JPH05801U - Outdoor aisle roof unit - Google Patents

Abstract

(57) [Abstract] [Purpose] A roof unit with a simple structure can be installed by simple construction in the outdoor passageway on the second floor of buildings such as apartments, improving the comfort of using the outdoor passageway. To let. [Structure] A first board receiving member 20 is attached to an upper position of an outer wall 12, and a second board receiving member 22 is provided at an upper end of a plurality of pillars 18 extending upward at predetermined positions of a handrail 16 of an outdoor passage 10. And the third board receiving members 28 were installed below them. Then, the ceiling board 24 is installed between the first and second board receiving members 20 and 22 while being inclined downward in the direction of the board receiving member 22, and the side walls are attached to the second and third board receiving members 22 and 28. Board 26
The entire roof unit was constructed by installing. Further, the boards 24 and 26 are formed to have a continuous concavo-convex shape in cross section, and the groove portion 36, which is a concave portion thereof, functions as a rain gutter to enable the rainwater and the snowmelt water to drop smoothly.

Description

[Detailed description of the device]

[0001]

[Industrial applications]

  INDUSTRIAL APPLICABILITY The present invention is installed along the outer wall part on the second floor of an outdoor passage, especially an apartment building. It is related to a roof unit for avoiding rain and snow in the passage where it is placed.

[0002]

[Prior art]

  In buildings such as two-story apartments, shared corridors and stairs leading to each room on the second floor And are usually provided by a steel structure. This shared corridor generally has a roof It is not. This is a building where the roof cannot be extended to cover the common corridor due to construction conditions. This is because there are many cases where even if the building conditions are met, Stretching is usually not done due to structural problems.

[0003]   An example of installing a roof in a common corridor is to fix resin corrugated roofing materials to the beams, etc. Met.

[0004]

[Problems to be solved by the device]

  The common corridor does not necessarily have a roof, but in cold climates, it is especially desired for snow measures. . In this case, not only the roof as the upper cover but also the blowing from the side It is effective to prevent

[0005]   However, in order to take such measures, it is necessary to maintain strength that can withstand a considerable amount of snow. Due to obstacles, the design of the main building other than the corridor must be changed.

[0006]                                 Purpose of devising   The present invention has been made with the object of solving the above problems. The purpose is a simple structure and simple construction without changing the structure of the building body. Providing a roof unit for outdoor aisles that can build roof parts of outdoor aisles Especially.

[0007]

[Means for Solving the Problems]

  In order to achieve the above object, the roof unit for an outdoor passage according to claim 1 is a building. Roof unit for outdoor aisles that covers the outdoor aisles with handrails formed outdoors along the outer wall of the A first board receiving member which is a knit and is attached to an upper position of the outer wall; , Pillars extending upright from a plurality of predetermined positions of the handrail, and above each pillar A second board receiving member supported at an end, and a second board receiving member lower than the second board receiving member. A third board receiving member supported by the pillars at one side, and the first board The first and the second board receiving members are inclined downward from the receiving member side toward the second board receiving member. Ceiling board supported between second board receiving members, and the second and third boards A side wall board supported substantially vertically between the receiving members.

[0008]   The roof unit for outdoor passages according to claim 2 is the outdoor passage according to claim 1. In the roof unit of the above, the ceiling board has groove portions and mountain portions alternately at predetermined intervals. The formed cross-section has a continuous concavo-convex shape, and the extending direction of the groove and the mountain portion is the inclined direction. The side wall boards are installed so that they face each other, and the groove portion and the mountain portion are alternately arranged at predetermined intervals. It has a continuous concavo-convex shape that extends in such a way that the groove and peaks extend vertically. It is fixed and has flowed through the groove of the ceiling board to the second board receiving member. A water passage hole is formed so that water flows into the groove portion of the side wall board. To do.

[0009]   The roof unit for outdoor passages according to claim 3 is the roof for outdoor passages according to claim 2. In the unit, a vertical gutter is connected to the third board receiving member, and The third board receiving member allows water flowing along the groove of the side wall board to flow into the downpipe. The feature is that the eaves gutter is configured to flow in.

[0010]

[Action]

  According to the roof unit of the outdoor passage according to claim 1, the outer wall of the building and the handrail part First to third board receiving members attached to the pillars of the Rain and snow on outdoor aisles with only two boards supported or fixed It is possible to effectively block traffic.

[0011]   In addition, since the shielding part is constructed with such a simple structure, each board is It is preferable to build with relatively lightweight plastic, etc. The construction of the shielding part while maintaining the brightness of the outdoor passageway by constructing It is also possible to do

[0012]   Further, as in the roof unit according to claim 2, each board is provided with a continuous uneven cross-sectional shape. It is possible to improve the strength of the board by forming the board with Not only can rain water and thaw water be drained smoothly.

