JP2501156Y2 - Mounting bracket for satellite dish - Google Patents

Description

[Detailed description of the device]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mounting bracket for an antenna for receiving satellite broadcasting.

[0002]

2. Description of the Related Art FIG. 4 shows the structure of a conventional mounting bracket for an antenna for receiving satellite broadcasts.
Reference numeral 11 is an antenna main body of a satellite broadcasting receiving antenna, 16 is a support, 19 is an elevation metal fitting, 20 is a support metal fitting, 21a is an elevation fulcrum fixing screw, 21b is an elevation rotation adjusting screw, and 21c.
Is a column fixing screw.

That is, in the mounting bracket shown in FIG. 4 (A), the support bracket 20 is attached to the tip of the support 16 and is fixed by the support fixing screw 21c, and the screw position of the elevation fulcrum fixing screw 21a is used as the fulcrum. The elevation angle of the antenna body 11 can be set by adjusting the rotation angle of the elevation metal fitting 19 corresponding to the screw position of the elevation angle rotation adjusting screw 21b.

Further, in FIG. 4B, 11 is an antenna main body of a satellite broadcasting receiving antenna, 16 is a support, 19 is an elevation metal fitting, 20 is a support metal fitting, 21a is an elevation fulcrum fixing screw, and 21b is an elevation rotation. An adjusting screw, 21c is a prop fixing screw, and 22 is a prop contact plate.

That is, in the mounting metal fitting shown in FIG. 4B, the pillar 1 is composed of the pillar holding metal fitting 20 and the pillar support plate 22.
6 is sandwiched, and this is clamped and fixed by the pillar fixing screw 21c. Then, in the same manner as described above, with the screw position of the elevation angle fulcrum fixing screw 21a as the fulcrum, the elevation angle rotation adjusting screw 21b.
The elevation angle of the antenna body 11 can be set by adjusting the rotation angle of the elevation metal fitting 19 corresponding to the screw position of.

[0006]

However, the elevation metal fitting 19, the column support metal fitting 20, the screws 21a to 21c,
If the conventional mounting metal fittings composed of the four kinds of parts such as the strut support plate 22 and the strut support plate 22 are used as they are, the antenna body 11 can be mounted and fixed only to the strut 16,
There is a problem that the antenna installation environment is limited as a fixed one.

The present invention has been made in view of the above problems.
It is an object of the present invention to provide a mounting bracket for a satellite broadcasting receiving antenna, which can be installed stationary or tripod according to the place where the antenna is used, without increasing the number of parts, in addition to the support pillar installation.

[0008]

That is, a mounting bracket for a satellite broadcasting receiving antenna according to the present invention is provided with a pair of antennas provided at the center of the back surface of the antenna body and corresponding to elevation fulcrum positions on both side surfaces along the vertical direction of the antenna. An elevation bracket having a screw hole and a rectangular U-shape that is rotatably mounted by sandwiching both side surfaces of the elevation bracket with U-shaped opening ends and screwing an elevation fixing screw into the pair of screw holes. -Shaped support bracket, a screw hole for attaching a camera tripod formed in the bottomed end surface of this rectangular U-shaped support bracket, and a pair of A strut support plate detachably attached via a strut fixing screw is provided.

[0009]

In other words, when the prop is installed, the prop can be sandwiched between the bottom end face of the prop holding metal fitting and the prop contact plate and fixed with the prop fixing screw. Also, at the time of stationary installation, the prop holding plate and the prop supporting plate can be fixed. Supporting screws are integrated to form a supporting leg for the antenna body with the screw position of the elevation fulcrum fixing screw as the fulcrum.When installing a tripod, remove the supporting post and supporting screw from the bottomed end face of the supporting bracket, The tip screw of the camera tripod can be screwed into the screw hole for mounting the camera tripod.

[0010]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 shows a state in which a support for a satellite broadcasting receiving antenna is installed by means of a mounting bracket. In FIG.
1 is an antenna main body of an antenna for satellite broadcasting reception, 12 is an elevation metal fitting, 13 is a pillar holding metal fitting, 14 is a pillar support plate, 15
a is an elevation fulcrum fixing screw, 15b is an elevation rotation adjusting screw, 1
Reference numeral 5c is a pillar fixing screw, and 16 is a pillar.

