Fitting

Abstract

To provide a fitting allowing a resin member disposed around an opening of a panel groove to be easily manufactured.SOLUTION: A fitting comprises: a bottom 311; a metal member 31A on which a panel groove 31C is formed of an outdoor side wall part 312c extending inward in a width direction from the outdoor side of the bottom 311 and an indoor side wall part 313c extending inward in the width direction from the indoor side of the bottom 311; and a resin member 31B provided on the indoor side of the metal member 31A. The resin member 31B has an opening wall part 365 disposed on the opening side of the panel groove 31C. An engaging part 315 is provided on a tip of the indoor side wall part 313c. The opening wall part 365 is engaged with the engaging part 315. The outdoor surface 316a of the indoor side wall part 313c is disposed further on the outdoor side than the outdoor surface 365a of the opening wall part 365.SELECTED DRAWING: Figure 4

Description

Technical Field

[0001] The present disclosure relates to fittings.

Background Art

[0002] Conventionally, in fittings installed in openings of buildings, the peripheral edge of glass is covered with a glazing channel having a substantially U-shaped cross section and fitted into a panel groove of a frame. A configuration is also known in which a sealing material is fitted into a gap between the peripheral edge of the glass and the panel groove. On the inner peripheral surface of the panel groove of an aluminum resin composite sash, a metal member and a resin member may be combined so as to be flush (see Patent Document 1 below).

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] In the above-described fittings, since the resin member is manufactured by extrusion molding, there is a problem that it is difficult to control the dimensional accuracy in the manufacture of the resin member so as to be flush with the metal member on the inner peripheral surface of the panel groove.

[0005] The present disclosure has been made in view of the above circumstances, and provides a fitting capable of easily manufacturing a resin member disposed around an opening of a panel groove.

Means for Solving the Problems

[0006] The fitting according to one aspect of the present disclosure includes a metal member in which a panel groove is formed by a bottom portion, an outdoor side wall portion extending inward in the finding direction from the outdoor side of the bottom portion, and an indoor side wall portion extending inward in the finding direction from the indoor side of the bottom portion, and a resin member provided on the indoor side of the metal member. The resin member has an opening wall portion disposed on the opening side of the panel groove. An engaging portion is provided at the tip of the indoor side wall portion. The opening wall portion is engaged with the engaging portion, and the outdoor surface of the indoor side wall portion is disposed on the outdoor side of the outdoor surface of the opening wall portion.

Brief Description of the Drawings

[0007]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Figure 6

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Figure 8

Figure 9

Figure 10

Figure 11

Figure 12

Figure 13

Figure 14

Figure 15

Figure 16

Mode for Carrying Out the Invention

[0008] (First Embodiment) Hereinafter, a fitting according to the first embodiment will be described with reference to the drawings. The following embodiments show one aspect of the present disclosure, do not limit the present disclosure, and can be arbitrarily changed within the scope of the technical idea of the present disclosure. In the following drawings, in order to make each configuration easy to understand, the actual structure and the scale etc. in each structure are made different.

[0009] As an example of a fitting provided in an opening of a building, a sliding window for a building will be used for explanation. As shown in FIG. 1, the sliding window 100 includes a frame body 1, an angle 2, an outer sash 3X, and an inner sash 3Y shown in FIG. 2. The outer sash 3X and the inner sash 3Y are slidable in the width direction inside the frame body 1.

[0010] A building fitting is a fitting installed in a building of a mid-rise building (height exceeding 12 m and not exceeding 31 m from the ground), a high-rise building (height exceeding 31 m from the ground), and a super high-rise building (height exceeding 60 m from the ground). Fittings installed in mid-rise buildings, high-rise buildings, and super high-rise buildings are required to have higher wind pressure resistance performance, watertight performance, airtight performance, etc. compared to fittings installed in low-rise buildings (height not exceeding 12 m from the ground). For this reason, the performance required for building fittings installed in mid-rise buildings, high-rise buildings, and super high-rise buildings is, as defined in JIS A 4706:2021, the wind pressure resistance performance is S-4 grade or higher, the watertight performance is W-4 grade or higher, and the airtight performance is A-4 or higher.

