JP6353805B2 - Gatepost and siding fence - Google Patents

Description

  The present invention relates to a gate post and a siding rod. More specifically, the present invention relates to a gate pillar and a siding rod having a structure in which the gate is suspended so as to be freely opened and closed.

There exists patent document 1 as a gate pillar and siding rod which hangs a gate so that opening and closing is possible.
In the prior art of Patent Document 1, the siding on both sides of the front and back is attached to two siding struts to form a saddle. The two siding struts are arranged apart from each other in the longitudinal direction of the heel, and a receiving member is used to attach the siding to the siding struts. A siding support | pillar is a product made from aluminum, and is a cylindrical pillar with a cross-section long rectangle.

The gate door is attached to the siding rod constructed as described above by a method of bolting the gate hanging bracket to one siding column. In other words, the siding post also serves as the gate pillar.
However, the strength of the siding support is never high. The reason is the depth of the siding support. That is, the depth dimension of the siding rod is usually about 120 mm, and the depth dimension of the siding struts arranged between the sidings on both sides is usually about 60 mm. This dimension is strong enough to support the siding, but not strong enough to support the gate cantilevered.
For this reason, there is a possibility that problems such as deformation of the siding strut due to external force such as impact due to opening and closing of the gate door, loosening of the siding attachment, and deformation of the outer shape of the siding rod may occur.

Therefore, conventionally, as shown in FIG. 7B, a dedicated gate pole Z adjacent to the siding rod SW is provided.
The door D was attached to this. In addition, 110 is a siding support | pillar and 150 is a siding.
However, in this case, there is a problem in that the gate pole Z is installed at a position protruding from the surface of the siding rod SW, so that the installation space is occupied by the dimension P. Further, since a gap O is formed between the siding rod SW and the gate pillar Z, there is no sense of unity in design, and dust and the like are easily collected, so that the appearance is deteriorated.

Japanese Patent Laid-Open No. 7-18862

  In view of the above circumstances, an object of the present invention is to provide a gate pillar and a siding rod that are not deformed or distorted even when the gate is attached. It is another object of the present invention to provide a gate pillar and a siding rod that require a small installation space for the gate.

The gate pillar of the first invention is composed of a siding post for holding siding on both sides of the front and back, and a gate post for attaching the gate. The siding post and the gate post are fixed to each other, and the front side siding is positioned. A front side positioning member for holding and a back side positioning member for positioning and holding the back side siding, the front side positioning member being attached to the gate column, and the back side positioning member being attached to the siding post. Features.
The gate pillar of the second invention is the first invention according to the first invention, wherein each of the siding pillar and the gate pillar is a square pillar having a quadrangular section, and the depth dimension in the section of the gate pillar is the same as the depth dimension in the section of the siding pillar. It is the length which added the dimension of the back side positioning member, It is characterized by the above-mentioned.
According to a third aspect of the present invention, there is provided the gate pillar according to the first or second aspect, wherein the gate pillar has a reinforcing core inserted into the gate pillar, and the reinforcing core is fixed to the gate pillar .
Siding fence of the fourth aspect of the present invention is composed of a front side of the siding and back siding, the pillars of the gates column are fixed to one another for mounting the siding posts and gate door for holding the front and back sides of siding, the A front side positioning member is attached to the gate pillar, and the front side siding is positioned and held by the front side positioning member, and a back side positioning member is attached to the siding column, and the back side positioning member The backside siding is positioned and held . As the gate pillar in the fourth invention, the gate pillars of the first to third inventions are used.

