JPS63130852A - Top beam apparatus for mounting pillar of handrail or fence - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

Detailed Description of the Invention (Industrial Field of Application) The present invention provides a handrail for a shade tree provided on a parapet.
The present invention relates to a capping device for maintaining watertightness around a pillar when installing a pillar such as a fence.

(Prior art) Generally, when installing handrails, fences, etc. on a cap on a parapet, the pillars for these handrails, fences, etc. often pass through the cap and fix the base to the parapet. Caulking must be applied around the general opening and the cap to seal the joint between the cap and the pillars.

However, in conventional Kasagi equipment, watertight treatment was achieved by installing a sealing receiver between the Kasa wood and the pillars, and applying caulking to this sealing receiver, but applying caulk between the Kasa wood and the pillars was troublesome. In addition, the size of the pillars, the position of the pillars, the spacing, etc. vary widely, and it cannot be confirmed without going to the site, so the sealing receiver must be made on site. Since it was formed integrally with the parapet, if a handrail was previously installed on the parapet, when constructing the shade wood between the pillars,
The cap timbers are pressed from above the parapet and attached to holders fixed on the parapet at predetermined intervals, but in order to do so, the cap timbers are pressed from between the parapet and the parapet and the horizontal beams installed horizontally between the pillars. must be inserted and placed on the parapet and then pressed from above. However, there is not much space between the horizontal beams and the parapet, making it difficult to install the timber cap.

(Technical Problem of the Invention) The present invention was developed in view of the above circumstances, and provides a handrail that can easily make watertight the joint between a pillar and a cap.
The first technical challenge for installing fences and other pillars is to provide a kasagi device.

A second technical object of the present invention is to provide a device for attaching a handrail, fence, etc. to a pole, which can facilitate the installation of a handrail, fence, etc. .

(Means for Solving the Problems) In order to solve the above problems, the handrail, fence, etc. pillar mounting device according to the present invention is installed at a certain interval on the top of the parapet. While installing the parapet, pillars such as handrails and fences are installed at appropriate intervals on the top of the parapet, and side sealing support members are installed in parallel on both sides of the pillars along almost the entire width of the top of the parapet. On the other hand, an inner sealing receiving member and an outer sealing receiving member are arranged in parallel in the longitudinal direction of the parapet on the indoor side and the outdoor side of the pillar, respectively, in a bridging manner to the side sealing receiving member.

The kasagi device for attaching pillars of handrails, fences, etc. according to the present invention is also characterized in that the kasagi device has an L-shaped main kasa wood that covers the top of the parapet and the indoor side, and a sub-rail that covers the outdoor side of the parapet. The length of the main cap wood is approximately the same as the distance between adjacent columns, and the sub-reinforced wood is at least longer than the main cap wood. .

Note that in the present invention, the sealing receiving member refers to a member that receives a sealing material, and is not limited to a member that receives a normal adhesive sealing material. The sealing material may also be made of rubber, resin, or the like.

(Operations and Effects of the Invention) As described above, the present invention provides side sealing receiving members on both sides of a pillar fixed to a parapet along substantially the entire width of the parapet, and on the indoor side and roof side of the pillar. On the outside, by combining vertical and horizontal sealing members, an inner sealing receiving member and an outer sealing receiving member are arranged in parallel with the side sealing receiving members in a bridging manner in the longitudinal direction of the parapet. Installation may be due to misalignment,
Even if there is a difference in the spacing between the pillars, a sealing receptacle can be easily formed around it, and since the sealing receptacle is provided on the parapet, caulking work is easy and necessary. Since it requires only a minimum amount of water, it is possible to easily make watertight the joint between the pillar and the cap.

Further, according to the present invention, since the hat wood is divided into two in the length direction, first, the planar edge of one of the L-shaped main members is separated from between the parapet and the horizontal rail of a handrail, fence, etc. All you have to do is fix it in the holder and then connect the long sub-reinforced timbers to the outdoor side of the main hat timbers to form a U-shape.
Construction work is very easy. Moreover, the length of the main hat timbers is approximately equal to the distance between adjacent pillars, so even if the pillars are installed before the capstone construction, the main hat timbers can be easily installed by placing them between the pillars. can. Also, only the joints of the sub-reinforced timbers appear on the outdoor side, but since the sub-reinforced timbers are longer than the main cap timbers, the spacing between the joints is also longer, which not only improves the overall appearance, but also prevents rainwater from entering from the outdoor side. The possibility can also be lowered.

(Example 1) Embodiments of the present invention will be described below with reference to the drawings.

Fig. 1 is a perspective view of the Kasagi device with the Kasagi removed, Fig. 2 is a plan view thereof, Fig. 3 is a cross-sectional view of the Kasagi with the Kasagi device, and Fig. 4 is a perspective view of the Kasagi device with the Kasagi removed. 5(a), (b), (c), and (d) are explanatory views of the constituent members of the sealing receiver.

