JP4502850B2 - Hanging type eaves - Google Patents

Description

  The present invention relates to an improvement of a suspension type eaves.

The suspension type eaves generally have a simple structure in which one end of a suspension arm is pivotally attached to an intermediate portion of the eaves body in the protruding width direction, and the other end of the suspension arm is pivoted to a tip fitting fixed to an outer wall. The rear end of the eaves main body is fixedly attached to the eaves fixed to the outer wall below the front fitting, and a turnbuckle provided in the middle of the suspension arm is operated to support the eaves main body. It is comprised so that inclination adjustment can be performed.
nothing special

  Since the emphasis body of the conventional suspension type eaves has been focused on making the shape and structure as simple as possible and reducing the manufacturing cost, a rectangular or U-shaped frame is combined around the panel. However, no measures are taken to cope with rainfall. The panel is formed of a shape having a relatively large hollow portion.

  Accordingly, when raining, a large raindrop impact sound is generated from the panel, resulting in noise, and since rainwater tends to remain on the upper surface of the panel, the upper surface of the panel is easily contaminated after drying. In addition, water droplets fall from any position on the frame body, and dirty rainwater flows down the side surface of the frame body, so that there is a problem that the appearance of the eaves is impaired by the traces of the sewage flow.

  The present invention has been made in view of the above circumstances, and the problem to be solved is a suspension type that improves drainage of rainwater, prevents noise during rainfall, and prevents aesthetic deterioration due to traces of sewage flow. To provide eaves.

In order to solve the above-described problems, the present invention provides a hanging type eaves in which an eaves main body is configured by providing a frame around a panel, and the front frame of the frame is formed from a front side of the upper surface of the panel. A concave groove for receiving flowing rainwater is formed in the side frame of the frame body, and a concave groove for receiving rainwater flowing from a side of the upper surface of the panel is formed, and the front end of the concave groove in the side frame is communicating with the groove of the front frame, the longitudinal ends of the front SL front frame is shielded by a cap, an opening portion for opening the groove of the front frame to the side of the eaves body provided on its cap that it is characterized by being.

In the above configuration, of the rain that has fallen on the upper surface of the panel, rainwater flowing from the front side of the panel is received by the recessed grooves of the front frame and flows to both ends of the recessed grooves, and flows out from the side openings of the eaves main body. The Of the rain that falls on the top surface of the panel, rainwater that flows from the side of the panel is received by the groove in the side frame, flows to the front edge of the groove, joins both ends of the groove in the front frame , and opens the cap. It is discharged from the department. Accordingly, the rainwater flow position from the eaves main body is limited to the side opening position of the eaves main body.

In the hanging type of eaves, the upper surface of the panel, not to want to be formed in a small continuous non-rectangular wave pitch having a ridge and concave continuous in the width direction of the eaves body alternately.
According to the above configuration, rain falling on the upper surface of the panel gathers in the respective concave stripes, so that the flow is promoted and rainwater remaining on the upper surface of the panel is suppressed. Moreover, since raindrops hit the convex surface or concave surface of a wave with a small pitch on the upper surface of the panel, the generation of tapping noise is effectively suppressed.

In the hanging type of eaves, the cap, that the longitudinal grooves of the plurality of guiding downward along the rain water flowing down from the side opening of the groove of the front frame on the outer surface of the cap is formed not desirable.
Because multiple vertical grooves are provided, rainwater that flows down from the side openings of the grooves in the front frame is guided through the vertical grooves and flows down the side frames. The dirt does not move randomly in the lateral direction, and the dirt contained in the rainwater is only deposited in the vertical groove, so that the dirt is not noticeable.

In the suspension type eaves, it is preferable that the front frame has a downward inclined surface on the front side of the concave groove, and a rain return is provided at a lower end portion of the downward inclined surface.
Due to the above configuration, when there is a lot of rain, the momentum of rainwater flowing forward from the top surface of the panel is good, and the rainwater overflowing the concave groove of the front frame is vigorously and quickly forward (shaded) Drained in the direction away from Moreover, the rain return promotes water drainage at the lower end portion of the descending inclined surface.

