JP2013256756A - Brace bracket and method of handling the same - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a brace bracket for strongly fixing a reinforcing brace which is used for suspending a ceiling frame from a ceiling skeleton, to a suspension bolt from a ceiling, and a method of handling the same.SOLUTION: A brace bracket 1 comprises a support backing plate 3 to which a suspension bolt engaging piece 2 half threaded with a suspension bolt is mounted, support side plates 9 and 10 extending at right angle from both sides of the support backing plate 3, a holding fitting 6 formed from a mounting shaft 8 of a movable holding fitting 7 spread between the support side plates, the movable holding fitting 7 supported by the mounting shaft 8 mounted between the support side plates while holding the holding fitting 6 therebetween, and a brace mounting bolt 11 which is threaded into a thread screw part of the movable holding fitting 7 to press and fix the suspension bolt correspondingly to the suspension bolt engaging piece 2. Therefore, a reinforcing brace is reliably, robustly and strongly locked to the suspension bolt.

Description

  The present invention relates to a brace mounting bracket for firmly fixing a reinforcing brace used when a ceiling frame is suspended from a ceiling frame to a suspension bolt from the ceiling, and a method for handling the same.

When the ceiling frame is suspended from the ceiling frame, a reinforcing brace is generally used between the suspension bolt and the ceiling frame in order to ensure the seismic strength of the ceiling frame.
In the conventional ceiling structure, one end of the reinforcement brace is locked to the upper part of the suspension bolt suspended from the ceiling casing, and the other end of the reinforcement brace is fixed to the ceiling frame or another adjacent suspension bolt. As an example of the brace mounting bracket used for locking the reinforcement brace to the suspension bolt, a mounting bolt provided at the tip of the reinforcement brace is screwed into the substrate of the brace bracket and extends from the upper part of the substrate. A first locking portion capable of locking to a bolt, a second locking portion capable of locking to a suspension bolt extending from a lower portion of the substrate, and a first locking portion and a second locking portion; A brace fitting provided with a third locking portion disposed between and extending from the side of the second locking portion, wherein each mounting bolt screwed into the board is fastened to the suspension bolt. Between the three points of the locking part and the mounting bolt Proposed to fix the reinforcing brace to the hanger bolts it has also been made. (See Patent Document 1)
In addition to this, a nut portion provided on the base plate portion using a mounting bracket provided with a bolt portion at one end of the reinforcing brace and a locking piece formed in a bifurcated shape with different angles in the vertical direction from the base portion. The bolt part of the reinforcing brace is screwed in and placed so that it can be tightened, and each locking piece of the mounting bracket is locked to the hanging bolt, and the tip of the reinforcing brace is brought into contact with the hanging bolt while rotating the bolt part of the reinforcing brace. In addition, the ceiling reinforcing brace mounting structure in which the reinforcing brace is arranged on the suspension bolt by tightening the suspension bolt with the respective locking pieces and the bolt portion of the reinforcement brace can be seen. (See Patent Document 2)

  However, in any of the above proposals, the locking state of the suspension bolt and the mounting bracket is unstable at a plurality of locking points by the bolt portion of the reinforcing brace and the locking piece of the mounting bracket, and the reinforcing brace Since the mounting angle is limited, adjustment becomes impossible and a lot of work is required. In addition, since all the mounting brackets have an integral structure, eccentricity and torsion of the reinforcing brace and buckling phenomenon similar to the battledore occur when the ceiling frame or ceiling frame is impacted. When the ceiling frame moves up and down, there are many problems such as the possibility that the reinforcing brace may come off from the suspension bolt and fall off.

Japanese Patent Publication No. 2009-35960 Japanese Patent Publication No. 2003-138688

The present invention relates to a brace mounting bracket used when a ceiling frame is suspended from a ceiling frame and a method for handling the brace mounting bracket, and a brace mounting bracket that is easy and firm for fixing the brace mounting bracket to a suspension bolt and the handling thereof. The purpose is to provide a method.

