KR101612754B1 - Apparatus for mounting of satellite antenna - Google Patents

Abstract

The present invention relates to a fixing device for installing and supporting a satellite antenna to easily and firmly install the satellite antenna and, more specifically, to a side plate slide protrusion support type fixing device for a satellite antenna, which can easily install a satellite antenna, prevent shaking of the satellite antenna, and prevent the satellite antenna from being pushed down to firmly fasten the satellite antenna by fixing the bottom end portion of an antenna support rod to both wall units, which are two plates disposed on the installation surface of a satellite antenna installation member in the normal direction, and coupling and supporting the antenna support rod to be slid by protrusion units protruding inward from both the wall units. The antenna installation member for fixing the satellite antenna which receives satellite signals comprises: an installation base for installation; a plate-shaped left wall unit extending upward from the left side of the installation base; and a plate-shaped right wall unit extending upward from the right side of the installation base. The left wall unit and the right wall unit include slide protrusion units protruding inward or outward to face each other and having a predetermined length. The antenna support rod for the satellite antenna, which is coupled between the left wall unit and the right wall unit, is coupled to the slide protrusion units of the left wall unit and the right wall unit to be slid.

Description

[0001] APPARATUS FOR MOUNTING OF SATELLITE ANTENNA [0002]

The present invention relates to a fixing means for mounting and supporting a satellite antenna while allowing a mounting means to be easily and firmly mounted. The lower end portion of the antenna supporting rod is provided with two It is a technology to fix to the both side wall part of the plate chain. It is slidably joined and supported by projecting parts protruding inward from both side wall parts, so that the satellite antenna can be installed easily while preventing rocking, To a side plate slide protrusion support type fixing means for a satellite antenna.

Generally, a satellite signal receives a signal through an antenna dedicated to reception of a satellite signal installed on the ground. However, since satellite signals can transmit high-quality broadcast signals, the satellite signal transmission technology for transmitting and receiving broadcast information is a useful technology .

Therefore, a technology for transmitting and reproducing data of broadcasting information for broadcasting image signals and broadcasting in high quality is being gradually advanced, and it can be applied to various contents development.

Therefore, in a typical home, an antenna dedicated to reception of satellites is installed, so that a high-quality broadcast can be received by receiving a satellite broadcast signal. These satellite antennas should not be covered by trees or buildings in the direction of satellites.

Especially, most of the satellite antennas receive the satellite signals through the dish-shaped receiver, and these receivers must always point toward the satellite. However, depending on the installed position or situation, when the vehicle is shaken in the wind or an impact is applied from an external object, reception of the satellite signal becomes poor, which may cause inconvenience to view the broadcast.

On the other hand, if the member fixing the satellite antenna is made to have a large and rigid structure, the installation is complicated and difficult, and the facility cost will be high.

Accordingly, there is a desperate need for an effective satellite antenna fixing means that fixes the satellite antenna firmly and lowers the facility cost.

Particularly, it is not a structure that is difficult to install as in the prior art, but a quick and easy fastening method is required through a simple fastening process.

Published Patent No. 10-2011-0046200 (Published May 4, 2011) Public Utility Model No. 20-1997-0056110 (published on October 13, 1997) Published Utility Model No. 20-1999-0036626 (Published September 27, 1999)

In order to solve the above-described problems, it is a principal object of the present invention to provide a fixing means for supporting and supporting a satellite antenna.

Another object of the present invention is to provide a satellite antenna with a side surface of a support rod slidably coupled along a protruding portion protruding from a planar body of both side wall portions to thereby ensure stable connection while preventing rocking.

Particularly, it is a further object of the present invention to provide a satellite antenna mounting structure in which a lower end portion of an antenna supporting rod is slidably engaged along a protrusion formed inwardly inwardly at two side wall portions of two plate- So that the entire satellite antenna can have a stable installation state.

It is another object of the present invention to provide a structure for supporting the antenna support rods on both side wall portions and a structure for fixing the antenna support rods and the satellite antennas to the installation surface of a building or the like by a mounting base By sharing, the overall satellite antenna installation is simple and simple, so that it can be easily installed.

In addition, the structure for supporting the satellite antenna and the antenna support bar is made to have a dedicated structure by both side wall portions, thereby having a stable support structure.

And an inwardly elongated shape including two through holes into which two fastening means (bolts or the like) are inserted in projections of both side wall portions for supporting the antenna support rods, an inwardly directed short side in which two through holes are closely located on both sides of the projections, The coupling and the support are provided on both side wall portions having a single structure.

According to an aspect of the present invention, there is provided an antenna mounting member for fixing a satellite antenna for receiving a satellite signal, the antenna mounting member comprising: an installation base for installation; A plate-shaped left side wall portion extending upward from the left side of the installation base; And a plate-shaped right side wall portion extending upward from the right side of the installation base, wherein the left side wall portion and the right side wall portion are provided with a slide projection having a predetermined length protruding inwardly or outwardly toward each other, And the antenna support bar of the satellite antenna coupled to the right wall portion is slidably engaged with the slide protrusion of the left wall portion and the right wall portion of the satellite antenna.

In a preferred embodiment of the present invention, the slide projection portion comprises an inwardly directed slide projection projecting inward between the left side wall portion and the right wall portion and an outwardly directed slide projection projecting outwardly. to provide.

