JP2005232767A - Sash window - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sash window which can ensure the water sealing performance of a meeting part, while adapting to a barrier-free window, and which can enhance operability in the opening/closing of a sash. <P>SOLUTION: Since a rail part and an upper end of a between-rails top-surface member 32 are provided in positions to be almost flush with one another, a top surface of a sill 12 can be flatly formed, and the barrier-free sash window can be constituted. A protrusive piece part 43, which is provided in a wind guard plate 40 for partitioning a space 125 inside the sill, and a protrusive piece part 58, which is provided on the bottom surface of the sash 15, abut on each other, so that the rainwater can be surely prevented from intruding into the indoor side from below the meeting part 23, and so that the water sealing performance can be sufficiently ensured. Furthermore, since the protrusive piece parts 43 and 58, which are provided on the plate 40 and the bottom surface of the sash 15, are not brought into sliding contact with the bottom surface of the plate 40 and the top surface of the sill 12 in the opening/closing of the sash 15, opening/closing resistance is reduced, and the sash 15 can be smoothly operated for opening/closing even by a small force, so that the operability can be enhanced. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a sash window such as a sliding window and a sliding window, and more specifically, used for a barrier-free type sweeping window in which the upper surface of a lower frame is formed to be substantially flat and the step between the indoor and outdoor floor materials is reduced. Related to sash windows.

Sweep windows for residents to enter and exit the terrace and the like from the room are provided at the outer wall positions facing the terrace and balcony of the house. As such a sweep window, a barrier-free sweep window has been proposed in consideration of the aging of residents and the convenience of wheelchair users (for example, see Patent Document 1).
The lower frame of the sweep window described in Patent Literature 1 is configured to include a top member for shoji slide that makes the upper surface of the lower frame substantially horizontal (flat), and the upper member for the shoji slide guides the shoji doorway. It is designed to function as a rail. Therefore, since the upper surface of the lower frame is substantially flat and the level difference is small, a resident or a wheelchair can smoothly pass over the lower frame.
A drain outlet is provided on the upper surface of the upper part of the sliding member sliding upper surface, which is below the summing part of the sliding paper, in the lower frame longitudinal direction. The shoji summon lower end or the shoji slide upper surface member is provided with a water blocking block that covers between the lower end of the shoji and the upper surface of the shoji slide upper member on the left and right sides of the drainage port. Intrusion of rainwater etc. into the indoor side is prevented.

JP 2003-176671 A

  However, in the lower frame described in Patent Document 1, the water stop block is provided on one of the bottom edge of the shoji sash or the upper surface member for sliding paper slide, and is configured to stop the water in contact with the other, When opening and closing the shoji, there is a problem that the water stop block always slides on the shoji slide upper surface member or the shoji to increase the opening and closing resistance, and a large force is required for the opening and closing operation and the operability is lowered.

  The objective of this invention is providing the sash window which can ensure the water stop performance in a summoning part, and can improve the operativity of shoji opening and closing, respond | corresponding to a barrier-free window.

  A sash window according to the present invention includes a window frame having an upper frame, a lower frame, and left and right vertical frames, and sliding doors on the indoor side and the outdoor side that are supported to be opened and closed inside the window frame. A sash window, wherein the lower frame includes indoor and outdoor rail portions for guiding the shoji doors, an inter-rail upper surface member provided between the indoor and outdoor rail portions, and the indoor and outdoor doors. And an airtight member that partitions the lower frame internal space between the rail portions. The upper ends of the rail portions and the upper surface members between the rails are provided at substantially the same height. The airtight member is provided with a protruding piece that protrudes upward from the upper end of the rail upper surface member, and the bottom of the shoji protrudes downward to project the projecting piece of the airtight member when the shoji is closed. A projecting piece that abuts against the airtight member; Piece top end is positioned below the shoji bottom, protruding parts lower end provided on the shoji bottom, characterized in that located above said lower frame top.

  The sash window of the present invention includes a window frame having an upper frame, a lower frame, and left and right vertical frames, a fixed surface material fixed to the window frame, and an open / close operation on the outdoor side or indoor side of the fixed surface material. A sash window including a sliding-type shoji that is freely supported inside the window frame, wherein the lower frame includes a rail portion that guides the door of the shoji, and an indoor side or an outdoor side of the rail portion. A rail side upper surface member provided on the rail, and an airtight member provided below the summing portion of the fixed surface material and the shoji, and partitioning the indoor side of the rail portion or the lower frame internal space of the outdoor side, and the rail The upper end of each of the rail side upper surface member and the rail side upper surface member is provided at substantially the same height position, and the airtight member is provided with a protruding piece portion protruding upward from the upper end of the rail side upper surface member, The bottom of the shoji protrudes downward and the front A projecting piece portion that contacts the projecting piece portion of the airtight member is provided, the upper end of the projecting piece portion of the airtight member is located below the bottom surface of the shoji, and the lower end of the projecting piece portion provided on the bottom surface of the shoji is It may be positioned above the upper surface of the lower frame.

  Here, the upper end of the rail part and the rail upper surface member (or rail side upper surface member) being provided at substantially the same height position is not limited to being provided at the same height position, but is also a resident or a wheelchair. It is meant to include the case where it is provided at different height positions so as not to obstruct the movement.

According to such a configuration, in the sliding window provided with indoor and outdoor shoji, the upper surface of the lower frame is flattened by providing the indoor and outdoor rail portions and the upper ends of the upper surface members between the rails at substantially the same height position. Can be formed. Moreover, in the single-sided window provided with a shoji on the outdoor side or the indoor side of the fixed surface material, the upper surface of the lower frame is formed flat by providing the upper ends of the rail portion and the rail side upper surface member at substantially the same height position. be able to. Thus, a barrier-free sliding window or a sliding window having a flat upper surface on the lower frame can be configured.
In addition, the protruding piece provided on the airtight member that partitions the inner space of the lower frame and the protruding piece provided on the bottom surface of the shoji are in contact with each other, thereby allowing rainwater to enter the indoor side from below the shoji summoning section. It can be surely prevented and sufficient water stopping performance can be secured.

  Furthermore, the upper end of the projecting piece portion of the airtight member is located below the bottom surface of the shoji, and the lower end of the projecting piece portion provided on the bottom surface of the shoji is located above the top surface of the lower frame. Since the projecting piece of the member does not slide on the bottom of the shoji and the projecting piece provided on the bottom of the shoji does not slide on the upper surface of the lower frame, the opening / closing resistance is reduced, and the shoji can be smoothly moved even with a small force. Opening and closing operations can be performed, and operability can be improved.

