JPH0644977Y2 - Holder for mounting Kasagi - Google Patents

Description

[Detailed Description of the Invention] Industrial field of use [Technical Field] The present invention relates to a holder for mounting a parapet or a headstock covering an upper surface of a handrail wall.

2. Description of the Related Art Conventionally, a holder for mounting a shed must be provided with a structure for securely fixing the shed and a structure capable of supporting a shed having various prospective dimensions (width dimensions), and many structures have been proposed in the past (for example, actual Kokoku 57-47299, Kokai 59-470
No. 37).

However, most of these are due to the attachment between the holder and the headstock, and the engagement is easy to disengage, but if you try to remove the headstock for repairs, the work to release the engagement is a blind work. There is a difficult point to do.

DISCLOSURE OF THE INVENTION Problems to be Solved by the Invention The present invention has an object to provide a holder for mounting a headstock by using a screw for mounting the headboard and capable of mounting headboards having different estimated dimensions.

Means for Solving the Problems A main body metal fitting and an auxiliary metal fitting are provided.

The main body metal fitting has an auxiliary metal fitting receiving portion and a first screw-in portion of a head mounting screw, and the first screw-in portion is provided at a position facing a screw insertion portion provided in a hanging portion of the head housing.

The auxiliary metal fitting has a mounting portion to the auxiliary metal fitting receiving portion of the main body metal fitting and a second screw-in portion of the head housing mounting screw facing the screw insertion portion, and the second screw-in portion is the first screw-in portion and the head housing of the main body metal fitting. The mounting portion is superposed on the auxiliary metal fitting receiving portion of the main metal fitting so as to be interposed between the hanging parts.

The auxiliary metal fittings are attached to the main metal fittings so that they can be attached and removed freely and the position can be adjusted in the prospective direction of the headstock.

Action Auxiliary metal fittings allow installation of headstock with different estimated dimensions.

The screw-in portions (first and second) of the headpiece mounting screws provided on the main body metal fittings and the auxiliary metal fittings enable the headwood wood to be attached by the screws.

Embodiment FIG. 2 shows a configuration in which a headstock 3 is attached to the top surface of a parapet 2 by using the headstock mounting holder 1 according to the present invention, and a handrail 5 is further mounted thereon via a column 4.

The headpiece mounting holder 1 is mounted by a height adjusting screw 6, anchor bolts 7 and nuts 8 embedded in the parapet top surface, and the headboard 3 is screwed into the headpiece mounting holder 1 from the hanging parts on both sides thereof. Installed by.

As shown in FIG. 1, the headstock mounting holder 1 includes a body fitting 10 held by a parapet 2 (frame) and an auxiliary fitting 11 attached to the body fitting 10.

The main body metal fitting 10 is a block member obtained by cutting an extrusion molding material, and has a cross-sectional structure symmetrical with respect to the prospective direction (hereinafter referred to as the front-back direction) of the headstock 3 with the support projection 12 having a flat top surface as the center. Is equipped with.

The front and rear of the main body metal fitting 10 are auxiliary metal fitting receiving portions 13, and the outer edges thereof, that is, the hanging portions 27 of the headstock 3 to be attached (described later).
A first screw-in portion 14 into which the head mounting screw 9 (see FIG. 2) is screwed is formed at a position opposite to the position. Further, the front and rear auxiliary metal fitting receiving portions 13 respectively have the insertion hole 15 of the anchor bolt 7 as the center, and left and right thereof (longitudinal direction of the headstock).
Screw holes 16 through which height adjustment screws 6 pass through and are screwed in
A set of (center side) and screw holes 17 (outer edge side) of width adjusting screws 21 (described later) are provided symmetrically.

The auxiliary metal fitting 11 is a piece material obtained by cutting an extrusion-molded material, and has a mounting portion 18 and a second screw-in portion 19 which is also formed at the front and rear edges thereof and into which the head mounting screw 9 is also screwed. is doing. The mounting portion 18 is provided with an elongated hole 20 in the front-rear direction, and the second screw-in portion 19 is formed with a step different from the mounting portion 18.

