JPH10299367A - Support piece and support structure of gatepost - Google Patents

Abstract

PROBLEM TO BE SOLVED: To easily regulate the installation position and perpendicularity of a gatepost by erecting a cylindrical part in a hole provided in the vicinity of each end part of a plate longer than the distance between two gateposts, and inserting and supporting the gateposts in the perpendicular direction. SOLUTION: In a support piece 9 of a gatepost, a cylindrical part 2 is erected in the vicinity of each end part of a plate 8 longer than the distance between two gateposts, and a gatepost 1 is inserted in the cylindrical part 2 and supported in a perpendicular manner. In the cylindrical part 2, a hollow cylindrical member 7 is fitted in a hole selected among a plurality of holes 8a, and erected therein. As the execution procedure, pebbles are placed in a base hole at the position where the gatepost is erected, and the concrete is poured. The plate 8 is arranged on the base hole, and the cylindrical member 7 is erected. A lower end part of the gatepost is inserted in the cylindrical member 7 and inserted in the concrete. The level and the perpendicularity of the plate 8 are regulated, and the projection of the lower end part of the gatepost from the cylindrical member 7 is regulated and the concrete is cured. Then, the support piece 9 is lifted and detached. The position and the perpendicularity of the gatepost can be easily and accurately regulated by regulating the plate 8.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a portal support and a support structure for the portal.

[0002]

2. Description of the Related Art Conventionally, various gates (4) are provided on the exterior of a building such as a house, and these gates (4) are constructed with the gates (4) as shown in FIG. After adjusting the level of the ground to be ground, a base hole (14) for embedding the gate post is dug in accordance with the interval between the two gate posts (1) which are erected at appropriate intervals from each other, and the base hole (14) After inserting the lower part of the gate post (1) while adjusting the distance between the two gate posts (1) and adjusting the gate post so that it is vertically erected, fill the foundation hole (14) with concrete (16). And fix the gate post (1)
The pot metal (5) attached to the gate (4) is attached to the elbow metal fitting (3) attached to the gate post (1) by screws, and the gate (4) is attached to open and close freely.
The inclination and the like of the gate (4) are adjusted by adjusting the allowance of the elbow fitting (3).

[0003]

In the prior art, when the gate post (1) is erected, the position of the gate post (1) is different depending on the size of the gate (4) to be mounted. It is troublesome, and if the gate post (1) is just erected, the gate post (1) will be inclined. Therefore, the verticality of the gate post (1) must be adjusted, and positioning, verticality adjustment, etc. In some cases, it is difficult to absorb the error only by adjusting the elbow (3) when the gate (4) is attached.

SUMMARY OF THE INVENTION The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a portal support and a portal support structure in which the installation position and the verticality of the portal can be easily adjusted. It is in.

[0005]

According to a first aspect of the present invention, there is provided a portal support for supporting two portals which are erected at an appropriate distance from each other. The pillars are inserted near the both ends of the plate longer than the gap between the pillars, and a cylindrical portion for supporting the pillars in the vertical direction is erected. In this way, the gate post is inserted near the two ends of the plate longer than the distance between the two gate posts, and the cylindrical portion that supports this vertically is erected, so simply placing the plate at the gate post installation position, The installation position between the two gate posts can be easily determined, and the gate posts can be easily vertically raised simply by inserting the gate posts into the cylindrical portion.

According to a second aspect of the present invention, there is provided a portal support according to the first aspect, wherein the cylindrical portion is a hollow cylindrical portion which is appropriately selected from a plurality of holes provided along the longitudinal direction of the plate. It is characterized in that members are fitted and erected. By doing so, in addition to the above-described effects, the cylindrical portion may be configured such that the hollow cylindrical member is fitted to the appropriately selected one of the plurality of holes provided along the longitudinal direction of the plate so as to be erected. Therefore, it is possible to select the appropriate holes to fit the gates of different sizes and to set the cylindrical member upright, so that only one plate can cope with various intervals between two gate posts. In addition, the cylindrical member can be fitted into the hole and can be easily erected.

