JPS59228533A - Supporter for pillar of fence - Google Patents

Abstract

PURPOSE:To vertically set struts exactly and quickly by a method in which supporters are projectionally provided in two directions on the lower end of a strut for fence, the strut is inserted into the holding hole of blocks, etc., and the supporters are contacted with the surface of the blocks, etc. CONSTITUTION:Supporters 4 are projectionally provided in two directions on the lower part to be buried of a strut 1 for fence. In the case, paired insertion holes 2 and paired holes 3 are provided on sides of the strut 1, the supporters 4 of a protruded form are inserted into the holes 2, and a coupling bar 5 is inserted into the hole 4' of the supporter 4 or the supporter 4 of an L-shaped form is fixed to the side of the strut 1. The lower part of the strut 1 projectionally provided with the supporters 4 is inserted into the hole of a block or base stone and the strut 1 is vertically supported stably. The struts can thus be quickly and exactly erected.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to fence posts, and in particular to supporting devices thereof.

Traditionally, when installing a fence, it is necessary to insert a pillar or fence post into a hole in the other member, such as a hole in a block, a hole in a paving stone, or a hole in a fence, and then fix it with mortar, etc. There is. However, because there was no means to stably hold the columns, the columns were often unstable and unstable, and often sank or tilted by the time the mortar etc. solidified. For this purpose, the height, horizontal and vertical
It was difficult to construct in a consistent straight line, and accurate and beautiful construction was not possible. Also, it was difficult to finish the area around the embedded pillars and the bottom edge of the fence at the same time as the pillar construction.

The present invention provides a support device that stably maintains the height, horizontality, perpendicularity, and straightness of fence posts, and allows fence installation to be carried out quickly, accurately, and beautifully. The purpose is to

The present invention will be explained below based on illustrated embodiments. In Figures 1 and 2, numeral 1 indicates a post for mounting the fence. In this example the column l has a rectangular cross section. This pillar
A rectangular insertion hole 2 is provided on one of both sides of the column 1 at a position that anticipates the embedded part from the lower end of the column 1, and a rectangular insertion hole 2 is provided on the other side of the column 1 opposite to the insertion hole 2. An opening 2'' is provided.The insertion opening 2.2'' is bored in the longitudinal direction in the center of the side surface of the column l.In this case, the length of the insertion opening 2'' is shorter than the insertion opening 2, and the bottom side of the insertion opening 2. Align it with the bottom of mouth 2.

A hole 3 is provided in the center of the front surface of the column 1 in a direction perpendicular to the axis of the insertion ports 2, 2'', and a hole 3'' is provided at a position opposite to the hole 3 on the back surface of the column.

4 is a support member. This support member 4 has a shaft portion 4A that can penetrate through the insertion openings 2 and 2'' of the column 1 and protrude from the side surface of the column 1.
, a central protrusion 4B that can pass through the insertion port 2 but not the insertion port 2', and a shaft portion 4A' that remains outside the insertion port 2.
and has. In this embodiment, the upper portions of both sides of the plate material are cut out to form shaft portions 4A narrower than the central projection on both sides of the central projection 4B. The width may remain the same as that of the portion 4B.

A through hole 4'' is bored in the central protrusion 4B at a position that coincides with 63 and 3' of the pillar 1.

To assemble this support device, first, the support member 4 is inserted into the insertion opening 2 of the column 1, and the shaft portion 4A of the support member 4 is made to protrude from the insertion opening 2'. The vertical length of the insertion slot 2” is the central protrusion 4
Since the support member 4 is shorter than the longitudinal length of the central protrusion 4B, the support member 4 can be accurately positioned at a position where the end of the central protrusion 4B abuts the inner wall of the column 1.

As a result, holes 3 and 3 in the pillar 1 and hole 4 in the central protrusion 4B
The shafts 4A and 4A' on both sides of the support member 4 are made to have a length that extends sufficiently long to both sides of the column 1 at this position.

The length of the central protrusion 4B viewed in the axial direction of the support member is such that at least a portion thereof fits into the insertion opening 2 in the positioned state. Therefore, there is almost no downward displacement of the support member 4. That is, the movement of the shaft portion 4A is restricted at the position where its upper side contacts the upper part of the insertion port 2'', and the movement of the shaft portion 4A' is restricted by the central protrusion 4B.
It is regulated at the position where the two sides of the two sides contact the upper part of the insertion port 2.