In the preferred embodiment of the present invention, the left wall surface portion and the right wall surface portion are formed with a plurality of fastening holes for fastening to the antenna support rods of the satellite antenna, and the slide projections are formed by a plurality of fastening A left inward elongated protrusion and a right inward elongated protrusion which are long in length to include the through hole and protrude inward; A left outward elongated protrusion and a right outward elongated protrusion which are elongated to include a plurality of fastening holes of a left wall portion and a right wall portion and protruding outward; A left inwardly extending protruding portion and a right inwardly extending protruding portion which are shorter in length than the left inward elongated protruding portion and the right inward elongated protruding portion and protruding inward; And a leftward outwardly extending protrusion and a rightward outwardly elongated protrusion, the left outwardly extending protrusion being shorter than the right outwardly elongated protrusion and protruding outwardly; The antenna mounting member for a satellite antenna according to any one of claims 1 to 5,

In a preferred embodiment of the present invention, the fixing means for a satellite antenna comprises: an antenna support rod connected to a satellite antenna; And an antenna mounting member coupled to the antenna support rod and fixing the satellite antenna, wherein the antenna mounting member comprises: an installation base for installation; A plate-shaped left side wall portion extending upward from the left side of the installation base; And a plate-shaped right side wall portion extending upward from the right side of the installation base, wherein the left side wall portion and the right side wall portion are provided with slide protrusions protruding inward or outward from each other and having a predetermined length, And the antenna support rod coupled between the right side wall portions is slidably and tightly fixed to the left side wall portion and the right side wall portion with the slide protrusion of the right side wall portion.

In a preferred embodiment of the present invention, the slide projection includes an inwardly directed slide projection projecting inward between the left side wall surface portion and the right wall portion and an outwardly projecting slide projection projecting outwardly, And a slide protrusion or a slide groove having a predetermined length is formed on the side plate.

In the preferred embodiment of the present invention, the left wall surface portion and the right wall surface portion are formed with a plurality of fastening holes for fastening to the antenna support rods of the satellite antenna, and the inward slide protrusions have a left wall portion and a plurality of right wall portions A left inward elongated protrusion and a right inward elongated protrusion which are long in length and protrude inward so as to include a fastening hole; Or the left inward elongated protrusion and the right inboard elongated protrusion, and the left and right inward elongated protrusions and the right inboard elongated protrusion, A left slide groove and a right slide groove of a predetermined length to be combined; Or a slide groove of a predetermined length between the left inwardly extending protruding portion and the right inwardly extending protruding portion and the right slide end groove is formed in the left and right inward protruding portions of the satellite antenna. do.

In a preferred embodiment of the present invention, the left inward elongated protrusion includes a left bent protrusion protruding inwardly in a long direction inward from the left wall surface portion and having a long groove formed in a plurality of left fastening holes; A left projecting front end supporting the left hook of the left side slide groove of the antenna support rod which is slidably coupled with the left side bending protrusion protruding in a long circular shape; And a plurality of left fastening holes corresponding to the fastening holes of the back side of the antenna support rod and to which the fastening means is coupled, wherein the right inward elongated protrusion is formed by a plurality of right fastening holes A right curved projection formed with a long groove; A right projecting tip end supporting the right hook of the slide groove of the right side of the antenna support rod which is slidably engaged with the right bend protrusion protruded in a long circular shape; And a plurality of right fastening holes corresponding to the fastening holes of the rear side of the antenna support rod and to which fastening means are coupled.

In the preferred embodiment of the present invention, the left wall surface portion and the right wall surface portion are formed with a plurality of fastening holes for fastening to the antenna support rods of the satellite antenna, and the outwardly slidable projection portion has a left wall portion and a plurality of right wall portions A left outwardly elongated protrusion and a right outwardly elongated protrusion which are elongated to include a fastening hole and protrude outward; Or the left outwardly elongated projecting portion and the right outwardly elongated projecting portion, and the left and right outwardly elongated projecting portions and the right and left outward elongated projecting portions are formed with a leftward outwardly elongated projecting portion and a rightward outwardly elongated projecting portion, A left slide long projection and a right slide long projection of a predetermined length to be combined; And a slide protrusion of one of a left slide end protrusion and a right slide end protrusion having a predetermined length slidably engaged with the left outwardly extending protruding portion and the right outwardly protruding end protrusion are formed. .

In a preferred embodiment of the present invention, the antenna support bar includes left and right slide grooves which are slidably coupled to the left bending protrusion and the right bending protrusion of the right side wall portion of both left side wall surface portions, respectively; A right and left latching jaws and right and left latching jaws on both sides which are engaged with the left projecting front end of the left side wall surface portion and the right projecting front end of the right wall surface portion as the ends of the left side slide grooves and the right slide grooves; And a support bar fastening hole to which the fastening means is coupled.

The present invention configured as described above is to provide a fixing means for supporting a satellite antenna while supporting the satellite antenna.

Another advantage of the present invention is that the side surface of the support rod supporting the satellite antenna is slidably coupled along the protruding portion protruding from the plate body of both side wall portions to thereby ensure stable engagement while preventing rocking.

Particularly, another effect of the present invention is that the lower end portion of the antenna supporting bar is slidably engaged along the protruding portion which is bent inward at two side wall portions which are two plates oriented in the normal direction to the mounting surface of the satellite antenna mounting member Thereby ensuring that the entire satellite antenna has a stable installation state.