[0011] In the following description, the left - right direction when viewing the sliding window 100 from the front is referred to as the width direction. The direction perpendicular to the width direction and along the horizontal direction is referred to as the indoor - outdoor direction. The direction perpendicular to the width direction and the indoor - outdoor direction is referred to as the up - down direction. In the drawings, the width direction is indicated by arrow X, the indoor - outdoor direction is indicated by arrow Y, and the up - down direction is indicated by arrow Z. The width direction and the up - down direction may be referred to as the finding direction. In each component of the frame body 1 and the angle 2, the side away from the center of the frame body 1 in the width direction and the finding direction is referred to as the outer side, and the side toward the center of the frame body 1 may be referred to as the inner side. In each component of the outer shutter 3X and the inner shutter 3Y, the side away from the center of the outer shutter 3X and the inner shutter 3Y in the width direction and the finding direction is referred to as the outer side, and the side toward the center of the outer shutter 3X and the inner shutter 3Y may be referred to as the inner side.

[0012] The frame body 1 has a rectangular frame shape. The frame body 1 has an upper frame 11 shown in FIG. 1, a lower frame 12, and a vertical frame 13 shown in FIG. 3. Each of the frames 11, 12, 13 is composed of a metal frame and a resin frame connected together.

[0013] As shown in FIG. 1, the upper frame 11 extends in the width direction. The upper frame 11 has a metal upper frame 11A and a resin upper frame 11B. The resin upper frame 11B is attached to the lower side on the indoor side of the metal upper frame 11A.

[0014] The lower frame 12 extends in the width direction. The lower frame 12 has a metal lower frame 12A and a resin lower frame 12B. The resin lower frame 12B is attached to the upper side on the indoor side of the metal lower frame 12A.

[0015] As shown in FIG. 3, the vertical frame 13 extends in the up - down direction. The vertical frame 13 connects the width - direction end of the upper frame 11 and the width - direction end of the lower frame 12. The vertical frame 13 has a metal vertical frame 13A and a resin vertical frame 13B. The resin vertical frame 13B is attached to the metal vertical frame 13A on one side in the width direction among the pair of metal vertical frames 13A. The resin vertical frame 13B is attached to the inner side in the width direction of one of the metal vertical frames 13A. The resin vertical frame 13B is attached to the left - hand metal vertical frame 13A when viewed from the indoor side, but it may be attached to the right - hand metal vertical frame 13A.

[0016] The metal frames 11A, 12A, and 13A are formed of profile materials of metal materials such as aluminum alloys. The resin frames 11B, 12B, and 13B are formed of profile materials of resin materials.

[0017] The angle 2 is formed of a profile material of resin material. The angle 2 has an upper angle 21 shown in FIG. 1, a lower angle 22, and a vertical angle 23 shown in FIG. 3.

[0018] As shown in FIG. 1, the upper angle 21 extends in the width direction. The upper angle 21 is attached to the indoor side and the lower side of the metal upper frame 11A.

[0019] The lower angle 22 extends in the width direction. The lower angle 22 is attached to the indoor side and the upper side of the metal lower frame 12A.

[0020] As shown in FIG. 3, the vertical angle 23 extends in the vertical direction. The vertical angle 23 is attached to the metal vertical frame 13A to which the resin vertical frame 13B is not attached among the pair of metal vertical frames 13A. The vertical angle 23 is attached to the indoor side and the inner side in the width direction of the metal vertical frame 13A. The vertical angle 23 is attached to the metal vertical frame 13A on the right side when viewed from the indoor side, but may be attached to the metal vertical frame 13A on the left side.

[0021] The outer shutter 3X is disposed on the outdoor side. The inner shutter 3Y is disposed on the indoor side. The outer shutter 3X and the inner shutter 3Y may be collectively referred to as the shutter 3.

[0022] The shutter 3 has a frame body 30 and a glass panel 40. The frame body 30 has an upper frame 31 shown in FIG. 1, a lower frame 32, a door-end frame 33 shown in FIG. 3, and a summons frame 34. Each of the frames 31, 32, 33, and 34 is configured by connecting a metal frame and a resin frame.