A brace mounting bracket according to the present invention includes a support receiving plate for mounting a suspension bolt engaging piece half-threaded with a suspension bolt, a support side plate extending perpendicularly from both sides of the support receiving plate, and a movable holding bracket stretched between the support side plates. And a brace mounting bolt guide plate and a bracing screw portion of the brace mounting bolt that are supported by the mounting shaft that is mounted between the supporting side plates in a state where the holding bracket is sandwiched. It consists of a movable holding bracket and a brace mounting bolt that presses and fixes the suspension bolt while being screwed into the threaded screw portion of the movable retention bracket and corresponding to the suspension bolt engaging piece. It is solid, solid and solid.

  Another brace mounting bracket according to the present invention includes a support receiving plate for mounting a suspension bolt engaging piece half-threaded with a suspension bolt, a support side plate extending perpendicularly from both sides of the support receiving plate, and a movable stretched between the support side plates. A holding bracket formed from a mounting shaft of the holding bracket, a movable holding bracket formed from a threaded screw portion with a brace mounting bolt supported by a mounting shaft that is mounted between the supporting side plates in a state where the holding bracket is sandwiched, It consists of a brace mounting bolt that presses and fixes the suspension bolt while being screwed into the threaded screw portion of the movable retention bracket and corresponding to the suspension bolt engaging piece, and the suspension bolt while simplifying the movable retention bracket Locks securely and firmly.

  The method of handling the brace mounting bracket according to the present invention is such that the brace mounting bracket installed on the brace mounting bolt is arranged on the suspension bolt, and the brace mounting bracket is attached to the holding bracket of the brace mounting while adjusting the mounting position of the reinforcing brace to be set. The brace mounting bolt that is screwed into the movable holding bracket while rotating the movable holding bracket with respect to the holding bracket along the mounting shaft after the suspension bolt engaging piece of the support receiving plate is half screwed to the suspension bolt The brace mounting bracket provided on the reinforcement brace is firmly set on the suspension bolt by cooperating with the suspension bolt engaging piece while adjusting the bolt, and the brace mounting bracket provided on the reinforcement brace is fixed to the suspension bolt. The work to do is easy and can be done firmly.

The brace mounting bracket and its handling method according to the present invention have the following various effects by being configured as described above.
1. Since the suspension bolt and the suspension bolt engaging piece of the holding bracket are half-threaded, the suspension bolt is firmly and firmly locked against vertical movement, and the reinforcement brace can be securely attached to the suspension bolt. This makes it possible to prevent the eccentricity or twist of the reinforcing brace and the buckling phenomenon of the battledore even when the ceiling frame or the ceiling frame is subjected to an impact.
2. Since the movable holding bracket can be rotated with respect to the holding bracket, the attachment angle of the reinforcing brace can be adjusted in a wide range.
3. Since the threaded screw part of the brace mounting bolt is formed on the movable holding bracket, the mounting of the brace mounting bracket to the suspension bolt can be adjusted by tightening, and the reinforcing brace can be set securely and without excess or deficiency. .
4). Since the holding bracket of the brace mounting bracket has a U-shape and is fixed between the two support side plates by the mounting shaft, the brace mounting bracket is prevented from being eccentric, twisted and buckled.
5. Workability is improved because the brace mounting brackets installed on the brace mounting bolts attached to the reinforcing braces can be easily fixed to the desired position by inserting them from below the suspension bolts and moving them to any position above the suspension bolts. .

