KR200227198Y1 - The ceiling steel materials a support - Google Patents

Abstract

The present invention can achieve a more robust installation state and easier construction than the existing ceiling steel support material, and can adjust the length step by step in actual use, and also connect the hanger clip connecting to the carrier channel. Regarding the ceiling steel support material, which makes it possible to achieve a solid, quick and easy

In particular, the upper and lower penetrating hole 12 is formed on the inner side, but the separation hole 14 is formed in the lower portion of the inner peripheral hole 12, the length of the separation prevention jaw 14 to the upper portion A plurality of locking projections 16 are arranged at the same interval in the direction, the upper portion of the buried hanger 10 is fastened to the closing cap 18, and in the hole 12 of the buried hanger 10 Hanger rods 20 which are installed to be retractable, but have a circular catching jaw 24 having a cutout portion 22 formed at a predetermined upper portion thereof, and a detachable side bar 26 is provided at a lower end thereof. Ceiling steel support material 10 including a hanger clip 30 formed on the upper portion of the hook portion 32 that can be connected to both sides of the horizontal bar 26 is installed in the lower portion of the horizontal bar 26 Installation on steel frame that is placed on formwork in the process of forming formwork for forming ceiling slab 36 It is characterized by the construction by fixing.

Description

Ceiling steel support material {THE CEILING STEEL MATERIALS A SUPPORT}

The present invention relates to a ceiling steel support that allows the installation of ceiling finishing materials (hereinafter referred to as 'ceiling finishes') such as ceiling panels, and more particularly, a more robust installation state than conventional ceiling steel support materials. In addition, it is possible to achieve a quick and easy construction, and to adjust the length step by step in the actual use, and to connect the hanger clip that forms the connection with the carrier channel. It is about.

In general, at the final finishing stage of building, the ceiling steel support is essentially fixed to the lower part of the ceiling slab located indoors.

This installs the ceiling finishing material that is to be installed so that a certain distance from the ceiling slab is formed, so that the finishing facilities such as electrical equipment and air conditioning equipment that are installed on the ceiling in the final stage of construction are not exposed to the clock. In order to form a space that can be mounted in the finishing material, it is an important connection material indispensable to install a finishing ceiling material for finishing the interior beautifully.

Therefore, the ceiling steel support material is manufactured in various types according to the shape of the finished ceiling material is made in various forms to satisfy the needs of various users, the basic configuration of the ceiling as shown in FIG. A nut hanger 2 embedded in the slab, a carrier channel 6 for connecting and fixing the finishing ceiling material 4, a hanger clip 8 for hanging the carrier channel 6 to be connected, and the nut hanger ( 2) and a hanger clip (8) is provided with a bolt hanger (9) for fastening to the upper and lower parts to be connected.

However, the conventional ceiling steel support material configured as described above is not only deeply considered without considering the characteristics of the installation site, but is also very simple, and is connected or fixedly installed in a structure in which the rigidity of the structure is actually weak. The use caused the following problems.

If they are listed in order, they are as follows.

First, in order to achieve the installation, holes must be formed by using a separate device such as a drill in the ceiling slab, and then a forced hanger of the nut hanger is installed there. Of course, there was a risk of deviation, and there was a problem of delaying the overall air because the installation was not easy and quick,

Second, if the height of the ceiling slab is slightly higher or lower, it is not possible to respond quickly to the change in the field situation because it needs to be manufactured by specially manufacturing the bolt hanger of a special standard in order to fit the height similar to the ceiling of the existing room. There was a problem of increasing the economic burden on the contractor,

Third, since the hanger clip fixed through the nut at the bottom of the bolt link takes a structurally weak connection state, it is a matter of being easily deformed to the load transmitted in the process of actual use, as described above. Since the connection is made through the nut, there is a problem of not being able to accomplish the work quickly and easily, and a problem of space utilization that cannot freely arrange the facilities to be wired and plumbed to the ceiling space.

The present invention has been made to solve the conventional problem as described above, the specific purpose is as follows.

