JPH102457A - Pipe body holding support fitting - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an epoch-making pipe body holding support fitting extremely easy to manufacture at a low cost and constituted in such a way as to be able to fasten holding band bodies of a plurality of fittings easily to fastened parts of a wall or the like in the state of being adjusted to positions separated by a prescribed distance. SOLUTION: In this fitting, one end parts of a pair of holding half-bodies 1A of approximately semi-circular arc shape are pivotally fixed, and the other end parts are provided in a locking connectable state to constitute a holding band body 1 for holding a pipe body such as a vertical gutter or a conduit. This holding band body 1 is protrusively provided with a driving rod 3 driven and fastened to a fastened part of a wall or the like. In a support fitting of such constitution, a mark 11 showing the driven length to the fastened part is provided recessed at an intermediate part of the driving rod 3, in a position away by a prescribed distance from the holding band body 1.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pipe holding fitting for holding a vertical gutter or a water pipe arranged along a wall surface.

[0002]

2. Description of the Related Art A conventional tube holding support is generally formed by pivotally connecting one end of a pair of substantially semicircular arc-shaped holding halves and engaging the other end thereof. This holding body is provided so as to be able to be connected and stopped, and is configured to open and close freely. The driving rod is driven into the holding band body by being driven into the wall, and the driving rod is driven into the pipe and fixed to the wall. The holding band body of the holding bracket is opened, for example, a downspout is arranged and then closed, and the downspout is supported along the wall. On the other hand, for example, when arranging the downspout along the wall, and fixing the downspout straight down the wall along the wall in order to fix the downspout straight along the wall, the driving length of the metal fitting is fixed, The holding band body of each metal fitting must be arranged and fixed at a certain protruding length position with respect to the wall surface.

[0003] However, there is no mark indicating the driving length of the driving rod against the wall of the conventional tube holding support bracket, and the fittings that have been driven one by one in order to match the driving length of each fitting are visually checked. In the case of a metal fitting that is protruding too much or being driven too deeply, it is necessary to perform further driving and pulling work, which is a very troublesome work in this respect.

Further, since the downspouts are supported and held in such a state that the downspouts are hard to rattle as the lengths of the fittings are precisely adjusted and the downspouts are fixed straight along the wall, a mark as a guide of the implantation length is provided. There has been a demand on the site for a tube-holding support fitting which has such a structure that it can be easily driven and fixed at a predetermined driving length.

In view of the above situation, the present invention has a configuration in which a mark indicating a driving length for a fastening portion is engraved at a position in the middle of the driving rod and at a predetermined distance from the holding band body. It can be easily fastened to a state where each holding band body of a plurality of metal fittings is positioned at a predetermined distance from a fastening portion such as a wall, and furthermore, it is very easy to manufacture,
An object of the present invention is to provide an innovative structure for holding a tubular body having an excellent structure that does not require manufacturing costs.

[0006]

The gist of the present invention will be described with reference to the accompanying drawings.

One end of a pair of substantially semi-circular holding halves 1A is pivotally connected to each other, and the other ends are provided so as to be able to be locked and connected, thereby holding a pipe 2 such as a downspout or a water pipe. The holding band body 1 is formed in such a manner that a driving rod 3 that is driven into and fixed to a fixing portion such as a wall of the holding band body 1 protrudes from the holding band body 1 in the middle of the driving rod 3. Further, the present invention relates to a tube holding support metal fitting, in which a mark 11 indicating a driving length for a fastening portion is engraved at a position away from the holding band body 1 by a predetermined distance.

The holding band 1 is attached to a mounting portion 5 inside the holding band 1 to which the driving rod 3 is mounted.
An elastic member (4) for elastically supporting the peripheral surface of the tube (2) held therein and cushioning rattling due to a difference in diameter of the tube (2) is fixed together with the driving rod (3). The present invention relates to the tube holding support bracket described in the above.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the present invention (how to implement the invention) will be briefly described with reference to the drawings, showing the operational effects thereof.