Embodiment of brace mounting bracket according to the present invention Embodiment diagram of holding bracket 6 in brace mounting bracket Embodiment of the movable holding bracket 6 in the brace mounting bracket Embodiment of brace mounting bolt for mounting brace mounting bracket Another embodiment of the movable holding bracket 6 in the brace mounting bracket Construction drawing explaining how to handle the brace mounting bracket according to the present invention Cross-sectional view of the brace mounting bracket to explain how to handle the brace mounting bracket

[Example 1]
The brace mounting bracket according to the present invention comprises a support receiving plate for mounting a suspension bolt engaging piece half-engaged with a suspension bolt, a support side plate extending perpendicularly from both sides of the support receiving plate, and a movable holding bracket stretched between the support side plates. Holding bracket formed from the mounting shaft, and a guide plate and brace for preventing mismatch between the brace mounting bolt guide plate supported by the mounting shaft mounted between the supporting side plates while holding the holding bracket and the holding bracket. Consists of a movable holding bracket formed from a threaded screw portion of the mounting bolt, and a brace mounting bolt that presses and fixes the suspension bolt while being screwed into the threaded thread portion of the movable retaining bracket and corresponding to the suspension bolt engaging piece It is constructed so that the locking to the suspension bolt is reliable and robust.

  The brace mounting bracket according to the present invention is composed of a holding bracket, a movable holding bracket that is attached to the holding bracket, and a brace mounting bolt that is screwed into the movable holding bracket. ), And will be described based on a plan view (b) viewed from below.

A brace mounting bracket 1 according to the present invention includes a support receiving plate 3 to which a suspension bolt engaging piece 2 for half-engagement with a suspension bolt as shown in the figure, and a support extending at right angles from both sides of the support receiving plate 3. A holding metal fitting 6 formed from the side plates 4 and 5 is used as a base, and a movable holding metal fitting 7 provided in a state where the supporting side plates 4 and 5 of the holding metal fitting 6 are sandwiched between the supporting side plates 4 and 5 is supported. For this purpose, the mounting shaft 8 can be rotated.
The movable holding metal 7 forms support side plates 9 and 10 in such a manner that the support side plates 4 and 5 of the holding metal 6 are sandwiched from both sides of the support receiving plate 3, and the mounting shaft 8 is stretched over the holding metal 6. The holding bracket 6 is mounted by welding support to the movable holding bracket 7 and receives the brace mounting bolt 11 to correspond to the suspension bolt engaging piece 2 mounted on the holding bracket 6.
The brace mounting bolt 11 is screwed into the threaded screw portion of the movable holding bracket 7 and presses the suspension bolt while making it correspond to the suspension bolt engaging piece 2, and the brace mounting bracket 1 is attached to the suspension bolt mounted on the ceiling frame. Is firmly established. On the other hand, the brace mounting bolt holding frame 12 equipped with the brace mounting bolts 11 is interposed so that the brace mounting bracket 1 can be firmly installed as a reinforcing brace mounted at the tip.

Next, the embodiment is described about each part which comprises the brace mounting bracket 1. FIG. The holding metal fitting will be described based on a front view (a), a side view (b), and a plan view (c) viewed from below in FIG.
The holding metal fitting 6 is formed of a support receiving plate 3 and support side plates 4 and 5 extending at right angles from both sides of the support receiving plate 3. A suspension bolt engaging piece 2 such as a nut obtained by halving a nut having the same diameter as the screw diameter is arranged. Further, a guide hole 13 for the mounting shaft 8 is formed between the support side plates 4 and 5 in order to prepare the mounting shaft 8 for supporting the movable holding metal fitting 7 in a rotatable state.