The gate pillar of the first invention has the following effects.
a) While the siding strut and the gate pillar are fixed to each other, the rigidity is enhanced, and the generated force can be dispersed because it is a separate member. For this reason, deformation or the like is unlikely to occur in the gate pillar.
b) Since the gate is attached to the gate pillar integrally incorporated in the siding rod, the sense of unity in design can be enhanced, and the occupied area can be reduced without the gate column protruding from the surface of the siding rod.
c) The dimension between the edge of the siding on the front side and the gate side edge of the gate column is extremely small, and the design of the siding in the horizontal direction (the width direction of the ridge) is not destroyed, so the appearance of the siding fence is good. Become.
According to the second aspect of the invention, since the depth dimension of the gate column is larger than the siding column by the dimension of the back side positioning member, the rigidity of the gate column is high. Also, since the front side positioning member is attached to the gate side end surface of the gate column on the front side of the siding rod, the dimension between the edge of the siding and the gate side edge of the gate column is very small. Because the design of the siding in the horizontal direction is not broken, the appearance of the siding fence is improved.
According to the third invention , the rigidity of the gate column is increased by inserting the reinforcing core into the inside, and the gate column and the siding column having high rigidity are fixed to each other. It is further improved. And since the gate is attached to the highly rigid gate pillar, it becomes difficult to produce the deformation | transformation and distortion resulting from opening and closing of a gate.
According to the fourth invention, the following effects are obtained.
a) Since the gate is attached to the gate pillar integrated with the siding rod, the sense of unity in design can be enhanced.
b) Since the gate pillar does not protrude from the surface of the siding rod, the occupied area can be reduced.
c) The dimension between the edge of the siding on the front side and the gate side edge of the gate column is extremely small, and the design of the siding in the horizontal direction (the width direction of the ridge) is not destroyed, so the appearance of the siding fence is good. Become.

It is explanatory drawing of the siding rod which concerns on 1st Embodiment of this invention, (A) is a top view, (B) is a front view. It is a rear view of the siding rod of FIG. FIG. 3 is a cross-sectional view taken along line III-III in FIG. 2. FIG. 3 is an enlarged rear view of the siding rod of FIG. 2. It is a principal part expanded horizontal sectional view of the siding rod of FIG. It is a principal part cross-sectional view of the siding rod which concerns on 2nd Embodiment of this invention. It is a comparison figure of the siding rod of the present invention and the siding rod of the prior art.

Next, an embodiment of the present invention will be described with reference to the drawings.
(First embodiment)
In FIGS. 1 and 2, SW is a siding rod and G is a gate pillar. A gate D is attached to the gate post G in a cantilever state. The siding rod SW is configured to have two siding columns spaced apart in the longitudinal direction of the rod, and the siding rods on both sides are attached to the siding column.

The gate D is an open / close door that opens and closes in a double-spread manner, and the gate pillar G and the siding rod SW of the present invention can be applied to two doors on the left and right as well as only one door.
Reference numeral 20 denotes a gate pillar which will be described later. The length of the gate pillar is longer than the vertical dimension of the gate D, and the lower end portion of the gate pillar 20 is embedded in the foundation of the ground in the installed state of the siding rod SW.

  In FIG. 1 and FIG. 2, the gate D will be described below with the side where the hanging bracket 60 is not visible being the front side and the side where the visible side is visible being the back. In general, the road side is the front side and the house side is the back side, but a reverse installation is also included in the present invention.

The details of the gate pillar G and the siding rod SW will be described with reference to FIGS.
3 to 5 show a structure around one siding column 10 on the gate side of the two siding columns.
This siding support | pillar 10 is a product made from aluminum, and is a square pillar with a square cross section. The siding support 10 shown in the figure and another siding support (not shown) are connected to the frame structure by a connecting member 40. In general, the length (vertical dimension) of the siding support 10 is preferably 1182 to 2382 mm, and in the illustrated embodiment, the length is 2382 mm.

The illustrated siding support column 10 and the gate column 20 are fixed (connected) to each other in an adjacent state. The siding column 10 and the gate column 20 constitute a gate column G.
The gate column 20 is made of aluminum and is a rectangular column having a square cross section. Generally, it is preferable that the length (vertical dimension including the dimension embedded) of the gate pillar 20 is 1432-2682 mm. Moreover, it is preferable that the dimension embedded is 250-300 mm. In the illustrated embodiment, the length is 2682 mm and the embedded dimension is 300 mm.