The auxiliary metal fitting 11 has its mounting portion 18 superposed on the auxiliary metal fitting receiving portion 13 of the main body metal fitting 10 and the width adjusting screw 21 from the long hole 20 to the screw hole 17.
It is fixed by screwing into. At this time, if the mounting portion 18 is overlapped with the auxiliary metal fitting receiving portion 13 of the main metal fitting 10, the second screw-in portion 19 at the edge of the auxiliary metal fitting has the above-mentioned step and the first screw-in portion on the main metal fitting 10 side as shown in the figure. It is interposed between 14 and the hanging part 27 of Kasaki 3.

The support projection 12 of the body fitting 10 is hollow and has a flat top surface, and a hole 22 is formed in the center of the top surface. A lower end of a screw rod 23 for fixing the support column 4 penetrates the hole 22.

The headstock mounting holders 1 are arranged on the top surface of the parapet 2 at appropriate intervals. These are screwed height adjustment screws 6 from the screw holes 16 of the main body metal fitting 10 downward to reach the top of the parapet, and after adjusting the height and inclination of the main body metal fitting 10, insert them into the insertion holes 15 on both front and rear sides. A nut 8 is screwed into the penetrating anchor bolt 7 and fixed to the top surface of the parapet.

At this time, the height adjusting screw 6 is a mounting portion of the auxiliary metal fitting 11.
It is screwed through a slot 20 in 18.

The auxiliary metal fitting 11 is positionally fixed in the front-back direction by the elongated hole 20 and the width adjusting screw 21 according to the mounting width of the headstock 3 to be mounted and fixed.

The headstock 3 is an extruded material, and has an upper surface 26 and front and rear hanging parts 27, and groove-like screw insertion parts 24 are formed in the hanging parts 27 on both sides in the longitudinal direction, and the decorative cover 25 can be detachably attached to the insertion parts 24. Be prepared for.

The vertical distance from the upper surface 26 to the screw insertion portion 24 is equal to the vertical distance from the top surface of the support projection 12 of the main body fitting 10 to the first screw-in portion 14.

In addition, in the central portion of the upper surface 26
Through holes 28 (FIG. 2) are formed at positions corresponding to the twelve holes 22, and tight materials 29 contacting the front and rear surfaces of the parapet 2 are provided inside the hanging parts 27 on both sides.

The through hole 28 is a long hole that is long in the longitudinal direction of the headstock 3.

Then, the headstock mounting holder 1 fixed as described above is mounted so as to cover the headboard 3 from above, and the headstock mounting screws 9 are attached to the second auxiliary metal fitting 11 from the screw insertion portions 24 of the hanging parts 27 on both front and rear sides. The headstock 3 is fixed by screwing it into the threaded portion 19.
As a result, the headstock 3 is attached in a state of covering the tops of the headstock attachment holder 1 and the parapet 2.

The pillar 4 is a pillar body 30, a positioning member 31, and a bridge member 32.
The bridge member 32 has front and rear locking receiving pieces 33 parallel to the longitudinal direction of the headstock 3 on the upper surface.

The column 4 is assembled as follows.

On the upper surface 26 of the headstock 3, a positioning member 31 is arranged at a position corresponding to the top surface of the support protrusion 12 in the main body fitting 10, and then one end of the screw rod 23 that penetrates the positioning member 31 is attached to the upper surface 26 of the headstock 3.
From the through hole 28 formed in the through the hole 22 on the top surface of the support protrusion 12 is screwed into the nut 37 arranged in the intermediate portion of the support portion 12,
Then, with the nut 34 screwed into the threaded rod 23, the positioning member 31
To fix. In addition, the pillar body 30 is inserted into the screw rod 23,
The bridge member 32 fitted into the screw rod 23 is applied to the upper part thereof, and is fixed by tightening another nut 35.

The handrail 5 is a long extruded material having a substantially circular cross section, and is formed with a locking piece 36 protruding inside. Then, the handrail 5 has the locking piece 36 as the locking receiving piece in the bridge member 32 on the column side.
It is attached to 33 and attached between the columns 4.