The movable holding metal fitting 7 will be described based on a front view (a), a rear view (b), a plan view (c) and a partial cross-sectional view (d) (e) of the front view of FIG.
The movable holding bracket 7 is composed of a substrate 14 and support side plates 9 and 10 extending at right angles from both sides thereof. The substrate 14 is fixed by tightening brace mounting bolts 11 inserted through the through holes 15. A nut 16 is provided. The nut 16 is not limited to this, and as shown in the partial cross-sectional view of FIG. 3D, the through hole 15 of the substrate 14 is slightly reduced in diameter without using the nut 16. By forming the screw 34 having the same type as the nut, it is possible to save the nut and to omit the work process for attaching the nut. Further, when there is an uneasy strength in the screw portion of the substrate, as shown in the partial sectional view of FIG. 3 (e), the through hole 15 is not formed from the outside of the substrate 14 to the inside without forming the through hole 15. It is also possible to select a configuration for screwing the brace mounting bolt 11 by a burning method in which a screw 34 similar to the nut 16 is formed in the bulging portion 35 that is squeezed toward the bottom. .
The board 14 is provided with a mounting bolt guide plate 18 in which a mounting bolt guide hole 17 for guiding the brace mounting bolt 11 to one of the positions orthogonal to the supporting side plates 9 and 10 and accurately abutting the suspension bolt is formed. Provided. Similarly, on the other side, the support side plates 9 and 10 cooperate with the support bolts 11 to prevent the suspension bolt engaging pieces 2 mounted on the holding fittings 6 and the brace mounting bolts 11 from being misaligned. A guide plate 19 for preventing overtightening 9 and 10 is formed.
The support side plates 9 and 10 are formed with holes 20 for holding the mounting shaft 8 for mounting the movable holding bracket 7 on the holding bracket 6 so that the mounting shaft 8 can be fixed to the support side plates 9 and 10 by welding. Yes.
The mounting shaft 8 extending over the holding metal fitting 6 is not limited to being formed from a round bar as described above and welded to the support side plates 9 and 10 of the movable holding metal fitting 7. Then, a screw is formed on one of the support side plates 9, 10 of the movable holding bracket 7 and an arbitrary bolt is fixedly placed on the support side plates 9, 10. It is also possible to select a measure that allows the movable holding metal fitting 7 to be rotated with a bolt stretched over it as an axis.
From the above configuration, the movable holding metal fitting 7 effectively exhibits the function of maintaining the structure and function of the brace attachment metal fitting 1 without hindrance.

Next, the brace mounting bolt 11 will be described with reference to a front view (a) and a side view (b) of FIG.
The brace mounting bolt 11 is screwed into the nut 16 of the movable holding metal fitting 7 and pressurizes the suspension bolt while making it correspond to the suspension bolt engaging piece 2 to set the brace attachment metal 1 to the suspension bolt. One end of the brace mounting bolt 11 is fixed to the brace mounting bolt holding frame 12 by welding or the like, and the brace mounting bolt holding frame 12 can be attached to the tip of the reinforcing brace by setting a bolt in the bolt hole 21. Yes.

[Example 2]
Another brace mounting bracket according to the present invention includes a support receiving plate for mounting a suspension bolt engaging piece half-threaded with a suspension bolt, a support side plate extending perpendicularly from both sides of the support receiving plate, and a movable stretched between the support side plates. The holding bracket formed from the mounting shaft of the holding bracket, and the guide plate and the brace mounting bolt for preventing inconsistency between the holding bracket supported by the mounting shaft mounted between the support side plates while holding the holding bracket. It consists of a movable holding bracket formed from a threaded screw part, and a brace mounting bolt that presses and fixes the suspension bolt while being screwed into the threaded thread part of the movable holding bracket and corresponding to the suspension bolt engaging piece. In addition, the movable holding metal fitting is securely and firmly formed while ensuring the locking to the suspension bolt while simplifying the movable holding metal fitting.

  In the other brace mounting bracket according to the present invention, since only a part of the movable holding bracket 7 attached to the holding bracket of the first embodiment described above is changed, it is simply configured. Only an Example is demonstrated based on the front view (a) of FIG. 5, a rear view (b), and the top view (c) seen from the downward direction.

