beam fastener (312a) having an upper fastening space (3121a) on a part of the Is connected, but fixed so that the arrangement direction of the beam (10b) at the other place connected through the entry is parallel to the arrangement direction of the connection member for the other support member (100) among the connection members (100) for the support member One side bent beam fastening body (310a) and; The horizontal contact plate 321a in close contact with the upper beam fastener 311a, the upper beam fastener 311a and the lower beam fastener 312a are bent and extended from the horizontal contact plate 321a so as to be in close contact with the sides of the lower beam fastener 311a. A horizontal support plate that is bent and extended from the vertical contact plate 322a so that the lower surface of one end of the connection member 100 for the support member 100 is supported by the vertical contact plate 322a and the support member connection member 100 One side bent lower pipe support (320a) and having (323a); The stacked horizontal contact plate 331a, which is in close contact with the horizontal contact plate 321a of the one side bent lower pipe support unit 320a, the connection member 100 for the other support member among the connection members 100 for support members. It consists of; one side bent upper pipe support (330a) having an upper pipe support plate (332a) extending from the stacked horizontal side close contact plate (331a) to support the upper surface of one end side.

On the other hand, in the one side bending type coupling member 300a, the upper beam fastener 311a and the lower beam fastener 312a are provided with a thickness adjustment guide protrusion and a thickness adjustment space, respectively, so that the other place having a different thickness according to construction conditions It provides so that it can be firmly fastened to the thickness of the flange 11b of the beam 10b.

This may be equally applied to the other side bent coupling member 300b to be described later.

The other side bent coupling member (300b) is detachably connected to the other end of the flange (11b) of the beam (10b) to which one side straight coupling member (200a) is connected through a detachable member (313b), and the other end is for a support member It is a member that is detachably fastened to the other end of the connection member 100 for the other support member among the connection members 100 through the

detachable members

324b and 335b.

As such, the detailed configuration of the other side bending type coupling member 300b performing the function is a structure corresponding to the detailed configuration of one side bending type coupling member 300a, and an upper side having a lower side fastening space 3111b on a partial surface of the lower side A lower fastening space 3111b and an upper fastening space formed of a lower beam fastening body 312b having an upper fastening space 3121b on a partial surface of the upper side corresponding to the beam fastening body 311b and the lower fastening space 3111b The flange 11b of the other beam 10b is entered and connected to 3121b, but the arrangement direction of the beam 10b of the other beam 10b connected by entering is the other one of the connecting members 100 for support members The other side bent beam fastening body 310b for fixing so as to be disposed parallel to the arrangement direction of the support member connection member 100 of the; The horizontal contact plate 321b in close contact with the upper beam fastener 311b, the upper beam fastener 311b and the lower beam fastener 312b are bent and extended from the horizontal contact plate 321b so as to be in close contact with the sides of the lower beam fastener 311b. A horizontal support plate that is bent and extended from the vertical contact plate 322b so that the lower surface of the other end of the connection member 100 for the support member 100 among the vertical contact plate 322b and the support member connection member 100 is supported. The other side bent lower pipe support (320b) having (323b) and; A stacked horizontal contact plate (331b) in close contact with the horizontal contact plate (321b) of the other side bent lower pipe support (320b), the connection member for the other of the support member connection member (100) It consists of; the other side bent upper pipe support (330b) having an upper pipe support plate (332b) extending from the stacked horizontal side contact plate (331b) so that the upper surface of the other end side is supported.

9 to 11 are configuration diagrams showing a cross-shaped connecting member portion for connecting the connecting members for a support member in a cross shape among the configurations constituting a ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention.

As shown, in addition to the support member connection member 100 to enable the fixed arrangement of the non-structure including the pipe, electricity, duct or factory assembly line anywhere in the ceiling beam structure of a large structure, cross (+) It is possible to provide a cross-shaped connecting member 400 that connects in a shape.