[0023] As shown in FIG. 1, the upper frame 31 extends in the width direction. The upper frame 31 has a metal upper frame 31A and a resin upper frame 31B. The resin upper frame 31B is attached to the indoor side of the metal upper frame 31A. The metal upper frame 31A corresponds to the "metal member". The resin upper frame 31B corresponds to the "resin member".

[0024] The lower frame 32 extends in the width direction. The lower frame 32 has a metal lower frame 32A and a resin lower frame 32B. The resin lower frame 32B is attached to the indoor side of the metal lower frame 32A. The metal lower frame 32A corresponds to the "metal member". The resin lower frame 32B corresponds to the "resin member".

[0025] As shown in FIG. 3, the door tip frame 33 extends in the vertical direction. The door tip frame 33 connects the tip side end in the width direction of the upper frame 31, which is one side of the door tip side, and the tip side end of the lower frame 32. The door tip frame 33 has a metal door tip frame 33A and a resin door tip frame 33B. The resin door tip frame 33B is attached to the indoor side of the metal door tip frame 33A. The metal door tip frame 33A corresponds to the "metal member". The resin door tip frame 33B corresponds to the "resin member".

[0026] The summons frame 34 extends in the vertical direction. The summons frame 34 connects the summons side end in the width direction of the upper frame 31, which is the other side of the summons side, and the summons side end of the lower frame 32. The summons frame 34 has a metal summons frame 34A and a resin summons frame 34B. The resin summons frame 34B is attached to the indoor side of the metal summons frame 34A. The metal summons frame 34A corresponds to the "metal member". The resin summons frame 34B corresponds to the "resin member".

[0027] The metal frames 31A, 32A, 33A, 34A are formed of profiles of metal materials such as aluminum alloy. The resin frames 31B, 32B, 33B, 34B are formed of profiles of resin materials.

[0028] Metal frames 31A, 32A, 33A, and 34A are formed with glass grooves into which the ends of the glass panel 40 are fitted. As shown in FIG. 1, the upper metal frame 31A is formed with an upper frame glass groove 31C that opens downward over substantially the entire length in the width direction. The upper end portion 40u of the glass panel 40 is fitted into the upper frame glass groove 31C. The lower metal frame 32A is formed with a lower frame glass groove 32C that opens upward over substantially the entire length in the width direction. The lower end portion 40d of the glass panel 40 is fitted into the lower frame glass groove 32C. As shown in FIG. 3, the door leading edge metal frame 33A is formed with a door leading edge glass groove 33C that opens inward in the width direction over substantially the entire length in the vertical direction. The widthwise end portion 40s of the glass panel 40 is fitted into the door leading edge glass groove 33C. The summons metal frame 34A is formed with a summons metal frame glass groove 34C that opens inward in the width direction over substantially the entire length in the vertical direction. The widthwise end portion 40s of the glass panel 40 is fitted into the summons metal frame glass groove 34C. The upper frame glass groove 31C, the lower frame glass groove 32C, the door leading edge glass groove 33C, and the summons metal frame glass groove 34C correspond to the "panel groove".

[0029] The glass panel 40 is formed in a flat plate shape. The glass panel 40 has an outdoor glass 401, an indoor glass 402, and a spacer 403. The spacer 403 is disposed between substantially the entire lengths of the edges of the four sides of the outdoor glass 401 and substantially the entire lengths of the edges of the four sides of the indoor glass 402. The glass panel 40 is a pair of glasses having two glasses 401 and 402. The glass panel 40 may be a single-layer glass or a multi-layer glass. The glass panel 40 may be other than a glass panel such as a resin plate member as long as it is a plate-like member. The glass panel 40 corresponds to the "panel".

[0030] At the edge portions of the four sides of the glass panel 40, a backup material 41 and a sealing material 42 are provided between the surfaces 40a facing the outdoor side and 40b facing the indoor side and the glass grooves 31C, 32C, 33C, 34C. The backup material 41 and the sealing material 42 are provided over substantially the entire length of the edge portions of the four sides of the glass panel 40. The sealing material 42 is disposed adjacent to the backup material 41 inside the finding direction of the backup material 41. The sealing material 42 corresponds to the "sealing material".

