KR20100003653U - Assembly type pipe support tool - Google Patents

Abstract

The present invention relates to a pipe support, because the coupling portion of the channel fixing bracket for connecting and fixing the vertical channel and the horizontal channel is drawn into the inside of the horizontal channel, the channel fixing bracket is not exposed from the surface of the horizontal channel. Since the channel clamps and shoes can be fixed and installed close to the vertical channel side by not protruding the channel fixing bracket toward the side, when the same number of pipe clamps and shoes are installed in the pipe support frame in the same space, they are horizontal than the conventional pipe support brackets. Since the width of the channel can be reduced, it is intended to provide a pipe support that can save resources, induce production cost reduction, and greatly increase space utilization by saving resources with economical efficiency.
To this end, the present invention is a vertical channel 11 which extends vertically downward from the ceiling surface, a horizontal channel 12 which is horizontally rolled with respect to the vertical channel 11, and the vertical channel 11 and horizontal In the pipe support bracket consisting of a channel fixing bracket 20 for fixing and fixing the channel (12), the horizontal coupling portion 21 and the vertical coupling portion coupled to the vertical channel (11) coupled to the horizontal channel (12). The horizontal coupling portion 21 of the channel fixing bracket 20 coupled to the horizontal channel 12 among the 22 is drawn into the inner side of the horizontal channel 12 and is formed by the bolt 23 and the nut 24. By combining with the horizontal channel 12 is characterized in that the horizontal coupling portion 21 of the channel fixing bracket 20 does not protrude toward the surface side of the horizontal channel (12).
The horizontal coupling portion 21 of the channel fixing bracket 20 is bent in a 'c' shape, and the welding nut 25 is formed on the inner upper surface of the horizontal coupling portion 21 by welding. It is made by welding by the part 26.

Description

Piping Support Base {ASSEMBLY TYPE PIPE SUPPORT TOOL}

The present invention relates to a pipe supporter, and more particularly, a vertical channel extending vertically from a ceiling surface, a horizontal channel horizontally rolled on the vertical channel, and a channel fixing bracket for connecting and fixing these vertical channels and horizontal channels. The vertical channel and the coupling part of the channel fixing bracket which is connected to the horizontal channel side of the pipe support is composed of a 'c' shape and the coupling part is introduced into the horizontal channel to be coupled by the horizontal channel and bolts and nuts. Pipe clamps and shoes can be installed at the innermost end of adjacent horizontal channels, saving resources with economical efficiency, thereby preventing waste of resources, reducing production costs, and greatly increasing space utilization. Relates to a pipe support.

In general, the conventional pipe construction method is to cut the general steel, such as "a" type, "c" type, "i" type, "h" type, etc. by cutting oxygen or speed cutter at the work site. After welding, it was used as a pipe support.

However, this construction method is to bring the existing section steel into the site and to carry out rust coating to complete the multi-step process until the insulation work is completed. There is a problem of poor assembly.

In addition, the conventional method of welding by welding may cause environmental pollution as well as electric shock accidents, and there are many construction processes, which may lead to work evasion and fire, and delays in air, waste of materials and tools. However, there is a problem of causing a cost increase.

Therefore, in recent years, a prefabricated pipe supporter is installed in which a worker can assemble and install a pipe supporter on the site. The prefabricated pipe supporter has a vertical channel fixed vertically downward from a ceiling surface, and the vertical channel is laterally connected. It consists of a horizontal channel, a bracket for connecting and fixing a vertical channel and a horizontal channel, and bolts and nuts for fastening the bracket.

The conventional pipe support structure constructed as described above simplifies the construction process, prevents the risk of fire, and shortens the assembly time by assembling and installing the vertical channel and the horizontal channel by tightening bolts and nuts instead of welding in the field. You can get it.

However, in the case of the conventional pipe support stand, the clamp shoe is fixed to the horizontal channel only connected horizontally by the vertical channel fixed downward from the ceiling surface, and the vertical channel merely serves to support the horizontal channel. There is a problem that reduces the installation space utilization of the pipe support.

Accordingly, in order to support a large number of pipes, it is necessary to increase the size of the pipe support base, install a plurality of clamp shoes on the horizontal channel, and then connect the pipes to the clamp shoes so that the pipes are supported from the ceiling surface. As the size of the support stand is increased, the amount of raw materials used in the vertical channel and the horizontal channel is increased, thereby increasing the installation cost, and there is a problem in that the space utilization is greatly reduced by the size of the pipe support stand.

Looking at the prior art, there is a ceiling pipe mount that is registered Patent No. 10-0807826, which is a pair of vertical channels, the top of which is bound to the ceiling of the building by the insert plate and bracket, and the bottom of the vertical channel A ceiling pipe mount consisting of a horizontal channel assembled by a joint and a clamp shoe installed to support a pipe on the horizontal channel, wherein the vertical channel and the horizontal channel form a concave or convex embossed portion or part of the front channel. The horizontal element for supporting the horizontal channel and the vertical element for supporting the vertical channel are formed by welding in a L-shape, and the concave or convex embossing portion is formed on a part or the front of the horizontal element and the vertical element, and the vertical element is A spacer inserted into an opening of the vertical channel to maintain a gap of the opening; Concave or convex embossed portions are formed on a portion or the front of the bracket.