As such, the detailed configuration of the cross-shaped connecting member 400 providing a function is the other connecting member 100 for the supporting member so that the connecting member 100 for the other supporting member among the connecting members 100 for the supporting member can pass through. A first vertical contact plate that is in close contact with the upper contact plate 411 and is in close contact with one side of the connecting member 100 for the other support member and extends by bending from one side of the upper contact plate 411 412, a second vertical contact plate 413 that is bent and extended from the other side of the upper contact plate 411, which is in close contact with the other side of the other support member connection member 100, and another support part The lower surface of the re-use connection member 100 is in close contact, and the lower surface of the first lower contact plate 414 that is bent and extended from the first vertical side horizontal plate 412 and another connecting member 100 for a supporting member is A cross-shaped pipe support 410 having a second lower contact plate 415 that is bent and extended from the second vertical contact plate 413 and is in close contact; It is in close contact with the upper contact plate 411 and extends from one side of the central fastening plate 421 and the central fastening plate 421 for fixing the other connecting member 100 for the support member through the fastening member 421a, The upper surface of another connecting member for supporting member 100 having a lower surface in close contact with the first lower bonding plate 414 is in close contact, so that another connecting member for supporting member 100 is fixed through the fastening member 422a. It is extended from the other side of the first side fastening plate 422 and the central fastening plate 421, and the upper surface of another connecting member 100 for supporting member whose bottom surface is in close contact with the second lower bonding plate 415 is A cross-shaped pipe fastener 420 having a second fastening plate 423 that is in close contact with each other and fixes another connecting member 100 for the support member through the fastening member 423a.

As shown, in addition to the support member connection member 100 to enable the fixed arrangement of the non-structure including piping, electricity, duct or factory assembly line anywhere in the ceiling beam structure of a large structure It is possible to provide a T-shaped connection member 500 that connects in a mold.

The detailed configuration of the T-shaped connecting member 500 performing this function is the other connecting member 100 for the supporting member so that the other connecting member 100 for the supporting member 100 among the connecting members 100 for the supporting member can pass through. The upper contact plate 511 that is in close contact with the upper surface of the, the first vertical contact plate that is in close contact with one side of the connection member 100 for the other support member, and extends by bending from one side of the upper contact plate 511 ( 512), a second vertical contact plate 513 that is bent and extended from the other side of the upper contact plate 511 as being in close contact with the other side of the connection member 100 for the other support member, and for another support member A T-shaped tube support 510 having a first lower contact plate 514 that is bent and extended from the first vertical horizontal plate 512 to which the lower surface of the connection member 100 is in close contact; It is in close contact with the upper contact plate 511 and extends from one side of the central fastening plate 521 and the central fastening plate 521 for fixing the other connecting member 100 for the support member through the fastening member 521a, The upper surface of another connecting member for supporting member 100 having a lower surface in close contact with the first lower bonding plate 514 is in close contact, so that another connecting member for supporting member 100 is fixed through the fastening member 522a. It consists of; a T-shaped pipe fastener 520 having a first side fastening plate 522 to be.

As shown, there is a twist prevention wire 60 that connects the

beams

10a, 10b in one direction and the

beams

20a, 20b in the other direction, which are grid-arranged on the ceiling of a large structure, to prevent distortion. Installation is provided.

Accordingly, the non-structure including piping, electricity, duct, or factory assembly line can be fixed anywhere in the ceiling beam structure of a large structure, so that the non-structure that is fixedly disposed is not disturbed by the warp prevention wire 60. It is possible to provide a wire-penetrating connection member 600 for guiding the twist-preventing wire 60 through.

