JPH05520Y2 - - Google Patents

Description

[Detailed explanation of the invention] (Field of industrial application) This invention relates to a fence erected along the boundary line of a site, and more specifically to a combination fence consisting of a foundation fence and an upper fence installed on top of the foundation fence. It is something.

(Prior Art) Conventionally, in this type of combination fence, the pillars of the upper fence are formed of concrete or blocks, etc., and the pillars of the upper fence are erected in a buried manner from cement or the like, and the upper fence is attached. The upper fence is formed by attaching the side portions of the upper fence to the side foundation walls in a buried manner or by attaching them via fixing fittings or the like.

(Problems to be solved) However, with the conventional combination fence described above, it is very time-consuming to install the upper fence, and the upper fence is attached butt-like to the side of the fence support, and There are two types of pillars, one that can be installed outside the site, and one that can be installed outside the site.Therefore, there was a problem in that the construction had to be changed depending on the type of upper fence.

The present invention was made in order to solve the above-mentioned conventional problems, and it is possible to easily install the upper fence and to create a combination fence that can be easily adapted to the type of upper fence. The purpose is to provide

(Means for Solving the Problems) In order to solve the above-mentioned technical problems, the present invention aims to provide continuous or partial support to one side from the middle support of a foundation wall formed by erecting multiple support supports. It is a combination fence in which an upper fence is attached only to the upper part, and the attachment part of the upper fence connects the fence support to the upper part of the support of the foundation wall, and connects the support of the foundation fence from the surface of the fence support on the outside of the site. The sum of the width to the outside of the site and the width from the outside of the site of the foundation wall support to the outside of the site of the foundation wall support is larger than the expected width of the upper fence, and the upper fence is be attached to the side of the fence support post or on the outside of the site of the fence support post, and provide an attachment part for the upper fence corresponding to the position of the upper fence on the side surface of the intermediate support where the side part of the upper fence faces. The combination fence has a structure in which an upper fence is fixed to the upper fence by attaching a cover member.

(Embodiment) Next, an embodiment of the present invention will be described with reference to the drawings.
is erected along the boundary line of site A, and the combination wall 1 has a high wall section 2 as its main part, and a low wall extending over a predetermined section H from the middle of this high wall section 2. At the same time, an upper fence 13 is attached to the upper part of the low wall part 3 to form a combination wall 1.
is formed. Note that the high wall section 2 and the low wall section 3 are also referred to as a foundation wall.

In the high wall part 2 of this combination fence 1, a plurality of posts 5 having a predetermined height are erected at predetermined intervals, and in the low wall part 3 between the intermediate posts 5A in the predetermined section H, As shown in FIGS. 3 and 4, a plurality of pillars 5 are erected at predetermined intervals and are set low. Hollow columns 6 are erected, and base rails 7A, 7B are installed on each column 5, 6.
Also, spandrails 11, tiles 9, and caps 22 are attached.

The support column 5 is formed by extruding a light alloy material such as aluminum, and as shown in FIG. Mounting piece 5 to be installed
b is formed, and edge pieces 5c are provided at both ends of both mounting pieces 5b to protrude from opposite to each other, and are formed into a roughly cut-shaped cross section with an expected inner and outer width L, and are used to connect the web 5a and the mounting piece 5b. part, mounting piece 5b and edge piece 5c
A substantially C-shaped screw receiver 5d is formed in the longitudinal direction of the joint portion with the screw receiver 5d. Note that the space between the edge pieces 5c is also referred to as a locking portion.

Further, the hollow pillars 6 erected in the low wall part 3 are made by extruding a light alloy material such as aluminum, and as shown in FIG. The webs 6a and 6b are formed in a symmetrical shape, and in the center of the webs 6a and 6b, a recess 6c having a cross section of approximately At the same time, edge pieces 6e are protruded from opposite ends of both mounting pieces 6d, and a hollow portion 6f is integrally formed, and the hollow support 6 is formed to have an expected inner and outer width L like the support 5. ing. Further, screw receivers 6g and 6h having a substantially C-shaped cross section are formed approximately in the center of the mounting piece 6d and in the longitudinal direction of the joint between the mounting piece 6d and the edge piece 6e. From the lower ends of the webs 6a, 6b of the hollow support 6 formed in this manner, a locking piece 6j is formed to protrude inwardly and upwardly from approximately the center at a predetermined height position. A drain hole 6k is provided at a predetermined position below the drain hole 6k. The pillars 5 and hollow pillars 6 formed in this way are buried at predetermined positions along the site boundary line, with the lower end sides buried for a predetermined length with the mounting pieces 5b and 6d facing inward and outward, and the upper ends of each are buried in a high wall. It is aligned and erected at a predetermined height position of the section 2 and the low wall section 3. Base rails 7 for attaching tiles 9 are attached to the outdoor side of the pillars 5 and 6 of the foundation wall erected in this manner so as to shield the outdoor side.