Panels, not to want to be composed by consecutively provided a hollow profile having a relatively small hollow plurality of cross-sectional area in the width direction.
With the above structure, the panel has high strength, and resonance of sound when raindrops hit the upper surface of the panel is suppressed.

The hollow shape of the panel has an upper wall whose upper surface is formed in a continuous non-rectangular wave shape in which the valley is continuous in the longitudinal direction of the hollow shape, and the bottom is continuous in the longitudinal direction of the hollow shape. it is not to desired to have a lower wall formed in a continuous rectangular wave.
With the above configuration, the continuous non-rectangular wave upper surface of the panel is excellent in drainage and has a noise prevention capability, and the continuous rectangular wave lower surface of the panel has an appearance similar to a spandrel.

According to the invention of claim 1, the side frame is formed with a groove for receiving rainwater flowing from the side of the upper surface of the panel, and the front frame is formed with a groove for receiving rainwater flowing from the front side of the upper surface of the panel. the front end of the concave groove of the side frame is communicated with the groove of the front frame, the longitudinal ends of the front SL front frame is shielded by a cap, the side of the eaves body a groove of the front frame to the cap The rain that flows from the front side of the panel is received by the groove in the front frame and flows to both ends of the groove. It flows out from the side opening of the eaves body. Further, of the rain that has fallen on the upper surface of the panel, rainwater flowing from the side of the panel is received by the concave groove of the side frame, flows to the front end of the concave groove, and joins both ends of the concave groove of the front frame. Therefore, since the position of the flow from the rain eaves falling on the upper surface of the panel is limited, it is easy to avoid rainwater. And since the longitudinal direction both ends of the front frame are shielded by the cap, it is possible to prevent rainwater flowing out from the side openings of the eaves main body from entering the front frame.

  According to the invention of claim 2, since the upper surface of the panel is formed in a continuous non-rectangular wave shape having a small pitch and alternately having ridges and recesses continuous in the width direction of the eaves main body, Since the rain which falls gathers in each concave line, a flow is accelerated | stimulated and the rainwater residue on a panel upper surface is suppressed. Further, since the falling raindrop hits a non-rectangular convex surface or concave surface such as a circular arc shape or a triangle, no hitting sound is generated. Therefore, it is possible to provide a suspension type eaves that does not generate noise when it rains.

According to the invention of claim 3, the cap, the longitudinal grooves of the plurality of guiding downward along the rain water flowing down from the side opening of the groove of the front frame on the outer surface of the cap is formed Therefore, the rainwater flowing down from the side opening of the groove in the front frame is guided through the vertical groove, so the rainwater does not move randomly along the side frame and is included in the rainwater. Since the dirt that is deposited only adheres in the vertical groove, the dirt due to the rainwater flow is inconspicuous. Therefore, it is possible to provide a suspension type eaves that does not require maintenance such as wiping and cleaning.

  According to the invention of claim 4, the front frame has a downward inclined surface on the front side of the concave groove, and a rain return is provided at the lower end of the downward inclined surface. When the rainwater flowing forward overflows the groove in the front frame, the descending slope is vigorously drained forward quickly, so that it is difficult for people who are below the eaves to get rainwater, and to the soil below the eaves Rain water splashing is prevented. Moreover, since drainage promotes water drainage at the lower end portion of the downward inclined surface, rainwater does not travel down to the lower surface of the panel.

  According to the invention of claim 5, since the panel is formed by continuously connecting the hollow shape members having a plurality of hollow portions having a relatively small cross-sectional area in the width direction, the panel has a high strength, and the upper surface of the panel. Resonance of sound when raindrops hit is suppressed. Therefore, the noise prevention effect is further improved.

  According to the invention of claim 6, the upper surface of the hollow shape member of the panel is formed in a continuous non-rectangular wave shape in which ridges and recesses having an arcuate cross section are alternately present, and the lower surface is a continuous continuous valley in the longitudinal direction. Since it is formed in a rectangular wave shape, the upper surface of the panel has excellent drainage and noise prevention capability, and the lower surface of the panel has an excellent aesthetic similar to a spandrel.

