JPH04101403U - Mounting structure of eaves gutter - Google Patents

Abstract

(57) [Summary] (with amendments) [Purpose] To provide an eaves gutter mounting structure that prevents wind and rain from blowing in and allows the gutter portion to be freely attached and detached. [Structure] Consists of a panel top frame 3 that is built on the perimeter wall board of the building and on which the roof board is placed, and a fascia/eaves gutter 4 that covers the rear end of the roof board. At the lower end of the overlapping wall 3c that hangs down from the placing wall 3a and overlaps the outer surface of the peripheral wall plate, an L piece is provided along the entire length of the overlapping wall 3c that protrudes backward from the horizontal part, and the eaves gutter 4 extends forward from the lower end of the back wall 4a. A water receiving wall 4c having a rising portion at the front end is provided, and a hook piece 4a is provided over the entire length from the rising portion to the front side, and the hook piece 4d of the eaves gutter 4 is engaged with the L piece 3f of the panel upper frame 3. By integrally connecting the eaves gutter 4 to the outer side of the shed surrounding wall, the eaves gutter 4 is attached in close contact with the outer side of the shed surrounding wall. [Effect] The combination of the panel upper frame and the eaves gutter continuously seals the eaves of the roof and the upper end of the surrounding wall, preventing wind and rain from blowing in through the eaves, as well as insects and dust from entering. .
Additionally, the eaves gutters are removable and the processing of each component is simple.

Description

[Detailed explanation of the idea]

0001

[Industrial application field]

This idea is based on an eaves gutter that is installed horizontally at the lower end of the single-slope roof plate in the roof structure of an assembled shed. This relates to the mounting structure.

0002

[Conventional technology]

Conventionally, the eave gutter device for a single-slope roof in this type of assembled shed has a structure as shown in Figure 4. Roof plates are installed on a roof frame built along the upper edge of the outer wall, and the outer end extension of the roof frame is covered with roof plates. There are some that have an integrated eaves gutter that also serves as a fascia, such as Utility Model No. 61-11206. What was disclosed in the public relations is known.

0003 The eaves gutter that also serves as a fascia is a column attached to the outer surface of the upper end of the column on the outer wall of the assembled storage. An upper frame main body consisting of a vertical plate part for support and a lintel part formed by bending the lower end of the vertical plate part inward. a fascia portion having a generally U-shaped cross section and having a space through which the edge of the roof plate can be seen; is provided between the fascia part and the main part of the upper frame, and extends from the upper end of the vertical plate part of the main part of the upper frame to the front. The above-mentioned part is integrally bent and continuous outward from the outer wall and has a concave groove formed approximately in the center. A roof plate receiving part that receives the lower surface of the roof plate, and a part that is bent downward from the outer edge of this roof plate receiving part. and a descending connecting plate part connected to the inner end of the horizontal plate on the lower side of the fascia part. It is something that

0004

[Problem that the idea aims to solve]

As mentioned above, create a structure in which the upper frame that supports the roof shingles and the eaves gutter that serves as a fascia are connected. Although this has the advantage of preventing wind and rain from blowing in from under the eaves, it also has the following disadvantages: There are also some logical problems. First, as a processing problem, the sheet metal material is folded into multiple strips along parallel ridge lines. Bending and forming complicates the curved plate process, increases processing effort and time, and increases costs. Become. Next, there is also a problem with the use of the building after it is installed: the upper frame and eaves gutter are integrally formed. For example, cleaning work where leaves and debris have accumulated in the eaves gutters, or the above-mentioned In cases where the drainage is poor and the gutter is corroded due to overfilling, etc., the eaves gutter section cannot be removed. I had to remove all the roof shingles and then remove the eaves gutter along with the upper frame. Unavoidable inconveniences will occur. Therefore, the present invention solves the above problem and prevents wind and rain from blowing in from under the eaves. The purpose of this project is to create an eaves gutter mounting structure that can prevent this and also allow the gutter part to be freely attached and detached. The idea is as follows.

[0005]

[Means to solve the problem]

The mounting structure of the eaves gutter in the present invention to achieve the above-mentioned purpose is such that a roof plate is placed on it. The outer edge of the panel upper frame and the eaves gutter which also serves as a fascia covering the edge of the roof board. A device that achieves its purpose by being configured to be removably interlocked at the part. The detailed structure is as follows.