As another example, a non-welded lightweight prefabricated pipe supporter device of Patent No. 10-0400406 has been conceived, which is made of a galvanized section steel having a rectangular cross section in constructing a support mount device for supporting a pipe. It is configured to support the pipe using vertical and horizontal channels and EDPM roller liner-integrated prefabricated horizontal pipe clamps and shoes in which slot holes and standard perforations are continuously formed at opposing positions on both sides, respectively.

These prior arts, by installing the pipe support stand on the ceiling surface to install the pipe support stand to be spaced apart from the ceiling surface to be installed by installing the pipe support stand in a non-welded assembly method, not welding, installation workability and no welding Induce improvement of working environment.

However, these conventional techniques, as the channel fixing bracket for connecting and fixing the vertical channel and the horizontal channel protrude outward of the horizontal channel, it is impossible to install the pipe clamp and shoe in the same space as the protruding portion, thereby providing space utilization. There is a problem that this greatly degrades.

As described above, the problem that the pipe clamp and the shoe cannot be installed on a part of the horizontal channel due to the protrusion of the channel fixing bracket installed on the horizontal channel is very inefficient in terms of economy in view of the high cost of the raw material, which is gradually expensive. In addition, there is a problem that a waste of resources for the unused portion is caused because the horizontal channel portion protruding the channel fixing bracket is not used.

The present invention was devised to solve the problems of the conventional pipe supporter, and in connection fixing with a channel fixing bracket for connecting and fixing the vertical channel and the horizontal channel constituting the pipe supporter, the channel fixing fixed to the horizontal channel side The coupling part of the bracket is formed in a 'c' shape, and the coupling part is introduced into the horizontal channel to be coupled by the horizontal channel with the bolt and nut so that the channel fixing bracket does not protrude to the surface of the horizontal channel so as to be close to the vertical channel. The pipe clamp and shoe can be installed close to the innermost end of the horizontal channel, which saves resources with economical efficiency, thereby preventing waste of resources, leading to reduction of production cost, and increasing the space utilization. The purpose is to provide a table.

The pipe support stand of the present invention as a means for achieving the above object,

In the pipe support base consisting of a vertical channel extending vertically downward from the ceiling surface, a horizontal channel horizontally lateral to the vertical channel, and a channel fixing bracket for connecting and fixing the vertical channel and the horizontal channel,

The coupling portion of the channel fixing bracket which is connected to the horizontal channel side is fixed to the inner side of the horizontal channel and is coupled to the horizontal channel by bolts and nuts so that the coupling portion of the channel fixing bracket does not protrude toward the surface side of the horizontal channel. It is characterized by.

The coupling portion of the channel fixing bracket, is bent to the '' 'shape,

The inner side of the coupling portion is characterized in that the coupling nut is welded by a welding portion formed by a welding operation.

The pipe supporter of the present invention, since the engaging portion of the channel fixing bracket for connecting and fixing the vertical channel and the horizontal channel is configured to be drawn into the inside of the horizontal channel, the channel fixing bracket is not exposed from the surface of the horizontal channel, and the channel fixing is fixed to the horizontal channel side. Since the pipe clamp and shoe can be installed and fixed close to the vertical channel side by not protruding the bracket, the width of the horizontal channel is greater than that of the conventional pipe support when installing the same number of pipe clamps and shoes in the same space. Because of this, it is possible to reduce resources, save resources, reduce production costs, and increase space utilization.

1 is a block diagram showing the configuration of the pipe support stand according to the present invention.
Figure 2 is a front configuration diagram showing a coupling state of the channel fixing bracket which is the constituent parts of the pipe holder of the present invention.
Figure 3 is a front configuration diagram showing another embodiment of the channel fixing bracket which is a constituent portion of the pipe holder of the present invention.
Figure 4 is a side view showing a coupling structure according to another embodiment of the channel fixing bracket which is a constituent portion of the pipe holder of the present invention.

Hereinafter, the configuration and operation of the present invention will be described in more detail with reference to the accompanying drawings. In describing the present invention, the terminology or words used in the present specification and claims are based on the principle that the inventor can properly define the concept of the term in order to best explain his or her design in the best way. It should be interpreted as meanings and concepts corresponding to the technical idea of

As shown, the pipe supporter according to the present invention includes a vertical channel 11 which extends vertically downward from a ceiling surface, a horizontal channel 12 which is horizontally lateral to the vertical channel 11, and the vertical channel. (11) and the channel support bracket consisting of a channel fixing bracket (20) for connecting and fixing the horizontal channel 12, the horizontal coupling portion 21 and the vertical channel (11) coupled to the horizontal channel (12). The horizontal coupling portion 21 of the channel fixing bracket 20 coupled to the horizontal channel 12 among the vertical coupling portions 22 coupled to the horizontal coupling portion 21 is drawn into the inner side of the horizontal channel 12 to allow the bolt 23 and The horizontal coupling portion 21 of the channel fixing bracket 20 does not protrude to the surface side of the horizontal channel 12 by being coupled to the horizontal channel 12 by the nut 24.