Next, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a perspective view of an embodiment of the present invention, FIG. 2 is a plan view of a state of being attached to a building, FIG. 3 is a side view, FIG. 4 is a longitudinal sectional view, and FIG. FIG. 6 is an enlarged perspective view of the drainage part of the eaves.

  As shown in FIG. 1, a suspension type eaves (hereinafter simply referred to as eaves) A has a eaves main body 1 and a hanger whose one end is pivotally attached to an upper surface in the middle of the eave width direction of the eaves main body. Arm 2. In the present invention, the structure for attaching the eaves A to the outer wall of the building is not particularly limited. However, as an example, a suspension metal fitting in which one end of the suspension arm 2 is fixed to the upper surface of the eaves main body 1 is described. A turnbuckle 5 is provided in the middle of the suspension arm 2, and a pivotal bolt nut 6 is attached to the other end of the suspension arm 2.

  A front fitting 7 (see FIGS. 2 to 4) is attached in advance to the outer wall W to which the eaves A are attached. The tip fitting 7 has a locking hole 7a that opens upward, and includes a shield 8 that can be opened and closed and is screwed to a closed position. The shaft portion of the bolt 6 at the tip of the suspension arm 2 of the eaves A can be inserted into the locking hole 7a.

  Further, an eaves hook 9 for fixing the base end portion of the eaves main body 1, that is, the building side end portion by fitting and screwing or the like, is attached to the outer wall W in advance below the front fitting 7. In FIGS. 3 and 4, reference numerals 10 a and 10 b denote reinforcing members that secure the mounting strength of the tip fitting 7 and the eaves hook 9.

  Thus, when attaching the eaves A, the eaves body 1 is temporarily held at the height of the eaves hook 9 in a substantially horizontal state, and the shaft portion of the bolt 6 at the other end of the suspension arm 2 is inserted into the locking hole 7a of the tip fitting 7. After being inserted and pivotally supported, the opening of the locking hole 7a is closed with the shield 8 and fixed with a screw or the like. Next, the turnbuckle 5 of the suspension arm 2 is operated to adjust the inclination of the eaves main body 1 with the rear end (the end on the building side) of the eaves main body 1 fitted or locked to the eaves hook 9. To do. In this case, the inclination of the eaves main body 1 is set so that the front (the side far from the building) is slightly lowered in consideration of the drainage of rain that has fallen on the upper surface of the eaves main body 1. Finally, with the rear end of the eaves main body 1 locked to the eaves 9, screws 11 are screwed into the eaves 9 from the rear end and fixed.

  In order to solve the above problems, the present invention has an additional configuration as described below with respect to the above basic configuration. That is, the eaves main body 1 includes a panel 12 and a frame 13 that holds the panel. The panel 12 is constituted by sequentially arranging a plurality of extruded hollow shape members 12a, 12b, to 12e made of aluminum alloy in the illustrated example. The frame 13 is framed in a rectangular shape surrounding the periphery of the panel 12 or in a U shape surrounding at least the front side and the side side of the panel. In the example shown in the figure, the frame body 13 has the front end of the side frame 13b covering both sides of the panel 12 at both ends of the front frame 13a covering the front side of the panel 12, and the front end of the side frame at the back of the front frame. They are connected in a state where the surfaces are in close contact with each other, and are formed in a plane U shape. As an example, the front frame 13a and the side frame 13b can be joined by a known connection technique such as screwing a screw penetrating the side frame 13b into a screw hole formed in the front frame 13a.

  In the present invention, in order to improve the rainwater drainage of the eaves main body 1, first, a concave groove is formed on the upper surface of the frame 13 for receiving rainwater flowing from the side and front sides of the upper surface of the panel 12. Yes. That is, the upper surface of the front frame 13a and the upper surfaces of the both side frames 13b are formed with concave grooves 131 and 132 that are continuous in the longitudinal direction of the frame members and open upward, and the frame body is coupled to the panel. In this state, the opening surfaces of the concave grooves 131 and 132 are placed at a position equal to or lower than the upper surface of the panel 12.