According to a third aspect of the present invention, there is provided a supporting structure for a gate post, which supports two gate posts which are erected at appropriate intervals from each other. A long plate is placed at the gate post installation position, a gate post is inserted near both ends of the plate, and a tube portion that supports the column vertically is erected, and the lower end of the gate post is inserted into the tube portion to form a gate post. It is built and supported. In this way, the plate longer than the distance between the two gate posts is arranged at the gate post installation position, and the gate posts are inserted near the both ends of the plate and the cylindrical portion that supports this vertically is erected. Just by arranging it at the gate post installation position, the installation position between the two gate posts can be easily determined, and the lower end of the gate post is inserted into the cylinder to support the gate post upright. Just insert the gate post into the
It becomes easy to erect the pillar vertically.

According to a fourth aspect of the present invention, there is provided a support structure for a gate post according to the third aspect, wherein the cylindrical portion is hollow in an appropriately selected hole among a plurality of holes provided along the longitudinal direction of the plate. It is characterized in that the tubular member is fitted and erected. By doing this,
In addition to the above-described effects, the cylindrical portion is configured such that a hole is appropriately selected from a plurality of holes provided along the longitudinal direction of the plate, and the hollow cylindrical member is fitted to stand upright. So
The tubular member can be erected by appropriately selecting a hole so as to fit gates of various sizes, and it is possible to cope with various intervals between two gate posts with only one plate.

According to a fifth aspect of the present invention, there is provided a supporting structure for a gate post according to the third or fourth aspect, wherein a base hole is provided below the hole arranged at the position where the gate post is installed, and the base hole is inserted into the cylindrical member to be inserted into the base hole. Erected, concrete is filled in the foundation hole to fix the portal, and the plate is slid together with the cylinder above the portal to remove it. By doing so, in addition to the above effects, a foundation hole is provided below the hole arranged at the gate pillar installation position, the pillar is inserted into the cylindrical portion, the pillar is erected in the foundation hole, and the concrete is filled in the foundation hole to fill the foundation hole. Fixed, so that the gate post can be fixed more securely.In addition, since the plate is slid and removed above the gate post together with the tube portion, after constructing the gate post, the plate and the tube portion are removed. It is removed from below the gate, and the gate can be neatly prepared in appearance.

[0010] The support structure for a gate post according to claim 6 of the present invention is characterized in that, in claim 5, the gate post is vertically divided into a lower end portion and an upper portion. By doing so, in addition to the above effects, since the gate post is divided into upper and lower portions at the lower end portion and the upper portion, only the lower end portion of the gate post can be inserted first, and the plate and the tube portion can be placed above the gate post. When it is slid and removed, the length to be slid is shorter than the length of the lower end portion of the gate post, so that the plate and the tube can be more easily removed.

[0011]

Embodiments of the present invention will be described below with reference to the drawings. 1 to 3 show a first embodiment of the present invention according to claims 1 to 6. This embodiment is a support structure (9) for a gate post (1) and a support structure for a gate post (1) that support two gate posts (1) that are erected at appropriate intervals from each other. 1) Supporting tool (9)
Is a tube (2) having a gate (1) inserted thereinto and vertically supported in the vicinity of both ends of a plate (8) longer than the distance between two gates (1). Yes, tubular part (2)
The hollow cylindrical member (7) is fitted and stood in an appropriately selected hole (8a) among a plurality of holes (8a) provided along the longitudinal direction of the plate (8). I have. The support structure for the gate post (1) is such that the support tool (9) is arranged at the installation position of the gate post (1), and the foundation hole (14) is provided below the hole (8a) arranged at the installation position of the gate post (1). The gate post (1) is vertically divided into a lower end portion (13) and an upper portion (12), and the lower end portion (13) is inserted into the cylindrical portion (2) to erect the lower end portion (13) of the gate post (1) in the foundation hole (14). Set up concrete (1
6) is filled in the foundation hole (14) to fix the lower end (13) of the gate post (1), and the support (9) is slid above the gate post (1) to be removed.