At this time, in the sash window of the present invention, it is preferable that the projecting piece provided on the bottom surface of the shoji is provided on a sliding member attached to the lower end of the summon of the shoji.
According to such a configuration, a sliding member having a protruding piece portion is attached to the bottom edge of the shoji summon, and even if it is a shoji made of an aluminum-shaped saddle, it projects to the bottom of the shoji. A piece can be formed. Even if the protruding piece is worn or damaged, the initial airtightness and watertightness can be maintained by simply replacing the sliding member.

At this time, in the sash window of the present invention, a hanging piece that is suspended below the upper end of the rail portion is provided at the lower outer edge of the sliding door and the sliding member, and the indoor side surface of the hanging piece is provided. It is preferable that a horizontal airtight material provided along the outdoor side of the rail portion is in contact with the horizontal airtight material and the upper ends of the rail portions are provided at substantially the same height.
According to such a configuration, an airtight line is formed by bringing the horizontal airtight material provided in the lower frame into contact with the hanging pieces of the shoji and the sliding member, and the airtightness and watertight performance of the lower frame can be ensured. Since the upper end of the horizontal airtight material is provided at substantially the same height as the upper ends of the rail portion and the rail upper surface member (or rail side upper surface member), the flatness of the lower frame upper surface can be further improved. .

Hereinafter, each embodiment of the present invention will be described with reference to the drawings.
[First Embodiment]
FIG. 1 is a cross-sectional view showing a part of a building provided with a sliding window 10 which is a sash window according to the first embodiment of the present invention. 2 and 3 are a longitudinal sectional view and a transverse sectional view showing the sliding window 10.

  1-3, the sliding window 10 provided in the outer wall part of a building partitions the indoor space and outdoor space of a building. The building is a detached house, for example, and a terrace 1 is provided outside the sliding window 10. A deck material 2 made of recycled wood or the like is installed on an appropriate support material on the terrace 1. Yes. The top surface of the deck material 2 is at the same height as the indoor floor surface 3. In the sliding window 10, the upper surface of the lower frame 12 described later is formed flat at substantially the same height as the deck material 2 and the indoor floor surface 3. Therefore, when the occupant goes back and forth through the sliding window 10, there is no level difference between the indoor and outdoor floors, so there is no need to go up and down, and the resident is a resident using a wheelchair. Can easily go in and out. That is, the sliding window 10 is a barrier-free type (universal design) sweep-out window in which the floor level difference inside and outside the room is reduced.

  The sliding window 10 includes a window frame 14 in which an upper frame 11, a lower frame 12, and left and right vertical frames 13 are framed on four sides, and a pair of indoor and outdoor shojis 15 supported on the inside of the window frame 14 so as to be opened and closed. It is configured with. The window frame 14 is fixed to a housing such as an outer wall or a pillar of the building. The shoji 15 is configured by fitting a glass panel 19 into an interior in which an upper rod 16, a lower rod 17, and left and right vertical rods 18 are assembled on four sides. Further, a screen door 20 is supported in the window frame 14 so as to be freely opened and closed on the outdoor side of the pair of shojis 15. The screen door 20 is configured to include a screen door frame 21 having a quadruple frame and a net 22 fixed to the screen door frame 21. The pair of shojis 15 is closed so that the shoji 15A on the indoor side and the shoji 15B on the outdoor side overlap with each other at the summing portion 23 at a substantially central position in the direction in which the window frame 14 is found (left and right in FIG. 3). It has become. The indoor and outdoor shojis 15A and 15B can be locked by crescents 24, which are sliding door locks provided on the vertical rods (summit rods) 18A and 18B of the summing portion 23. Furthermore, a handle 25 for opening and closing each of the shojis 15A and 15B is attached to a vertical eave (door-toe) 18C and 18D on the door-end side in the indoor and outdoor shojis 15A and 15B.

  The upper frame 11, the lower frame 12, and the vertical frame 13 of the window frame 14 include indoor members 111, 121, 131 disposed on the indoor side, outdoor members 112, 122, 132 disposed on the outdoor side, These aluminum extruded profile indoor members 111, 121, 131 and outdoor members 112, 122, 132 are connected to heat insulating members 113, 123, 133. Further, the upper saddle 16, the lower saddle 17, and the vertical saddles 18A, 18C, 18D of the shoji 15 are the indoor members 161, 171, 181 arranged on the indoor side, and the outdoor members 162, arranged on the outdoor side. 172, 182 and heat insulating members 163, 173, 183 that connect the indoor members 161, 171, 181 and the outdoor members 162, 172, 182 made of the extruded aluminum material. That is, the sliding window 10 is composed of a heat insulating sash in which heat transfer between the indoor and the outdoor in the window frame 14 and the shoji 15 is suppressed, and is excellent in cooling and heating efficiency and can prevent the occurrence of condensation in winter. ing.

Next, the structure of the lower frame 12 in the sliding window 10 will be described in detail with reference to FIGS. FIG. 4 is a longitudinal sectional view showing the lower frame 12. FIG. 5 is an exploded perspective view showing the lower frame 12.
4 and 5, the lower frame 12 contacts the lower frame body 124 fixed to the building, the indoor and outdoor rail portions 30 (30A, 30B) for guiding the door wheel 174 of the shoji 15, and the shoji 15. The indoor side and outdoor side airtight materials 31 (31A, 31B) in contact with each other, the inter-rail upper surface member 32 detachably provided between the indoor and outdoor rail portions 30A, 30B, and the indoor side rail portion 30A. A room-side upper surface member 33 provided detachably on the inner side and a screen door rail 34 as an outdoor-side upper surface member provided detachably on the outdoor side with respect to the outdoor-side rail portion 30B. An angle member 35, which is a fixing member for fixing the lower frame 12 to an indoor floor material, is detachably provided on the indoor side of the lower frame 12 with respect to the indoor member 121 of the lower frame main body 124. Yes.

The rail part 30 is made of an extruded aluminum material, and the side airtight material 31 is made of PVC, and is detachably attached to the lower frame main body 124, respectively. In addition, the material of the horizontal airtight material 31 is not specifically limited.
Further, a door guide portion 301 protruding upward is formed on the upper surface of the rail portion 30, and the upper end of the door guide portion 301 is provided above the upper surface of the side airtight material 31. A guide groove 341 is formed on the upper surface of the screen door rail 34 as a screen door guide for guiding the door of the screen door 20.
Further, the upper surfaces of the inter-rail upper surface member 32, the indoor side upper surface member 33, and the screen door rail 34 are formed substantially horizontally, and the indoor and outdoor rail portions 30A and 30B, the lateral airtight materials 31A and 31B, and the angle material 35 are formed. Are provided at substantially the same height. That is, the lower frame main body 124 has an angle member 35, an indoor upper surface member 33, an indoor rail portion 30A, an indoor side airtight member 31A, an inter-rail upper surface member 32, an outdoor rail from the indoor side toward the outdoor side. The part 30B, the outdoor side airtight material 31B, and the screen door rail 34 are attached in this order, and their upper surfaces are formed substantially flat.

