JPH0524794Y2 - - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field This invention relates to a condensation water receiving member that collects and processes condensation water that flows down the inner peripheral surface of a sash.

Prior Art In places where there is a lot of dew condensation on the sash, such as in cold regions, if the sash is provided with a circumferential edge, it is necessary to connect a condensation water receiver to the lower part of the circumferential edge. By the way, when configuring a sash, vertical frames with multiple types of estimated dimensions may be combined with a horizontal frame of the same estimated size, and in addition, when sashes are attached to an opening, the vertical and horizontal frames may be joined indoors. Adjust the appearance of a part,
Because both ends of the groove of the condensation water receiver must be securely closed with the vertical frame and the circumference, in these cases, the condensation water receiver connected to the vertical frame should be placed on a ledge on the indoor side of the vertical frame. A condensation water receptacle with an estimated size corresponding to the above-mentioned circumference is required, and as a result, it becomes necessary to prepare a condensation water receptacle with a different size each time the expected size of the vertical frame differs.

However, preparing a dedicated condensation water receiver for each vertical frame size is uneconomical in terms of manufacturing and product management.

Problems to be solved by the invention This invention provides a condensation water catcher that can be used as a condensation water catcher for sashes that have vertical frames of various dimensions relative to the horizontal frames using a single member. The task is to

Means for Solving the Problem A condensation water receiving member is provided with a vertical groove portion opening to the outside in a cross section and a horizontal groove portion opening on the top surface perpendicular to the groove portion, and the vertical groove portion is connected to the horizontal groove portion. The horizontal groove portion includes a boundary wall forming a boundary and a first groove wall facing oppositely thereto, the horizontal groove portion each comprising the boundary wall and a second groove wall facing oppositely thereto, and the boundary wall rises from the connecting portion and its tip. The first groove wall has a downwardly extending vertical first fin, and the second groove wall has a laterally extending second fin.

Embodiment As shown in FIG. 1A, the condensation water receiving member 1 according to the present invention is an extruded structure having a vertical groove portion 2 that opens outward in a cross section and a horizontal groove portion 3 that opens on the upper surface orthogonally to this groove portion. It is a long material made by molding. Then, the vertical groove portion 2 is replaced by the horizontal groove portion 3.
Boundary wall 4 forming a boundary with
Further, the horizontal groove portion 3 is formed from the aforementioned boundary wall 4 and a second groove wall 6 opposite thereto. Furthermore, the boundary wall 4 consists of a connecting part 7 and a vertical engagement fin 8 rising from its tip, and the first groove wall 5 has a vertical first fin 9 extending downward at its tip, and a second groove Each of the walls 6 is provided with a horizontal second fin 10 extending laterally at its tip. The outer side surfaces of the engagement fin 8 and the first fin 9, and the distal end surface of the engagement fin 8 and the upper surface of the second fin 10 are formed flush with each other.

Figure 1B shows the same member as Figure 1A, but the member in the state shown in Figure 1 is reversed in the longitudinal direction (bringing the tip toward you), and the cross section is further shown.
It is rotated 90° to the right, and the vertical groove portion 2 is opened upward. In this case, the groove 2 exists horizontally and is not in a "vertical direction"; however, in the specification of this application, the "vertical direction" and "horizontal direction" are used to define the structure of the present invention using FIG. 1A. It's just a thing. Therefore, for example, the vertical groove portion 2 of the condensation water receiving member 1 is not always used in the vertical direction.

In the condensation water receiving member 1 of the present invention, the boundary wall 4
The connecting portion 7 is not limited to a step-like cross-sectional shape as shown in FIG. 1 A and B, but may have a horizontal cross-sectional shape as shown in FIG. Optional. In addition, the width dimensions (expected or height) of the vertical groove portion 2 and the horizontal groove portion 3,
Boundary wall 4, first and second groove walls 5,
The reason why the height dimension (depth of the groove) of 6 and the first fin 9 are longer than the second fin 10 is to take into consideration the fact that it will be attached to the wooden picture frame 23 (FIG. 5 B). It is.

The condensation water receiving member 1 is cut according to the width of the opening, and the end portions are appropriately processed to form a condensation water receiving member 14 or 15, which is used alone or in parallel as shown in FIGS. 3 to 5.

FIG. 3 shows a standard case in which the expected dimensions of the horizontal frame 11 (lower frame...hereinafter the same in the illustrated embodiments) and the vertical frame 12 are the same and are equipped with an angle member with a circumference 13 on the indoor side. In this example, the horizontal frame 11 has a downward locking groove 16 on the lower edge on the indoor side. The condensation water receiver 14 is constructed by opening the horizontal groove 3 upward, fitting the engagement fin 8 into the locking groove 16 of the horizontal frame 11 from below, and fixing the vertical groove 2 to the horizontal frame 11 from the bottom side with screws. 17, the condensation water receiver 1
Caulk 2 is applied to the contact area between both ends of 4 and the circumferential edge 13.
2 has been applied.

Figures 4A and 4B show the case where a vertical frame 12 with a larger expected dimension is assembled to the horizontal frame 11, and a circumferential rim 13 is provided on the indoor side of the frame. This is the lower right corner. On the indoor side, the vertical frame 12 protrudes from the horizontal frame 11, and a first frame is attached to the lower indoor side of the horizontal frame 11 to correspond to the protrusion.
A second condensation water receiver 14 is connected with the horizontal groove 3 opening upward, and a second condensation water receiver 14' opens the vertical groove 2 upward, corresponding to the expected dimension of the circumference 13. They are opened and connected.