The detailed configuration of the wire-penetrating connection member 600 providing such a function is that the top surface of one side is in close contact with the bottom surface of one side of the connecting member for supporting member 100 of the other of the connecting member for supporting members 100, and the top surface of the other side is the supporting part. It is in close contact with one side of the connection member 100 for another support member among the reusable connection members 100, and the connection member 100 for the other support member and another connection member 100 for the support member that are in close contact with each other. ) On both sides of the connection plate 611 between the connection members that are in close contact with each other, and the connection member 100 for the other support member and the connection member 100 for the other support member to prevent separation. A connecting member 610 having a first separation preventing swash plate 612 and a second separation preventing swash plate 613, respectively; A horizontal contact plate 621 that is in close contact with the upper surface of the other support member connection member 100 and another support member connection member 100 spaced apart from each other, and the other support member connection member 100 spaced apart from each other. ) And the first that is in close contact with each side of the connection member 100 for another support member, which is bent and extended from one side of the horizontal contact plate 621, but does not touch the horizontal contact plate 621 It is in close contact with each other side of the vertical side contact plate 622 and the other support member connection member 100 and another support member connection member 100 arranged spaced apart from each other, the horizontal contact plate 621 It is bent and extended from the other side, consisting of a second vertical contact plate 623 that does not contact the horizontal contact plate 621, and a space-forming fastener 620 forming a wire penetration space 601; .

Here, the space adjustment holes are formed through the connection plate 611 between the connection members at a predetermined interval, so that the separation distance between the connection member 100 for another support member and the connection member 100 for another support member can be adjusted. To be able to provide.

18 to 20 are a straight joint type steel pipe connecting member for connecting two connecting members for supporting members among connecting members for supporting members among the configurations constituting a ceiling beam structure that facilitates the arrangement of non-structures in the building of the present invention. It is a block diagram showing the parts.

As shown, the straight joint type steel pipe connecting member 700 is a member that connects two connecting members for supporting members 100 among the connecting members 100 for supporting members.

The detailed configuration of the straight joint-type steel pipe connection member 700 performing the function is corresponding to the upper beam fastener 711 and the lower fastening space 711 having a lower fastening space 711a on a partial surface of the lower side. The flange 11a of the beam 10a in another place in the lower fastening space 711a and the upper fastening space 712a formed by a lower beam fastener 712 having an upper fastening space 712a on a part of the upper side ) Is entered and connected, but the arrangement direction of the beam (10a) at the other place connected through the entry is parallel to the arrangement direction of the connection member for two support members 100 connected to each other among the connection members 100 for support members. A bent beam fastener 710 fixed to be disposed; It is in close contact with one side of the connecting member 100 for the support member of one of the connecting member 100 for two supporting members connected among the upper contact plate 721 and the connecting member 100 for support members, and the upper contact plate ( The first vertical side contact plate 722 that is bent and extended from one side of the 721, the connecting member 100 for the other support member among the two connecting members 100 connected to each other among the connecting members 100 for support members. ), which is in close contact with the other side of the upper contact plate 721, and extends by bending from the other side of the upper contact plate 721, the connecting member for two supporting members that are jointly connected among the connecting members for support members 100 The lower surface of one of the support member connection member 100 is in close contact, and the first lower adhesion plate 724 extending by bending from the first vertical side horizontal plate 722 and the support member connection member 100 Among them, the lower surface of the other support member connection member 100 of the two support member connection members 100 connected by joints is in close contact, and the second lower contact is bent and extended from the second vertical contact plate 723 A straight joint type pipe support 720 having a plate 725; The connection member 100 for a support member having a lower surface in close contact with the first lower contact plate 724, extending from one side of the central fastening plate 731 and the central fastening plate 731 that are in close contact and fixed to the upper contact plate 721 Among them, the first side fastening plate 732 that the upper surface of one of the connecting members for supporting members 100, one of the connecting members for supporting members 100 connected together, is in close contact, and fixes the connecting members 100 for supporting members in close contact. ) Extending from the other side of the central fastening plate 731, among the two connecting members for supporting members 100 that are jointly connected among the connecting members 100 for supporting members whose lower surfaces are in close contact with the second lower bonding plate 725 A straight joint type pipe fastener 730 having a second side fastening plate 733 that is in close contact with the upper surface of the other support member connection member 100 and fixes the closely contacted support member connection member 100; Done.

On the other hand, in the straight joint-type steel pipe connection member 700, the upper beam fastener 711 and the lower beam fastener 712 are each provided with a thickness adjustment guide protrusion and a thickness adjustment space, so as to have different thicknesses according to construction conditions. It is provided so that it can be firmly fastened to the thickness of the flange 11a of the beam 10a.