Clearances are respectively formed between the indoor side airtight material 31A and the rail upper surface member 32, and between the outdoor side airtight material 31B and the screen door rail 34. , 15B, a hanging piece 175 formed on the lower collar 17 is inserted. And the front-end | tip of horizontal airtight material 31A, 31B inside and outside abuts the indoor side surface of these hanging pieces 175, and an airtight line is formed. Thus, the width dimension of the gap provided on the outdoor side of each of the lateral airtight materials 31A and 31B inside and outside the room only needs to be a minimum necessary dimension that allows the hanging piece 175 of the lower arm 17 of the shoji 15 to be inserted.
Further, the indoor side upper surface member 33, the indoor side rail portion 30A, and the indoor side lateral airtight material 31A are attached in contact with each other without any gap, and the interrail upper surface member 32, the outdoor rail portion 30B, and the outdoor lateral airtight material are attached. 31B is attached in contact with each other without a gap.

  The lower frame main body 124 includes the indoor member 121, the outdoor member 122, and the heat insulating member 123 described above. An indoor side wall portion 121A protruding upward is formed at the upper indoor end of the indoor member 121, and an indoor side rail support for supporting the indoor side rail portion 30A is provided on the outdoor side facing the indoor side wall portion 121A. 121B and the indoor side airtight material holding | maintenance part 121C which hold | maintains the indoor side airtight material 31A adjacent to the outdoor side of this indoor side rail support part 121B are formed. And the indoor side upper surface member 33 is attached to the indoor side recessed groove part 121D opened upward between the indoor side wall part 121A and the indoor side rail support part 121B. An angle member 35 can be engaged with the upper end of the indoor side wall 121A.

  An outdoor side wall portion 122A that protrudes upward is formed at an upper outdoor end of the outdoor member 122 in the lower frame main body 124, and an outdoor rail portion 30B is supported on the indoor side facing the outdoor side wall portion 122A. The outdoor rail support part 122B to be performed and the outdoor airtight material holding part 122C for holding the outdoor lateral airtight material 31B adjacent to the outdoor side of the outdoor rail support part 122B are formed. The screen door rail 34 is attached to the outdoor recessed groove portion 122D that opens upward between the outdoor side wall portion 122A and the outdoor side airtight material holding portion 122C. A support member 36 is locked to the indoor side of the outdoor rail support portion 122B, and the rail upper surface member 32 is fixed to the support member 36 with screws.

  As described above, the indoor and outdoor rail support portions 121B and 122B provided in the lower frame main body 124 are formed in a concave groove shape that opens upward, and the protrusion provided in the opening portion and the indoor and outdoor rails are provided. The locking pieces provided at the lower ends of the portions 30A and 30B can be engaged. By engaging in this way, the rail portions 30A and 30B are supported by the lower frame main body 124 and are not easily detached. The rail portions 30A and 30B can be removed from the rail support portions 121B and 122B by inserting a tool such as a screwdriver into a groove formed on the side surface on the indoor side and lifting the tool upward. The indoor and outdoor airtight material holding portions 121C and 122C are formed in a concave groove shape having a substantially semicircular cross section opened upward. The horizontal airtight members 31A and 31B are held by the lower frame main body 124 by press-fitting a substantially cylindrical locking portion provided in the lower portion thereof into the airtight material holding portions 121C and 122C, and are pulled upward. The airtight material holding parts 121C and 122C can be removed.

Next, as shown in FIG. 5, the indoor and outdoor rail portions 30A and 30B and the horizontal airtight materials 31A and 31B each have a length dimension that extends over substantially the entire length of the lower frame 12, and are not divided in the middle. It is integrally formed.
The screen door rail 34 is made of an extruded aluminum material having a substantially U-shaped cross section, and is integrally formed with a length dimension covering substantially the entire length of the lower frame 12 in the longitudinal direction. 124 is fixed to the outdoor member 122 by screws. Note that the screen door rail 34 may be fixed to the lower frame main body 124 by fixing with screws to another part fixed to the lower frame main body 124.

The inter-rail upper surface member 32 is divided into four at the midway position in the longitudinal direction of the lower frame 12, and four members of first to fourth inter-rail upper surface members 32A, 32B, 32C, 32D from the lower left side in FIG. It is composed of
And when the shoji 15 is closed, the upper surface members 32A and 32B between the rails whose upper surfaces are exposed (positioned) in the indoor space are the upper surface member main body portion 321 between the rails made of a rectangular hollow resin extruded shape member. The upper surface member main body portion 321 between the rails is formed with handle portions 322 attached to both ends.
On the other hand, when the shoji 15 is closed, the upper surface members 32C and 32D between the rails whose upper surfaces are exposed (positioned) in the outdoor space are the upper surface member main body portion 321 between the rails made of a square hollow aluminum extruded profile. The upper surface member main body portion 321 between the rails is formed with handle portions 322 attached to both ends.
The handle portion 322 is made of resin and has a recessed portion 322A for gripping with a hand when the rail-to-rail upper surface member 32 is attached or detached.
In addition, the upper surface members 32A and 32B between the rails made of the resin extruded shape member can be connected to the aluminum support member 36 with a screw or the like, thereby suppressing the elongation and shrinkage peculiar to the resin caused by the temperature change or the secular change. At the same time, the support member 36 supports the load applied from above the rail upper surface members 32A and 32B.
Further, similarly to the inter-rail upper surface members 32A and 32B, the aluminum inter-rail upper surface members 32C and 32D may be attached to the lower frame main body 124 via the support member 36, or the inter-rail upper surface member 32C. , 32D and the support member 36 may be integrally formed.

  The first rail upper surface member 32A abuts a handle portion 322 on one end side (lower left side in FIG. 5) against a corner member 37 provided on the lower frame main body 124, and a handle portion 322 on the other end side is a second portion. It is attached in contact with the handle portion 322 of the rail upper surface member 32B. The second inter-rail upper surface member 32B is attached to a windshield plate 40 (described later) provided on the lower frame body 124 with a handle 322 opposite to the first inter-rail upper surface member 32A. The third rail upper surface member 32C is attached with the handle portion 322 at one end abutting against the windshield plate 40 and the handle portion 322 at the other end abutting against the handle portion 322 of the fourth rail upper surface member 32D. It has been. The fourth inter-rail upper surface member 32D is attached with the handle portion 322 opposite to the third inter-rail upper surface member 32C in contact with the side surface of the vertical frame 13. The upper surface member 32 between the rails has the first and second upper surface members 32A (or the fourth upper surface between the rails) on the other side in a state where the indoor and outdoor shojis 15A and 15B are brought closer to either one of the window frames 14. The member 32D) is removed, and then the second inter-rail upper surface member 32B (or the third inter-rail upper surface member 32C) can be slid to the other side and removed.