The vertical coupling part 22 of the channel fixing bracket 20 is bolted to the vertical channel 11, and the vertical coupling part 22 of the channel fixing bracket 20 is shown in the vertical channel. Although configured to be installed on the outside of the (11), the vertical coupling portion 22 may also be configured to be drawn into the inner side of the vertical channel (11).

The horizontal coupling part 21 of the channel fixing bracket 20 is configured to be introduced into the horizontal channel 11, and the horizontal coupling part 21 is a vertical coupling part of the channel fixing bracket 20. It is formed in one direction horizontally connected vertically at the bottom of the 22).

Piping support stand according to the present invention configured as described above, as shown in Figure 1, the vertical channel 11 installed to extend vertically downward from the ceiling surface and the horizontal channel 12 horizontally rolled from the vertical channel (11) The horizontal coupling portion 21 of the channel fixing bracket 20 to allow the vertical channel 11 and the horizontal channel 12 to be coupled to each other is configured to be led into the inner side of the horizontal channel 12.

Accordingly, as shown in FIG. 2, as the obstacle to the connecting portion between the vertical channel 11 and the horizontal channel 12 disappears, the vertical clamp is connected to the pipe clamp 30 installed on the horizontal channel 12. The space utilization with respect to the horizontal channel | channel 12 improves by being able to install so that it may approach to (11) side.

In addition, since the pipe clamp 30 can be installed close to the vertical channel 11 side, in the conventional pipe support base, it becomes possible to use even the horizontal channel portion which was not used by the protrusion of the channel fixing bracket. It can greatly reduce, and thus can be installed by reducing the production cost and reducing the width of the pipe support.

The horizontal coupling portion 21 of the channel fixing bracket 20 is bent in a 'c' shape, and the welding nut 25 is formed on the inner upper surface of the horizontal coupling portion 21 by welding. It is made by welding by the part 26.

Accordingly, as shown in FIG. 3, the pipe clamp 30 may be installed closer to the vertical channel 11, and at this time, the outermost end 30a of the pipe clamp 30 is fixed to the channel. The coupling nut 21 is coupled to the horizontal coupling part 21 of the bracket 20 by using the bolt 23 and the nut 24 fixing the horizontal channel 12, and the coupling nut formed on the inner upper surface of the horizontal coupling part 21. The horizontal coupling portion 21 is firmly fixed to the horizontal channel 12 by coupling another bolt 23 to the 25.

As described above, the pipe support stand of the present invention is a pipe support stand of the same size installed in the same space, and the pipe support stand of the present invention can further support and fix the pipe, thereby reducing the cost incurred when installing the pipe. The effect can be maximized, and raw materials can be saved for the components constituting the pipe support which is installed to support the same number of pipes.

As described above, the present invention has been described with reference to a preferred embodiment of the present invention as being capable of various modifications, but the present invention is not limited to such an embodiment, and the embodiments are simply combined with the existing known art. Together with the claims and the detailed description of the present invention, it should be seen that the techniques that can be used by those skilled in the art to which the present invention pertains are naturally included in the technical scope of the present invention.

11: vertical channel 12: horizontal channel
20: channel fixing bracket 21: horizontal coupling portion
22: vertical coupling portion 23: bolt
24: nut 25: coupling nut
26: welding part

Claims (2)

A vertical channel 11 extending vertically downward from a ceiling surface, a horizontal channel 12 horizontally lateral to the vertical channel 11, and a connection between the vertical channel 11 and the horizontal channel 12. In the pipe support frame consisting of a channel fixing bracket 20 for fixing,
Horizontal coupling of the channel fixing bracket 20 coupled to the horizontal channel 12 of the horizontal coupling portion 21 and the vertical coupling portion 22 coupled to the horizontal channel 12 and the horizontal channel 12. Part 21 is
A horizontal coupling portion of the channel fixing bracket 20 toward the surface side of the horizontal channel 12 by being drawn into the inner side of the horizontal channel 12 and coupled to the horizontal channel 12 by the bolt 23 and the nut 24. Piping support rack, characterized in that is configured so that 21 does not protrude. The method according to claim 1,
The horizontal coupling portion 21 of the channel fixing bracket 20 is bent to the '''shape,
Piping support rack, characterized in that the coupling nut 25 is welded to the inner upper surface of the horizontal coupling portion 21 by the welding portion 26 formed by the welding operation.

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