As shown, the Tija (T) joint-type steel pipe connecting member 800 is a member that connects three connecting members for supporting members 100 among the connecting members 100 for supporting members.

The detailed configuration of the tija (T) joint-type steel pipe connecting member 800 performing the function is an upper beam fastener 811 and a lower fastening space 811 having a lower fastening space 811a on a partial surface of the lower side In the lower fastening space 811a and the upper fastening space 812a formed of a lower beam fastening body 812 having an upper fastening space 812a on a partial surface corresponding to the The flange 11a is entered and connected, but the direction of the arrangement of the beam 10a at the other place connected through the entry is the arrangement direction of the connecting members 100 for two supporting members connected among the connecting members 100 for support members. A cross-shaped beam fastener 810 that is fixed to be disposed parallel to and is fixed to be disposed perpendicular to the arrangement direction of the other connecting member for support member 100 connected to each other among the connecting members 100 for support members. ; The upper contact plate 821 is in close contact with one side of the connecting member 100 for one of the two connecting members 100 for supporting members which are jointly connected among the connecting members 100 for support members, and the upper contact plate ( The first vertical side contact plate 822 that is bent and extended from one side of the 821), the connecting member 100 for the other support member among the two connecting members 100 connected to each other among the connecting members 100 for support members. ), which is in close contact with the other side of the upper contact plate 821 and is bent and extended from the other side of the upper contact plate 821, the second vertical contact plate 823, the connecting member for two supporting members that are jointly connected among the connecting members 100 for support members The lower surface of one of the support member connection member 100 is in close contact, and the first lower adhesion plate 824 and the support member connection member 100 that are bent and extended from the first vertical horizontal plate 822 Among them, the lower surface of the other support member connection member 100 of the two support member connection members 100 connected by joints is in close contact, and the second lower contact is bent and extended from the second vertical contact plate 823 A cross-joint type pipe support 820 having a plate 825; The connecting member 100 for a support member having a lower surface in close contact with the first lower contact plate 824, extending from one side of the central fastening plate 831 and the central fastening plate 831 that are closely fixed to the upper contact plate 821 Among them, the upper surface of one of the connecting members for supporting members 100, one of the connecting members for supporting members 100 connected together, is in close contact with each other, and the first side fastening plate 832 for fixing the connecting members 100 for supporting members in close contact. ) Extending from the other side of the central fastening plate 831 and among the two connecting members for supporting members 100 that are jointly connected among the connecting members 100 for supporting members whose lower surfaces are in close contact with the second lower bonding plate 825 A cross-joint type pipe fastener 830 having a second-side fastening plate 833 which has an upper surface of the other supporting member connecting member 100 in close contact with each other, and fixing the connecting member 100 for the supporting member in close contact; It is coupled to the cross-beam fastener 810, the side contact plate 841 to which the side of the other support member connection member 100 that is jointly connected among the support member connection members 100 is in close contact, and the support member connection Among the members 100, the upper surface of the connecting member 100 for the other supporting member to which the joint is connected is in close contact with and fixed to the upper surface contact plate 842, and for the other supporting member that is jointly connected among the connecting members for the supporting member 100 An additional connector 840 having a lower contact plate 843 on which the lower surface of the connection member 100 is in close contact and fixed; consists of.

On the other hand, even in the Tija (T) joint-type steel pipe connection member 800, a thickness adjustment guide protrusion and a thickness adjustment space are provided in the upper beam fastener 811 and the lower beam fastener 812, respectively, so that different thicknesses are provided according to construction conditions. It is provided so that it can be firmly fastened to the thickness of the flange 11a of the other beam 10a.

Fig. 24 shows that the non-structure is fixedly disposed through a ceiling beam structure that facilitates the arrangement of the non-structure in the structure of the present invention having such a configuration.

As shown, it can be seen that the ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention is installed by placing and fixing trays (T) or ducts (D) at a desired position.