[0006] The panel upper frame is made of a long piece and hangs down from the roof plate mounting wall and the outer edge of the roof plate mounting wall. A superimposed wall that overlaps the outer surface of the peripheral wall, and an upward L piece at the lower end of the superimposed wall over the entire length in the longitudinal direction. A mounting bracket with screw holes is fixedly installed in the openings at both left and right ends of the overlapping wall. The opening is covered with cloth. In addition, the eaves gutter is made of a long piece of the same length as the panel upper frame. A forward-facing wing wall is provided at the upper end of the back wall, and a water tank with a rising part inside the lower end of the back wall is installed. A flat water receiving wall is provided, and a downward hook is extended further forward from the top end of the rising part along its entire length in the longitudinal direction. At the same time, install end plates with mounting holes in the openings at both ends to close the openings. be. There is also a hole drilled at one end of the water receiving wall to insert a vertical gutter. Then, the L piece and the hook piece are engaged with each other, and both outer sides of the mounting bracket are closed with end plates. Connect the eaves gutter to the outside of the panel upper frame by fixing the overlapping part of both with screws. It is structured like this.

[0007]

[Effect]

Roofing sheets are installed in a single-sided manner on the panel upper frame installed around the assembled shed, and the roofing sheets are A fascia member is installed on the front and both left and right sides of the roof, and the rear end of the roof board is covered with an eaves gutter. After the hook piece provided at the front lower end of the panel is integrated with the L piece on the rear side of the upper frame of the panel, the panel Cover both outside sides of the mounting bracket of the flannel upper frame with the end plates of the eaves gutter and secure with screws to protect the roof from rain. conduct. Therefore, through the interlocking connection between the eaves gutter and the panel upper frame, the two are integrated and the roof plate In addition to covering the edges, it can also close the gap on the lower side of the eaves, preventing wind and rain from blowing in. do.

[0008]

【Example】

Embodiments of the present invention will be described with reference to the accompanying drawings. FIG. 1 is a perspective view of the assembled storeroom in this embodiment seen from the back side, and shows the roof plate. The cross-sections of the roof board 2, panel upper frame 3, and eaves gutter 4 are shown with some cutouts. Corner columns 1b are erected at the four corners of the underframe 1a of the installation 1, and intermediate columns are installed between each corner column. The exterior is provided by alternately erecting a plurality of wall panels 1c and 1d. The panel upper frame 3 is attached to the upper end of the wall panel 1d, and the roof board 2 is placed on the upper side (rear downward slope), the front and left and right sides of the roof board are covered with fascia 2c, and the back On the front side, a fascia/eaves gutter 4 is provided to be engaged with the rear part of the panel upper frame 3.

[0009] The figure is an exploded illustration of the rear panel upper frame 3 and eaves gutter 4, which are the main parts of the above configuration. 2, and FIG. 3 is a sectional view showing the mounting structure of the panel upper frame 3 and eaves gutter 4. Further, FIG. 4 is a sectional view showing a conventional example.

0010 The roof board 2 is a rectangular board with a plurality of ribs 2a protruding from its surface, and the back surface has ribs 2a. Intersecting mounting bands 2b are provided protrudingly, and the mounting bands 2b are inserted into the insertion portion 3b of the panel upper frame 3. Insert it and secure it with screws. In addition, the rear end of the roof plate slightly protrudes from the surrounding wall of the shed. It is being erected in good condition.

[0011] The panel upper frame 3 is made of a long piece that can be installed between the left and right corner pillars 1b, 1b. The mounting wall 3a on which the roof board 2 is installed and the mounting wall hanging from the outer end of the mounting wall to the outer surface of the storage area surrounding wall. The overlapping wall 3c that overlaps and the narrow horizontal part 3e are formed at the lower end of the overlapping wall 3c, and the horizontal The L piece 3f protrudes further upward from the portion 3e and is curved over the entire length, and is attached to the mounting wall 3a. An insertion part 3b into which the attachment band 2b of the roof board 2 is inserted is recessed inward from the inner end. Then, fix mounting brackets 3g with screw holes 3h in the vertical plane to the left and right ends of the overlapping wall. There is. It is formed by the lower surface of the mounting wall 3a, the overlapping wall 3c, and the rear wall of the insertion part 3b. Insert the left and right corner pillars 1b, 1b, middle pillar 1c, and wall panel 1d into the engaging part 3d. Together, they form the surrounding wall of the storeroom.