For example, when arranging a vertical gutter (tube body 2) along a wall surface, a plurality of the metal fittings are driven and fixed at appropriate intervals in the vertical direction of the wall surface. At this time, the driving length of each metal fitting is set. When it is driven into and fixed to the wall surface in accordance with the mark 11 of the rod 3, the holding band bodies 1 of all the fittings project from the wall surface at a predetermined distance.

Therefore, when the downspout is arranged in the holding band 1 of each metal fitting, since all the holding bands 1 are located at a predetermined distance from the wall surface, the downspout is straightened along the wall surface. It can be arranged and fixed, and by arranging it straight like this, the downspout can be fixedly held in the holding band body 1 in a state in which it does not rattle.

The holding band 1 is attached to a mounting portion 5 inside the holding band 1 on which the driving rod 3 is mounted.
When the elastic member 4 for elastically supporting the peripheral surface of the tubular body 2 held therein and cushioning the looseness due to the difference in diameter of the tubular body 2 is fastened together with the driving rod 3, the holding band body 1 is formed. The elastic member 4 bears against the peripheral surface of the tube 2 held inside the tube 2
Are supported in the holding band body 1 without being loose.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Specific embodiments of the present invention will be described with reference to the drawings.

One ends of a pair of substantially semi-circular holding halves 1A are pivotally connected to each other, and the other ends are provided so as to be locked and connected to each other to hold a pipe 2 such as a downspout or a water pipe. The holding band 1 is formed, and a driving rod 3 (pin) is provided on the holding band 1 to be driven into a fastening portion such as a wall.

The holding half 1A shown in the drawing has reinforcing ribs 9 to increase the strength.

The locking and connecting structure of the holding band body 1 is such that the other end of one holding half 1A is curled and this curled bulging portion is used as the locking portion 7, and the other holding half 1A is formed. A window hole is formed in the plate surface at the other end of 1A, and this window hole is formed as a fitting locking portion 8 with which the locking portion 7 is hooked and fitted. Further, the other end of the other holding half 1A is bent outward to form a finger hook 10 for locking operation.

That is, when, for example, a downspout as the tube 2 is arranged in the open holding band body 1 and then closed, the other end of one holding half 1A is slightly pressed inward to bend. When the locking portion 7 is fitted and locked to the fitting locking portion 8 while being locked, the locking portion 7 falls down and locks into the fitting locking portion 8 due to the bending return force, and is kept in a locked state unless bent again. It is configured so that

A peripheral surface of the tube 2 held in the holding band 1 is elastically supported on a mounting portion 5 inside the holding band 1 on which the driving rod 3 is mounted. The elastic member 4 for buffering the play due to the difference between the driving rod 3 and the driving rod 3 is fixed.

The elastic member 4 is formed of a band-shaped elastic body 4A having a flexural elasticity, and the left and right ends of the band-shaped elastic body 4A are bent so as to rise upward in an inclined manner as shown in FIG. The rising inclined portion is formed as a embracing arm portion 6 for elastically supporting the peripheral surface of the tubular body 2 in an embracing state.

Accordingly, the holding arms 6 are elastically supported while holding the left and right peripheral surfaces of the tubular body 2, whereby the tubular body 2 is extremely well elastically supported and is inserted into the holding band body 1. The tube 2 is configured to be supported and held without rattling. Further, since the resilient member 4 is formed by using such a simple leaf spring, no component cost is required, and the cost can be reduced.

In the drawing, an intermediate portion of one holding half 1A is formed in a flat plate shape, and an inner surface of the flat plate portion is configured as a mounting portion 5.

A band-shaped elastic body 4A formed by the driving rod 3
As shown in FIG. 2, the center of the band-shaped elastic body 4 </ b> A is overlapped with the mounting part 5, and the center of the band-shaped elastic body 4 </ b> A that is overlapped with the mounting part 5 is driven into the rod. 3 together with the mounting portion 5.