[0031] The structure of the upper frame 31 will be described in detail with reference to FIG. 4. As shown in FIG. 4, the metal upper frame 31A of the upper frame 31 has a groove bottom plate portion 311, a groove outdoor side plate portion 312, a groove indoor side plate portion 313, and an upper plate portion 317.

[0032] The groove bottom plate portion 311 is formed in a flat plate shape. The plate surface of the groove bottom plate portion 311 faces in the vertical direction. The lower surface of the groove bottom plate portion 311 faces the upper end portion 40u of the glass panel 40. A step portion 311a is formed in the middle portion of the groove bottom plate portion 311 in the indoor-outdoor direction. The portion of the groove bottom plate portion 311 on the indoor side of the step portion 311a is disposed above the portion of the groove bottom plate portion 311 on the outdoor side of the step portion 311a.

[0033] The groove outdoor side plate portion 312 is formed in a flat plate shape. The plate surface of the groove outdoor side plate portion 312 faces in the indoor-outdoor direction. The lower end portion 312d of the groove outdoor side plate portion 312 is on substantially the same plane as the lower surface 42d of the sealing material 42. A step portion 312a is formed in the middle portion of the groove outdoor side plate portion 312 in the vertical direction. The portion of the groove outdoor side plate portion 312 below the step portion 312a is disposed on the outdoor side of the portion of the groove outdoor side plate portion 312 above the step portion 312a.

[0034] The groove indoor side plate portion 313 is formed in a flat plate shape. The plate surface of the groove indoor side plate portion 313 faces in the indoor-outdoor direction. The groove indoor side plate portion 313 is disposed on the indoor side of the groove outdoor side plate portion 312 with a space therebetween.

[0035] At the upper part of the inner groove side plate portion 313, a claw portion 314 is provided which protrudes inward of the room and further bends so as to protrude upward. A recess 314a opening upward is formed between the inner groove side plate portion 313 and the tip of the claw portion 314. The claw portion 314 is located at a height higher than the groove bottom plate portion 311.

[0036] At the lower end of the inner groove side plate portion 313, a thick portion 316 is provided which slightly protrudes outward of the room and has a greater thickness in the indoor-outdoor direction. The surface 316a facing the outdoor side of the thick portion 316 is in contact with the sealing material 42. The sealing material 42 is sandwiched between the surface 316a of the thick portion 316 and the surface 40b of the glass panel 40.

[0037] At the lower part of the inner groove side plate portion 313, a claw portion 315 is provided which protrudes inward of the room and further bends so as to protrude downward. A recess 315a opening downward is formed between the thick portion 316 and the claw portion 315. The claw portion 315 is located at substantially the same height as the boundary portion between the backup material 41 and the sealing material 42. The claw portion 315 corresponds to the "engagement portion".

[0038] The groove bottom plate portion 311 connects a portion slightly above the step portion 312a of the outer groove side plate portion 312 and the intermediate portion in the vertical direction of the inner groove side plate portion 313. The portion below the connection portion with the groove bottom plate portion 311 in the outer groove side plate portion 312 is defined as the outer groove plate portion 312c. The portion below the connection portion with the groove bottom plate portion 311 in the inner groove side plate portion 313 is defined as the inner groove plate portion 313c. The upper frame glass groove 31C is formed by the groove bottom plate portion 311, the outer groove plate portion 312c, and the inner groove plate portion 313c. The groove bottom plate portion 311 corresponds to the "bottom portion". The outer groove plate portion 312c corresponds to the "outdoor side wall portion". The inner groove plate portion 313c corresponds to the "indoor side wall portion".