More specifically, the support (9) for the gate post (1) is a strip-shaped plate (8) longer than the space between the two gate posts (1), and the gate post (1) is inserted near both ends thereof. It comprises a cylindrical portion (2) which is fitted and erected so as to support it vertically. A plurality of holes (8a) are provided in the vicinity of both ends of the plate (8) along the longitudinal direction, and a hollow cylindrical member (7) is inserted into the holes (8a) appropriately selected according to the interval between the gate columns (1). The cylindrical portion (2) is formed by fitting and standing upright. In the middle of this tubular member (7), a flange (7a)
Is provided so as to be perpendicular to the vertical direction of the cylindrical member (7), and the cylindrical member (7) is provided with a hole (8) so that the lower surface of the flange (7a) contacts the upper surface of the plate (8).
The cylindrical member (7) is fitted vertically to the upper surface of the plate (8).

Next, the procedure for constructing the gate post (1) will be described.
4) Digging and laying gravel (15) etc. at the bottom of the foundation hole (14). Next, the concrete (16) was placed in the foundation hole (1).
4), the plate (8) is placed so as to straddle the foundation hole (14), and the cylindrical member (7) is fitted into the hole (8a) selected according to the interval between the gate posts (1). It is erected, and the lower end (13) of the gate post (1) is inserted into the tubular member (7) and inserted into the concrete (16). And plate (8)
A level is placed on the top, the horizontal and vertical of the plate (8) are adjusted, the allowance of the lower end (13) of the gate post (1) from the cylindrical member (7) is adjusted, and the concrete (16) is cured. The horizontal / vertical adjustment of the plate (8) is performed in order to make the gate post (1) stand upright, and the adjustment of this extra allowance is performed by adjusting the lower end (13) of the left and right gate post (1). This is done so that the bills are almost the same, so that the height of the left and right gate posts (1) is almost the same.
In the conventional vertical adjustment of the gate post (1) itself, since the gate post (1) is not in a stable state, it is far more preferable to perform horizontal and vertical adjustment of the plate (8) in a stable state as in the present embodiment. It is easy to adjust and its accuracy is also easy. Next, when the curing of the concrete (16) is completed, the support is lifted upward, removed from above the lower end (13) of the gate post (1), and the upper portion (12) of the remaining gate post (1) is removed from the lower end of the gate post (1). Attach to the section (13) and attach the gate (4) to the gate post (1).

Further, as shown in FIG. 3, this gate post (1)
Is divided into a lower end (13) and an upper part (12),
The lower end portion (13) is fitted upright on the cylindrical portion (2), and has an upper portion formed below the female screw portion (6b). Further, a gate is attached to the upper part (12) of the gate post (1) via a hinge part (10) so that it can be opened and closed in advance, and a male screw part (6) is provided at the lower end of the upper part (12) of the gate post (1).
a) is formed, and the lower end portion (13) and the upper portion (12) of the gate post (1) can be attached by screwing the male screw portion (6a) to the female screw portion (6b). ing. The hinge (10) is provided integrally with the gate (4).

As described above, the column (1) is inserted near the both ends of the plate (8) longer than the space between the two columns (1), and the cylindrical portion (2) for vertically supporting the column is formed. Since it is installed, it is possible to easily determine the installation position between the two gate posts (1) simply by arranging the plate (8) at the installation position of the gate post (1), and to install the plate (8) in the cylindrical portion (2). Just by inserting the gate post (1), the gate post (1) can be easily erected vertically. In addition, cylindrical part (2)
However, among the plurality of holes (8a) provided along the longitudinal direction of the plate (8), the hollow cylindrical member (7) is fitted to the appropriately selected hole (8a) to be erected. Therefore, the cylindrical member (7) can be erected by appropriately selecting the hole (8a) so as to fit the gates (4) of various sizes, and only one plate (8) can be used. It is possible to correspond to various distances between two gate posts (1), and to add holes (8a).
The tube member (7) can be fitted to the first member to easily stand upright.