  The indoor side upper surface member 33 is divided into two at the middle position in the longitudinal direction of the lower frame 12, and is composed of two members, the first and second indoor side upper surface members 33A and 33B from the lower left side in FIG. Yes. Each of the indoor side upper surface members 33A and 33B includes an indoor upper surface member main body portion 331 made of an extruded aluminum material having a substantially L-shaped cross section, and a handle attached to the end of the indoor upper surface member main body portion 331 on the vertical frame 13 side. Part 332. The first and second indoor-side upper surface members 33A and 33B abut the lower frame center side end of each other, and the handle portion 332 of the first indoor-side upper surface member 33A abuts the corner member 37. The handle portion 322 of the second indoor-side upper surface member 33B is attached in contact with the corner member 38. And the handle part 332 is configured such that the other part protrudes upward by a push-down operation of a part thereof, and the indoor upper surface member 33 can be removed by pulling up the protruding part. It has become.

  As shown in FIG. 4, a lower frame internal space 125 is formed below the inter-rail upper surface member 32 between the indoor and outdoor rail portions 30 </ b> A and 30 </ b> B in the lower frame main body 124. In the lower frame internal space 125, a bottom surface and an outdoor side surface are formed by an inclined surface portion 126 and an outer surface portion 127 which are a part of the outdoor member 122. The inclined surface portion 126 is formed to have an inclination that decreases toward the outdoor side, and the outer surface portion 127 is provided with a drain hole 127A that opens to the outdoor space, and water that has entered the lower frame internal space 125 is Then, it flows through the inclined surface portion 126 and is discharged from the drain hole 127A of the outer surface portion 127. In addition, a drain valve 39 is attached to the outdoor side of a drain hole 127A provided in the indoor side space (described later) of the lower frame internal space 125, and the indoor side space of the lower frame internal space passes through the drain hole to the outdoor side. It is designed to prevent communication with the space. Furthermore, the drain valve 39 can discharge the water discharged through the drain hole 127A to the outdoor space without backflow. Further, the drain valve 39 can prevent rainwater from blowing from the outdoor side through the drain hole 127 </ b> A to the lower frame inner space 125 side.

Next, an airtight and watertight structure in the lower frame 12 will be described in detail with reference to FIGS.
FIG. 6 is a plan view showing the lower frame 12. FIG. 7 is a perspective view of the lower frame 12 as seen from the outdoor side. FIG. 8 is a perspective view showing the central portion of the lower frame 12 in cross section. FIG. 9 is a longitudinal sectional view showing the lower frame 12 and the outdoor shoji 15B. FIG. 10 is a side view of the relationship between the outdoor shoji 15B and the windshield 40 viewed from the indoor side. FIG. 11 is a perspective view of the vertical fence 18B of the outdoor shoji 15B as viewed from below. 12 to 14 are a plan view, a side view, a cross-sectional view, and a perspective view showing the windshield plate 40. 15 to 17 are a side view, a bottom view, and a perspective view showing the sliding member 50 provided on the vertical rod 18B.

  A windshield plate 40 as an airtight member that partitions the lower frame internal space 125 to the left and right is provided at a position below the summing portion 23 that is substantially the center position in the longitudinal direction of the lower frame 12. As shown in FIGS. 12 to 14, the windshield plate 40 is an integral member made of rubber, which is an elastic material, and includes a main body portion 41, side wall portions 42 provided on both side surfaces of the main body portion 41, and a main body. Five protruding piece portions 43 provided extending upward from the portion 41, drain holes 44 provided between the side wall portion 42 and the protruding piece portion 43, and a downward extension extending downward from the main body portion 41. And a projecting portion 45.

As shown in the cross-sectional view of FIG. 12D, the main body 41 of the windshield plate 40 is formed in a substantially rectangular box shape having an open bottom surface. The side wall portion 42 is formed in a plate shape extending upward from the main body portion 41, and the upper end of the side wall portion 42 is substantially the same height as the upper end of the inter-rail upper surface member 32 as shown in FIGS. In the position. The tip of the handle portion 322 on the center side of the lower frame longitudinal direction of the second and third rail upper surface members 32B and 32C is positioned in contact with the side surface portion 42, and the side wall portion 42 allows the positioning portion to be positioned. It is configured.
Further, the projecting piece 43 of the windshield 40 is formed in a fin shape that can be elastically deformed, and the first and second sub-projecting pieces divided into a plurality of portions by slits at the indoor side end thereof. 43A and 43B are formed. As shown in FIGS. 8 to 10, the upper end of the protruding piece 43 is provided so as to protrude above the upper surface of the lower frame 12, that is, the upper ends of the rail portion 30 and the inter-rail upper surface member 32. It comes into contact with 15B. Further, as shown in FIG. 9, the upper end of the first sub-projection piece 43A is positioned below the indoor side airtight member 31A and is in sliding contact with the hanging piece 175 (not shown) of the indoor side shoji 15A. It has become. And, in the space (slit) formed by being surrounded by the indoor side surface of the protruding piece portion 43, the upper end of the first sub protruding piece portion 43A, and the outdoor side surface (fined portion) of the indoor side airtight material 31A, By inserting the hanging piece 175 of the indoor shoji 15A, the hanging piece 175 is slidably contacted with these portions without any gap. Furthermore, the upper end of the second sub-projection piece 43B is formed in a curved shape, and is in close contact with the lower surface of the airtight material holding portion 121C on the indoor side. Further, the downwardly extending portion 45 of the windshield 40 is formed in a shape along the inclined surface portion 126 and the outer surface portion 127 of the lower frame main body 124. As described above, the windshield plate 40 is in close contact with each part of the lower frame 12, so that the lower frame internal space 125 below the summing unit 23 is separated from the left and right indoor side spaces 125A as shown in FIG. The outer space 125B can be partitioned.