The novel movable holding metal fitting 22 employed in this embodiment will be described based on a front view (a), a rear view (b), and a plan view (c) viewed from below in FIG.
The movable holding bracket 22 is composed of a base plate 23 and support side plates 25 and 26 that extend at right angles from both sides to form through holes 24, and braces inserted into the base plate 23 through the through holes 27. The point provided with the nut 28 for fastening and fixing the mounting bolt 11 is the same as that of the first embodiment.
Further, the substrate 23 cooperates with the support side plates 25, 26 at one of the positions orthogonal to the support side plates 25, 26 to prevent twisting with the holding bracket 6, and tighten the support side plates 25, 26 in the holding bracket 6. A guide plate 29 is formed to prevent over-passage, and the function of maintaining the function without hindrance in combination with the overall configuration of the brace mounting bracket 1 while having a simple configuration in which the mounting bolt guide plate is omitted. Yes.

  The movable holding metal fitting 22 configured as described above has a large mounting bolt guide plate 18 having a size corresponding to the size of the brace mounting bolt 11 when the size of the brace mounting bolt 11 is increased in relation to the reinforcing brace. Is provided on one side of the substrate 23, which increases the interval between the support side plates 25 and 26, and as a result, the holding metal fitting 6 is enlarged and the shape of the brace attachment metal 1 is increased. In order to avoid such a risk, the cost of the brace mounting bracket is reduced by eliminating the mounting bolt guide plate in which the mounting bolt guide hole is formed while taking into consideration the strength of the brace mounting bolt 11 and reducing the overall dimensions of the brace mounting bracket. That can provide a brace mounting bracket that can sufficiently cope with the eccentricity and twist of the reinforcing brace and the buckling phenomenon of the battledore even when the ceiling frame and ceiling frame are subjected to a huge impact It is.

Example 3
The method of handling the brace mounting bracket according to the present invention is such that the brace mounting bracket installed on the brace mounting bolt is arranged on the suspension bolt, and the brace mounting bracket is attached to the holding bracket of the brace mounting while adjusting the mounting position of the reinforcing brace to be set. Bracing attached to the support holding plate by half-threading the suspension bolt engaging piece with the suspension bolt, and then rotating the movable holding bracket with respect to the holding bracket along the mounting shaft. The brace mounting bracket provided on the reinforcement brace is firmly set on the suspension bolt by cooperating with the suspension bolt engaging piece while adjusting the bolt, and the brace mounting bracket provided on the reinforcement brace is used as the suspension bolt. This facilitates the work for fixing and firmly holds the reinforcing brace.

  The method of handling the brace mounting bracket according to the present invention is configured for the purpose of arranging the reinforcing brace on the suspension bolt for suspending the ceiling frame from the ceiling frame. A description will be given based on the cross-sectional view of the brace mounting bracket of FIG.

In general, a ceiling frame (not shown) is arranged by a plurality of suspension bolts 31 suspended from the ceiling frame 30. However, as shown in FIG. In order to maintain it firmly without any damage, reinforcing braces 32 are arranged between the suspension bolts 31.
A brace mounting bracket 1 is attached to each end of the reinforcing brace 32 by bolts 33. The suspension bolts 31 suspended from the ceiling casing 30 by suspending the brace mounting bracket 1 on the suspension bolt 31 are mutually connected. The connection is made effective.