As shown in FIG. 4, this base rail 7 has an upper base rail 7A and an intermediate base rail 7B, each of which is made of extruded light alloy material such as aluminum, and is formed into a long length. The cross-sectional shape of the mounting web 7A has a predetermined width (in this example, it is formed to a width that allows three rows of tiles 9 to be arranged) along the longitudinal direction of the outdoor side of the mounting web 7a, starting from the upper side and moving sequentially toward the outdoor side. A holding piece 7b tilting downward and having a protrusion on the lower surface, a first receiving piece 7c having a substantially hook-shaped cross section that tilts slightly downward toward the outdoors and further bending upward, and a groove portion 7 that slightly overhangs toward the outdoor side and opens upward on the outdoor side.
e, has a protrusion on the lower surface, and has a groove 7.
A gap 7 that opens downward between e and the web 7a
A first receiving groove piece 7d having a shape f is formed, and the following steps are performed.
A second receiving groove piece 7g, a second receiving groove piece 7h, a third receiving groove piece 7j, and a third receiving groove piece 7k having the same shape as the first receiving groove piece 7c and the first receiving groove piece 7d are formed at predetermined intervals, respectively. ing. Further, a screw receiver 7 is formed on the lower surface of the joint between the second receiving piece 7g and the web 7a. In addition, the intermediate base rail 7B has a receiving groove piece 7d instead of the holding piece 7b of the upper base rail 7A.
A substantially hook-shaped insertion piece 7m that can be inserted into the gap 7f of 7h and 7k is formed, and the other parts are formed in the same manner. The upper base rail 7A formed in this way is fixed to the upper part between the pillars 5 and 6 of the high wall section 2 and the low wall section 3 with screws 8, and an intermediate base rail is attached to the lower side of the upper base rail 7A. The insertion piece 7m is inserted into the gap 7f of the third receiving groove piece 7k provided at the lower end of the upper rail in sequence and fixed with the screw 8, so that the outdoor side of the columns 5 and 6 is shielded. A tile 9 is attached to the outdoor side of the base rail 7 installed in this manner.

The tile 9 is, for example, a brick-like tile, and has a rectangular main body 9a as a main body, and the back side of the main body 9a has an upper convex portion 9b that engages with the receiving pieces 7c, 7g, and 7j of the base rail 7, and a receiving part. Groove pieces 7d, 7h, 7
A lower convex portion 9c is formed to engage with the main body 9.
A holding convex portion 9d is formed near the back side of the upper edge of a. The tile 9 formed in this way has its convex portions 9b and 9c aligned with the receiving pieces 7c and 7 of the base rail 7.
g, 7j and the receiving groove pieces 7d, 7h, 7k, and between the holding piece 7b and the presser convex part 9d and between the receiving groove pieces 7d, 7h, 7k and the presser convex part 9d as shown in the figure. A curved spring member 10 is interposed between and pressed from above.

The spandrails 11 attached to the site side of the supports 5 and 6 of the high wall section 2 and the low wall section 3 are made by bending or extruding light alloy panels such as aluminum, and are approximately U-shaped. The shielding body 11a is the main body, and there are two types of shielding body 11a, a wide type and a narrow type.A mounting piece 11c is formed on the upper edge 11b of the shielding body 11a, and the mounting piece 11c has approximately Hook-shaped locking piece 11d
is formed protrudingly. Further, the end portion of the lower edge 11e is folded back inward to form an engaging piece 11f. Further, the lower mounting rail 12 is attached to the lower side of the supports 5 and 6 of the high wall section 2 and the low wall section 3, and is integrally formed with a mounting piece 12a and a locking piece 12b having a substantially hook-shaped cross section. . The lower mounting rail 12 formed in this way is fixed with screws 8 between the site-side lower parts of the pillars 5 and 6 of the high wall section 2 and the low wall section 3, and the spanned rail 11 is attached from below. The coupling piece 11f is engaged with the locking piece 12b, and the mounting piece 11c is fixed with the screw 8. Furthermore, the locking piece 1 of this spand rail 11
The engagement piece 11f of the upper spand rail 11 is engaged with the upper spand rail 1d and fixed with the screw 8, and the posts 5 and 6 of the high wall section 2 and the low wall section 3 are sequentially installed.
It is screened on the side of the site.