On the other hand, a sliding member 50 serving as a heel-side airtight member is attached to the lower end of the vertical saddle (summing rod) 18B of the outdoor shoji 15B constituting the summing unit 23.
As shown in FIGS. 11 and 15, the sliding member 50 includes a main body 51, two insertion portions 52 and 53 inserted into the vertical rod 18 </ b> B, and a prospective side surface of the vertical rod 18 </ b> B (right side in FIG. 11). A front surface portion 54 exposed on the side surface), a door stop portion 55 projecting from the front surface portion 54, and a sliding piece portion being a hanging piece projecting downward from the main body portion 51. 56 and two projecting pieces 57 and 58 provided on the indoor side surface and bottom surface of the main body 51. Further, a groove-shaped mohair mounting portion 59 is formed on the bottom surface of the main body 51 of the sliding member 50, and a mohair 59A is attached to the mohair mounting portion 59 as shown in FIGS. ing. When the outdoor shoji 15B is opened / closed, the mohair 59A is in sliding contact with the upper surfaces of the outdoor rail portion 30B, the outdoor lateral airtight member 31B, and the inter-rail upper surface members 32C and 32D.
That is, in the state where the shoji 15A and 15B are closed, the upper surfaces of the outdoor rail 30B, the outdoor lateral airtight member 31B, and the upper rail members 32C and 32D are exposed (positioned) in the outdoor space. The mohair 59A is slidably contacted with these upper surfaces to remove dust and sand, or the outdoor rail portion 30B and the door wheel 174 are damaged by the dust and sand. Can be prevented from being attached.
When the outdoor shoji 15B is closed, the mohair 59A is located between the outdoor shoji 15B and the lower frame 12 at a position on the right side in FIG. 10 with respect to a first drain hole 44A of the windshield 40 described later. As a result of the blockage, dust, sand or the like is less likely to enter the first drain hole 44A.

The sliding member 50 is fixed to the vertical rod 18B by screwing from the front surface portion 54 with the insertion portions 52 and 53 inserted from the lower end of the vertical rod 18B. And the protrusion piece part 57 provided in the indoor side surface of the main-body part 51 fits into the notch | incision formed along the smoke return 184 of the indoor side surface of the vertical rod 18B, as shown in FIG. It protrudes to the indoor side from the side surface of the vertical rod 18B, and continues to the lower end portion of the vertical airtight material 185 provided on the indoor side surface of the vertical rod 18B. Note that the vertical airtight member 185 is a member that keeps the airtightness in contact with the outdoor side surface of the vertical rod 18A in the indoor shoji 15A. The door contact portion 55 provided on the front surface portion 54 prevents the vertical contact 18B from directly hitting the vertical frame 13 by the door contact portion 55 coming into contact with the vertical frame 13 when the outdoor shoji 15B is opened. It is for preventing.
Further, as shown in FIGS. 9 and 10, the sliding piece portion 56 of the sliding member 50 is inserted into a gap between the outdoor side airtight material 31 </ b> B and the screen door rail 34, continuing from the hanging piece 175 of the lower rod 17. The outdoor side airtight member 31B is in contact with the indoor side surface of the sliding piece 56. A chamfered portion 56A is formed at the end of the sliding piece portion 56. When the sliding door 15B is transported or attached to or detached from the window frame 14 with the sliding member 50 attached to the vertical rod 18B, the sliding piece 56A is slid. The end portion of the moving piece portion 56 is less likely to collide and become difficult to break. Note that the form of the chamfered portion 56A is arbitrary, and the chamfered portion 56A may be linearly formed with an appropriate inclination.

The windshield plate 40 and the sliding member 50 as described above constitute an airtight and watertight structure below the summing portion 23 of the sliding window 10 of the present embodiment.
That is, as shown in FIGS. 9 and 10, when the shoji 15 is closed, the projecting piece 43 of the windshield 40 and the projecting piece 58 of the sliding member 50 come into contact with each other, and the projecting piece of the sliding member 50 is brought into contact. The portion 57 abuts against the vertical side 18A (not shown) of the indoor shoji 15A, and the hanging piece 175 (not shown) at the lower end of the indoor shoji 15A is connected to the projecting piece 43 of the windshield 40 and the By contacting the first sub-projecting piece 43A, the gap between the indoor and outdoor shojis 15A and 15B and the lower frame 12 is closed, and the indoor and outdoor spaces are blocked. Thus, a horizontal airtight line in the lower frame 12 and the indoor and outdoor shojis 15A and 15B and a vertical airtight line in the summing unit 23 are formed.
Of the drainage holes 44 provided on the left and right sides in the lower frame longitudinal direction (right and left sides in FIG. 10) of the projecting piece 43 of the windshield plate 40, one drainage hole 44 (on the right side in FIG. 10) has a lower frame. The first drain hole 44 </ b> A communicated with the outdoor space 125 </ b> B of the internal space 125, and the other drain hole 44 (the left side in FIG. 10) is the second drain water communicated with the indoor space 125 </ b> A of the lower frame internal space 125. It is a hole 44B.

  When rainwater with wind blows from the outside in the direction in which the vertical rod 18B is found in the outdoor shoji 15B (right side in FIG. 10), the vertical rod 18B and the rail upper surface member 32C exposed to the outside The rainwater tries to enter the lower part of the summing portion 23 along the upper surface of the upper surface member 32C between the rails and between the rails. The rainwater enters the chamber of the lower frame internal space 125 from the first drain hole 44A of the windshield plate 40. It falls into the outer space 125B, flows through the inclined surface portion 126 of the lower frame main body 124, and is drained into the outdoor space through the drain hole 127A. Even if a part of the rainwater exceeds the first drain hole 44A of the windshield 40, the rainwater is in contact with the projecting piece 43 of the windshield 40 and the projecting piece 58 of the sliding member 50. Therefore, it cannot enter the indoor side and is drained from the first drain hole 44A in the same manner as described above. Furthermore, even if rainwater exceeds the protruding piece 43 of the windshield plate 40 and the protruding piece 58 of the sliding member 50, the rainwater flows into the lower frame from the second drain hole 44 </ b> B of the windshield 40. It falls into the indoor space 125A of the space 125 and is drained into the outdoor space via the drain hole 127A and the drain valve 39, and does not enter the indoor space along the upper surface of the rail upper surface member 32B.

  In the above, the upper end of the projecting piece portion 43 of the windshield 40 contacts the projecting piece portion 58 of the sliding member 50, but does not contact the other portions of the outdoor shoji 15B. The lower end of the protruding piece portion 58 of the sliding member 50 is in contact with the protruding piece portion 43 of the windshield plate 40 but is not in contact with other portions of the lower frame 12. That is, only when the outdoor shoji 15B is completely closed, the projecting piece 43 of the windshield 40 and the projecting piece 58 of the sliding member 50 come into contact with each other. Thereby, when opening and closing the outdoor shoji 15B, the protruding piece 43 of the windshield 40 does not slide in contact with the outdoor shoji 15B, and the protruding piece 58 of the sliding member 50 is the lower frame 12. Therefore, the opening / closing resistance is reduced, and the sliding door 15B on the outdoor side can be smoothly opened / closed even with a small force.

According to this embodiment, there are the following effects.
(1) That is, the indoor and outdoor rail portions 30A and 30B attached to the lower frame 12, the indoor and outdoor horizontal airtight materials 31A and 31B, the inter-rail upper surface member 32, the indoor upper surface member 33, and the upper end of the screen door rail 34 Are provided at substantially the same height, so that the upper surface of the lower frame 12 can be formed flat, and there is a sense of incongruity when the upper surface of the lower frame 12 is stepped on with a foot or rattling when passing by a wheelchair. Thus, the sliding window 10 that can be barrier-free can be configured.