The elevation bracket 12 is provided in the center of the back surface of the antenna body 11 and has a pair of elevation fulcrum fixing screws 15a and an elevation rotation adjusting screw 15b screwed on both side faces along the vertical direction of the antenna. Both side surfaces of the elevation metal fitting 12 are rectangular U-shaped support metal fittings 1.
The elevation angle fulcrum fixing screw 1 held between the U-shaped opening end of 3
5a and an elevation angle rotation adjusting screw 15b are engaged and fixed.

The rectangular U-shaped support bracket 13 supports the elevation bracket 12 rotatably in the vertical 180 ° direction with the screw position of the elevation fulcrum fixing screw 15a as a fulcrum. At the end of the U-shaped bottom surface of the metal fitting 13, two screw holes into which a pair of pillar fixing screws 15c are screwed are formed evenly on the left and right, and at the center thereof, a screw hole for mounting a camera tripod described later. 17 is formed.

On the bottomed end surface of the U-shaped support bracket 13, a support plate 14 having a curved recess corresponding to the outline of the support 16 is further tightened through the pair of support fixing screws 15c. The support 16 is fixed, that is, the support 16 is sandwiched between the bottom end surface of the support holder 13 and the support plate 14, and is fixed by tightening the support fixing screw 15c.

As a result, the antenna body 11 is attached to the support column 16 via the above-mentioned attachment fitting, and the elevation angle rotation adjusting screw 15 with the screw position of the elevation angle fulcrum fixing screw 15a as the fulcrum.
The elevation angle of the antenna body 11 can be adjusted by loosening b. 2A and 2B show a stationary installation state of the satellite broadcasting receiving antenna by means of mounting fittings. FIG. 2A is a side view thereof, and FIG. 2B is a rear view thereof.

That is, the elevation rotation adjusting screw 15b for setting the rotation angle of the elevation bracket 12 is removed, and the support plate 14 is tightened with the support fixing screw 15c to close the support bracket 13 with a U-shaped bottom. The post holding metal fitting 13 is continuously integrated with the end portion and is set so as to be vertically rotatable about the elevation fulcrum fixing screw 15a as a fulcrum.

By setting the elevation angle of the antenna main body 11 in a stationary state and supporting and holding the antenna angle by supporting the pillar holding metal fittings 13 as "legs", the satellite broadcasting receiving antenna can be installed in a stationary manner. I can do it.
In this case, the parabolic antenna is installed in a stationary manner by supporting the lower end portion of the antenna body 11 and the pair of column fixing screws 15c at three points. 3A and 3B show a state in which the satellite broadcasting receiving antenna is mounted on a tripod with a mounting bracket. FIG. 3A is a side view thereof, and FIG. 3B is a rear view thereof.

That is, the elevation angle rotation adjusting screw 15b for setting the rotation angle of the elevation metal fitting 12 is removed, and the pair of pillar fixing screws 15 from the bottom end of the pillar holding metal fitting 13 are removed.
By removing c, the strut support plate 14 is also removed, and only the strut holding metal fitting 13 is set to be vertically rotatable about the elevation fulcrum fixing screw 15a as a fulcrum.

Then, the tip screw of the camera tripod 18 is screwed into the screw hole 17 for mounting the camera tripod formed at the center of the bottomed end of the strut holding metal fitting 13, and the tripod 1
8 and the pillar holding metal fitting 13 is erected, and the elevation angle of the antenna main body 11 is adjusted with the screw position of the elevation angle fulcrum fixing screw 15a as a fulcrum, whereby the satellite broadcasting receiving antenna can be installed on a tripod.