In addition, in the high wall part 2, the narrow shield 11
The spandrail 11 of A is used as an example. On the low wall portion 3 side of the foundation wall thus formed, an upper fence 13 is erected via the hollow supports 6.

On this upper fence 13, as shown in FIG.
9, there are an upper fence 13A that is attached continuously to the outside of the site, and an upper fence 13B that is attached to the side of the fence support column 19 shown in FIG. Figures 6 to 9
This will be explained with reference to the figures.

As shown in FIG.
6, and a hollow support 6 erected on the low wall part 3
Multiple fence posts 19 fitted and fixed to
Each of these components is made of a light alloy material such as aluminum.

As shown in FIG.
4c and 14d to form a rectangular tube shape having a hollow portion 14e, and a mounting piece 14f having a predetermined length is vertically provided in the longitudinal direction at the center of the lower surface of the lower piece 14b. In addition, the cross-sectional shape of the lower crosspiece 15 is the upper piece 15.
a, the inner and outer side pieces 15b, 15c, and a lower piece 15d having a generally dish-shaped cross section is formed slightly above the lower end of the inner and outer side pieces 15b, 15c, and is formed into a rectangular cylinder shape having a hollow part 15e; Grooves 15f are formed in the longitudinal direction of the inside and outside of the lower surface of the lower crosspiece 15, and
A mounting piece 15g of a predetermined length is provided on the upper surface of the upper piece 15a in the longitudinal direction, facing the mounting piece 14f of the upper crosspiece 14.

Further, as shown in FIG. 7, the plate panel 16 is
Its cross-sectional shape is mainly composed of a web 16a having a predetermined width, and a fitting portion 16b is formed at the left end of the web 16a in the drawing, and a fitting receiving portion 16c is formed at the right end. That is, near the left end of the web 16a, a substantially hook-shaped projecting piece 16d is provided on one side, and is attached to the mounting pieces 14f, 15g of the upper and lower crosspieces 14, 15.
A groove 16e into which the web 16a can be fitted is formed, and a protruding piece 16e is formed at the end of the web 16a toward the site side.
Decorative pieces 16f are formed at the ends of the decorative pieces 16f, each of which is bent toward the outdoor side in a substantially symmetrical shape.
A substantially hook-shaped locking edge 16g is formed at the end of 6f. Further, the right fitting receiving portion 16c is similarly provided with a substantially hook-shaped protrusion 16d protruding from the upper and lower crosspieces 16c.
A groove 16e into which the mounting pieces 14f and 15g of No. 4 and 15 can be fitted is formed, and the end of the web 16a has a substantially symmetrical shape toward the site, and the end of the projecting piece 16e has a groove 16e extending toward the outdoors. A bent decorative piece 16f is formed, and an engaging edge 16h is formed at the end of the decorative piece 16f. Adjacent plate-shaped panels 16 formed in this manner are connected by fitting the fitting portions 16b and the fitting receiving portions 16c into each other in the shape of palms together. The plate panel 16 formed in this manner is installed between the upper and lower crosspieces 14 and 15, and the upper and lower crosspieces 14 and 15 are attached to the hollow portion 14 of the upper and lower crosspieces.
e, 15e, each of which is formed into a predetermined length by a connecting member 17 fitted inside,
In order to attach the plate-like panel 16 to the mounting pieces 14f and 15g, the protruding pieces of the panel 16 are fitted and engaged, and the fitting portions 16b and the fitting receiving portions 16c are fitted in a shape of palms together. Therefore, cut portions C are formed at predetermined positions on the left and right of the household interval P, and each plate-like panel 16 is fitted and attached. In addition,
In this case, as shown in the figure, the web 16a of one of the adjacent panels is located on the outdoor side of the mounting pieces 14f, 15g, and the other web 16a is used inverted so that it is on the indoor side. The plate panel 16 attached in this manner is fixed at its upper and lower ends by caulking K at the locations where the mounting pieces 14f and 15g fit into the grooves 16d, as shown in FIG. At the same time, it is attached via upper and lower fixing fittings 32, 33 to the fence support post 19 which is fitted and fixed to the hollow support post 6 of the low wall portion 3 formed in this way (see FIG. 6).