As such, the ceiling beam structure for facilitating the arrangement of non-structures in the building of the present invention allows non-structures including pipes, electricity, ducts, or factory assembly lines to be fixedly placed at a desired location anywhere in the ceiling beam structure of a large structure. I can.

Claims

In constructing a ceiling beam structure consisting of beams in one direction and beams in the other direction that are cross-connected to the ceiling of the building at predetermined intervals,

Connecting members for supporting members having fastening holes formed therethrough at predetermined intervals along the length direction so that the non-structure supporting members supporting the non-structures fixedly disposed on the ceiling are fixed through the fastening members;

A straight coupling member having one end detachably connected to the flange of the beam, and the other end detachably fastened to one end of the connection member for one of the connection members for the support member;

One end is detachably connected to the flange of the beam at the other, which is arranged in the same direction as the beam at which the straight coupling member is connected, and the other end is the other of the connecting member for one of the connecting members for the support member. A ceiling beam structure for facilitating the arrangement of a non-structure in a building comprising; the other side straight coupling member detachably fastened to the end.
The method of claim 1,

The one side straight coupling member is a lower fastening space formed of an upper beam fastening body having a lower fastening space on a partial surface of the lower side and a lower beam fastening body having an upper fastening space on a partial surface of the upper side corresponding to the lower fastening space, and The flange of one beam is entered into the upper fastening space and connected, and the direction of the beam in one of the connecting members is fixed so that the direction of placement of the connecting member for one of the connecting members for the supporting member is orthogonal to the placement direction of the connecting member for one of the supporting members. One side straight beam fastener to let; A horizontal contact plate that is in close contact with the upper beam fastener, a vertical contact plate that is bent and extended from the horizontal contact plate so as to be in close contact with the sides of the upper beam fastener and the lower beam fastener, and the connecting members for the support member A one-side straight lower pipe support having a horizontal support plate that is bent and extended from the vertical side contact plate to support a lower surface of one end of the connecting member for one of the support members; The stacked horizontal side contact plate in close contact with the horizontal side contact plate of the one-side straight lower pipe support tool, and the top surface of one end side of the support member connection member among the support member connection members is supported. Consists of; one side straight upper pipe support having an upper pipe support plate,

The other straight coupling member is a lower fastening space formed of an upper beam fastening body having a lower fastening space on a partial surface of the lower side, and a lower beam fastening body having an upper fastening space on a partial surface of the upper side corresponding to the lower fastening space, and The flange of one beam is entered into the upper fastening space and connected, and the direction of the beam in one of the connecting members is fixed so that the direction of placement of the connecting member for one of the connecting members for the supporting member is orthogonal to the placement direction of the connecting member for one of the connecting members for the supporting member. A straight beam fastener on the other side; A horizontal contact plate that is in close contact with the upper beam fastener, a vertical contact plate that is bent and extended from the horizontal contact plate so as to be in close contact with the sides of the upper beam fastener and the lower beam fastener, and the connecting members for the support member The other side straight lower pipe support having a horizontal support plate that is bent and extended from the vertical contact plate so that the lower surface of the other end of the connecting member for one of the support members is supported; The stacked horizontal side contact plate in close contact with the horizontal side contact plate of the other side straight lower pipe support tool, and the upper surface of the other end side of the connecting member for one of the support member connecting members extending from the stacked horizontal side contact plate is supported. A ceiling beam structure that facilitates the arrangement of a non-structure in a building, characterized in that consisting of; the other side straight upper pipe support having an upper pipe support plate.
The method of claim 1,

And a straight coupling member connecting rod having one side connected to the one side straight coupling member, and the other side connected to the other straight coupling member, and fixedly connecting the one side straight coupling member and the other straight coupling member. A ceiling beam structure that facilitates the placement of non-structures in a building made of.
The method of claim 1,

One end portion is detachably connected to one side of the flange of the beam of the other, and the other end is a one-side bent coupling member that is detachably fastened to one end of the connection member for the other support member connection members for the support member;