First, in the step of forming the ceiling slab at the same time by installing the ceiling steel support material having a hanger rod corresponding to the nut hanger and a hanger rod corresponding to the bolt hanger at the same time, to make the installation quick and easy To provide a ceiling steel support material that can greatly reduce the overall finishing period,

Second, if the height of the ceiling slab is slightly higher or lower, it is possible to install the ceiling finishing material at a height similar to that of the existing indoor ceiling by simply mounting the hanger rod from the buried hanger step by step according to the situation. To provide ceiling steel backings that enable us to respond quickly to on-site situations.

Third, it is transformed into a structure capable of mounting several hanger clips on one ceiling steel pedestal, thereby minimizing the problem that the hanger clip is deformed by the load transmitted from the ceiling finishing material during actual use, In addition, to firmly install the ceiling finishing material, the ceiling finishing material can be installed firmly without installing the ceiling steel backing material on the ceiling slab as in the conventional case, and the space where wiring and piping can be freely placed in the ceiling space. To provide a ceiling steel that can be created by.

The present invention for achieving the above object in the ceiling steel support material for installing the ceiling finishing material spaced apart from the ceiling slab to form a predetermined space,

The upper and lower penetrating holes are formed in the inner side, but the separation hole is formed in the lower portion of the inner periphery of the hole, and the plurality of locking protrusions are arranged at equal intervals in the longitudinal direction to the upper portion of the separation stop. The upper part is provided with a buried hanger which is connected to the closing cap to close the upper part of the hole, and is installed in the hole of the buried hanger so that it can be retracted. And a hanger rod having a detachable side bar connected to a lower end thereof, and a hanger clip integrally formed with a hook portion formed at an upper portion thereof so as to form a connection to both sides of the side bar provided connected to a lower portion of the horizontal bar. Install and fix the ash on steel frame which is placed on the formwork during the formwork for forming the ceiling slab. The construction can be achieved with a zoom.

1 is a perspective view showing a configuration state of the ceiling steel support member of the present invention,

2 is an essential part cross-sectional view showing the installation state of the ceiling steel support material of the present invention,

Figure 3 is a perspective view showing a state installed in the formwork for forming the ceiling slab ceiling steel bearing material of the present invention,

Figure 4 is a perspective view of the main portion showing the installation state of the conventional ceiling steel support material.

<Explanation of symbols for main parts of the drawings>

10: ceiling steel bearing material 11: buried hanger

12: hole 14: escape bump

16: locking projection 18: closing cap

20: hanger rod 22: incision

24: round locking jaw 26: horizontal bar

28: fastener 30: hanger clip

32: ring part 34: carrier channel

36: ceiling slab 38: steel frame

40: deadline ceiling materials

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a configuration state of the ceiling steel support material of the present inventors, Figure 2 is a sectional view showing the main portion of the installation state of the ceiling steel support material of the present invention, Figure 3 is a ceiling steel support material of the present invention ceiling slab Is a perspective view showing a state installed in the formwork for molding.

As shown in the present invention, the upper and lower penetrating hole 12 is formed on the inside, but the separation prevention jaw 14 is formed in the lower portion of the inner peripheral hole 12, the departure prevention jaw (14) The upper part of the hanger 11 is formed with a plurality of engaging projections 16 are arranged at equal intervals in the longitudinal direction, the upper end is connected to the closing cap 18 for closing the upper part of the hole hole 12. ) Is formed.

In the recess 12 of the buried hanger 11, a circular catching jaw 24 having a cutout portion 22 formed at a predetermined portion thereof is formed at an upper portion thereof, and a removable side bar 26 is formed at the lower portion thereof. The hanger rod 20 which is detachably connected and is attached to and detachably mounted.

In addition, the hanger clip 30 which the ring part 32 is integrally formed in the upper part is connected to the both sides of the horizontal bar 26 connected to the said horizontal bar 26, and is comprised.

In the drawings, reference numeral 28 denotes a fastening hole.

If described in detail the operation generated by the present invention after the installation process and installation of the present invention is configured as described above.

This is fixedly installed on the steel frame 38 which is placed in the formwork before injecting the hardened concrete into the formwork in the formwork for forming the ceiling slab 36 for dividing the layer to be integrally formed with the ceiling slab 36. After that, you can use it.