In addition, the upper fence 13B that is attached to the side surface of the fence support post 19 in abutting manner can be attached with its upper and lower crosspieces 14 and 15 between the high wall part 2, the fence support post 19, and the fence support post 19, as shown in FIG. A plate panel 16 is attached between the upper and lower crosspieces 14 and 15 to form an upper fence 13B in the same way as the upper fence 13A. installed.

The upper fence 13A, 1 formed in this way
3B, a fixing block 18 is fitted and fixed to the hollow support 6 of the low wall portion 4, as shown in FIGS. 10 to 13.

This fixing block 18 is provided so as to be able to fit between the recesses 6c of the hollow columns 6 of the low wall portion 3, and is supported by the locking pieces 6j, and is made of a light alloy material such as aluminum and has a substantially rectangular trapezoid shape. A rectangular receiving recess 18a having a predetermined depth is formed on the upper side in the figure, and a rectangular receiving recess 18b, which is slightly larger than the receiving recess 18a, is formed on the lower side. By using it inverted, it is possible to fit and support fence posts 19 of large and small diameters,
Drain holes 18d are provided through the partition walls 18c of both the recesses 18a and 18b. A fence support 19 is attached to the hollow support 6 in which the fixed block 18 is housed in this manner. This fence support post 19 is formed into a rectangular cylindrical body having a predetermined length and has an expected width relatively smaller than the expected width L, and has a predetermined length on the supports 5 and 6 that can be fitted and inserted into the receiving recess 18a of the fixed block 18. A through-hole position 9c that is aligned with each other is provided at approximately the center of the inner and outer side pieces 19a and 19b at a predetermined height position, and a fixing bracket 20 having a substantially L-shaped cross section is inserted between the inner and outer side pieces 19a and 19b through a mounting bolt 21. It is attached in a protruding manner in the direction. The fence support posts 19 formed in this way are fitted into the hollow support posts 6 of the low wall section 3 and fixed to the fixing blocks 18.
is fitted into and supported by the receiving recess 18a of the
A horizontal fixing piece 20a of the fixing bracket 20 is brought into contact with the top surface of the support column 6 and is screwed into a screw receiver 6g by a screw 8a. A cap 22 is fixed by screws 8, 8b via screw receivers 5d, 6h between the upper ends of each of the pillars 5, 6 of the low fence section 3 in which the fence pillars 19 are erected in this way. This Kasagi 2
The cross-sectional shape of 2 is a web 22a having a predetermined width, and on both sides of the web 22a are tiles 9 attached to the inside and outside of the low wall part 3, and sides that are hung vertically on the side of the upper end of the spandrel 11 and cover the same end edge. A piece 22b is provided, and an edge piece 22c that faces inward and projects horizontally is formed at the lower end of the same side piece 22b. Further, on the upper end side of the hollow column 6, a column cover 23 is inserted through the fence column 19 to shield the upper end of the hollow column 6, and also fixes the ends of the left and right caps 22 in a shielding manner through the screw receiver 6h. It is screwed together with a screw 8b. In addition, the end of the Kasagi 22 on the side of the high wall 2 is connected to the intermediate support 5 on the side of the fence 13A of the same high wall 2.
A is connected and supported via a support bracket 24.