Next, the process of installing the brace mounting bracket 1 on the suspension bolt 31 will be described with reference to FIG.
The brace mounting bracket 1 attached to the tip of the reinforcing brace 32 with a bolt 33 in a state separated from the hanging bolt 31 is constructed from the lower end of the hanging bolt 31 and the reinforcing brace 32 is provided between the hanging bolts 31. It is formed in a reinforced state. In this state, the brace mounting bracket is obtained by screwing the suspension bolt engaging piece 2 such as a half-separated nut provided on the support receiving plate 3 of the holding bracket 6 in the brace mounting bracket 1 with the thread portion of the suspension bolt 31. 1 is firmly and firmly fixed to the suspension bolt 31.
Next, by rotating the reinforcing brace 32, the mounting bolt guide hole 17 formed in the mounting bolt guide plate 18 with the brace mounting bolt 11 screwed into the nut 16 mounted on the substrate 14 of the movable holding bracket 7 is used as a guide. Thus, the suspension bolt 31 is pressurized and the suspension bolt engaging piece 2 screwed into the suspension bolt 31 and the brace mounting bolt 11 are securely connected.
The brace mounting bolt 11 as described above is connected to the suspension metal fitting 6 of the brace mounting hardware 1 while appropriately setting the suspension bolt engaging piece 2 provided on the metal fitting 6 with respect to the suspension bolt 31. The movable holding metal fitting 7 disposed so as to be rotatably held between the support side plates 4 and 5 is brace-attached bolts that are screwed into the movable holding metal fitting 7 by easy rotation of the fixed attachment shaft 8. 11 can be angled over a wide range, and the work can be quickly processed by exhibiting good workability in the installation work of the reinforcing brace.

  The present invention relates to a brace mounting bracket for firmly fixing a reinforcing brace used when a ceiling frame is suspended from a ceiling frame to a suspension bolt from the ceiling and a method for handling the same, and can surely set a reinforcing brace quickly. Is.

1 Brace mounting bracket, 2 Suspension bolt engaging piece, 3 Support receiving plate, 4, 5 Support side plate,
6 holding bracket, 7, 22 movable holding bracket, 8 mounting shaft,
9, 10 Support side plate of holding bracket, 11 Brace mounting bolt, 12 Brace mounting bolt holding frame, 13 Guide hole, 14, 23 Substrate, 15, 27 Through hole,
16, 28 nuts, 17 mounting bolt guide holes, 18 mounting bolt guide plates,
19, 29 guide plate, 20 holes, 21 bolt holes, 24 through holes,
25, 26 Support side plate of the movable holding bracket, 30 ceiling casing, 31 suspension bolt,
32 reinforcement brace, 33 bolt, 34 screw, 35 bulge,

Claims (3)

A support receiving plate for mounting a suspension bolt engaging piece half-engaged with the suspension bolt, a support side plate extending at right angles from both sides of the support receiving plate, and a holding shaft formed of a mounting shaft of a movable holding bracket stretched between the support side plates Threaded screw portion between the bracket, the brace mounting bolt guide plate supported by the mounting shaft that is mounted between the support side plates in a state where the holding bracket is sandwiched, and the holding bracket to prevent mismatching A brace mounting bracket comprising: a movable holding bracket formed from the above, and a brace mounting bolt that is screwed into a threaded screw portion of the movable holding bracket and presses and fixes the suspension bolt while corresponding to the suspension bolt engaging piece. A support receiving plate for mounting a suspension bolt engaging piece half-engaged with the suspension bolt, a support side plate extending at right angles from both sides of the support receiving plate, and a holding shaft formed of a mounting shaft of a movable holding bracket stretched between the support side plates Movable holding formed by a threaded screw portion between a guide plate and a brace mounting bolt that prevents misalignment between the bracket and a holding bracket supported by a mounting shaft that is mounted between the support side plates while holding the holding bracket. A brace mounting bracket comprising a bracket and a brace mounting bolt that is screwed into a threaded screw portion of the movable holding bracket and presses and fixes the suspension bolt while corresponding to the suspension bolt engaging piece. Place the brace mounting brackets that are installed on the brace mounting bolts on the suspension bolts, and adjust the mounting position of the reinforcing brace to be set, and adjust the suspension bolt engaging pieces on the support receiving plate that are mounted on the brace mounting bracket holding brackets. After half-engagement with the suspension bolt, the movable retention bracket relative to the retention bracket is rotated along the mounting shaft and the brace mounting bolt screwed into the movable retention bracket is adjusted to cooperate with the suspension bolt engaging piece. The method of handling a brace mounting bracket according to claim 1 or 2, wherein the brace mounting bracket provided on the reinforcing brace is firmly set on the suspension bolt.

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