JPS6328276Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to an assembly room with a bay window that has both the features of a bay window and an assembly room.

As is well known, the windows at the openings of houses have come to be used as bay windows, and terraces, sunrooms, etc. have been installed on the outside of the openings, but bay windows, sunrooms, and other assembling rooms are assembled individually, and each can be independent. Therefore, it was not possible to attach an assembly room to a bay window, nor was it possible to attach a bay window to an assembly room. However, as living standards improved, there was a demand for a greater variety of assembly rooms and bay windows, and the development of such designs was desired.

Therefore, this idea was devised so that a bay window could be attached to the outdoor side from the front opening of an assembly room such as a sunroom using the constituent materials of the room, thereby providing an assembly room that could also be used as a bay window. This is what I did.

Next, the structure of the proposed assembly room will be explained with reference to the drawings of the embodiment.As shown in Figures 1 and 2, the assembly room part 1 is located on the outside of the opening of the house, and has a floor platform 2 supported on the ground. , consists of pillars 4 that stand upright at the four corners of the floor pedestal 2, and a roof 3 that slopes downward from the building side at the top of the pillars toward the outdoor side; 23, a joist 24, and a floor board 25 made of panel or decking material of different thicknesses, the edge of the floor board 25 is fixed by a floor board retainer 26 so as not to float up, and is secured from below by a floor bundle 27. Supported. The roof 3 that slopes downward toward the outdoors constitutes a roof frame with rafter hooks 31, side frame members 32, and eave beams 33, and rafters 34 parallel to the side frame members 32 are installed between the rafter hooks 31 and the eave beams 33. Also, a roof edge 35 parallel to the eave girder 33 is provided at the top of the rafter 34, and roof plates P ₁ and P ₂ are fitted into the roof frame above the roof edge 35 and fixed with roof plate retainers 36. , condensation water receiving troughs 3a, 3b, 3c protruding laterally are provided at the inner lower end of the side frame material 32 and on both sides of the lower ends of the rafters 34 and the field edge 35.
The condensed water generated in
c, the flow flows to either the left or right, and the flow is transmitted to the rafters 34 or side frame materials 32 that support the field edge 35, and the rafters 3
4 or the receiving gutter 3b, 3a provided at the lower end of the side frame material 32
It is configured so that it flows down towards the eaves along with the dew water that has formed on the rafters 34 and the side frame members 32,
On the other hand, between the receiving gutter 3a of the side frame material 32 and the rafter receiving gutter 3b,
Or, between the left and right rafter receiving gutter 3b, 3b', the receiving gutter 3a,
3b and 3c are installed, and the assembly room section 1 is mounted from the inner edge of the sunshade board Q.
The indoor side string U is pulled out, and the sunshade plate Q is slid according to the amount of pulling of the string U, thereby adjusting the lighting. Among the pillars 4 that support the roof 3, the front pillar 41 that stands upright on the outdoor side is mainly installed to directly support the roof 3 from the ground, and the rear pillar 42 that stands upright on the building side is fixed to the house. Then, attach the support for the roof 3 to the upper frame 13 between the left and right front columns 41, 41', and attach the support for the roof 3 to the upper frame 13 between the left and right front columns 41, 41', and attach the front and rear columns 4 as necessary.
1 and 42 or between the left and right front posts 41 and 41', and a front opening W between the front posts 41 and 41', and between the front post 41 and the stud 43 and between the stud 43 and the rear post 42. An opening W is provided in between, and a shielding body S such as a glass plate or a decorative board, or a door or a shoji T, etc. is selectively attached to the openings W and W'. The bay window part 5, which is installed so as to protrude outside the house from the front opening W of the assembly room part 1, has a rammer 6 installed at the top of the left and right side pillars A and A' which are installed inside the front pillar 41. It has a bay window 7 with a base bag 8 facing toward the wall, and the rammer 6 installed at the upper part between the side pillars A and A' is used to connect the upper and lower horizontal stiles B and C and the vertical stile D that are assembled into a frame.
Fitting grooves b1, c1, and d1 are provided on the inner circumferential side of the shield plate S, and the upper horizontal stile B is in contact with the lower end of the upper frame 13, and the vertical stile D is in contact with the side columns A and A'. The lower horizontal stile C is assembled so as to be in contact with the inner circumferential side, and a fitting groove c2 that opens toward the outside is formed in the front part of the lower horizontal stile C.
The bay window 7 provided below the rammer 6 has side pillars A,
The tip of the side rafter E that slopes downward toward the outside from A' is supported from below by the bay window pillar F, and the lintel G is placed at the intermediate part between the side pillars A and A', and the lintel G is placed at the lower end between the side pillars A and A'. Attach the sill H to the sill H, install the side partition material J between the side pillar A and the bay window pillar F at the same position as the installation position of the lintel G, and install the front partition material K between the left and right bay window pillars F and F'. Install the stringer material L between the side pillar A and bay window pillar F at the same location as the installation position, and install the front spar material M between the left and right bay window pillars F and F', and install the inside of the lintel G and both partition materials J and K. Inset grooves g, j, k and h, l, m for the plate N are provided on the circumferential side and on the inner circumferential side of the sill H and both girder members L and M, respectively, and the relative orientation of the side column A and the bay window column F is provided. and the fitting grooves a1, f1 and f2, f of the shield S in the opposing parts of the left and right bay window pillars F, F'.
2', and both partition materials J, K and both girder materials L,
The opposing parts of M also have fitting grooves j1, k1, l1, m1.
Furthermore, fitting grooves j2 and e1 are provided in the opposed parts of the side partition material J and the side rafter E, and fitting grooves k2 and e2 are also provided in the upper part of the front partition material K and the inside of the side rafter E, and the lintel G Insert the plates N and N' between the fitting grooves g, j, and k of the partitions J and K, and between the fitting grooves h, l, and m of the sill H and the girders L and M, respectively. A shield _S1 is inserted along the inward fitting groove e2 of the side rafter E from the fitting groove c2 of the lower horizontal stile C, and an inward fitting of the bay window pillar F is fitted from the upward fitting groove k2 of the front partition K. The ends of the shielding body _S2 fitted along the groove f2 are butted together in a state that can maintain airtightness,
An open opening w1 surrounded by the front partition material K, the front spar material M, and the fitting grooves k1, m1, f2, f2' of the left and right bay window pillars F, F', and the side pillar A above the side partition material J. Fitting grooves j1, a1, f1, e for bay window pillars F and side rafters E
1, the opening W2 surrounded by the side partition material J, the insertion groove j of the side pillar A below the side partition material J, the bay window pillar F, and the side girder material L.
2, open opening w surrounded by a1, f1, l1
3, the sill H is attached to the upper part of the front girder 23 of the assembly room section 1, and the side rafter E of the bay window 7 has a fitting groove e that opens toward the inside.
2 and the lower horizontal frame insertion groove c2 of the rammer 6 are installed on the outer wall a of the side column A, and the side rafter E
A batten R that closes the fitting groove a1 is inserted and locked into the side post fitting groove a1 above the mounting part of the plate, and a base bag 8 is formed between the upper plate N and the lower plate N'. , floorboard 2
Components of the floor base 2 except for 5, roof panels P ₁ and P ₂ and sunshade panels Q, and components of the roof 3 except for the airtight retaining material 37 of the bay window section 5 except for the shield S and the plates N and N'. constituent materials,
Each of the pillars 4 supporting the roof 3 is an extruded light metal member.