Further, another effect of the present invention is that the structure for supporting the antenna support rods is provided on both side wall portions, and the structure for fixing the antenna support rods and the satellite antennas to the installation surface of a building or the like is constituted by an installation base By sharing, the overall satellite antenna installation is simple and simple, so that it can be easily installed.

In addition, the structure for supporting the satellite antenna and the antenna support bar is made to have a dedicated structure by both side wall portions, thereby having a stable support structure.

And an inwardly elongated shape including two through holes into which two fastening means (bolts or the like) are inserted in projections of both side wall portions for supporting the antenna support rods, an inwardly directed short side in which two through holes are closely located on both sides of the projections, The coupling and the support are provided on both side wall portions having a single structure.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view of an intramedullary embodiment of a satellite antenna according to the present invention; FIG.
FIG. 2 is a perspective view of a satellite antenna according to the present invention in which an antenna support rod and an antenna mounting member are combined as fixing means in an introductory embodiment. FIG.
Fig. 3 is a perspective view of the satellite antenna according to the present invention in a right direction in a state in which the antenna support rod and the antenna mounting member are separated as fixing means in an introductory longitudinal embodiment of the satellite antenna according to the present invention.
4 is a perspective view of the satellite antenna according to the present invention in a left direction in a state in which the antenna support rod and the antenna mounting member are separated from each other as fixing means in an inwardly elongated embodiment of the satellite antenna according to the present invention.
Fig. 5 is a cross-sectional view taken along line AA of Fig. 3, showing a cutaway view of an antenna support rod with double-sided insertion grooves. Fig.
FIG. 6 is a right side view of the satellite antenna according to the present invention in a state in which the antenna support rod and the antenna mounting member are coupled as fixing means in an introductory longitudinal embodiment. FIG.
Fig. 7 is a right side view of an antenna mounting member as a fixing means in an introductory longitudinal embodiment of a satellite antenna according to the present invention; Fig.
8 is a plan view of an antenna mounting member as a securing means in an introverted elongated embodiment of a satellite antenna according to the present invention.
9 is a front view of an antenna mounting member as a fixing means in an introverted elongated embodiment of a satellite antenna according to the present invention.
10 is a cross-sectional view of a coupling portion in a state in which an antenna support rod and an antenna mounting member are coupled as fixing means in an inwardly elongated embodiment of a satellite antenna according to the present invention.
11 is a cut-away view of a joint portion between an antenna support rod and an antenna mounting member as fixing means in an introductory longitudinal embodiment of a satellite antenna according to the present invention.
Figure 12 is a perspective view of an inward-facing embodiment of a satellite antenna according to the present invention.
FIG. 13 is a perspective view of a satellite antenna according to the present invention in which an antenna support rod and an antenna mounting member are combined as fixing means in an inward single-ended embodiment. FIG.
FIG. 14 is a perspective view of the satellite antenna according to the present invention in the rightward direction in a state in which the antenna support rod and the antenna mounting member are separated as fixing means in the inward single-ended embodiment of the satellite antenna.
FIG. 15 is a perspective view of a satellite antenna according to the present invention in a left direction in a state in which an antenna support rod and an antenna mounting member are separated as fixing means in an inward single-ended embodiment of the satellite antenna.
Fig. 16 is a cross-sectional view taken along line BB of Fig. 14, and is a sectional view showing an antenna support rod in which both side grooves are shown. Fig.
17 is a right side view of the satellite antenna according to the present invention in a state in which the antenna support rod and the antenna mounting member are combined as fixing means in the inward single-ended embodiment.
18 is a right side view of an antenna mounting member as a fixing means in an inward single-ended embodiment of a satellite antenna according to the present invention.
19 is a plan view of an antenna mounting member as a fixing means in an inwardly directed embodiment of a satellite antenna according to the present invention.
20 is a front view of an antenna mounting member as a fixing means in an inwardly directed embodiment of a satellite antenna according to the present invention;
FIG. 21 is a cross-sectional view of a coupling portion in a state in which an antenna support rod and an antenna mounting member are combined as fixing means in an inward single-ended embodiment of a satellite antenna according to the present invention.
22 is a cutaway view of a joint portion between an antenna support rod and an antenna mounting member as fixing means in an inwardly directed embodiment of a satellite antenna according to the present invention.

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

That is, the side plate slide projection support type fixing means for a satellite antenna according to the present invention relates to means for fixed installation for supporting an antenna provided on a facility surface such as a wall surface and a roof.

The fixing means for fixing the satellite antenna includes fixing the antenna support rod 20, the satellite antenna 10 and the antenna support rod 20 connected to the back surface of the satellite antenna 10 to the facility surface, as shown in FIGS. 1 to 22, An antenna mounting member 50 and the like.

By stably fixing the satellite antenna 10 on the facility surface, the broadcasting signal transmitted from the satellite can be received well. The antenna mounting member 50, which is a fixing means, should be well supported on the facility surface such as a roof and a wall surface so that the satellite antenna 10 is not shaken even if an external force due to wind and rain acts.

The antenna mounting member 50 for this purpose is generally made of a plate and made lightweight and has an edge portion bent to form an installation base 51 of the flat plate in which the bent base frame reinforcement member 513 is bent. A plurality of installation holes 512 are formed in the installation base 51 and can be fixed to the facility surface with bolts, anchors, or the like.