[0013]   Furthermore, according to claim 3, an eaves gutter constituted by the third board receiving member and Rainwater and thawed water can be guided to the ground by using a vertical gutter connected to this.

[0014]

【Example】

  Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

[0015]   FIG. 1 is a schematic cross-sectional view of an outdoor passage portion in which a roof unit according to an embodiment of the present invention is installed. It is a side view. The outdoor passage part 10 is installed outdoors along the outer wall 12 of the building. Therefore, it is formed so as to project outward from the roof portion 14 of the building.

[0016]   A handrail portion 16 is formed on the outside portion of the outdoor passage portion 10. A plurality of pillars 18 extending vertically upright are installed at predetermined locations. And outside A first board receiving member 20 having a U-shaped cross section is attached to an upper position of the wall 12. ing. On the other hand, the second board receiving member 22 is attached to the upper end of the pillar portion 18. ing. Further, the eaves gutter 28, which is a third board receiving member, is provided on the outer surface of the pillar portion 18. It is installed.

[0017]   FIG. 2 is an explanatory diagram showing a mounting state and a configuration of each of the receiving members described above. As described above, the first board receiving member 20 has its rear surface fixed to the outer wall 20 and has two legs 2 0a and 20b are installed so as to horizontally project to the outside of the wall portion.

[0018]   On the other hand, the second board receiving member 22 has a lower arm 22a extending to the outer wall side thereof. Is placed on the upper end of the pillar portion 18, and a vertical arm extending from the lower arm 22a thereof is The column 22b is fixed to the upper end of the column 18 with a bolt or the like. Note that , The first board receiving member 20 and the second board receiving member 22 are made of aluminum. It is formed in.

[0019]   In addition, the ceiling board is provided between the first board receiving member 20 and the second board receiving member 22. The card 24 is supported. As shown, one end of the ceiling board 24 It is supported so as to be sandwiched between both leg portions 20a and 20b of the cord receiving member 20. . In order to make this support stronger, at the leg portion 20a or 20b, It is also possible to fix the ceiling board 24 with bolts or the like. Ceiling board 2 The other end of 4 is an arm that is provided on the second board receiving member 22 and extends toward the outer wall. It is supported on 22a. The other end of the ceiling board 24 also has its supporting state similarly. In order to make it strong, as shown in FIG. 4, the upper part of the second board receiving member 22 It is preferable to fix the arm 22c with a bolt 38 or the like.

[0020]   The ceiling board 24 includes the first board receiving member 20 to the second board receiving member 2 It is installed so as to descend downward in the direction of 2. That is, due to this inclination Therefore, rainwater etc. is made to flow smoothly to the outside.

[0021]   Next, the second board receiving member 22 and the third board receiving member 22 are provided on the outer portion of the pillar portion 18. The side wall board 26 is fixed between the side wall board 26 and the retaining member 28. Ie the second board It is sandwiched between two vertical arms 22d and 22e provided on the outside of the receiving member 22. As shown in FIG. 4, the upper end of the side wall board 26 is installed as shown in FIG. The arm 22d or the arm 22e side is tightened and fixed by a bolt 38 or the like. . The lower end of the side wall board 26 is supported by the third board receiving member 28, Again, it is properly attached and fixed.

[0022]   In addition, inside the second board receiving member 22, reinforcing ribs 22f and 22g are provided. Although the ribs are provided with the ribs, rainwater or the like from the ceiling board 24 side is provided on the side of each rib. The water passage holes 40 and 42 for allowing the water to flow to the wall board 26 side are respectively formed. Is made.

[0023]   Further, in the present embodiment, a third board receiver for supporting the lower portion of the side wall board 26 is used. The member 28 functions as an eaves gutter, and a vertical gutter 30 is installed at a predetermined position of the eaves gutter. ing.

[0024]   In this embodiment, the ceiling board 24 and the side wall board 26 are convex as shown in FIG. A shape in which the portions 32 and the concave portions 34 are alternately continuous and the groove portions 36 extend at predetermined intervals. It is configured in a shape. With this structure, the inside of the groove 36 is And snow melt water can be flowed, and the uneven structure also improves the bending rigidity of the board itself. It is considered to be strong and strong enough to withstand snow.

[0025]   Next, the function of the above embodiment will be described.

[0026]   According to this embodiment, the building is constructed, and the outer wall 12, the roof portion 14 and the outdoor passage portion are constructed. After all 10 are completed, the roof part of the outdoor passage part 10 is simply constructed. Minutes can be built. That is, the first board receiving member 20 is attached to the outer wall 12. The second board at the upper end of the pillar 18 on the handrail 16 and at the intermediate position. By attaching the receiving member 22 and the third board receiving member 28, the ceiling member can be easily installed. The well board 24 and the side wall board 26 can be installed.