The other end is removably connected to the other side of the flange of the beam to which the one side connecting member is connected, and the other end is detachably fastened to the other end of the connecting member for the other of the connecting members for the support member. A ceiling beam structure for facilitating the arrangement of the non-structure in a building, characterized in that it further comprises a member.
The method of claim 4,

The one side bent coupling member is a lower fastening space formed of an upper beam fastener having a lower fastening space on a partial surface of the lower side and a lower beam fastener having an upper fastening space on a partial surface of the upper side corresponding to the lower fastening space. And a flange of the other beam enters and connects to the upper fastening space, and the arrangement direction of the beam at the other location connected through the entrance is parallel to the arrangement direction of the other support member connection member among the support member connection members. One side bent beam fastener to be fixed to be disposed; A horizontal contact plate that is in close contact with the upper beam fastener, a vertical contact plate that is bent and extended from the horizontal contact plate so as to be in close contact with the side surfaces of the upper beam fastener and the lower beam fastener, and the connecting members for the support member One side bent lower pipe support having a horizontal support plate that is bent and extended from the vertical side contact plate so that the lower surface of one end of the connection member for the other support member is supported; In the stacked horizontal side contact plate in close contact with the horizontal side contact plate of the one side bent lower pipe support tool, the stacked horizontal side contact plate so that the top surface of one end side of the other support member connection member among the support member connection members is supported. Consists of; one side bent upper pipe support having an extended upper pipe support plate,

The other side bent coupling member is a lower fastening space formed of an upper beam fastening body having a lower fastening space on a partial surface of the lower side and a lower beam fastening body having an upper fastening space on a partial surface of the upper side corresponding to the lower fastening space. And the flange of the other beam enters and connects to the upper fastening space, and the arrangement direction of the other beam connected through the entrance is parallel to the arrangement direction of the other support member connection member among the support member connection members. The other side bent beam fastening body which is fixed to be disposed so as to be disposed;

A horizontal contact plate that is in close contact with the upper beam fastener, a vertical contact plate that is bent and extends from the horizontal contact plate so as to be in close contact with the sides of the upper beam fastener and the lower beam fastener, and the connecting members for the support member The other side bent lower pipe support having a horizontal support plate that is bent and extended from the vertical side contact plate so that the lower surface of the other end of the connection member for the other support member is supported;

In the stacked horizontal side contact plate so that the upper surface of the other end side of the other support member connection member of the other side of the support member connection member, the stacked horizontal side contact plate in close contact with the horizontal side contact plate of the other side bent lower pipe support tool A ceiling beam structure that facilitates the arrangement of a non-structure in a building, characterized in that consisting of; the other side bent upper pipe support having an extended upper pipe support plate.
The method of claim 1,

A ceiling beam structure for facilitating the arrangement of non-structures in a building, further comprising a cross-shaped connecting member for connecting the connecting members for the support member in a cross shape.
The method of claim 6,

The cross-shaped connecting member is an upper contact plate that is in close contact with the upper surface of the connecting member for the other supporting member so that the connecting member for the other supporting member among the connecting members for the supporting member can pass through, and one of the connecting member for the other supporting member. It is in close contact with the side and is in close contact with the first vertical side contact plate that is bent and extends from one side of the upper contact plate, and the other side of the other connecting member for the support member, and is bent and extended from the other side of the upper contact plate. The lower surface of the second vertical contact plate and the other connecting member for the support member are in close contact, and the lower surface of the first lower contact plate extending by being bent from the first vertical horizontal plate and another connecting member for the support member A cross-shaped pipe support having a second lower contact plate that is in close contact with each other and extends by being bent from the second vertical contact plate;

A central fastening plate that is in close contact with the upper contact plate to fix the connection member for another support member, and extends from one side of the central fastening plate, and for another support member whose lower surface is in close contact with the first lower contact plate Another one in which the upper surface of the connection member is in close contact and extends from the other side of the first and the central fastening plate for fixing another connection member for the support member, and the lower surface is in close contact with the second lower contact plate. The upper surface of the connecting member for the supporting member is in close contact with each other, and a cross-shaped pipe fastener having a second fastening plate for fixing another connecting member for the supporting member is facilitated. Ceiling beam structure.
The method of claim 1,