That is, the present invention relates to a satellite antenna 10 including an antenna mounting member 50, an antenna support rod 20, and a receiving unit 11 for fixing a satellite antenna for receiving a satellite signal. More specifically, To a fixing means for fixing the mounting base 51 for mounting.

In addition to the plate-shaped left side wall portion 52 extending upward from the left side of the installation base 51, a plate-shaped right side wall portion 53 extending upward from the right side of the installation base 51 is further provided It is.

That is, both sides of the antenna supporting bar 20 are fixed while being in close contact with each other in the inward direction by the left side wall portion 52 and the right side wall portion 53 of the antenna mounting member 50. Both side portions of the rear side of the antenna support bar 20 are held tightly while being held by the bending-type engagement protrusions of the antenna mounting member 50.

According to the present invention, in order for the antenna supporting bar 20 for a satellite antenna to be coupled to the antenna mounting member 50, elongated grooves or projections on both sides of the antenna supporting bar 20 are formed on the left side wall portion 52 and the right side wall portion 53 So that when the operator merely touches the first contact portion, it is automatically fastened through the slide fastening, and finally the fastening jaws of the respective fasteners are held in a stable state. Therefore, A fastened state and a fixed installed state.

Therefore, the rear portion of the antenna support bar 20 is fixedly caught by the rear of both side wall portions 52 and 53 so that the antenna support bar 20 is not pushed rearward, and the left and right swinging is fixed by bolts or the like coupled to both side wall portions 52 and 53 It has an advantage of being able to perform a simple installation work through slide coupling while having a stable installation state.

The two side members supporting the rear end of the antenna support bar 20 will be described in more detail as follows.

That is, the antenna mounting member 50 is fixed to one side of the antenna support rod 20 to fix the satellite antenna. The antenna mounting member 50 includes a plate-shaped left side wall portion 52 extending upward from the left side of the mounting base 51 together with an installation base 51 for installation, And a right side wall portion 53 of a plate shape extending upward from the right side.

Particularly, the left side wall portion 52 and the right side wall portion 53 are provided with slide protrusions protruding inward or outward toward each other.

The antenna support bar 20 coupled between the left wall portion 52 and the right wall portion 53 is slidably and tightly fixed to the slide protrusions of the left wall portion 52 and the right wall portion 53.

In other words, the antenna support rod 20 is slidably coupled along the slide protrusions formed to protrude inwardly and outwardly from both the left side wall portion 52 and the right wall portion 53. To this end, the antenna support bar 20 also has a protrusion or a groove for sliding engagement. Thus, the satellite antenna can be easily installed, and even after the installation, the satellite antenna can be stably installed without shaking.

For this purpose, the slide protrusions formed inwardly or outwardly, such as the left side wall surface portion 52 and the right wall surface portion 53, have an inwardly directed inwardly directed projection between the left side wall surface portion 52 and the right side wall portion 53, And the outward slide protruding portion facing the outward slide protrusion.

The antenna support bar 20 also has a slide protrusion or a slide groove of a predetermined length slidably engaged with the slide protrusion.

A plurality of fastening holes are formed in the left side wall portion 52 and the right side wall portion 53 for fastening with the antenna support rod 20 of the satellite antenna 10. Therefore, the antenna support rod 20 and the antenna mounting member 50 are in a stable fastened state by fastening the plurality of fastening holes with another bolt or the like.

In addition, the slide protrusions formed inwardly or outwardly to the left side wall portion 52 and the right wall portion 53 may be formed in various shapes. In particular, embodiments of the present invention will be described as follows.

In other words, the slide projection has a left inward elongated protrusion 54 and a right inward elongated protrusion 55 which are long in length and include inwardly protruding portions so as to include a plurality of fastening holes of the left wall portion 52 and the right wall portion 53, As shown in FIG.

The antenna support bar 20 coupled between the left and right elongated protrusions 55 and 55 has a left slide groove 26 and a right slide groove 27 slidably engaged with the left inward elongated protrusion 54 and the right inward elongated protrusion 55, Respectively. In other words, the left inward elongated protrusion 54 and the right inward elongate protrusion 55 are formed in a long shape so as to include both of the fastening holes as in the example of FIGS. 1 to 11, etc. A left slide groove 26 and a right slide groove 27 are formed on the antenna support bar 20 so as to be slidably engaged with the antenna support rod 20. By forming such a long length and being slide-coupled, it is easy to assemble the slide, so that the assembly is simple and it is not easily rocked even in the fastened state.

The slide protrusion of the next embodiment may have a left outward elongated protrusion and a right outward elongated protrusion which are long in length and include a plurality of fastening holes of the left wall portion 52 and the right wall portion 53 .

The antenna support bar 20 coupled between them is provided with a left slide protrusion and a right slide protrusion which are slidably engaged with the left outwardly elongated protrusion and the right outwardly elongated protrusion. The left and right outwardly elongated protrusions and the like that include a plurality of fastening holes are protruded outwardly from the left side wall portion 52 and the right side wall portion 53, The left and right slide protrusions and right slide protrusions of the antenna support bar 20 having a circular shape protrude outwardly from the circular antenna support bar 20. [ So that they are respectively slide-coupled.