Therefore, according to the mounting bracket of the satellite broadcasting receiving antenna having the above-described structure, both side surfaces of the elevation bracket 12 provided at the center of the back surface of the antenna body 11 along the vertical direction of the antenna have a rectangular U-shape. It is sandwiched between the U-shaped opening ends of the column support bracket 13, and both sides thereof are supported and fixed by a pair of elevation angle fulcrum fixing screws 15a.
The elevation metal fitting 12 and the pillar holding metal fitting 13 are set to be rotatable by 180 ° about a as a fulcrum, and a screw hole 17 for mounting a camera tripod is formed on the end surface of the pillar holding metal fitting 13 having a U shape. In addition, since the strut support plate 14 is detachably attached via the pair of strut fixing screws 15c, the strut 16 is provided between the bottomed end surface of the strut holding metal fitting 13 and the strut support plate 14 when the strut is installed. Can be fixed with the pillar fixing screws 15c, and when installed in a stationary state, the pillar holding plate 13 and the pillar fixing plate 14 and the pillar fixing screws 15c can be installed.
To form a support leg for the antenna main body 11 with the screw position of the elevation fulcrum fixing screw 15a as a fulcrum, and when the tripod is installed, the support plate 14 and the support fixing screw 15c are attached from the bottom end surface of the support holding metal fitting 13 to the support leg. Since the distal end screw of the camera tripod 18 can be screwed into the screw hole 17 for attaching the camera tripod, the installation environment of the satellite broadcasting receiving antenna can be selected according to the situation.

[0021]

As described above, according to the present invention, an elevation metal fitting having a pair of screw holes corresponding to the elevation fulcrum position on both sides of the antenna body in the center of the back surface of the antenna, and the elevation angle. A rectangular U-shaped support bracket that is rotatably mounted by sandwiching both sides of the bracket with U-shaped opening ends and screwing an elevation angle fixing screw into the pair of screw holes. A camera tripod mounting screw hole formed on the bottom end face of the U-shaped support bracket and the bottom end face of the rectangular U-shaped support bracket are detachably attached via a pair of support fixing screws. It is configured with a strut support plate that can be installed, and when the strut is installed, the strut can be sandwiched between the bottom end surface of the strut holding bracket and the strut support plate and fixed with the strut fixing screw. Attach the strut support plate and the strut fixing screw to the metal fitting. To support the antenna body with the screw position of the elevation fulcrum fixing screw as the fulcrum.When installing the tripod, remove the strut support plate and the strut fixing screw from the bottom end face of the strut holding bracket, Since the tip screw of the tripod for camera can be screwed into the screw hole, the number of parts does not increase, and the stationary installation and the tripod installation can be performed according to the place where the antenna is used, in addition to the support pillar installation.

[Brief description of drawings]

FIG. 1 is a diagram showing a state in which a pillar is installed by a mounting bracket of a satellite broadcasting receiving antenna according to an embodiment of the present invention.

FIG. 2 is a view showing a stationary installation state by a mounting bracket of a satellite broadcasting receiving antenna.

FIG. 3 is a diagram showing a state in which a tripod is installed by a mounting bracket of a satellite broadcasting receiving antenna.

FIG. 4 is a diagram showing a configuration of a conventional mounting bracket for a satellite broadcast receiving antenna.

[Explanation of symbols]

Reference numeral 11 ... Antenna body, 12 ... Elevation bracket, 13 ... Rectangular U-shaped support bracket, 14 ... Support plate, 15a ... Elevation fulcrum fixing screw, 15b ... Elevation rotation adjusting screw, 15c ... Support fixing screw, 16 ... Prop, 17 ... Screw hole for attaching camera tripod, 18 ... Tripod for camera.

Claims (1)

(57) [Scope of utility model registration request] 1. An antenna provided at the center of the back surface of the antenna body.
Corresponds to the elevation fulcrum position on both sides along the vertical direction of the tenor
An elevation bracket with a pair of screw holes and both sides of this elevation bracket are sandwiched between U-shaped opening ends.
The elevation angle fixing screw is screwed into the pair of screw holes to rotate it.
It is formed on the bottom end face of the rectangular U-shaped support bracket that can be installed at present
A screw hole for mounting the camera tripod and a pair of support posts on the bottom end surface of the rectangular bracket support bracket.
With a strut plate that can be detachably attached via a constant screwTo
Be equipped with When installing the pillar, the bottomed end surface of the pillar holding metal and the support
Insert the column between the column support plate and
The above-mentioned support pillar is attached to the above-mentioned support bracket at the time of fixed installation.
The elevation plate is integrated by integrating the backing plate and the column fixing screw.
Support of the above antenna body with the screw position of the fixing screw as the fulcrum.
It is a holding leg, and when installing a tripod, the bottom end of the above-mentioned prop holding metal
Remove the above-mentioned strut support plate and the above-mentioned strut fixing screw from the surface
Tip of camera tripod to screw hole for camera tripod mounting
Screw on Ante for satellite broadcasting reception characterized by
Mounting bracket