Therefore, since such a fastening structure is adopted, in performing a manufacturing process of fastening the driving rod 3 to the mounting portion 5, the driving rod 3 is simply brought into contact with the band-shaped elastic body 4 A against the mounting portion 5. Since only crimping is sufficient, the production is not troublesome or the number of production steps is not increased, and the production can be easily performed by the same production operation as the conventional product. In addition, since the central portion of the strip-shaped elastic body 4A is fixed, each of the embracing arms 6 has a tubular body 2 with uniform left and right elastic pressure.
Since the peripheral surface is subjected to the elastic pressure, a very good rattling prevention effect can be obtained.

In this embodiment, a mark 11 indicating the driving length for the fastening portion is located at a predetermined distance from the holding band 1 in the middle of the driving rod 3.
Is engraved.

Here, the mark 11 which is the gist of the present invention will be described.

For example, the total length of the driving rod 3 is set to about 8 cm, and a mark 11 is engraved at a position of the driving rod 3 which is about 4 cm away from the holding band 1.

In this embodiment, as shown in FIG. 1, a mark 11 is formed by engraving a groove around the entire peripheral surface of the substantially middle portion of the driving rod 3.

Therefore, since the mark 11 is engraved on the entire circumference of the driving rod 3, the mark 11 can be confirmed even when the peripheral surface of the driving rod 3 is viewed from any direction. Since this mark 11 can be easily confirmed,
It becomes easy to drive the driving rod 3 in accordance with 11.

In this embodiment, the mark 11 is inserted into the driving rod 3.
The case where one is provided is shown, for example, three marks 11 indicating “deep”, “middle”, and “shallow” of the driving length are provided at intervals of 5 mm, and the driving length is determined from the three marks 11. You may make it select and use it.

[0030]

As described above, the present invention is constructed as described above. By fastening the metal fittings to the fastening portions in accordance with the marks engraved on the driving rod, the holding bands of all the metal fittings are stopped. It can be fixed in a state where it protrudes at a position away from the attachment part by a predetermined distance, and this allows the tube to be straightly arranged along the wall surface in each holding band body, so that the tube is loose. In the field where it can be installed and fixed in a difficult state, it becomes a very useful tube holding support bracket that is not useful in the past.Moreover, since this mark is simply engraved on the driving rod, a convex mark is used. It is not necessary to lay the members constituting the convex mark on the driving rod as compared with the case of forming, and the mark is peeled off at the time of driving as when the mark is composed simply by sticking a seal etc. No, for example, just All at once to a breakthrough tube holding the bearing bracket of extremely simple and soo structure that can be made at no cost in the fabrication methods, such as damaging side-by-side Chikomi rod.

According to the second aspect of the present invention, the peripheral surface of the tube held in the holding band is elastically supported by the elastic member so that the tube does not rattle in the holding band. It will be supported, and moreover, this resilient member will be attached to the inside of the holding band body where the driving rod is attached together with the driving rod. It is an excellent structure for holding tube support that can be easily manufactured with almost the same manufacturing work as before without increasing.

[Brief description of the drawings]

FIG. 1 is an explanatory perspective view of this embodiment.

FIG. 2 is an explanatory front sectional view showing a main part of the present embodiment.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Holding band body 1A Holding half body 2 Tube 3 Driving rod 4 Repression member 5 Mounting part 11 Mark

Claims (2)

[Claims] 1. A pair of holding halves having a substantially semicircular arc shape, one end of which is pivotally connected, and the other end of which is provided so as to be able to be locked and connected, thereby holding a pipe such as a downspout or a water pipe. Constitute a holding band body
In this holding member for supporting a tubular body, which is provided with a driving rod for driving and fastening to a fastening portion such as a wall on the holding band body, in the middle of the driving rod, a predetermined distance from the holding band body. A tube holding support metal fitting, in which a mark indicating a driving length with respect to a fastening portion is engraved at a position. 2. A rattling due to a difference in diameter of a pipe body by elastically supporting a peripheral surface of a pipe body held in the holding band body on a mounting portion inside the holding band body to which the driving rod is mounted. 2. The tube holding support according to claim 1, wherein a resilient member for buffering the pipe is fixed together with the driving rod.