This support bracket 24 is shown in FIGS.
As shown in Fig. 5, it is attached at a predetermined height position of the intermediate support 5A to connect and fix one end of the cap 22 of the low wall section 3, and the mounting piece 24a attached to the web 5a of the intermediate support 5A is the same. It is formed to have a cross-sectional shape that follows the bent shape of the web 5a, and has a narrow base support part 24c at its upper end that can be inserted between the edge pieces 5c of the intermediate support 5A, and a cap 22 on the side of the support 5 on its tip side. A supporting piece 24b consisting of a wide supporting part 24d capable of supporting the rim is formed into a substantially L shape and is fixed with a screw 8 such that the position can be adjusted along between the edge pieces 5c. 22 is placed, and a corner cover 25 is placed on the top surface of the corner cover 22.
are superimposed and integrally attached by screws 8. As shown in FIG. 16, this corner cover 25 is for shielding the edge of the cap 22. The corner cover 25 has an upper shielding piece 25a having a predetermined width along the web 22a of the cap 22, and has the cap 22 at both ends. hanging correspondingly along the outer surface of the edge piece 22c,
Also, it is integrated with a side shielding piece 25b that extends along a side piece 27b of an upper cover member 27, which will be described later, and shields the end of the side edge 22c, which is attached along the side surface of the intermediate support 5A of the high wall part 2. It is formed.

In addition, as shown in FIG. 17, a lower cover member 26 is attached between the edge pieces 5c provided below and opposite to the mounting portion of the support bracket 24 on the side surface of the intermediate support 5A of the high wall portion 2. There is. The cross-sectional shape of this lower cover member 26 is vertical and has a predetermined width. A side piece 26b having substantially the same cross-sectional shape corresponding to the side piece 22b of the cap 22 is formed at the site-side end of the web 26a, which has a predetermined width. An engagement piece 2 having an arrowhead-shaped locking protrusion 26d at the tip that abuts and engages with the outdoor edge piece 5c of the intermediate support 5A is provided at the outdoor end of the intermediate support 5A.
6c is formed. Further, on the inner surface of the web 26a, a locking protrusion 26f is provided opposite to the engaging piece 26c and abuts and engages with the edge piece 5c on the site side of the intermediate support 5A.
An engaging piece 26e is formed having the same shape as the engaging piece 26e, and a projecting piece 26g that comes into contact with the side edge 5c is formed close to the engaging piece 26e. In addition, at the outer end of the outdoor engagement piece 26c, there is a side attachment piece 26h that extends toward the outdoors in correspondence with the edge piece 5c of the intermediate support 5A, and from the same outer end, there is a side attachment piece 26h that extends approximately to the attachment piece 5b of the intermediate support 5A. An outer mounting piece 26j having a substantially hook-shaped cross section is formed so as to be bent on the same plane. The lower cover member 26 formed in this way has its engaging pieces 26c, 26
e is elastically engaged with the inner and outer edge pieces 5c, and is fixed to the intermediate support 5A by the screw 8 from the side attachment piece 26h side.

Also, the edge piece 5 on the upper side of the support bracket 24
As shown in FIG. 16, there is an upper cover member 2 between
7 is installed. This upper cover member 27
shields the upper side of the intermediate support 5A, and
The ends of the upper fence 13A are fixed, and the cross-sectional shape has a width corresponding to the web 22a of the cap 22. At both ends of the web 27a, there are side pieces corresponding to the side pieces 22b of the cap 22 and having approximately the same cross-sectional shape. 27b
A dovetail groove 27c is formed along the longitudinal direction of the web 27a toward the outdoors, and the groove 27c abuts against the edge piece 5c of the support 5a.
An engaging protrusion 27d that abuts and engages with the edge piece 5c is protruded from the back side of 7c. In addition, the web 27a
Edge piece 5c of intermediate support 5A is placed on the inner side of the site near the site.
An engaging piece 27e having an arrowhead-shaped locking protrusion 27f at its tip that abuts and engages is formed, and a projecting piece 2 that is close to the engaging piece 27e and abuts on the edge piece 5c.
7g is formed. Note that 27h is a screw receiver formed along the longitudinal direction of the upper cover member 27. The upper cover member 27 formed in this manner is elastically engaged with the intermediate support 5A via the engaging protrusion 27d and the engagement piece 27e, and its upper end surface is attached at approximately the same position as the upper end of the intermediate support 5A. ing. Upper cover member 2 installed in this way
18 to 20 between the ends of the capboard 22 installed between the upper end of 7 and the upper end of the pillar 5 of the high wall section 2.
A corner cap 28 is attached as shown in the figure. This corner cap 28 is a web 28a that shields the edge of the web 22a of the cap 22 and the upper end surface of the upper cover member 27, and is located at three edges of the web 28a, and is located at the end of the side piece 22b of the cap 22 and the upper cover member. A side edge 28b surrounding a predetermined width portion of the upper end portion of 27 is integrally formed. The corner cap 28 formed in this way is connected to the Kasagi 2.
2 and the upper end of the upper cover member 27 in a crown-like manner, and screw receivers 27h,
It is fixed with a screw 8 via 5d.