In the above figure, numeral 1 indicates Kasagi. This cap 1 is made by attaching a plurality of cap timbers 1a to holders 3 installed at predetermined intervals on the top of the parapet 2, and installing them in series. Pillars 4 such as handrails and fences are provided.

In the above-mentioned Kasagi, watertightness around the pillars 4 is achieved by arranging a sealing receiver A having the following configuration between two holders 3 on the top of the parapet 2, that is,
The sealing receiving part A includes side sealing receiving members 5 arranged in parallel along substantially the entire width of the parapet 2 on both sides of the pillar 4, and side sealing receiving members 5 arranged in parallel in the longitudinal direction of the parapet 2 on the indoor and outdoor sides of the pillar 4. The inner sealing receiving member 6 and the outer sealing receiving member 7 are provided, and the outdoor sealing receiving member 7 and the indoor sealing receiving member 6 are formed in a bridging shape on the both side sealing receiving members 5. .

In the above-mentioned sealing receiving part A, each side sealing receiving member 5 has an elongated member 10 having a rectangular cross-section and consisting of a horizontal piece a and a vertical piece and extending over the width of the parapet 2, as shown in FIG. 5(a). In addition, it may be formed by bending, cutting, or other processing. Similarly, for the outdoor ceiling receiving member 7 and the indoor ceiling receiving member 6, as shown in FIGS. It may be formed by bending, bending, cutting, etc., and when attaching the sealing members 5, 6, 7, support members 8 are provided on the outdoor side of both holders 3 in advance. This support member 8 can be obtained by bending and notching an elongated member having a Z-shaped cross section, as shown in FIG. 8(d).

Next, when forming the sealing receiving part A with the above-mentioned structural members, first place and fix the supporting member 8 inside the Kasagi receiving part 26 which is raised up at the outdoor end of the holder 3 on both sides of the pillar 4, and then Side sealing receiving members 5 are arranged in parallel along both sides of 4.

Place the leg piece 11 at the outdoor end on the support member 8,
The indoor end pressure bending part 12 is made to follow the indoor side surface of the parapet 2. At this time, it is preferable to arrange a cushioning material 13 such as sponge or rubber at the lower part of the side sealing receiving member 5, and the outer sealing receiving member 7 and the inner side are arranged along the outdoor side and the indoor side of the pillar 4, respectively. Sealing receiving member 6
are arranged, and each end thereof is arranged in parallel on the side sealing receiving member 5 in a bridging manner. In addition, it is preferable that the side, outer and inner sealing receiving members 5.6.7 are fixed to each other by rivets, double-sided adhesive, etc., so that the parapet 2
A sealing receiving part A is formed around the pillar 4 in most part by the horizontal piece a and the vertical piece A of each of the above-mentioned members. At this time, the upper end surface of the vertical piece shall be at the same level as the Kasagi receiving surface of the holder 3. Finally, as described later, after the cap wood 1a is attached to the holder 3, the sealing receiving part A
The cap wood 1a and the pillars 4 may be made watertight by kneeking them (see Fig. 3).

According to the above-mentioned Kasagi device, the sealing members 5.
By combining 6.7, it is possible to easily form the sealing receiving part A around any pillar 4, regardless of differences in pillar thickness, mounting position, spacing between pillars, etc. In addition, since the sealing receiving part A is provided on the parapet 2, caulking work is easy and the continuous joint between the pillar 4 and the cap can be made watertight with ease.

Next, as shown in FIG. 3, the hat lumber 1a is composed of an L-shaped main shade lumber 14 that covers the top and indoor side of the parapet 2, and a sub movable lumber 15 that covers the outdoor side of the parapet 2. There is. The main hat wood 14 is formed to have substantially the same spacing as the above-mentioned adjacent pillars 4, and has a top plate portion 16 and side plate portions 17 bent in an L shape, and engages a hanging edge 18 at the end edge of the top plate portion 16. A locking protrusion 19 and a locking protrusion 20 are formed, and a bent locking portion 21 is formed at the end edge of the side plate portion 17. Further, the sub movable timber 15 is formed at least longer than the main hat timber 14, and has locking portions 22, 23 formed at its upper and lower ends. The longitudinal ends of the main cap timbers 14 are notched in an L-shape to form a double shape, and by connecting the ends of the adjacent main cap timbers 14 in the horizontal direction, the connecting ends are provided with holes for inserting the pillars 4. It is configured such that an opening 24 is formed. Note that the L-shaped notch may be reversed to the above.