The slide projection of the next embodiment includes a left inwardly extending protrusion 56 and a right inwardly extending protrusion 57 which are shorter in length than the left inboard elongated protrusion and the right inboard elongated protrusion and project inwardly. In the example of Figs. 12 to 22, the left inwardly-extending single-ended protrusion 56 and the right inwardly-protruding protrusion 57 are two examples, and the central bending left fastening hole 561 and the central bending right fastening hole 571 But has a protruding shape which is located therebetween. In addition, at least one of the left inwardly extending stepped portion, the right inwardly extending stepped portion, the left outwardly directed stepped portion, the right outwardly directed stepped portion, and the like may be formed at a position deviated from the central bending left coupling hole 561 and the central bending right coupling hole 571 It might be.

The antenna support bar 20 coupled between them is provided with a left slide end groove 26 'and a right slide end groove 27' which are slidably engaged with the left inwardly extending short end protrusion 56 and the right inwardly extending short end protrusion 57 ').

The slide protrusion of the following embodiment can form a left outwardly-directed single-ended protrusion and a right-side outwardly-protruding protrusion that are shorter in length than the left-side outwardly elongated protrusion and the right-side outwardly elongated protrusion.

The antenna support bar 20 coupled between the left and right ends has a left slide end protrusion and a right slide end protrusion which are slidably engaged with the left outwardly facing short end protrusion and the right outward end protrusion.

As shown in the drawing, the left inward elongated protrusion 54 is formed in a left-hand side wall surface portion 52 of the left side wall portion 52, And a curved protrusion 541. A left protruding distal end portion 542 for supporting the left engaging protuberance 28 of the left lateral slide groove 26 of the antenna support rod 20 which is slidably engaged is formed on the upper side of the left bend protruding portion 541, So as to prevent the antenna supporting bar 20 from further descending.

And a plurality of left fastening holes 543 corresponding to the support bar fastening holes 23 on the rear side of the antenna support bar 20 and to which the fastening means 40 is coupled.

Likewise, the right inward elongated protrusion 55 forms a right bend protrusion 551 which protrudes inwardly in a long direction inward from the right side wall portion 53 and forms a long groove over a plurality of right fastening holes 553. [

A right projecting tip portion 552 for supporting the right jaw 29 of the right side slide groove 27 of the antenna support bar 20 which is slidably engaged is formed on the upper side of the right bend protrusion 551, So as to prevent the antenna support bar 20 from sagging.

And a plurality of right fastening holes 553 corresponding to the support bar fastening holes 23 on the rear side of the antenna support bar 20 and to which the fastening means 40 is coupled.

The left and right bending protrusions 541 and 551 of the right and left side walls 52 and 53 are formed in the same manner as the antenna support bar 20 corresponding to the antenna mounting member 50, The left slide groove 26 and the right slide groove 27 are formed.

The left projecting end portion 542 of the left side wall surface portion 52 and the right projecting end portion 552 of the right side wall portion 53 are abutted with the ends of the left side slide groove 26 and the right slide groove 27 The left and right latching jaws 28 and 29 are formed to prevent the antenna support bar from sagging.

Of course, the fastening means 40 is fastened to the antenna mounting member 50 by fastening means 40 such as bolts, including the fastening hole 23 to which the fastening means 40 is coupled.

The side plate slider projecting support type fixing means and the antenna mounting member 50 of the satellite antenna according to the present invention, which are thus provided, protrude inwardly and protrude in a long length and a short length, Explain.

The antenna mounting member 50 is formed such that the antenna mounting member 50 is formed such that the antenna mounting member 50 protrudes from the left wall surface portion 52 in a long direction so as to bend inward in a longitudinal direction in a direction parallel to the antenna supporting rod 20, There is provided a left inward elongated protrusion 54 for supporting one side.

The antenna support bar 20 is also provided with a right inboard elongated protrusion 50 which protrudes from the right wall portion 53 in a longitudinal direction in a direction parallel to the antenna support bar 20 so as to bend inwardly and curved inwardly, (55).

Accordingly, both side surfaces of the antenna supporting bar 20 are slidably engaged along the left inward elongated protruding portion 54 and the right inward elongated protruding portion 55, respectively, and are stably supported while being coupled together. The antenna support member 20 and the antenna mounting member 50 are fixed by the two fastening means 40 during the fastening process as described later, Two fastening holes 543 and 553 for passing through the mounting member 50 are formed and these fastening holes 543 and 553 are included in two left side inwardly elongated projecting portions 54 and right side inward elongated projecting portions 55 Respectively.

The left inward elongated projection 54 includes a left curved protrusion 541 protruding inwardly in a long direction in a left side wall portion 52.

And a left projecting end portion 542 for supporting a left side of the antenna support bar 20 at an upper side of the left curved protrusion portion 541 protruding in a long circular shape. 20 are not engaged and the antenna support rods 20 do not descend anymore.

And a left fastening hole 543 corresponding to the support rod fastening hole 23 on the rear side of the antenna supporting bar 20 and to which the fastening means 40 is coupled.

Thus, in the left inward elongated protrusion 54, the left bent protrusion 541 is formed with a long length including two left fastening holes 543, so that the portion supporting the antenna support bar 20 and the two Through holes and the like are continuously included.

Likewise, the right inward elongated projection 55 includes a right curved protrusion 551 protruding inwardly in a long circular shape at the right wall portion 53.