0012 The eaves gutter 4 is formed of a long piece having the same length as the panel upper frame 3, and is attached to the upper end of the back wall 4a. A forward-facing wing wall 4b is provided, and the lower end of the rear wall 4a is horizontal with a rising portion at the front end. A water receiving wall 4c is provided, and the hook piece 4d is further directed forward from the upper end of the rising part and extends over the entire length. At the same time, both ends are closed with end plates 4e provided with mounting holes 4f, A hole 4g into which a vertical gutter is inserted is provided at one end of the water receiving wall 4c.

[0013] A roof board 2 is installed in a one-sided manner on a panel upper frame 3 arranged on a peripheral wall of an assembled storeroom 1, The rear end of the roof plate slightly protrudes from the surrounding wall, and the front side of the roof plate 2 and both left and right sides The surface is covered with a fascia 2c, the rear end of the roof board is covered with an eaves gutter 4, and the hook piece 4d of the eaves gutter 4 is placed on the back side. It is integrated by engaging with the L piece 3f protruding from the back of the panel upper frame 3, and is connected to the rear wall of the shed and the eaves gutter. After closely joining the panel upper frame 3 through the panel upper frame 3, attach the mounting bracket 3g of the panel upper frame 3. Close both outer sides with the end plates 4e of the eave gutter 4, and insert the screw 5 from the mounting hole 4f toward the screw hole 3h. This is an eaves gutter installation structure that is screwed into place and fixed to protect the roof from rain.

[0014]

[Effect of the idea]

Since the present invention has the above configuration, it produces the following effects. (1) The hook piece of the eaves gutter is engaged with the L piece protruding from the back of the upper frame of the panel to integrate it. Since the back wall and eaves gutter are closely connected, rainwater and insects are prevented from entering the shed from the outside. Prevents intrusion and prevents wind and rain from blowing in. (2) The L piece on the back of the panel upper frame and the hook piece on the front of the eaves gutter engage over the entire length. Therefore, there is no need for a fastening means in the middle of the eaves gutter, and the eaves gutter can be attached and removed automatically. It can be easily removed when necessary. (3) Also, since the eaves gutters are installed using the above-mentioned occlusion, the eaves gutters will not vibrate due to wind and rain. The fixation is reliable and firm. (4) The panel upper frame and eaves gutter are formed separately, making processing easier. , it can be manufactured at low cost without requiring complicated labor.

[Brief explanation of drawings]

[Fig. 1] Rear perspective view of an assembled storage shed in an embodiment employing the eaves gutter mounting structure of the present invention

[Figure 2] An exploded perspective view of the main parts showing the eaves gutter mounting structure of the same shed.

[Figure 3] Longitudinal cross-sectional view of main parts showing the eaves gutter attachment part of the same shed

[Figure 4] Longitudinal cross-sectional view of main parts showing eaves gutter mounting structure in conventional technology

[Explanation of sign]

1...Assembly storage 2...Roof board 3...Panel top frame 3a...Placement wall 3b...insertion part 3c...polymerized wall 3e...Horizontal part 3f...L piece 4...Eave gutter 4a...Back wall 4c...Water receiving wall 4d...Hook piece 5...Screw tool

Claims (3)

[Scope of utility model registration request] Claim 1: A panel upper frame having a hanging part for hanging an eaves gutter protruding from the lower end of a roof plate mounting wall, a superimposed wall that hangs from the mounting wall and overlaps the outer surface of the peripheral wall, and a rear wall. A water receiving wall having a rising part is provided inside the lower end, and from the water receiving wall, an eave gutter is further provided with a hooking part that is hooked to the hooking part of the panel upper frame, and the hooking parts of the two are interlocked and connected to form the eaves. An eaves gutter mounting structure in which both ends of the gutter and panel upper frame are bonded together. 2. The eaves gutter mounting structure according to claim 1, wherein the engaging portion of the panel upper frame is an upward L piece extending over the entire length in the longitudinal direction. 3. The eaves gutter mounting structure according to claim 1, wherein the engaging portion of the eaves gutter is a downward hook extending over the entire length in the longitudinal direction.