  The siding support column 10 includes four sides of a front side wall 11, a rear side wall 12, a front side wall 13, and a back side wall 14 for forming a quadrangular cross section. The gate column 20 is also composed of four sides of a front side wall 21, a rear side wall 22, a front side wall 23, and a back side wall 24 for forming a rectangular column with a square cross section. Although the illustrated gate pillar 20 has a quadrangular cross section, the front side wall 21 extends slightly longer to the front side than the rear side wall 22 and is joined to the crank-shaped portion of the front side wall 23 bent in a crank shape. Yes. If the basic shape of the square cross section is not changed even if there is such a slight deformation, it is included in the concept of a square cross section in this specification.

  The sectional dimension of the gate column 20 is larger than the sectional dimension of the siding column 10. That is, the depth dimension in the cross section of the gate column 20 is a length obtained by adding the dimension of the back side positioning member 53 to the depth dimension in the cross section of the siding column 10. In addition, the length which added the dimension of the front side positioning member 51 may be sufficient. Further, in this specification, the depth dimension refers to the thickness direction dimension (D direction in FIG. 5) of the ridge, and the W direction orthogonal to the D direction is referred to as the width direction.

  In the illustrated embodiment, the depth of the siding column 10 is 60 mm, and the depth of the gate column 20 is 98 mm. Moreover, the dimension of the width direction of the siding support | pillar 10 is 60 mm, and the dimension of the width direction of the gate pillar 20 is 104 mm.

  A support piece 28 extending to the front side of the siding rod is connected to the front side wall 21 of the gate column 20, and a decorative cover 52 is fitted and attached to the tip of the support piece 28.

  A front side positioning member 51 is attached to the front side wall 23 so that the front side siding 50 is positioned and held. Although not shown, the siding 50 is fixed to the siding strut 10 or the middle rail with a mounting bracket.

The decorative cover 52 is engaged with the front-side positioning member 51, and the end of the panel ridge is shown neatly. That is, the dimension between the siding 50 and the front side wall 21 (the end surface on the gate side) is extremely small, and the design of the siding 50 in the horizontal direction (the width direction of the ridge) is not destroyed, so that the appearance of the ridge is improved.
In addition, 45 is a baseboard which can be seen under the front side of a fence.

  A back side positioning member 53 is attached to the back side wall 14 of the siding support column 10, and thereby the back side siding 50 is positioned and held. The siding 50 on the back side is fixed to the siding support column 10 or the middle rail with a mounting bracket in the same manner as the front side.

The decorative cover 54 is fitted into the corners of the rear side wall 22 and the rear side wall 24 adjacent to the gate column 20 and is engaged with the back side positioning member 53.
In addition, 45 is a baseboard which can be seen under the back side of a fence.

Holding pieces 25, 26, 27 for holding the reinforcing core 30 are formed inside the gate column 20.
The holding piece 25 protrudes inward from the rear side wall 22, the holding piece 26 protrudes inward from the back side wall 24, and the holding piece 27 protrudes inward from the front side wall 23.

  The reinforcing core 30 is a rectangular column made of iron having a square cross section, and includes a front side wall 31, a rear side wall 32, a front side wall 33, and a back side wall 34. In addition, the reinforcing core 30 has a lower end embedded in the foundation of the ground, like the gate pillar 20. In the illustrated embodiment, the length (vertical dimension including the embedded dimension) is 1480 mm, and the embedded dimension is 300 mm. The depth dimension is 75 mm, and the width dimension is 75 mm.

In the present embodiment, the thickness of the reinforcing core 30 is made thicker than the thickness of the gate column 20 in order to increase the strength. However, such a thickness is arbitrary and it is sufficient that the necessary strength can be ensured. For example, it is preferable that the thickness of the siding support 10 is about 2.3 mm, the thickness of the gate column is about 1.4 mm, and the thickness of the reinforcing core 30 is about 2.3 mm.
The reinforcing core 30 is held by the holding pieces 25 and 27 at one corner in the gate column 20 and is also positioned by the holding piece 26.