The above is the case of using the four auxiliary metal fittings 11 for the headstock mounting holder 1 of the embodiment, in which the headboard mounting screw 9 is screwed into the second screw-in portion 19 for mounting the headboard 3. The expected size of Kasaki 3 is smaller than this case,
The mounting width becomes narrower, and the first screw-in portion 14 of the body fitting 10
When directly inserting the head mounting screw 9 into the head, the auxiliary metal fitting 11 is not used as the head mounting holder 1.

In the case of an intermediate position, the auxiliary metal fittings 11 are used only on the front and rear sides of the main body metal fitting 10.

Therefore, the number of auxiliary metal fittings 11 to be used can be reduced by adapting the case where only the main body metal fitting 10 is used to the mounting width of the main product group in the headstock 3.

Further, when the height adjusting screw 6 is mounted as in the embodiment, the elongated hole 20 of the mounting portion 18 of the auxiliary metal fitting 11 can be used, it is not necessary to form several holes in the mounting portion 18, Further, the turning of the auxiliary fitting 11 is prevented, and the fixing of the auxiliary fitting 11 by the single width adjusting screw 21 becomes reliable.

Further, when the main body fitting 19 is provided with the support protrusions 12 as in the embodiment, the upper surface 26 of the headstock 3 is supported from the inside to increase the durability of the headstock 3 and the upper surface of the headstock 3 corresponding to the support protrusions 12 is increased. The column 4 can be firmly erected from the position.

The present invention is not limited to the structure of the above-mentioned embodiment, but the main body metal fitting 10,
The form of the auxiliary metal fitting 11 or the first and second screw-in portions 14, 19 and the like is arbitrary, and the auxiliary metal fitting 11 is detachably attached to the main body metal fitting 10 and the position thereof can be adjusted in the prospective direction of the headstock 3. As the above, various well-known mechanisms can be adopted.

Effect of the Invention Since the headstock is mounted by the headwood mounting screws, the mounting is strong. Further, the removal can be easily performed by the easy work of directly looking at the screw.

Since the screw-in portion of the head bracket mounting screw in the auxiliary metal fitting is interposed at the same position between the screw-in portion of the main body metal fitting and the hanging portion of the head metal member, it is necessary to adjust the position of the mounting screw insertion portion in the head member according to the mounting width. Absent. In addition, it can be used directly as a holder for mounting a headstock by using only the metal fittings.

Since it is not necessary to prepare various types of holders for mounting the headstock according to the mounting width of the headstock, inventory management can be simplified and the cost of the product can be reduced.

[Brief description of drawings]

1 is a perspective view, and FIG. 2 is a cross-sectional view corresponding to the line I-I in FIG. 1 (the strut portion is another cross section). DESCRIPTION OF SYMBOLS 1 ... Holder for mounting a hat, 3 ... Heading, 9 ... Screw for attaching a heading, 10 ... Main metal fittings, 11 ... Auxiliary fittings, 13 ... Auxiliary fitting receiving portion, 14 ... First screw-in portion, 19 ... Second screw-in portion.

Claims (1)

[Scope of utility model registration request] 1. A main body metal fitting held on a body surface and an auxiliary metal fitting attached to the main body metal fitting, wherein the main body metal fitting has an auxiliary metal fitting receiving portion and a first screw-in portion of a head mounting screw.
The screw-in portion is provided at a position facing the screw insertion portion provided in the hanging portion of the headstock, and the auxiliary metal fitting is attached to the auxiliary metal fitting receiving portion of the main body metal fitting and the headpiece mounting screw facing the screw insertion portion. A second screw-in portion, wherein the second screw-in portion is formed by superposing the mounting portion on the auxiliary metal fitting receiving portion of the main metal fitting so that the second screw-inserting portion is interposed between the first screw-in fitting portion and the hanging portion of the head tree; A bracket mounting holder characterized in that an auxiliary metal fitting is detachably attached to the rack and the position of the bracket can be adjusted in the prospective direction.