After inserting the support member 4 from the insertion port 2 of the column 1 to the insertion port 2', the locking rod 5 as the second support member is passed from the hole 3 of the column 1 to the hole 4'' of the support member 4 through the hole 3''. As a result, the support member 4 is inserted into the column l without being able to escape from the insertion openings 2 and 2'.
``Nitorisurui'' was kicked.

In this way, the support member 4 and the locking rod 5 could be protruded and fixed to the column 1 without rattling from side to side.

Although the cross-sectional shape and length of the locking rod 5 itself may be arbitrary,
It cooperates with the support member 4 to have the strength to support the column l.

With the above configuration, when multiple pillars are installed in holes in blocks, holes in paving stones, holes in walls, etc., the supporting members 4 and locking rods 5 attached to the pillars will ride on the holes in the blocks, and the pillars will Since the columns are supported, the embedded length of the columns is constant, and they can be stably maintained horizontally, vertically, and in straight lines, allowing for quick, accurate, and beautiful construction.

FIG. 2 shows an example of a block having a plurality of vertical block holes, each of which is continuous in four parts in the horizontal direction on the upper surface side, and the support member 4 is placed in a recess on the upper surface of the block. , and the locking rod 5 is shown resting on a convex portion on the upper surface of the block. After construction, the locking rod 5 can be removed from the pillar l and used again if necessary.

Although the lower surface levels of the support member 4 and the locking rod 5 are different, this is done in consideration of the shape of the mating block, etc., and they may be at the same level depending on the shape of the block.

In the above embodiment, the pillar was erected using the plate-shaped first support member and the rod-shaped second support member, but as shown in FIGS. It can also be fixed.

In the example shown in FIG. 3, an L-shaped support member 6 with a comparatively wide width is fixed with screws or adhesive at a position that anticipates the embedded part from the lower end of the column 1, and the column 1 is blocked. It is installed upright in a hole, etc. In this case, the L-shaped support member 6 does not necessarily have to be radial as shown in FIG. 3, but can be appropriately selected from two directions, three directions, etc. depending on the installation state.

FIG. 4 shows that a space 8 is provided near the column in the longitudinal direction of a plane 7' that projects perpendicularly to the column l of the L-shaped support member 7, and furthermore, a space 8 is provided near the column in the longitudinal direction.
This is an example in which a plurality of scored lines 9 are provided at the tip in the longitudinal direction of ', and these are attached to the column l with screws or adhesive as shown in FIG. By providing the space 8 in the L-shaped support member 7 in this way, mortar etc. can be inserted through the space 8 when the pillar l is set up in a hole in a block, etc. 9, it is possible to bend and cut out a part of the support member using the marked line 9 as a boundary. Accordingly, depending on the installation conditions of the pillar 1, the length of the plane of the L-shaped support member 7 can be adjusted to fit the hole in the block. It can be adjusted according to the size etc. Therefore, this example has the advantage that there is no need to prepare several types of support members of different sizes depending on the size of the hole in the block.

As described above, the support device of the present invention is capable of stably holding the post in a state approximately perpendicular to the top surface of the hole in the opposing member by the support member attached to the post or fence post. .

Also, when installing multiple pillars by inserting them into holes in blocks, holes in paving stones, or holes in walls, the height, horizontal, and vertical of each pillar must be kept constant individually, and all of the pillars as a whole must be Columns can be arranged in a straight line, allowing for accurate and beautiful construction.

[Brief explanation of drawings]

The drawings show one embodiment of the present invention, and FIG. 1 is a perspective view with a supporting member attached, FIG. 2 is a cross-sectional view of a pillar attached to a hole in a block with a supporting member, and FIG. , FIG. 4 is a perspective view of an L-shaped support member attached to a column. ■... Pillar 2... Insertion port 3... Hole
4, 6, 7... Support member 5... Locking rod
8... Space 9... Marked line Figure 1 Figure 2 n

Claims (1)

[Claims] Support members are installed around the fence post in positions that protrude in at least two directions in anticipation of the part of the post to be embedded in the hole of the other member, and the fence post is installed on the top surface of the hole of the other member to be erected. A support device for a fence post, characterized in that it can be held in an upright position.