At predetermined upper and lower positions of the dovetail groove 27c of the upper cover member 27 attached to the high wall part 2 in this way, the mounting members 29 for mounting and fixing the upper and lower crosspieces 14 and 15 of the fence 13A are attached via the receiving members 30. It is attached with bolts 21 so that its position can be adjusted up and down. In addition, the fence 13A is the upper and lower crosspiece 1
Lower pieces 14b, 15 of the ends on the high wall part 2 side of 4, 15
d is cut out to a predetermined length and is formed to be able to be placed over the mounting member 29, and is fixed to the fence support column 19 by upper and lower mounting brackets 32, 33, and is attached to the upper and lower crosspieces 14, 15. The end is the mounting member 2
9 with screws 8. As shown in Fig. 11, the expected width H1 of the fence 13A attached to the fence support post 19 is the distance from the surface of the fence support support 19 of the foundation wall on the outside of the site to the surface of the foundation wall supports 5 and 6 on the outside of the site. It is formed smaller than the sum H2 of the width h1 and the width h2 from the surface of the pillars 5 and 6 of the foundation wall on the outside of the site to the surface of the foundation wall on the outside of the site.

When the upper fence 13B is attached, an upper cover member 31 is attached between the edge pieces 5c above the support bracket 24 instead of the upper cover member 27, as shown in FIG. The cross-sectional shape of this upper cover member 31 has a width corresponding to that of the web 22a of the Kasagi 22. Side pieces 31b having substantially the same cross-sectional shape as the side pieces 22 of the Kasagi 22 are formed at both ends of the web 31a, and web 31
A dovetail groove 31c is formed in the center of the dovetail groove 31c along its longitudinal direction, and at symmetrical positions on the back side of the left and right webs 31a of this dovetail groove 31c are intermediate struts 5A.
An engaging piece 31d having an arrowhead-shaped locking protrusion 31e at its tip that abuts and engages with the edge piece 5c is formed, and a projecting piece 31f that comes into contact with the edge piece 5c is formed close to the engaging piece 31d. has been done. Note that 31g is a screw receiver formed along the longitudinal direction of the upper cover member 31. The upper cover member 31 formed in this way is attached to the intermediate support 5 via the engagement piece 31d.
A is elastically attached to the upper fence 13B, and the upper and lower crosspieces 14, 1 of the upper fence 13B are attached to the dovetail groove 31c.
5 is attached via a mounting member 29.

Next, the operation and effects of this embodiment configured as described above will be explained.

Now, in this example combination fence 1, upper fences 13A and 13B are provided continuously or partially only in the upper part on one side from the intermediate support 5A of a foundation fence formed by erecting a plurality of supports 5 and 6. The mounting parts of the upper fences 13A and 13B connect the fence supports 19 to the upper part of the hollow supports 6 of the low wall part 3, and connect the fence supports 19 to the foundation fence from the outside surface of the site. The sum H2 of the width h1 of the pillars 5 and 6 to the outside of the site and the width h2 of the foundation wall from the outside of the site of the pillars 5 and 6 to the outside of the site of the foundation wall is calculated as The upper fence 13B is formed to be larger than the expected width H1 so as to butt against the side surface of the fence support column 19, and
When the upper fence 13A is installed outside the site of the fence support column 19, the upper fence 13A,
On the side of the intermediate support 5A opposite to the side of 13B,
Cover members 27, 31 provided with dovetail grooves 27c, 31c that serve as attachment parts for the upper fences 13A, 13B corresponding to the positions of the upper fences 13A, 13B.
The structure is such that the upper fences 13A and 13B are fixed by attaching the upper fences. Therefore, from the outside surface of the fence support 19 to the foundation wall support 5,
Upper fence 13A,
Since it was formed larger than the expected width H1 of 13B,
In particular, even if the upper fence 13A is continuously attached to the outside of the fence support post 19, it can be accommodated within the expected width of the foundation wall, and the upper fence 13A relative to the fence support support 19 can be
Even if the aspects of 3A and 13B are changed, this can be coped with by only changing the upper cover members 27 and 31, without requiring any other changes, and construction can be easily performed.