[0039] The upper plate portion 317 is formed in a flat plate shape. The plate surface of the upper plate portion 317 faces in the vertical direction. The upper plate portion 317 is disposed above the groove bottom plate portion 311. The upper plate portion 317 connects the upper part of the groove outdoor side plate portion 312 and the upper end portion of the groove indoor side plate portion 313. A stepped portion 317a is formed in the middle portion of the upper plate portion 317 in the indoor-outdoor direction. The portion of the upper plate portion 317 on the indoor side of the stepped portion 317a is disposed above the portion of the upper plate portion 317 on the outdoor side of the stepped portion 317a.

[0040] A hollow portion S101 is formed by the upper plate portion 317, the groove outdoor side plate portion 312, the groove bottom plate portion 311, and the groove indoor side plate portion 313.

[0041] An attachment plate portion 318 is provided at the indoor side end of the upper plate portion 317. The attachment plate portion 318 is formed in a flat plate shape. The plate surface of the attachment plate portion 318 faces in the indoor-outdoor direction. The attachment plate portion 318 extends from the connection portion with the upper plate portion 317 to both sides in the vertical direction.

[0042] The resin upper frame 31B of the upper frame 31 has a resin indoor side plate portion 361, a resin upper plate portion 362, and a resin lower plate portion 364.

[0043] The resin indoor side plate portion 361 is formed in a flat plate shape. The plate surface of the resin indoor side plate portion 361 faces in the indoor-outdoor direction. The resin indoor side plate portion 361 is disposed on the indoor side of the groove indoor side plate portion 313 of the metal upper frame 31A with a space between the groove indoor side plate portion 313. The upper end portion 361u of the resin indoor side plate portion 361 is disposed below the upper plate portion 317 of the metal upper frame 31A. The lower end portion 361d of the resin indoor side plate portion 361 is inclined so as to gradually face the outdoor side as it goes downward.

[0044] The resin upper plate portion 362 extends outward from the upper part of the resin inner room side plate portion 361. The resin upper plate portion 362 is formed in a flat plate shape. The plate surface of the resin upper plate portion 362 faces in the vertical direction. An extension piece 363 extending downward is provided at the outdoor side end of the resin upper plate portion 362. The extension piece 363 is inserted into the recess 314a between the groove inner room side plate portion 313 and the claw portion 314 of the metal upper frame 31A and is fixed to the metal upper frame 31A.

[0045] The resin lower plate portion 364 extends outward from the lower end portion 361d of the resin inner room side plate portion 361. The resin lower plate portion 364 is formed in a flat plate shape. The plate surface of the resin lower plate portion 364 faces in the vertical direction. An extension piece 365 extending upward is provided at the outdoor side end of the resin lower plate portion 364. The extension piece 365 is engaged with the claw portion 315. The extension piece 365 is inserted into the recess 315a between the thick portion 316 and the claw portion 315 of the metal upper frame 31A and is fixed to the metal upper frame 31A. The extension piece 365 corresponds to the "opening wall portion".

[0046] The extension piece 365 of the resin upper frame 31B is arranged adjacent to the thick portion 316 on the indoor side of the thick portion 316 of the metal upper frame 31A. The surface 316a facing the outdoor side of the thick portion 316 and the surface 365a facing the outdoor side of the extension piece 365 are not arranged flush. The surface 316a of the thick portion 316 is set back to the outdoor side compared to the surface 365a of the extension piece 365. The surface 316b facing the indoor side of the thick portion 316 is in contact with the surface 365a of the extension piece 365. The sealing material 42 is in contact with the surface 316a of the thick portion 316 and the portion below the thick portion 316 on the surface 365a of the extension piece 365. The lower end portion 316d of the thick portion 316 is arranged above the outer side in the finding direction compared to the lower end portion of the extension piece 365. The sealing material 42 covers the lower end portion 316d of the thick portion 316 from below. The surface 316a of the thick portion 316 corresponds to the "outdoor surface of the indoor side wall portion". The surface 365a of the extension piece 365 corresponds to the "outdoor surface of the opening wall portion". The surface 316b of the thick portion 316 corresponds to the "indoor surface of the indoor side wall portion".