Note that the roof 3 constituting the assembly room section 1 has the above-mentioned structure, and since the entire surface of the roof 3 is completely covered by the roof plates P ₁ and P ₂ , the structure is smaller than that of a roof with an openable skylight. It becomes significantly easier,
Not only is it easier to maintain airtightness, but Japan's geographical location prevents sunlight from entering from more than a certain angle, so even if an inexpensive colored material is used for the roof panel _P2 on the building side, it will not interfere with daylighting. Receiving gutters 3a, 3 provided at the lower ends of the side frame members 32 and rafters 34 that make up the roof 3
Since the sunshade board Q is mounted using the roof board, the amount of sunlight entering the sunroom from the roof board can be easily adjusted by sliding the sunshade board. In addition, in the embodiment, the assembly room part 1 and the bay window part 5 are assembled separately, and after the assembly room part is attached to the outdoor side of the opening of the house, the upper frame 1 of the assembly room part
3 and the front girder 23 and the left and right front pillars 41, 41' so that the bay window part 5 can be attached to the front opening W between them, assembly and construction are really easy, and the bay window part can be assembled using the conventional method. Not only can it be installed at the opening of a room, but since the bay window has a base at the bottom, the space created by installing the bay window can be used more effectively.

As explained above, in this project, an independent assembly room such as a sunroom is formed on the outdoor side of the opening of the house, and a bay window is integrally formed protruding between the front pillars of the opening of the room. Therefore, it does not lose its function as an assembly room, and also has the function of a bay window, so it has a practical effect as an attached part of a building.

[Brief explanation of the drawing]

Figure 1 is a longitudinal cross-sectional view showing the structure of the main parts of the assembly room of the present invention, Figure 2 is a cross-sectional view taken along the line A--A in Figure 1, and Figure 3 is the structure of the main parts of the assembly room of the present invention. FIG. 4 is a vertical sectional view of the upper part thereof, FIG. 5 is a perspective view showing an example of the configuration of the main parts of the bay window, FIG. 6 is a perspective view showing an example of the configuration of the upper part of the bay window, and FIG. Figure 3 is an enlarged cross-sectional view of the main part as seen from the line arrows in Figure 3, Figure 8 is a perspective view showing an example of the lower structure of the bay window section, and Figure 9 is an enlarged cross-sectional view of the main part as seen from the line arrow in Figure 3. , FIG. 10 is a longitudinal cross-sectional view of the main part taken along the line K-N in FIG. 9, FIG.
13 is an enlarged cross-sectional view taken along the line Hoh in FIG. 12, FIG. 14 is a cross-sectional view taken along the Thoth line in FIG. 4, and FIG. FIG. 4 is a sectional view taken along the line shown in FIG. 4; 1... Assembly room section, 2... Floor stand, 3... Roof, 4, 41, 42, 43... Pillar, 5... Bay window section, 6... Ranma, 7... Bay window, A, A'... ...Side pillar, W...Open opening.

Claims (1)

[Claim for Utility Model Registration] An independent assembly room section 1 such as a sunroom is formed on the outdoor side of the opening of a house, and a bay window 7 is integrated between the front pillars 41 and 41' of the opening W of the room section. In an assembly room with a bay window that protrudes from
A framework is formed by pillars 4 that stand upright at the four corners of the floor base 2, and a roof 3 that slopes downward from the building side toward the outdoors at the top of the pillars. Pillar A
, a side rafter E that is arranged at a downward slope toward the outdoor side from the side column, a bay window column F that supports the tip of the side rafter from below, and a side rafter E that is arranged horizontally at the same plane position in the middle part of these columns A and F. The lintel G, front partition material K, and side partition material J that are suspended, the sill H, front spar material M, and side spar material L that are horizontally suspended in the same plane position at the lower ends of columns A and F, and the shielding that is fitted into these. An assembly room with a bay window characterized by being formed from a body S and a plate body N.