A ceiling beam structure for facilitating the arrangement of non-structures in a building, further comprising a T-shaped connecting member for connecting the connecting members for the support member in a T-shaped.
The method of claim 8,

The T-shaped connecting member includes an upper contact plate that is in close contact with the upper surface of the connecting member for the other supporting member so that the connecting member for the other supporting member among the connecting members for the supporting member can penetrate. It is in close contact with one side, and is in close contact with the first vertical side contact plate that is bent and extends from one side of the upper contact plate, and the other side of the other connecting member for the support member, and is bent and extended from the other side of the upper contact plate. A T-shaped tube support having a first lower contact plate which is bent and extended from the first vertical side horizontal plate, wherein a lower surface of the second vertical side contact plate and another connecting member for the support member are in close contact;

A central fastening plate that is in close contact with the upper contact plate and is extended from one side of the central fastening plate, and for another support member whose lower surface is in close contact with the first lower contact plate. A ceiling beam for facilitating the arrangement of non-structures in a building, characterized in that consisting of a T-shaped pipe fastener having a first fastening plate for fixing another connecting member for another support member by being in close contact with the upper surface of the connecting member Structure.
The method of claim 1,

It further includes; a warp prevention wire for connecting the beams in one direction and the beams in the other direction so as not to be distorted.

The ceiling beam structure for facilitating the arrangement of the non-structure in a building, characterized in that it further comprises a; wire-penetrating connection member for guiding the twist-preventing wire through.
The method of claim 10,

The wire through-type connection member,

One upper surface is in close contact with one lower surface of the connecting member for another support member among the connecting members for the support member, and the other upper surface is in close contact with one lower surface of the connecting member for another support member among the connecting members for support members, A connecting member having a connecting plate that is in close contact with another connecting member for the supporting member and the connecting member for connecting members that are in close contact with each other;

A first separation prevention swash plate and a second separation prevention swash plate on both sides of the connecting plate between the connecting members so that the other connecting member for the supporting member and the connecting member for the other supporting member are not separated from each other, and a connection for the other supporting member arranged spaced apart from each other. A horizontal contact plate that is in close contact with the upper surface of the member and another connecting member for the support member, and is in close contact with each side of the connecting member for the other support member and the connecting member for another support member that are spaced apart, and the horizontal Each other side of the first vertical contact plate which is bent and extended from one side of the side contact plate and does not contact the horizontal contact plate, and the other connecting member for the support member and the other connecting member for the support member arranged spaced apart. A space-forming fastener which is in close contact with the horizontal side contact plate and is bent and extended from the other side of the horizontal side contact plate and is formed of a second vertical side contact plate that does not contact the horizontal side contact plate, and forms a wire penetration space; Ceiling beam structure that facilitates the arrangement of non-structures in a building, characterized in that.
The method of claim 1,

A ceiling beam structure for facilitating the arrangement of a non-structure in a building, further comprising: a straight joint-type steel pipe connecting member connecting two connecting members for a supporting member among the connecting members for the supporting member.
The method of claim 12,

The straight joint type steel pipe connection member,

One other place in the lower fastening space and the upper fastening space formed by an upper beam fastener having a lower fastening space on a part of the lower side and a lower beam fastener having an upper fastening space on a partial surface of the upper side corresponding to the lower fastening space. The flange of the beam of is entered and connected, but the direction of the arrangement of the beam at the other place connected through the entrance is an angled type that is fixed so that it is arranged parallel to the arrangement direction of the two connecting members for joints connected among the connecting members for support members. A beam fastener;