[0027]   The ceiling board 24 and the side wall board 26 thus installed and attached are The situation is shown in FIG. As shown, ceiling board 24 and sidewall board 26 Is a portion of the upper arm 22c and the outer arm 22e of the second board receiving member 22. It is understood that they are fixed by bolts 38 respectively.

[0028]   Thus, in the installed roof unit, for example, rain falls on the ceiling board 24. Rainwater flows through the groove 36 when it falls on the second board receiving member 22. Gather on the side. Then, as described above, the water passage is provided inside the second board receiving member 22. Since the holes 40 and 42 are formed, rainwater will pass through the passage holes 40 and 42, respectively. It passes and flows into the groove portion 39 of the side wall board 26.

[0029]   Further, in the present embodiment, the rainwater that has passed through the side wall board 26 functions as an eaves gutter. Collected in the third board receiving member 28, and further flows from the eaves gutter 28 to the vertical gutter 30. It falls down. In this way, each ceiling board 24 and side wall board 26 has a cross section. Since it is formed in a continuous uneven shape, each groove functions as a rain gutter and smooth rainwater It is possible to drain down.

[0030]   The ceiling board 24 and the side wall board 26 may be made of lightweight members. It is preferable, and in this embodiment, it is made of reinforced plastic. And this The ceiling board 24 and the side wall board 26 of the above are made of transparent or translucent materials. As a result, the sunlight in the daytime can be sufficiently taken into the outdoor passage part 10. And, the brightness of that part can be secured.

[0031]   It should be noted that the present invention is not limited to the above-described embodiment, but within the scope of the gist thereof. Various modifications are possible. For example, the first and second board receiving members 20 and 22 The shape of the ceiling board 24 and the side wall bosses is not limited to the above shapes. Second receiving member having a shape capable of supporting or fixing the cord 26 If 22 is a structure that allows rainwater to smoothly flow to the side wall board 26 side, It is possible to make it.

[0032]   Further, in this embodiment, the eaves gutter 28 and the vertical gutter 30 are installed to provide a path for rainwater to the ground side. Although it was secured, it is not always necessary to provide these, and even if these configurations are not The function of the roof unit can be fully played.

[0033]

[Effect of device]

  As described above, according to the roof unit of the outdoor passage according to the present invention, After completing the construction of the roof structure part on the upper part of the outdoor passage part by simple construction. It can be installed to effectively block rainwater and snow and improve the comfort of using outdoor corridors. Can be raised.

[Brief description of drawings]

FIG. 1 is a schematic cross-sectional view of an outdoor passage portion in a state where a roof unit according to an embodiment is installed.

FIG. 2 is a schematic explanatory view showing main components of the roof unit according to the embodiment.

FIG. 3 is a schematic perspective view showing the shape of each board of the embodiment.

FIG. 4 is an external perspective view of a main part of the embodiment in a mounted state.

[Explanation of symbols]

10 Outdoor passage part 12 Outer wall 14 Roof part 18 Pillar part 20 First board receiving member 22 Second board receiving member 24 Ceiling board 26 Side wall board 28 Eaves gutter 30 Vertical gutter 40, 42 Water passage hole
MH014602

Claims (3)

[Scope of utility model registration request] 1. A roof unit for an outdoor passage, which covers an outdoor passage with a handrail part formed outdoors along an outer wall of a building, comprising a first board receiving member attached to an upper position of the outer wall. A column portion extending upright from a plurality of predetermined positions of the handrail portion, a second board receiving member supported by an upper end portion of each of the column portions, and a position lower than the second board receiving member. Between the third board receiving member supported by the pillars, and between the first and second board receiving members so as to descend and incline from the first board receiving member side toward the second board receiving member. Ceiling board supported by
A side wall board supported substantially vertically between the second and third board receiving members; and a roof unit for an outdoor passage. 2. The roof unit for outdoor passages according to claim 1, wherein the ceiling board has a continuous concavo-convex shape in which grooves and ridges are alternately formed at predetermined intervals, and the groove and the ridges are formed. It is installed so that the extending direction is the inclined direction, and the side wall board has a continuous concavo-convex shape in which a groove portion and a mountain portion alternately extend at predetermined intervals, and the groove portion and the mountain portion extend vertically. And a water passage hole is formed in the second board receiving member so that water flowing in the groove portion of the ceiling board flows into the groove portion of the side wall board. unit. 3. The roof unit for outdoor passages according to claim 2, wherein a vertical gutter is continuous with the third board receiving member, and the third board receiving member is provided in a groove portion of the side wall board. A roof unit for an outdoor passage, wherein eaves gutters are configured such that water flowing along the gutters flows into the gutters.