  Further, among the front and rear side walls that form the concave groove 131 of the front frame 13a, the rear side (building side) side wall is cut off at the longitudinal end portion of the concave groove 131, and the front end portion of the concave groove 132 of the side frame 13b. Is communicated with both ends in the longitudinal direction of the groove 131 of the front frame 13a, and the groove 131 of the front frame 13a has an opening 133 that elongates at both ends in the longitudinal direction and opens to the side of the main body. . Therefore, rainwater that falls on the upper surface of the panel 12 and flows out from the front side of the panel flows into the concave groove 131 of the front frame 13a and flows toward the end of the concave groove. On the other hand, rainwater that falls on the upper surface of the panel 12 and flows out from the side of the panel flows into the concave groove 132 of the side frame 13b, and the rainwater that flows through the concave groove 132 from the front end portion of the concave groove 132. The water is drained laterally from the opening 133.

  In order to improve drainage of the eaves main body 1, secondly, the upper surface wall of each extruded hollow shape member 12 a to 12 e constituting the panel 12 has an arc shape with a small cross-sectional shape continuous in the longitudinal direction of the shape member. As shown in FIG. 5, the upper surface of the panel 12 has a relatively small pitch, a relatively small wave height, and a cross-sectional shape that is sinusoidal. Sawtooth and other non-rectangular wave shapes. In FIG. 1, in order to avoid complication, the illustration of the concave stripe and the convex stripe is omitted. The wave pitch is set so that no tapping sound is generated even if raindrops fall on the top surface of the panel. When a large number of ridges and ridges are formed in this way, the rain that has fallen on the upper surface of the panel is collected in each ridge, so that the flow of rainwater to the side of the panel is promoted along the grooves And quickly flows into the concave groove 132 of the side frame 13b. Accordingly, since the amount of rainwater remaining on the upper surface of the panel is small, it is possible to prevent an excessive load from being applied to the eaves hanging bracket 3, the suspension arm 2, the tip fitting 7, and the like by rainwater. Further, it is also possible to reduce the stain on the upper surface of the panel after rainwater remaining for a long time is dried.

Thirdly, the longitudinal end of the front frame 13 a is shielded by a cap 134 in order to enhance drainage of the eaves main body 1. The cap 134 is extended to a position beyond the concave groove 131 of the front frame 13a, and a portion facing the concave groove 131 is notched so as not to shield the concave groove, and an opening 133 is formed. Yes. A plurality of vertical grooves 135 are formed on the outer surface of the lower portion of the opening of the cap 134 . As a result, rainwater flowing out from the opening 133 of the groove 131 of the front frame 13a is diverted to each of the vertical grooves 135, is guided by the vertical grooves and flows downward, and the lower end of the groove (cap 134). Drained from the lower end of Therefore, it is prevented that the rainwater flowing out from the opening 133 runs sideways to the side of the cap 134 and flows down directly below. In addition, when the rainwater is dirty, the dirt adheres only to the recess, so that the dirt is not noticeable or visible even when the eaves are viewed from the front. Therefore, a decrease in the beauty of the eaves due to rainwater is reduced.

  Fourth, in order to improve drainage of the eaves main body 1, the front frame 13 a is provided with a downward inclined surface 136 that is inclined forward from the upper end portion of the front side wall of the groove 131. When the amount of rainfall is very large, the rainwater flowing from the upper surface of the panel in the direction of the forward groove 131 overflows from the groove and flows down the inclined surface 136, so that the rainwater flies in a direction away from the eaves. . Accordingly, the rate at which the person below the eaves gets wet in the rain is reduced, or the splash of rainwater to the pouch below the eaves is reduced. Further, as a preferred embodiment in this case, a thin plate-shaped rain return 137 protruding downward is formed at the lower end portion of the descending inclined surface 136. This prevents rainwater flowing down the downward inclined surface 136 from moving and dropping in the direction of the lower surface of the panel 12.