The first vertical contact which is in close contact with one side of the connecting member for one of the two connecting members for supporting members that are jointly connected among the upper contact plate and the connecting members for the support member, and is bent and extended from one side of the upper contact plate. A second vertical contact plate that is in close contact with the other side of the connecting member for the other of the two connecting members for support members that are jointly connected among the connecting members for the support member and is bent and extended from the other side of the upper contact plate. , The lower surface of the connecting member for one of the two connecting members for supporting members connected by joints among the connecting members for the supporting member is in close contact, and for the first lower bonding plate and the supporting member extending by being bent from the first vertical horizontal plate A straight joint type having a second lower contact plate that is bent and extended from the second vertical contact plate, wherein the lower surface of the connection member for the other of the two connecting members for support members is in close contact. Tube support;

Of the two connecting members for supporting members that are jointly connected among the connecting members for supporting members having a central fastening plate in close contact with the upper bonding plate and extending from one side of the central fastening plate and having a lower surface in close contact with the first lower bonding plate The upper surface of the connecting member for one support member is in close contact with each other, extending from the other side of the first and the central fastening plate to fix the connection member for the support member, and the lower surface is in close contact with the second lower contact plate. A straight joint type pipe having a second fastening plate in which the upper surface of the other connecting member for the support member is in close contact among the two connecting members for the supporting member that are jointly connected among the connecting members for the supporting member. A ceiling beam structure that facilitates the arrangement of a non-structure in a building, characterized in that consisting of a fastener.
The method of claim 1,

The ceiling beam structure for facilitating the arrangement of the non-structure in a building, characterized in that it further comprises a; Tija-joint type steel pipe connection member for connecting three connecting members for the support member among the connecting members for the support member.
The method of claim 14,

The Tija joint type steel pipe connection member,

One other place in the lower fastening space and the upper fastening space formed by an upper beam fastener having a lower fastening space on a part of the lower side and a lower beam fastener having an upper fastening space on a partial surface of the upper side corresponding to the lower fastening space. The flange of the beam of is entered and connected, but the arrangement direction of the beam at the other place connected through the entry is fixed so that it is arranged parallel to the arrangement direction of the connection members for two support members connected among the connection members for support members. An intersecting beam fastening body which is fixed so as to be disposed orthogonal to an arrangement direction of the other connecting member for the support member connected among the reusable connection members;

The first vertical contact which is in close contact with one side of the connecting member for one of the two connecting members for supporting members that are jointly connected among the upper contact plate and the connecting members for the support member, and is bent and extended from one side of the upper contact plate. A second vertical contact plate that is in close contact with the other side of the connecting member for the other of the two connecting members for support members that are jointly connected among the connecting members for the support member and is bent and extended from the other side of the upper contact plate. , The lower surface of the connecting member for one of the two connecting members for supporting members connected by joints among the connecting members for the supporting member is in close contact, and for the first lower bonding plate and the supporting member extending by being bent from the first vertical horizontal plate Cross-joint type having a second lower contact plate that is bent and extended from the second vertical contact plate, wherein the lower surface of the other support member connection member among the two connecting members connected by joint is in close contact Tube support;

Among the two connecting members for supporting members that are jointly connected among the connecting members for supporting members having a central fastening plate in close contact with the upper bonding plate and extending from one side of the central fastening plate and having a lower surface in close contact with the first lower bonding plate The upper surface of one connecting member for support members is in close contact with each other, extending from the other side of the first and the central fastening plate to fix the attached support member connection member, and the lower surface is in close contact with the second lower contact plate. A cross-joint type pipe having a second side fastening plate in which the upper surface of the connecting member for the other of the connecting members for the supporting member is in close contact with one of the connecting members for the supporting member. Fasteners;

It is coupled to the cross-beam fastener, the side contact plate to which the side of the other connecting member for the support member is in close contact among the connecting members for the support member, and the other support member that is connected by the joint among the connecting members for the support member A structure comprising: an upper contact plate to which the upper surface of the member is in close contact and fixed, and an additional connector having a lower surface contact plate to which the lower surface of the other connecting member for support members is connected and fixed in close contact among the connecting members for support members. Ceiling beam structures that facilitate the placement of non-structures on.