(2) Further, the rail upper surface member 32 is divided on both sides of the windshield plate 40, and the handle portion 322 at the center side end portion of the lower frame in the longitudinal direction is brought into contact with the windshield plate 40. There is no risk that rainwater will enter the room through 32. Furthermore, since the projecting piece 43 of the wind-stop plate 40 that partitions the lower frame internal space 125 and the projecting piece 58 of the sliding member 50 come into contact with each other, it is possible to reliably prevent the intrusion of rainwater and to sufficiently prevent the water from stopping. Can be secured.

(3) Furthermore, the upper end of the protruding piece 43 of the windshield 40 is positioned below the bottom surface of the shoji 15 and the lower end of the protruding piece 58 of the sliding member 50 is positioned higher than the upper surface of the lower frame 12. When the outdoor shoji 15B is opened and closed, the protruding piece 43 of the windshield 40 does not slide on the outdoor shoji 15B, and the protruding piece 58 of the sliding member 50 does not slide on the lower frame 12. Therefore, the opening / closing resistance is reduced, and even with a small force, the outdoor shoji 15B can be opened / closed smoothly, and the operability can be improved.

(4) Further, by providing the windshield plate 40 with the first and second drain holes 44A and 44B, rainwater entering the indoor side from below the summing portion 23 of the shoji 15 is projected from the windshield plate 40. The rainwater can be dropped and drained from the first drainage hole 44A to the outdoor space 125B of the lower frame internal space 125 by being blocked by the piece 43 and the protruding piece 58 of the sliding member 50.

(5) Even if rainwater exceeds the protruding piece 43 of the windshield plate 40 and the protruding piece 58 of the sliding member 50, the rainwater is lowered from the second drain hole 44B of the windshield 40. It can be dropped and drained into the indoor space 125A of the frame internal space 125, and rainwater can be prevented from entering the indoor space to further improve the water stopping performance.

(6) Moreover, since the rail part 30 is not divided | segmented regarding the longitudinal direction of the lower frame 12, and is comprised from one continuous member without a joint on the way, when opening and closing the shoji 15, the door pulley 174 is a seam. It is possible to smoothly guide the door 174 of the shoji 15 without being rattled or making a sound.

(7) Further, by removing the inter-rail upper surface member 32, the indoor side upper surface member 33, and the screen door rail 34, it is possible to clean the groove portions 121D and 122D between the rail portions 30 and indoors without removing the rail portion 30. The cleaning operation can be performed with peace of mind without the possibility of the shoji 15 falling off during cleaning.

(8) Further, gaps are formed on the outdoor sides of the indoor and outdoor lateral airtight materials 31A and 31B, and the lateral airtight materials 31A and 31B come into contact with the hanging pieces 175 of the shoji 15 inserted into these clearances. An airtight line between the lower frame 12 and the shoji 15 is formed. The width dimension of the gap provided along the horizontal airtight materials 31A and 31B only needs to have a minimum dimension that allows the drooping piece 175 to be inserted, and the airtight line can be formed only by providing the minimum gap. Since it can be formed, it is not necessary to provide a large gap or unevenness, so that the upper surface of the lower frame 12 can be formed further flat.

(9) Further, by inserting the hanging piece 175 of the shoji 15 into the gap along the lateral airtight members 31A and 31B, the gap between the lower edge of the shoji 15 and the upper surface of the lower frame 12 cannot be seen on the appearance of the window, and the appearance The design is improved, and the act of removing the shoji 15 by inserting a tool such as a bar from the outdoor side between the lower end of the shoji 15 and the lower frame 12 can be prevented, and the crime prevention performance can be improved.

(10) Further, since the inter-rail upper surface member 32 is divided into four at the midway position in the longitudinal direction of the lower frame 12, it is not necessary to remove the shoji 15 only by bringing the shoji 15 to one side of the window frame 14. The inter-rail upper surface member 32 can be easily detached.

(11) Further, since the horizontal airtight materials 31A and 31B are detachably provided from the upper surface side of the lower frame 12, even when the horizontal airtight materials 31A and 31B are worn, it is easy from above the lower frame 12. It is possible to replace the side airtight materials 31A and 31B.

(12) Furthermore, since the rail portion 30 is detachable from the lower frame main body 124, the rail portion 30 can be replaced even if the rail portion 30 is damaged. Moreover, even if the door guides 301 and 302 of the rail portion 30 are changed to a convex shape or a concave shape according to the form of the door wheel 174 of the shoji 15, there is no need to change the shape of the lower frame main body 124. This can be dealt with by replacing only the unit 30.

(13) Further, in the lower frame main body 124 in which the indoor member 121 and the outdoor member 122 are connected by the heat insulating member 123, the indoor rail portion 30A located in the indoor space when the shoji 15 is closed, the indoor upper surface A sliding window that is a heat insulating sash by providing the member 33 and the side airtight member 31A on the indoor member 121 and making the rail upper surface members 32A and 32B located in the indoor space when the shoji 15 is closed made of resin. Ten heat insulation effects can be ensured.

[Second Embodiment]
Next, a single sliding window 60 that is a sash window according to a second embodiment of the present invention will be described with reference to FIGS. FIG. 18 is a vertical cross-sectional view showing the lower frame 62 of the one-way window 60. FIG. 19 is a longitudinal sectional view showing the lower frame 62 and the shoji 15.
The single sliding window 60 is an external movement type single sliding window in which one shoji 15 is supported in an openable and closable manner inside the window frame as in the first embodiment. That is, the fixed shoji which is a fixed surface material (not shown) is fixed to the inside of the window frame, and the shoji 15 is supported on the outdoor side of the fixed shoji. In the second embodiment, only the external movement type sliding window will be described. However, an internal movement type sliding window in which the shoji 15 is supported on the indoor side of the stationary shoji can be opened and closed.
The lower frame 62 includes a lower frame body 624 having an indoor member 621, an outdoor member 622, and a heat insulating member 623, as in the first embodiment. The indoor member 621 of the lower frame main body 624 is formed with an indoor side wall portion 621A and an indoor side concave groove portion 621D, and the outdoor member 622 is formed with an outdoor side wall portion 622A and an outdoor outdoor concave groove portion 622D. ing. Further, an angle member 75 is engaged with the upper end of the indoor side wall 621A, and the lower frame body 624 is fixed to the indoor floor by the angle member 75. That is, the lower frame body 624 of this embodiment is shared with the lower frame body 124 of the sliding window 10 of the first embodiment.