  In the illustrated preferred example, a slope wall 121 is formed on the upper surface of the rear end portion of the extruded hollow member 12e provided at the rear end portion of the panel 12 so as to be inclined to the building side to be engaged with the eaves hook 9. However, the slope wall 121 also has a function of preventing rainwater from flowing from the upper surface of the panel toward the outer wall.

  In the eaves according to the present invention, the following configuration is added in order to solve the problem of preventing noise generation during rain. That is, first, as described above, the upper surface of the panel is formed in a continuous waveform of a sine wave or sawtooth wave with a small pitch, so that a tapping sound is generated when the falling rain collides with the upper surface of the panel 12. No effect, that is, no noise is generated during rainfall.

  Secondly, as shown in FIG. 4, a plurality of hollow portions having a relatively small cross-sectional area are formed in the extruded hollow members 12 a, 12 b, to 12 e constituting the panel 12. When such a hollow part is provided, even if a hitting sound is generated when raindrops hit the panel, it can be prevented that the panel resonates in the hollow part and a loud sound is emitted from the panel. . The number of hollow parts for obtaining such a noise suppression effect is, as an example, the dimension of the shape material is 2 mm thick, 150 mm wide, 1000 mm long, 47 mm thick. 3 to 5, preferably about 4.

  Further, in a preferred embodiment of the present invention, as shown in FIG. 4, the upper surface of the panel is formed in a small non-rectangular wave shape with the concave stripes and the convex stripes as described above, and the lower face of the panel is formed with the convex stripes. The concave stripes are alternately arranged to form a rectangular wave having an equal pitch. As a result, the upper surface and the lower surface of the eaves have the same appearance. In particular, the lower surface has the same aesthetic appearance as a spandrel that is often used as a building exterior plate, so that the appearance of the eaves is improved.

The perspective view of one Example of this invention. The top view of the state attached to the building. Similarly side view. Similarly longitudinal section. The expansion perspective view of the front part of the left side of a eaves main body. The enlarged view of the drainage part of eaves.

A suspension type eaves 1 eaves main body 2 suspension arm 12 panel 12a, 12b, to 12e extruded hollow profile 13 frame 13a front frame 13b side frame 131, 132 concave groove 133 side opening 135 vertical groove 136 descending inclined surface 137 Rain return

Claims (6)

In the suspension type eaves, where the eaves body is configured with a frame around the panel,
A concave groove for receiving rainwater flowing from the front side of the upper surface of the panel is formed in the front frame of the frame, and a concave groove for receiving rainwater flowing from the side of the upper surface of the panel is formed in the side frame of the frame. together are a front end portion of the groove of the side frame is communicated with the groove of the front frame, the longitudinal ends of the front SL front frame is shielded by a cap, the groove of the front frame to the cap A suspension type eaves characterized in that an opening for opening the eaves to the side of the eaves main body is provided .   2. The suspension type eaves according to claim 1, wherein the upper surface of the panel is formed in a continuous non-rectangular wave shape with a small pitch, alternately having ridges and recesses continuous in the width direction of the eaves main body. . The cap, according to claim 1 or, characterized in that the longitudinal grooves of the plurality of guiding downward along the rain water flowing down from the side opening of the groove of the front frame on the outer surface of the cap is formed The suspension type eaves described in 2.   The suspension frame eaves according to claim 1, 2 or 3, wherein the front frame has a downward inclined surface on the front side of the concave groove, and a rain return is provided at a lower end portion of the downward inclined surface.   The suspension type according to claim 1, 2, 3, or 4, wherein the panel is configured by connecting a plurality of hollow shapes having a hollow portion having a relatively small cross-sectional area in the width direction. eaves.   The hollow shape has an upper surface formed in a continuous non-rectangular wave shape whose upper surface is continuous in the longitudinal direction of the hollow shape, and the lower surface is continuous rectangular in which the valley is continuous in the longitudinal direction of the hollow shape. 6. The suspension type eaves according to claim 5, further comprising a bottom wall formed in a wave shape.

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