And a right projecting end portion 552 for supporting the right side of the antenna support bar 20 at the upper side of the right bend protrusion 551 protruding in a long circular shape so that the antenna support rod 20 is not moved down any more do.

And a right fastening hole 553 corresponding to the support rod fastening hole 23 on the rear side of the antenna support bar 20 and to which the fastening means 40 is coupled.

In the right inward elongated projecting portion 55, a long length including two right fastening holes 553 is formed in the right bent protrusion 551, and consequently, a portion supporting the antenna support bar 20 and two portions Through holes and the like are continuously included.

The antenna support bar 20 coupled between the left side wall portion 52 and the right side wall portion 53 of the antenna mounting member 50 provided as described above is formed by the left bending protrusion 541 of the left side wall surface portion 52 The left and right slide grooves 26 and 27 are slidably engaged with the right curved protrusion 551 of the right wall portion 53. [

The left bending protrusion 541 and the right bending protrusion 551 of the antenna mounting member 50 are slidably inserted into the left and right slide grooves 26 and 27 so that the antenna can be easily installed. Moreover, since the tip is caught and does not descend any more, it has the advantage of being installed in accordance with the installation standard.

The left projecting end portion 542 of the left side wall surface portion 52 and the right projecting end portion 552 of the right side wall portion 53 are abutted with the ends of the left side slide groove 26 and the right slide groove 27 The left and right latching jaws 28 and 29 are formed.

The antenna supporting bar 20 is not lowered by the left and right latching jaws 28 and 29 and the like, so that it can be installed in accordance with a predetermined installation specification.

And the support shaft fastening holes 23 to which the fastening means 40 are coupled. Since two fastening means 40 are provided, two support shaft fastening holes 23 are also formed.

Of course, two left fastening holes 543 and right fastening holes 553 through which the fastening means 40 passes are provided so that the two fastening means 40 can be fastened to the antenna mounting member 50 The antenna support rod 20 is less likely to be pivoted, and a stable installation state is maintained.

Next, a description will be made of an embodiment of the inwardly-facing short-type antenna mounting member 50 which protrudes inward in the side plate slide protrusion support type fixing means for a satellite antenna according to the present invention.

In the inwardly directed embodiment, the antenna mounting member 50 has a circularly protruding shape with a predetermined length so as to be bent inwardly in the longitudinal direction in a direction parallel to the antenna support bar 20 at the center of the left wall surface portion 52, And a left inwardly extending single-ended protrusion 56 for supporting a rear left side of the antenna support bar 20.

In this left side wall portion 52, there is formed a central bending left side coupling hole 561 in which a groove is formed on both sides of the left inwardly extending protruding portion 56 and the coupling means 40 is coupled through the antenna support bar 20 And two central coupling left-side coupling holes 561 are provided in the upper and lower sides.

In addition, in the inward-facing single-ended embodiment, in the antenna mounting member 50, a circular protrusion protruding from the center of the right wall portion 53 in a direction parallel to the antenna support bar 20 in a longitudinal direction so as to bend inward, And a right inwardly extending single-ended protrusion 57 for supporting one side of the rear right side of the antenna support bar 20.

And a central bending right fastening hole 571 in which a fastening means 40 is formed which is formed at both sides of the right inwardly extending protruding portion 57 at the right side wall portion 53 and which is coupled through the antenna support bar 20 And two such central bending right fastening holes 571 are provided vertically.

That is, the antenna mounting member 50 is formed by two fastening means (40, bolts, etc.) provided on the left side wall surface portion 52 and the right side wall surface portion 53 of the antenna mounting member 50 according to the inward- The antenna support rod 20 is not staggered but remains stably coupled. The antenna supporting member 20 and the antenna mounting member 50 are fixed by two connecting means 40 during the coupling process and the connecting member 40 is connected to the antenna mounting member 50 Side inward protruding portion 56 and the right inward protruding end portion 57 protruding inward in the center between the fastening holes 561 and 571 are formed in the center of the fastening holes 561 and 571, Is located.

The two fastening means 40 are provided so that the two fastening means 40 are joined to the left side wall portion 52 and the right side wall portion 53 by two central bending left fastening holes 561 And the central bending right fastening holes 571 are provided in the upper and lower portions. The upper left and lower central bending left fastening holes 561 and the central bending right fastening holes 571 are formed in the left and right sides, The inwardly directed protrusion 56 and the right inwardly protruding protrusion 57 are located.

That is, the left inwardly extending single-ended protrusion 56 and the right inwardly-protruding single-ended protrusion 57 have a bent protruding configuration and no through-hole. Therefore, the protruding structures will be applied only to the slide coupling with the antenna support bar 20 without performing the role of a separate hole.

The antenna support bar 20 has a structure in which the left central bent portion 56 of the left side wall portion 52 and the right central bent portion 57 of the right side wall portion 53 A left slide groove 26 'and a right slide groove 27' are formed on both sides of the slide.

The left central bending portion 56 and the right central bending portion 53 of the right side wall portion 53 of the both left side wall face portions 52 The left and right hooking jaws 28 and 29 are provided on both sides of the antenna support rod 20 so as to be tangent to the antenna support rod 20 by the left and right hooking jaws 28 and 29. [ Will no longer go down.

And also includes a support bar fastening hole 23 to which the fastening means 40 is coupled, and the fastening means 40 is preferably two. Of course, three or more of them may be provided, and they will be implemented in accordance with the situation in which they are installed.