Figure 4 (b) shows this structure in cross section.
First, the first condensation water receiver 14 is formed by fitting the engagement fins 8 located on the outside into the grooves 16 of the horizontal frame 11 and fixing the vertical grooves 2 with screws 17, as in the case of FIG. and is connected to the horizontal frame 11. Second
The condensation water receiver 14' is constructed by placing the engaging fin 8 over the second fin 10 located on the indoor side of the first condensation water receiver 14 with the vertical groove 2 opened upward (see Fig. 1 A and RO). (See) From the bottom surface of the horizontal groove 3, it is connected to the horizontal frame 11 through a spacer 18, adjacent to the first condensation water receiver 14, by screwing 19. The grooves opened above these condensation water receivers 14, 14' have both ends connected to the left and right vertical frames 12.
and closed with circumference 13. Condensation water receiver 14,
Caulking 22 is applied to the contact portions between 14' and the vertical frame 12 and circumferential edge 13. Also, caulking 22 is applied between the first and second condensation water receivers 14 and 14'.
or tight material may be applied.

Figures 5A and 5B show an example of the use of the horizontal frame 11 having a different cross-sectional shape from those in Figures 3 and 4. A circumference 13 is provided on the indoor side, and the third
Although it is similar to the case shown in the figure, the horizontal frame 11 has a locking groove 16.
Not equipped with The condensation water receiver 15 is connected with the horizontal groove 3 opened upward, but the engagement fin 8
is in direct contact with the indoor side surface of the horizontal frame 11. Caulking 22 is applied to the contact portions between both ends of the condensation water receiver 15 and the circumferential edge 13 and the contact portions between the engagement fins 8 and the horizontal frame 11. In this example, assuming that the projected dimensions of the circumference 13 are the same, the condensation water receiver 15 is formed from a separate member in which the width of the horizontal groove 3 (prospective dimension) is smaller than that of the condensation water receiver in FIG.

Figure B shows a case in which the condensation water receiver 14' is attached by engaging the fins on the indoor side of the condensation water receiver 14' to a wooden frame 23 or the like placed on the indoor side of the circumference 13. The vertical groove 2 is opened upward as shown in FIG. The end surface of the engagement fin 8 in the groove 3 and the second fin 1
Place the side 0 in contact with the indoor side of the horizontal frame and fix it with screws 1.
7, and caulking 22 is applied to the contact portions between both ends of the condensation water receiver 14' and the circumferential edge 13, and the contact portions between the horizontal frame 11 and the condensation water receiver 14'.

Assemble the horizontal frame 11, vertical frame 12 and circumference 13,
A sash with condensation water receivers 14, 15 and, in some cases, a second condensation water receiver 14' is connected to the horizontal frame 11.
The anchor 20 is screwed to the bottom wall of the housing via a spacer 21 and is installed by embedding it in a mortar surface or a concrete surface.

Condensation water receiver 1 connected to the horizontal frame 11 at the bottom of the sash
In the grooves 4, 14' or 15 that open upward, condensation that has flowed down the inner peripheral surfaces of the vertical frame 12 and the circumferential edge 13 is stored. In either case, both ends of the groove are closed with vertical frames 12 and circumferential edges 13, but if a large amount of stored dew water is present, it can be discharged by appropriate means.

Effects The same member can be used in various ways, such as whether vertical grooves or horizontal grooves are opened upward, whether they are connected to the horizontal frame and connected, or when they are in contact with each other. It can be used for.

By connecting a plurality of condensation water receivers formed from the same material, it is possible to easily cope with an increase in expected size when a vertical frame and a circumferential frame are connected, which cannot be handled by a single condensation water receiver.

Therefore, such dual use can reduce the cost of molds for manufacturing parts, and can also reduce inventory management costs.

[Brief explanation of drawings]

Figure 1 A and B are perspective views, Figure 2 A and B are cross-sectional views of other embodiments, Figure 3 is cross-sectional views showing usage examples, and Figure 4 A and B are other usage examples. FIGS. 5A and 5B are cross-sectional views showing other usage examples. 1... Condensation water receiving member, 2... Vertical groove,
3...Horizontal groove portion, 4...Boundary wall, 5...First
Groove wall, 6... Second groove wall, 7... Connecting portion, 8... Engaging fin, 9... First fin, 10... Second fin, 11... Lower frame as horizontal frame, 12... ...vertical frame,
13... Circumference, 14... First condensation water receiver, 1
4'... Second condensation water receiver, 15... Condensation water receiver from another member, 16... Locking groove, 17... Screw fixing, 18... Spacer, 19... Screw fixing, 20
...Anchor, 21...Spacer, 22...Caulking, 23...Wooden picture frame.

Claims (1)

[Scope of utility model registration request] In a cross section, it has a vertical groove that opens to the outside and a horizontal groove that has an upper surface opening that is perpendicular to the groove, and the vertical groove has a boundary wall that forms a boundary with the horizontal groove and a first wall that is opposite thereto. The horizontal groove portions each include the aforementioned boundary wall and a second groove wall opposite thereto, the boundary wall being formed by a connecting portion and a vertical engagement fin rising from its tip; A condensation water receiving member characterized in that the first groove wall is provided with a vertical first fin extending downward, and the second groove wall is provided with a second fin extending laterally.