  On the upper part of the lower frame main body 624, a rail portion 70 that guides the door 174 of the shoji 15, a lateral airtight member 71 that contacts the shoji 15, and a rail side that is detachably provided along the indoor side of the rail portion 70. An upper surface member 72, an indoor upper surface member 73 provided detachably in the indoor concave groove 621D, and a screen door rail 74 as an outdoor upper surface member detachably provided in the outdoor concave groove 622D are attached. ing. These members are attached in this order from the indoor side toward the outdoor side, in the order of the indoor side upper surface member 73, the rail side upper surface member 72, the rail portion 70, the side airtight material 71, and the screen door rail 74. The upper surface is provided at substantially the same height position (substantially flat). A gap into which the hanging piece 175 of the shoji 15 can be inserted is formed between the horizontal airtight member 71 and the screen door rail 74.

In addition, a lower frame internal space 625 in which a bottom surface and an outdoor side surface are formed by an inclined surface portion 626 and an outer surface portion 627 is provided on the indoor side of the rail portion 70 in the lower frame main body 624 and below the rail side upper surface member 72. It has been. The outer surface 627 is provided with a drain hole 127A (not shown) similar to that of the first embodiment, and a drain valve 39 is provided in the drain hole 127A provided in the indoor space of the lower frame internal space 625. (Not shown) is provided.
The rail side upper surface member 72 is a member similar to the rail upper surface member 32 of the first embodiment, and handle portions (not shown) are attached to both ends thereof.
Further, the indoor-side upper surface member 73 is made of an aluminum extruded profile (or a resin extruded profile) having a substantially T-shaped cross section, and the rail support portion on which the indoor rail 30A is supported in the first embodiment. It is engaged with 121B and is attached so as to cover the upper side of the indoor concave groove 621D.

Also in the single sliding window 60 as described above, an airtight and watertight structure under the summing portion substantially similar to the first embodiment is configured. That is, the windshield plate 40 is attached to a substantially central position of the lower frame 62 below the summing portion composed of the vertical rod (summing rod) 18B with the shoji 15 closed and the vertical bone of the stationary shoji. The sliding member 50 is attached to the lower end of the vertical rod 18B.
That is, as shown in FIG. 19, the projecting piece portion 43 of the windshield plate 40 and the projecting piece portion 58 of the sliding member 50 come into contact with each other in the state where the shoji 15 is closed, and the projecting piece portion 43 of the windshield plate 40. As a result, the gap between the shoji 15, the longitudinal bone, and the lower frame 62 is closed, and the indoor and outdoor spaces are blocked. Thereby, a horizontal airtight line in the lower frame 62 and the shoji 15 is formed. Further, the vertical airtight material 185 of the shoji 15 and the protruding piece portion 57 of the sliding member 50 abut against the outdoor side surface of the vertical bone, thereby forming a vertical airtight line.
And by such an airtight and watertight structure, rainwater is drained and does not enter the indoor space, as in the first embodiment.

According to the present embodiment as described above, it is possible to form the externally movable shoji type single sliding window 60 having substantially the same effect as described above.
(14) Further, since the sliding window 10 and the lower frame main bodies 124 and 624 of the first embodiment are made common, the rail portions 30 and 70 and the side airtight materials 31 and 71 attached to the upper portion thereof, each upper surface member Only the configuration of 32, 33, 34, 72, 73, 74, etc. is changed, and it is not necessary to change the structure of the lower frame main bodies 124, 624. The common lower frame main bodies 124 and 624 can be used, and the number of parts can be reduced.

Note that the present invention is not limited to the above-described embodiments, and includes other configurations that can achieve the object of the present invention, and includes the following modifications and the like.
For example, in the lower frame 12 of the sliding window 10 of the first embodiment, the indoor upper surface member 33 is attached to the indoor side of the indoor rail portion 30A, and the outdoor outdoor upper surface member is positioned to the outdoor side of the outdoor rail portion 30B. Although the screen door rail 34 is attached, these top and bottom members inside and outside the room may be omitted. At this time, on the indoor side, for example, a part of the angle member 35 is extended to the outdoor side, or a part of the indoor side rail part 30A is extended to the indoor side, so that the upper side of the indoor side concave groove part 121D. May be covered. Further, on the outdoor side, the screen door 20 may be supported by the outdoor side wall portion 122A of the lower frame main body 124 so as to be openable and closable, and a part of the outdoor side wall portion 122A is extended to the indoor side to form a screen door rail. May be. Similarly, the indoor side and outdoor side upper surface members 73 and 74 of the second embodiment may be omitted, and the upper surface members may be formed integrally with a part of the lower frame main body 624.
Moreover, in each said embodiment, although the rail parts 30 and 70 were attached to the lower frame main bodies 124 and 624 so that attachment or detachment was possible, you may form not only this but a rail part integrally with a lower frame main body. Moreover, although the rail parts 30 and 70 were formed having the convex door pulley guide part 301 which protruded upwards, it is not restricted to this, The rail part 30 which has the concave door wheel guide part which dented the upper surface , 70 may be adopted.

Moreover, in the said embodiment, although each frame material 11, 12, 13, 62 of the window frame 14 and each frame material 16, 17, 18 of the shoji 15 were comprised from the indoor member, the outdoor member, and the heat insulation member, Not limited to this, each frame material and frame material may be made of an integral aluminum shape, and a composite in which an indoor member made of resin extrusion and an outdoor member made of aluminum extrusion are connected without using a heat insulating member. It may be a sash.
Moreover, in the said embodiment, the horizontal airtight materials 31 and 71 are attached adjacent to the outdoor side of the rail parts 30 and 70, and the hanging piece 175 of the shoji 15 and the sliding member 50 are attached to the outdoor side of the horizontal airtight materials 31 and 71. Although a gap for inserting the sliding piece 56 is provided, the present invention is not limited to such a configuration. That is, the airtight members 31 and 71 may be attached adjacent to the indoor side of the rail portions 30 and 70, and a gap may be formed along the indoor side of the laterally airtight materials 31 and 71. At this time, the hanging piece of the shoji 15 and the sliding piece portion of the sliding member 50 are formed at the lower end on the indoor side surface of the shoji, and the hanging piece and the sliding piece portion are spaced along the airtight members 31 and 71. If the horizontal airtight materials 31 and 71 are brought into contact with the outdoor side surface of the hanging piece or the sliding piece portion, an airtight line can be formed.