In the above embodiment, the spandrail 11 is attached to the site side of the low wall part 4, but the structure is not limited to this, and for example, the tile 9 may be attached. It is also possible to have a configuration in which it is not attached.
In addition, the side of the site of the high wall section 2 is equipped with a span rail 11.
Instead, a configuration may be adopted in which tiles 9 are attached.

(Effects of the invention) The present invention is a combination fence in which an upper fence is attached only to the upper part of the foundation wall, which is formed by erecting multiple pillars, continuously or partially to one side from the intermediate pillar position. The attachment part of the upper fence connects the fence support to the top of the support of the foundation wall, and the width from the surface of the fence support on the outside of the site to the surface of the foundation wall support on the outside of the site, and the foundation. The sum of the width from the outside surface of the fence support to the outside surface of the foundation wall is larger than the expected width of the upper fence, and the upper fence is butted against the side of the fence support, or the fence is A structure in which the upper fence is fixed by attaching a cover member to the side of the intermediate support that is opposite to the side of the upper fence, and which has an attachment part for the upper fence corresponding to the position of the upper fence. As a result, the estimated width of the fence supports is set to be relatively smaller than the expected width of the supports, so even if the upper fence is installed continuously outside the site of the fence supports, the width of the foundation fence is In addition to being able to fit within the expected width, even if the aspect of the upper fence relative to the fence supports is changed, this can be handled by simply changing the upper cover member, without requiring any other changes. This is an extremely practical idea for a combination fence because it can be easily carried out.

[Brief explanation of the drawing]

The drawings show one embodiment of the present invention, and FIG. 1 is a schematic front view of a combination fence, FIG. 2 is a schematic horizontal sectional view, FIG. 3 is a horizontal sectional view of a low wall part, and FIG. A vertical cross-sectional view of the combination fence, Figure 5 is a partial front view of the upper fence attached to the outside of the site with fence supports,
Figure 6 is a vertical cross-sectional view of the upper fence, Figure 7 is a cross-sectional view taken along the - line in Figure 5, Figure 8 is a partially cutaway front view of the lower part of the upper fence, and Figure 9 is a side view of the fence support column. Fig. 10 is a longitudinal sectional view of the upper fence installed in a butt-like manner, and Fig. 10 is a longitudinal sectional view of the hollow support.
Figure 11 is a sectional view taken along the - line in Figure 10, Figure 12 is a sectional view taken along the - line in Figure 10, and Figure 13 is a sectional view taken along the - line in Figure 10.
Figure 14 is a - line sectional view of Figure 1.
15 is a sectional view taken along the - line in FIG. 14, FIG. 16 is a sectional view taken along the - line in FIG.
7 is a sectional view taken along the - line in FIG. 14, FIG. 18 is a plan view of the corner of the high wall, FIG. 19 is a sectional view taken along the - line in FIG. 18, and FIG. 20 is a side view of the corner. FIG. 21 is a horizontal cross-sectional view showing how the upper fence is attached to the fence support column in an abutting manner. 1... Combination fence, 2... High wall part, 3... Low wall part, 5... Support, 5A... Intermediate support, 6... Hollow support, 13A, 13B... Upper fence, 19...
...Fence pillar, 27, 31...Top cover member.

Claims (1)

[Scope of utility model registration request] It is a combination fence in which an upper fence is attached only to the upper part of the foundation wall, which is formed by erecting a plurality of columns, continuously or partially to one side from the position of the middle column of the foundation fence, and the attachment part of the upper fence is In addition to connecting fence supports to the tops of the foundation wall supports, the width from the surface of the fence support posts on the outside of the site to the surface of the foundation wall supports on the outside of the site, and the width from the surface of the foundation fence support posts outside the site to the foundation. The sum of the width of the fence to the outside surface of the site is made larger than the expected width of the upper fence,
The above-mentioned upper fence is attached to the side of the fence support post in abutting manner or on the outside of the fence support site, and the upper fence corresponding to the position of the upper fence is installed on the side of the intermediate support where the side part of the upper fence faces. 1. A combination fence characterized by having a structure in which an upper fence is fixed by attaching a cover member having a section.