When attaching the main hat wood 14 and the secondary hat wood 15 having the above structure to the holder 3, first, between the pillars 4 such as handrails and fences, the top plate of the main hat wood 14 is The part 16 is inserted in a substantially horizontal direction, and the locking protrusion 20 on the outdoor side is locked in the Kasagi receiving part 26 of the holder 3, and the bent locking part on the indoor side is elastically inserted into the locking piece 3a of the holder 3. to be locked. In the same way, another main cap wood 14- is attached next to the main cap wood 14, and as shown in FIG. The material 14 is installed in a row. Next, on the outdoor side of the pillar 4, the locking portions 22, 23 at the upper and lower ends of the sub movable timber 15 are respectively locked to the locking protrusion 19 of the main hat timber 14 and the locking piece 3a of the holder 3. As a result, the main cap lumber 14 and the sub movable lumber 15 are each integrally connected to form a U-shaped cap lumber 1.
Configure. Note that an opening 24 for inserting the pillars 4 is formed between the connecting ends of the adjacent main hat timbers 14, and
Since the above-mentioned sealing receiving part A is formed in the lower part thereof, caulking 28 can be applied to the connecting end of the main hat timber 14 and between the end of the main hat timber 14 and the pillar 4.

In the above-mentioned cap structure, it is much easier to insert the top plate part 16 of the main cap lumber 14 from between the horizontal crosspiece of a fence etc. and the parapet 2 than to insert the U-shaped cap lumber 1a from the beginning. It is. In addition, the length of the main hat wood 14 is the length of the adjacent pillar 4.
Since the spacing is approximately equal to the distance between the pillars 4, even if the pillars 4 are installed before the cap construction, the main hat wood 14 can be easily installed by placing them between the pillars 4. Furthermore, only the joints of the secondary moving timber 15 appear on the outdoor side, but
is longer than the main cap wood 14, so the joint spacing is also longer,
This not only improves the overall appearance, but also reduces the possibility of rainwater entering from the outside. Furthermore, since the main hat wood 14 is installed by inserting it horizontally, the installation work is easy even if the distance between the parapet and the handrail horizontal beam 25 is narrow.

(Example 2) Next, FIG. 6 shows another embodiment of the sealing receiving part A.

In the figure, the side sealing receiving member 5 has a sealing groove 30 formed inside and a gutter groove 31 formed outside. In addition, the outer sealing receiving member 7 and the inner sealing receiving member 6 are each made by processing the elongated member 10 having an angular cross-section into an L-shape as shown in FIGS. The sealing receiving part A is constructed by placing it on the sealing groove 30, which is a shallow groove of the sealing receiving member 5, and providing the other piece 33 on both sides of the sealing receiving member 5 in a bridging manner. In this case, the sealing receiving part A is shaped like a two-shape along the butt part of the main cap wood 14, so that a reliable sealing receiving part A is formed only in the part necessary for sealing the joints of the cap wood. become. Note that in this example, since the gutter groove 31 is formed, rainwater that has leaked in can be discharged from the gutter groove 31.

(Example 3) Next, FIG. 7 shows another embodiment of the sealing receiving part A.

In the figure, the sealing receiving part A is formed by disposing plate-shaped inner and outer sealing receiving members 6.7 with sealing receiving grooves in a bridging manner between the side sealing receiving members 5. In this case, the spring material 34 with legs is placed under the sealing receiving members 5 on both sides, and the spring material 34 is fixed to the inner and outer sealing receiving members 6.7 with screws or the like, so that the whole is integrated. Preferably, they are combined.

[Brief explanation of the drawing]

Fig. 1 is a perspective view of the present invention in which the cap wood is removed using a cap device used for mounting pillars such as handrails and fences, Fig. 2 is a plan view thereof, and Fig. 3 is a cross-section of the cap wood having the above-mentioned cap board device. FIG. 4 is an explanatory diagram of the arrangement of the cap wood, FIGS. FIG. 7 is an explanatory diagram of another example of the Kasagi device. Code 1... Kasagi, 2..., 3..., 4... Pillar,
5... Side sealing receiving member, 6... Inner sealing receiving member, 7... Outer sealing receiving member, 14...
Main cap wood, 15...auxiliary reinforcement wood

Claims (2)

[Claims] (1) A plurality of hat timbers are connected to holders placed at predetermined intervals on the top of the parapet, and pillars such as handrails, fences, etc. are installed at appropriate intervals on the top of the parapet. In addition, on both sides of the above-mentioned pillars, side sealing receiving members are installed in parallel along the entire width of the top of the parapet, while on the indoor and outdoor sides of the above-mentioned pillars, inner sealing receiving members are installed in the longitudinal direction of the parapet. A capping device for attaching to a post such as a handrail or fence, characterized in that outer sealing receiving members are arranged in parallel with the side sealing receiving members in a bridging manner. (2) In the Kasagi device according to claim 1,
The L-shaped main cap wood covers the top of the parapet and the indoor side, and the secondary cap wood covers the outdoor side of the parapet, and the length of the main cap wood is equal to the length between the adjacent pillars. A capstone device for attaching to pillars of handrails, fences, etc., characterized in that the distance between the subcaps is approximately the same as that of the main cap, and the subcaps' timbers are at least longer than the main cap's timbers.