At this time, the lower part of the embedding hanger 11 is installed to be grounded with the formwork lower panel so that the concrete to be injected later does not close the lower part of the hole 12.

The present invention, which is manufactured to achieve installation and use in this way, is fixed to the steel frame 38 of the ceiling slab 36 as described above, as well as molded integrally with the ceiling slab 36 so that the installation is quick. Can be achieved easily, of course, the function of maintaining a very solid installation state semi-permanently, and the function of making the installation of the ceiling finishing material 40, which weighs a lot more, can be achieved.

In addition, when the height of the ceiling slab 36 is somewhat higher or lower, the hanger rod 20 from the buried hanger 11 is stepped out according to the situation step by step according to the ceiling height of the ceiling intended by the installer (40) The construction of the building can enable the construction to quickly cope with the change in the field situation.

Here, the operation state taken to achieve the stepping of the hanger rod 20 in order to help the understanding in detail as follows.

That is, in order to raise and lower the hanger rod 20, the hanger rod 20 is rotated so that the cutout portion 22 formed at a predetermined portion of the circular catching jaw 24 is formed in the projection hole 12. Positioning on the locking projection 16 is up or down and the length can be adjusted.

When the length adjustment is completed, by rotating the hanger rod 20 to position the circular catching jaw 24 on the engaging projection 16 formed in the hole 12, it is possible to maintain the completed length state.

Then, the side bar 26 is installed to be detachable at the bottom of the hanger rod 20, but the hanger clip 30 is provided to be connected to both sides of the side bar 26 through the hook portion 32. In addition, it is possible to minimize the problem that the connection portion of the hanger clip 30 is easily deformed by the load in the process of actual use, as well as to quickly take the connection between each other, and the ceiling finishing material in the process of actual use. The ceiling slab as in the conventional case can be achieved to minimize the problem that the hanger clip 30 is deformed by the load transmitted from the (40), as well as to firmly install the ceiling finishing material (40) The ceiling finishing material 40 can be installed firmly without having to install the versatile ceiling steel supporting material 10 in 36, and the construction cost can be reduced through material reduction, and on the ceiling finishing material 40.It serves to generate a space that is free to place the wiring and plumbing facilities which in the ceiling space portion sex.

On the other hand, since the ceiling steel support material shown and described to explain the present invention is merely to show the basic form for an example, the present design can be basically included in other forms of ceiling steel support material having a similar form and purpose. .

This is because those skilled in the art can readily recognize that the present invention can be variously modified and changed without departing from the technical spirit or the field of the present invention provided by the following claims. .

As described above, the present invention is fixed to the steel frame that is installed on the steel frame in the formwork for forming the ceiling slab to form the floor slab to the ceiling steel support material which is made to be adjustable in length step by step In addition, it is possible to achieve more robust and quick installation than the existing ceiling steel support material, and also to connect the hanger clip that connects to the carrier channel. The length adjustment can be made to cope with the problem quickly, and as a result, the quality and reliability of the product itself can be improved, and the air and material costs can be greatly reduced during the construction process, thereby minimizing the economic burden on the contractor. It has an effect such as.

Claims (1)

In the ceiling steel support material for installing the ceiling finishing material spaced apart from the ceiling slab to form a certain space, The outgoing hole 12 penetrated up and down is formed inside, but the separation prevention jaw 14 is formed in the lower portion of the inner periphery of the exit hole 12, and the upper side of the departure prevention jaw 14 in the longitudinal direction. A plurality of engaging projections 16 are arranged at equal intervals, and the buried hanger 10 to which the closing cap 18 is fastened at the upper part, and can be placed in and out of the hole 12 of the buried hanger 10. Hanger rod 20 and the horizontal bar is installed, but the circular engaging jaw 24 is formed in the upper predetermined portion taking the incision 22, the lower side is provided with a removable side bar 26, Ceiling slab ceiling slab (10) comprising a hanger clip (30) formed on the upper side of the hook portion (32) that can be connected to both sides of the horizontal bar (26) installed in the lower part of the (26) (36) Installed on the steel frame that is placed on the formwork during formwork for forming Ceilings steel backing, characterized in that the construction.