The left inward elongated protrusion 54 and the right inboard elongated protrusion 55 in the inwardly elongated embodiment according to the present invention and the left inboard end protrusion 56 and the right inboard end protrusion 57 in the inwardly- And the like are fixed to the left side wall portion 52 and the right side wall portion 53 on both sides and the left side wall portion 52 and the right side wall portion 53 are fixed to separate fastening means 40 such as bolts So that there is no fear that they will flare. The antenna supporting bar 20 and the antenna mounting member 50 are not separated from each other due to the fastening force by the fastening means 40. Therefore, It is advantageous in that it can stably support it.

In addition, since the bottom portion such as the mounting base 51 is not used for fixing the antenna supporting rod, it is easy to join the antenna supporting rod 20 and the antenna mounting member 50, (20) can be stably maintained in a fixed state. In some prior arts, there may be a case where the support rod is fixed to the bottom portion. However, in this case, when the bottom portion is curved and deformed or the bottom portion is deformed according to the state of the separate facility surface, Can cause problems.

However, according to the present invention, only the left and right side wall portions 52 and 53 of the antenna support bar 20 are fixed and fixed, and the installation base 51, which is the bottom portion, is fixed only to the facility surface And the supporting portion and the supporting portion of the satellite antenna are divided into the floor portion and the side portion, so that the satellite antenna facility can be stably maintained and the post management can be facilitated even during installation and after installation .

The connection process of the embodiment including the antenna support rod 20 and the antenna mounting member 50 of the side plate slide projection supporting type fixing means for the satellite antenna according to the present invention will be described as follows.

The lower end end portion of the antenna support bar 20 is inserted between the left side wall surface portion 52 and the right side wall surface portion 53 of the antenna mounting member 50. The elongated protrusions 54 extend inwardly toward the inside of the left side wall portion 52 and the right inward elongated protrusions 55 protrude inwardly toward the right side wall portion 53 in the inwardly elongated embodiment. The antenna rear side 21 at the lower end of the antenna is slid and engaged with each other. In addition, in the inwardly-directed embodiment, the antenna support rod 20 is moved toward the rear of the antenna at the lower end of the lower end toward the left inwardly extending protruding portion 56 of the left wall portion 52 and the right inwardly extending protruding portion 57 of the right wall portion 53, Side 21 are slid into engagement with each other while sliding.

In this way, it is possible to easily engage with the long protruding portion protruding inward from the left side wall portion 52 and the right side wall portion 53 by simply engaging the both side grooves of the antenna support rod 20 while sliding them together. It is easy to assemble.

After the coupling process, the two fastening means 40 are inserted and fastened through the respective through holes to stably fasten the antenna supporting bar 20 to the antenna mounting member 50.

As a result, the entire satellite antenna installation process is facilitated and the installation is quick, and stable installation can be maintained without being shaken even after being installed.

As described above, according to the present invention, there is provided a side plate slide protrusion support type fixing means for a satellite antenna, wherein the antenna support rod 20 coupled to the satellite antenna 10 and the antenna support rod 20 are fixed to the installation surface of the building The antenna mounting member 50 and the antenna mounting bar 20 can be firmly coupled to each other with an optimal configuration The weight of the satellite antenna is maintained, and even if wind or an external force acts, the stable installation state can be maintained without shaking.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. The technical idea of the present invention should not be construed as being limited.

10: Satellite antenna 11: Receiver
20: Antenna supporting rod 21: Antenna rear side
23: Supporting hole
26: Left slide groove 26 ': Left slide groove
27: Right slide groove 27 ': Right slide groove
40: fastening means
50: antenna mounting member 51: installation base
512: mounting hole 513: base frame reinforcing jaw
52: left side wall portion 53: right side wall portion
54: left inward elongated protrusion 55: right inward elongated protrusion
56: left inwardly extending single-ended projection 57: right inwardly-

Claims (9)