A plate (8) longer than the space between the two gate posts (1) is arranged at the installation position of the gate post (1), and the gate posts (1) are inserted and fitted near both ends of the plate (8). Since the cylindrical part (2) that supports the vertical direction is set up, simply placing the plate (8) at the installation position of the gate post (1) makes it easy to determine the installation position between the two portal posts (1). The lower end (13) of the gate post (1) is inserted into the cylindrical portion (2) to support the gate post (1), so that the gate post (1) is inserted into the cylindrical portion (2). Just by fitting, the gate post (1) can be easily erected vertically. The cylindrical portion (2) fits the hollow cylindrical member (7) by appropriately selecting the hole (8a) from a plurality of holes (8a) provided along the longitudinal direction of the plate (8). The cylindrical member (7) can be erected by appropriately selecting the hole (8a) so as to fit the gates (4) of various sizes. It is possible to cope with various distances between the two gate posts (1) with only one plate (8). In addition, a foundation hole (14) is provided below the hole (8a) arranged at the installation position of the gate post (1), and is inserted through the cylindrical portion (2).
4) The pillar (1) is erected, and concrete (16) is filled in the foundation hole (14) to fix the pillar (1), so that the pillar (1) can be more securely fixed. In addition, since the plate (8) is slid above the gate post (1) together with the tube portion (2) and removed, the plate (8) and the tube portion (2) are constructed after the gate post (1) is constructed. Is removed from below the gate (4), so that the appearance of the gate can be reduced. Further, since the gate post (1) is vertically divided into a lower end portion (13) and an upper portion (12), a lower end portion (13) of the gate post (1) is provided.
Only when the plate (8) and the tube (2) are slid above the gate post (1) and removed, the sliding length is the length of the lower end of the gate post (1). This makes it possible to reduce the length of the plate (8) and the tube (2) more easily.

As the second and third embodiments, FIG.
As shown in FIG. 5 and FIG. 5, the hollow shape of the cylindrical member (7) is made to be a polygon such as a hexagon or a quadrangle, so that it is possible to cope with a column having various cross-sectional shapes. In addition to the gate post (1) in the embodiment, even if the gate post (1) is not divided vertically, the hinge (10) and the like are attached to the gate post (1) after the gate post (1) is erected, and the gate (4) is installed. The effect according to claims 1 to 5 can be achieved even if (1) is attached.

[0018]

As described above in detail, according to the support for the gate post according to the first aspect, the gate post is inserted near the two ends of the plate longer than the space between the two gate posts and vertically supported. Since the tube part is erected, it is possible to easily determine the installation position between the two pillars simply by placing the plate at the gate pillar installation position, and simply insert the gate pillar into the cylinder part, It becomes easy to erect the pillar vertically.

Further, according to the support for the gate post of the second aspect, in addition to the above-mentioned effects, the cylindrical portion is hollow in an appropriately selected hole among a plurality of holes provided along the longitudinal direction of the plate. Since the tubular member is fitted and erected, the tubular member can be erected by appropriately selecting a hole so as to fit gates of various sizes, and only one plate is required. Thus, it is possible to cope with various intervals between the two pillars, and it is possible to easily erected by fitting the cylindrical member into the hole.

According to the third aspect of the present invention, a plate longer than the space between the two gate posts is arranged at the position where the gate post is installed, and the gate posts are inserted near both ends of the plate to be inserted vertically. Since the tube section is supported upright, it is possible to easily determine the installation position between the two gate posts simply by placing the plate at the gate post installation position, and insert the lower end of the gate post into the tube section. Since the fitting and the support of the gate post are erected and supported, the gate post can be easily set upright by simply inserting the gate post into the cylindrical portion.