Moreover, in the said 1st Embodiment, although the rail upper surface member 32 was divided into four, it is not restricted to this, You may divide into two or three, and may be divided into five or more. Further, the indoor upper surface member 33 is not limited to two divisions, and may be divided into three or more divisions.
Furthermore, in each said embodiment, although the screen door rails 34 and 74 had the length dimension covering the longitudinal direction substantially length of the lower frames 12 and 62, it is not restricted to this, The screen door rails 34 and 74 are divided into 2 or more parts You may divide into. In this manner, the screen door rail can be removed from the lower frame main bodies 124 and 624 without removing the screen door 20 from the window frame 14.
In each of the above embodiments, the angle members 35 and 75 separate from the lower frame main bodies 124 and 624 are provided on the indoor side of the lower frames 12 and 62. However, the angle members are integrated with the lower frame main bodies 124 and 624. You may form in.

Moreover, in each said embodiment, although the drainage hole 44 was provided in the lower frame longitudinal direction right and left both sides of the protrusion piece part 43 of the windshield 40, it is not restricted to this, A drainage hole may be abbreviate | omitted and either right or left You may provide a drain hole only in one. Thus, when the drainage hole of the windshield plate 40 is omitted, for example, a gap for drainage is formed between the rail upper surface member 32 or the rail side upper surface member 72 and the windshield plate 40. It may be drained from the gap, and a recess 322A provided in the handle portion 322 of the rail upper surface member 32 or the rail side surface upper member 72 is formed to penetrate downward, and drainage is possible through this recess 322A. It may be configured.
Moreover, in each said embodiment, although the rail upper surface member and the rail side upper surface member were attached to the lower frame main body so that attachment or detachment was possible, not only this but these upper surface members were formed integrally with the lower frame main body. May be.

In addition, the best configuration, method and the like for carrying out the present invention have been disclosed in the above description, but the present invention is not limited to this. That is, the invention has been illustrated and described with particular reference to certain specific embodiments, but without departing from the spirit and scope of the invention, Various modifications can be made by those skilled in the art in terms of material, quantity, and other detailed configurations.
Therefore, the description limiting the shape, material, etc. disclosed above is an example for easy understanding of the present invention, and does not limit the present invention. The description by the name of the member which remove | excluded the limitation of one part or all of such restrictions is included in this invention.

It is sectional drawing which shows a part of building in which the sash window based on 1st Embodiment of this invention was provided. It is a longitudinal cross-sectional view which shows the said sash window. It is a cross-sectional view showing the sash window. It is a longitudinal cross-sectional view which shows the lower frame in the said sash window. It is a disassembled perspective view which shows the said lower frame. It is a top view which shows the said lower frame. It is the perspective view which looked at the said lower frame from the outdoor side. It is a perspective view which shows the central part of the said lower frame in cross section. It is a longitudinal cross-sectional view which shows the said lower frame and the shoji of an outdoor side. It is the side view seen from the room inner side which shows the relationship between the said shoji of an outdoor side, and an airtight member. It is the perspective view which looked at the vertical fence of the said outdoor shoji from the bottom. (A)-(D) are the top view, two-side view, and sectional drawing which show the said airtight member, respectively. It is a perspective view which shows the said airtight member. It is a perspective view which shows the said airtight member. (A)-(C) are the two side views and bottom views which respectively show the sliding member of the lower end of the outdoor shoji. It is a perspective view which shows the said sliding member. It is a perspective view which shows the said sliding member. It is a longitudinal cross-sectional view which shows the lower frame in the sash window which concerns on 2nd Embodiment of this invention. It is a longitudinal cross-sectional view which shows the said lower frame and a shoji.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... Sliding window which is a sash window, 11 ... Upper frame, 12 ... Lower frame, 13 ... Vertical frame, 14 ... Window frame, 15 ... Shoji, 16 ... Upper eaves, 17 ... Lower eaves, 18 ... Vertical eaves, 30 DESCRIPTION OF SYMBOLS ... Rail part, 31 ... Horizontal airtight material, 32 ... Inter-rail upper surface member, 40 ... Windshield which is an airtight member, 42 ... Side part which is a positioning part, 43 ... Projection piece part, 50 ... Sliding member, 56 ... Sliding piece part that is a hanging piece, 60 ... Single sliding window that is a sash window, 62 ... Lower frame, 70 ... Rail part, 71 ... Horizontal airtight material, 72 ... Rail side upper surface member, 125,625 ... Lower frame internal space 174 ... door wheel, 175 ... hanging piece.

Claims (4)

A sash window comprising an upper frame, a lower frame, and a window frame having left and right vertical frames, and sliding doors on the indoor side and the outdoor side that are supported to be opened and closed inside the window frame,
The lower frame includes indoor and outdoor rail portions for guiding the door of the shoji, an upper surface member between the rails provided between the indoor and outdoor rail portions, and a summing portion of the indoor and outdoor shoji And an airtight member that partitions the lower frame internal space between the rail portions,
The upper ends of the rail members and the upper surface member between the rails are provided at substantially the same height position,
The airtight member is provided with a protruding piece portion that protrudes upward from the upper end of the top surface member between the rails, and protrudes downward on the bottom surface of the shoji to contact the protruding piece of the airtight member when the shoji is closed. Protruding piece part to contact,
A sash window in which an upper end of the projecting piece portion of the airtight member is positioned below the bottom surface of the shoji, and a lower end of the projecting piece portion provided on the bottom surface of the shoji is positioned above the upper surface of the lower frame. A window frame having an upper frame, a lower frame, and left and right vertical frames, a fixed surface material fixed to the window frame, and supported on the inside of the window frame so as to be openable and closable on the outdoor side or the indoor side of the fixed surface material. A sash window with a sliding screen type shoji,
The lower frame is provided below a rail part for guiding the shoji door, a rail side upper surface member provided on the indoor side or the outdoor side of the rail part, and below the summing part for the fixed surface material and the shoji. And an airtight member that partitions the lower frame internal space of the rail portion on the indoor side or on the outdoor side,
The upper ends of the rail portion and the rail side upper surface member are provided at substantially the same height position,
The airtight member is provided with a protruding piece portion that protrudes upward from the upper end of the rail side upper surface member, and protrudes downward on the bottom surface of the shoji to the protruding piece portion of the airtight member when the shoji is closed. Protruding piece part to contact is provided,
A sash window in which an upper end of the projecting piece portion of the airtight member is positioned below the bottom surface of the shoji, and a lower end of the projecting piece portion provided on the bottom surface of the shoji is positioned above the upper surface of the lower frame.   The sash window according to claim 1 or 2, wherein the protruding piece portion provided on the bottom surface of the shoji is provided on a sliding member attached to a lower end of the summoning rod of the shoji. A hanging piece hanging down below the upper end of the rail portion is provided at the lower edge of the sliding door and the sliding member on the outdoor side, and the indoor side surface of the hanging piece is provided on the outdoor side of the rail portion. A horizontal airtight material provided along the
The sash window according to claim 3, wherein upper ends of the horizontal airtight material and the rail portion are provided at substantially the same height position.

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