As shown in FIGS. 3 and 5, the reinforcing core 30 is further fixed to the siding strut 10 in contact with the inside of the gate column 20. That is, the rear side wall 32 of the reinforcing core 30, the rear side wall 22 of the gate column 20, and the front side wall 11 of the siding column 10 are screwed together. In this embodiment, the gate pillar G is constituted by the siding support column 10, the gate column 20, and the reinforcing core 30.
The hanging metal fitting 60 for the gate D is attached to the back side wall 24 of the gate column 20 by bolt fastening.

The advantages of the first embodiment will be described next.
(1) While the rigidity is enhanced by connecting the siding strut and the gate pillar, the generated force can be dispersed by using a separate member, so that deformation or the like does not occur.
(2) Moreover, since the depth dimension of the gate column 20 is larger than the siding column 10 by the depth dimension of the back side positioning member 53, the rigidity of the gate column 20 is high. Further, since the reinforcing core 30 is fixed to the gate column 20 and the siding column 10, the rigidity of the siding rod itself is high.
(3) For this reason, even if an impact or the like at the time of opening and closing the gate D acts on the gate column G via the hanging metal fitting 60, the external force is received by the gate column 20 and the siding column 10 in cooperation with each other. Is unlikely to occur. Moreover, since the gate D is attached to the gate pillar G integrated in the siding rod SW, the sense of unity in the design can be enhanced.

(Second Embodiment)
The gate pillar G of 2nd Embodiment is demonstrated based on FIG.
In this embodiment, the depth dimension in the cross section of the gate column 20 is a length obtained by adding the dimension of the front side positioning member 51 and the dimension of the back side positioning member 53 to the depth dimension in the cross section of the siding column 10.
The reinforcing core 30 is inserted into the gate column 20, but the cross-sectional dimension thereof is arbitrary.

The front side positioning member 51 and the back side positioning member 53 are attached to the siding column 10.
The rest of the configuration is substantially the same as in the first embodiment.

According to the gate column G of the present embodiment, the depth of the gate column 10 is larger than the siding column by the size of the front side positioning member 51 and the back side positioning member 53, so that the rigidity of the gate column G becomes higher.
Thus, since the gate pillar G having a large cross-sectional dimension and high rigidity is fixed to the siding rod SW, the rigidity of the entire rod is improved. For this reason, it becomes difficult to produce the deformation | transformation and distortion resulting from opening and closing of a gate.

(Other embodiments)
In the gate pillar G of the above-described embodiment, the reinforcing core 30 is attached to the inside of the gate door pillar 20, but those not using this reinforcing core are also included in the present invention. The siding rod SW of the present invention includes those using the gate pole G of the second embodiment in addition to the gate pole G of the first embodiment.

SW Siding rod D Gate 10 Siding column 20 Gate column 30 Reinforcement core 50 Siding 51 Front side positioning member 53 Back side positioning member

Claims (4)

Siding struts to hold siding on both sides,
It consists of a gate pillar for attaching the gate,
The siding column and the gate column are fixed to each other ;
A front side positioning member for positioning and holding the front side siding and a back side positioning member for positioning and holding the back side siding are provided.
The front side positioning member is attached to the gate column,
The gate post, wherein the back side positioning member is attached to the siding post . Each of the siding column and the gate column is a rectangular column having a quadrangular cross section,
The depth dimension in the section of the gate column is a length obtained by adding the dimension of the back side positioning member to the depth dimension in the section of the siding column.
The gate pillar according to claim 1, wherein: Having a reinforcing core inserted into the gate pillar;
The reinforcing core is fixed to the gate column
The gate pillar according to claim 1 or 2, wherein Front side and back side siding,
Consists of a gatepost which the gates column are fixed to one another for mounting the siding posts and gate door for holding the front and back sides of the siding,
A front side positioning member is attached to the gate column, and the front side siding is positioned and held by the front side positioning member,
A siding rod characterized in that a back side positioning member is attached to the siding column, and the back side siding is positioned and held by the back side positioning member .

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