According to the supporting structure of the gate post according to the fourth aspect, in addition to the above effects, the cylindrical portion is formed by appropriately selecting a hole from a plurality of holes provided along the longitudinal direction of the plate. The tube member is fitted and erected, so that the tube member can be erected by appropriately selecting a hole so as to fit gates of various sizes. Alone will be able to accommodate various distances between two pillars.

According to the support structure of the gate post according to the fifth aspect, in addition to the above effects, a base hole is provided below the hole arranged at the position where the gate post is installed, and the base post is inserted into the cylindrical portion to erect the gate post in the base hole. Since the foundation was fixed by filling the foundation holes with concrete, the portal could be fixed more securely, and the plate was slid together with the cylinder above the portal to remove it. After the installation of the gate post, the plate and the tubular portion are removed from below the gate, so that the appearance of the gate can be reduced.

According to the support structure of the gate post according to the sixth aspect, in addition to the above effects, the gate post is divided into upper and lower portions at the lower end portion and the upper portion, so that only the lower end portion of the gate post is inserted first. When the plate and the tube are slid above the gate post and removed, the length to be slid is shorter than the lower end of the gate post, so that the plate and the tube can be removed more easily. Will be able to

[Brief description of the drawings]

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing an embodiment of a support for a pillar according to the present invention, wherein (a) is an assembled perspective view and (b) is an exploded perspective view.

FIG. 2 is a view showing a construction procedure in the embodiment, and (a) is a cross-sectional view showing a state where a foundation hole is dug;
(B) is a cross-sectional view showing a state where a plate is installed above a foundation hole, and (c) is a cross-sectional view showing a state where a lower end of a gate post is inserted into a cylindrical portion.

FIG. 3 is a perspective view showing a gate post and a gate in the embodiment.

FIG. 4 is a perspective view showing a tubular member in a second embodiment of a portal support and a portal support structure according to the present invention.

FIG. 5 is a perspective view showing a cylindrical member in a fourth embodiment of a portal support and a support structure of the portal according to the present invention.

6A and 6B are diagrams showing a conventional support structure for a gate post, and FIG.
Is a cross-sectional view showing a state where the gate post is erected in the foundation hole,
(B) is a front view showing the state where the gate was attached to the gate post.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Gate post 2 Tube part 4 Gate 7 Tube member 7a Flange 8 Plate 8a Hole 9 Supporting tool 12 Upper part 13 Lower end part 14 Foundation hole 16 Concrete

Claims (6)

[Claims] 1. A gate support for supporting two gate posts that are erected at an appropriate distance from each other, wherein the gate posts are inserted near both ends of a plate that is longer than between the two gate posts. A support for a gate post that has a cylindrical part that stands vertically to support it. 2. The above-mentioned tubular portion is formed by fitting a hollow tubular member into an appropriately selected one of a plurality of holes provided along a longitudinal direction of the plate and standing upright. The support for a gate post according to claim 1, characterized in that: 3. A support structure of a gate post for supporting two gate posts which are erected at appropriate intervals from each other, wherein a plate longer than the distance between the two gate posts is arranged at a gate post installation position, and A gate post, wherein a gate post is inserted near the both ends to vertically support the same, and the lower end of the gate post is inserted into the cylindrical portion to support the gate post. Support structure. 4. The above-mentioned tubular portion is configured such that a hollow tubular member is fitted into an appropriately selected one of a plurality of holes provided along the longitudinal direction of the plate to be erected. The support structure for a gate post according to claim 3, characterized in that: 5. A foundation hole is provided below the hole arranged at the gate post installation position, a portal post is erected in the foundation hole by being inserted through a cylindrical member, and concrete is filled in the foundation hole to fix the portal post, and the plate is fixed. The support structure for a gate post according to claim 3 or 4, wherein the support member is slid upward along with the tube portion and removed. 6. The support structure for a gate post according to claim 5, wherein said gate post is divided vertically into a lower end portion and an upper portion.