Installation base for installation;
A plate-shaped left side wall portion extending upward from the left side of the installation base; And
And a plate-shaped right side wall portion extending upward from the right side of the installation base, wherein the antenna mounting member fixes a satellite antenna for receiving satellite signals,
The left side wall portion and the right side wall portion are provided with slide protrusions protruding inward and outward toward each other and having a predetermined length,
The antenna support rod of the satellite antenna coupled between the left wall surface portion and the right wall surface portion is slidably engaged with the slide projection portion of the left wall surface portion and the right wall surface portion,
Wherein the slide projection portion comprises an inwardly directed slide projection projecting inward between the left side wall portion and the right wall portion and an outwardly projecting slide projection projecting outwardly.
delete Installation base for installation;
A plate-shaped left side wall portion extending upward from the left side of the installation base; And
And a plate-shaped right side wall portion extending upward from the right side of the installation base, wherein the antenna mounting member fixes a satellite antenna for receiving satellite signals,
Wherein the left side wall portion and the right side wall portion are provided with slide protruding portions protruding inward toward each other and having a predetermined length,
The antenna support rod of the satellite antenna coupled between the left wall surface portion and the right wall surface portion is slidably engaged with the slide projection portion of the left wall surface portion and the right wall surface portion,
A plurality of fastening holes for fastening to the antenna support rods of the satellite antenna are formed on the left side wall portion and the right side wall portion,
The slide projection
A left inward elongated protrusion and a right inward elongated protrusion which are long in length and protrude inward so as to include a plurality of fastening holes of a left wall portion and a right wall portion; And
A left inwardly extending protruding portion and a right inwardly extending protruding portion which are shorter in length than the left inward elongated protruding portion and the right inward elongated protruding portion and protruding inward;
Wherein the protruding portion of the antenna mounting member is formed of a metal material.
delete An antenna support rod connected to a satellite antenna; And
And an antenna mounting member to which the antenna supporting rod is coupled and fixes the satellite antenna,
Wherein the antenna mounting member comprises:
Installation base for installation;
A plate-shaped left side wall portion extending upward from the left side of the installation base; And
And a right side wall portion of a plate shape extending upward from the right side of the installation base,
The left side wall portion and the right side wall portion are provided with slide protrusions protruding inward and outward toward each other and having a predetermined length,
An antenna support rod coupled between the left wall surface portion and the right wall surface portion is slidably engaged and fixed to the slide projection portion of the left wall surface portion and the right wall surface portion,
Wherein the slide projection comprises an inwardly directed slide projection projecting inward between the left side wall surface portion and the right wall portion and an outwardly directed slide projection projecting outwardly,
Wherein the antenna support rod is formed with a slide protrusion having a predetermined length and a slide groove slidably engaged with the slide protrusion.
An antenna support rod connected to a satellite antenna; And
And an antenna mounting member to which the antenna supporting rod is coupled and fixes the satellite antenna,
Wherein the antenna mounting member comprises:
Installation base for installation;
A plate-shaped left side wall portion extending upward from the left side of the installation base; And
And a right side wall portion of a plate shape extending upward from the right side of the installation base,
Wherein the left side wall portion and the right side wall portion are provided with slide protruding portions protruding inward toward each other and having a predetermined length,
An antenna support rod coupled between the left wall surface portion and the right wall surface portion is slidably engaged and fixed to the slide projection portion of the left wall surface portion and the right wall surface portion,
Wherein the slide projection portion comprises an inwardly directed slide projection which is directed inward between the left side wall surface portion and the right side wall portion,
The antenna support rod is formed with a slide groove having a predetermined length slidably engaged with the slide projection,
A plurality of fastening holes for fastening to the antenna support rods of the satellite antenna are formed on the left side wall portion and the right side wall portion,
Wherein the inwardly-
A left inward elongated protrusion and a right inward elongated protrusion which are long in length and protrude inward so as to include a plurality of fastening holes of a left wall portion and a right wall portion; or
A left inwardly extending protruding portion and a right inwardly elongated protruding portion which are shorter in length than the right inwardly elongated protruding portion and protruding inward,
In the antenna support rod,
A left slide groove and a right slide groove which are slidably engaged with the left inward elongated projecting portion and the right inward elongated projecting portion; And
A left slide groove and a right slide groove which are slidably engaged with the left inwardly extending protruding portion and the right inwardly extending protruding portion;
The side plate slide protrusion support type fixing means for a satellite antenna.
The method according to claim 6,
Wherein the left inward elongated projection
A left bending protrusion protruding inwardly from the left side wall portion in a circular shape and having a long groove formed in a plurality of left fastening holes;
A left projecting front end supporting the left hook of the left side slide groove of the antenna support rod which is slidably coupled with the left side bending protrusion protruding in a long circular shape; And
And a plurality of left fastening holes corresponding to the fastening holes of the back side of the antenna support rod and to which the fastening means is coupled,
Wherein the right inward elongated projection
A right curved protrusion protruding inwardly in a long circular shape at a right side wall portion and formed with a long groove over a plurality of right fastening holes;
A right projecting tip end supporting the right hook of the slide groove of the right side of the antenna support rod which is slidably engaged with the right bend protrusion protruded in a long circular shape; And
And a plurality of right fastening holes corresponding to the fastening holes of the rear side of the antenna support rod and to which the fastening means is coupled.
6. The method of claim 5,
A plurality of fastening holes for fastening to the antenna support rods of the satellite antenna are formed on the left side wall portion and the right side wall portion,
The outwardly-
A left outward elongated protrusion and a right outward elongated protrusion which are elongated to include a plurality of fastening holes of a left wall portion and a right wall portion and protruding outward; or
A left outwardly elongated protrusion and a right outwardly elongated protrusion, the left outwardly elongated protrusion and the right outwardly elongated protrusion being shorter in length than the right outwardly elongated protrusion,
In the antenna support rod,
A left slide protrusion and a right slide protrusion of a predetermined length slidably engaged with the left outwardly elongated protrusion and the right outwardly elongated protrusion; And
And a slide protrusion of one of a left slide end protrusion and a right slide end protrusion of a predetermined length which is slidably engaged with the left outwardly extending protrusion and the right outwardly protruding protrusion are formed.
9. The method according to any one of claims 5 to 8,
Wherein the antenna support rod
A left slide groove and a right slide groove which are slidably engaged with the left bending projection and the right bending projection of the right side wall portion of the left side wall surface portion;
A right and left latching jaws and right and left latching jaws on both sides which are engaged with the left projecting front end of the left side wall surface portion and the right projecting front end of the right wall surface portion as the ends of the left side slide grooves and the right slide grooves; And
And a support bar fastening hole to which the fastening means is coupled.

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