[0047] A space S11 is formed between the groove inner side plate portion 313 of the metal upper frame 31A and the resin inner side plate portion 361 of the resin upper frame 31B. The space S11 is formed by the groove inner side plate portion 313 of the metal upper frame 31A, the resin upper plate portion 362, the resin inner side plate portion 361, and the resin lower plate portion 364 of the resin upper frame 31B. The cross-sectional shape of the space S11 perpendicular to the length direction of the upper frame 31 is substantially rectangular. The space S11 is formed over substantially the entire length in the length direction of the upper frame 31. The lower part of the space S11 is at the same height as the upper frame glass groove 31C and is arranged on the indoor side of the upper frame glass groove 31C. The upper part of the space S11 is at the same height as the hollow part S101 and is arranged on the indoor side of the hollow part S101.

[0048] A space S12 is formed above the space S11 between the groove inner side plate portion 313 of the metal upper frame 31A and the resin inner side plate portion 361 of the resin upper frame 31B. The space S12 is formed by the groove inner side plate portion 313 of the metal upper frame 31A, the upper plate portion 317, the resin inner side plate portion 361, and the resin upper plate portion 362 of the resin upper frame 31B. The cross-sectional shape of the space S12 perpendicular to the length direction of the upper frame 31 is substantially rectangular. The space S12 is formed over substantially the entire length in the length direction of the upper frame 31. The space S12 is at the same height as the hollow part S101 and is arranged on the indoor side of the hollow part S101. The spaces S11 and S12 are arranged side by side in the vertical direction. The space S11 and the space S12 are partitioned by the resin upper plate portion 362. The resin upper frame 31B does not have a hollow part surrounded only by the resin material.

[0049] By providing the upper frame 31 with the hollow part S101 and the spaces S11 and S12, the heat insulation performance and the sound insulation performance can be improved. Condensation caused by temperature changes inside and outside the building of the sliding window 100 can be suppressed.

[0050] The upper end portion 318u of the mounting plate portion 318 of the metal upper frame 31A is disposed above and outside in the finding direction than the upper end portion 361u of the resin indoor side plate portion 361 of the resin upper frame 31B. The upper end portion 318u of the mounting plate portion 318 is disposed on the indoor side than the upper end portion 361u of the resin indoor side plate portion 361. The upper end portion 318u of the mounting plate portion 318 is not covered from the indoor side by the resin upper frame 31B and is exposed on the indoor side.

[0051] As shown in FIG. 1, on the outdoor side portion of the metal upper frame 11A of the upper frame 11, an upper frame shoji groove 110 opening downward is formed. An airtight material 112 is attached to the upper frame indoor side wall portion 111 disposed on the indoor side so as to face the upper frame shoji groove 110. The airtight material 112 abuts on the surface facing the indoor side of the upper end portion 318u of the mounting plate portion 318 of the metal upper frame 31A of the outer shoji 3X.

[0052] As shown in FIG. 2, on the indoor side portion of the metal upper frame 11A of the upper frame 11, an upper frame shoji groove 115 opening downward is formed. An airtight material 117 is attached to the upper frame indoor side wall portion 116 disposed on the indoor side so as to face the upper frame shoji groove 115. The airtight material 117 abuts on the surface facing the indoor side of the upper end portion 318u of the mounting plate portion 318 of the metal upper frame 31A of the inner shoji 3Y.

[0053] The configuration of the lower frame 32 will be described in detail with reference to FIG. 5. As shown in FIG. 5, the metal lower frame 32A of the lower frame 32 has a groove bottom plate portion 321, a groove outdoor side plate portion 322, a groove indoor side plate portion 323, a lower plate portion 327, and a middle plate portion 329.

[0054] The groove bottom plate portion 321 is formed in a flat plate shape. The plate surface of the groove bottom plate portion 321 faces in the vertical direction. The upper surface of the groove bottom plate portion 321 faces the lower end portion 40d of the glass panel 40.

[0055] The outer groove side plate portion 322 is formed in a flat plate shape. The plate surface of the outer groove side plate portion 322 faces the indoor-outdoor direction. The upper end portion 322u of the outer groove side plate portion 322 is on substantially the same plane as the upper surface 42u of the sealing material 42. A stepped portion 322a is formed in the middle portion of the outer groove side plate portion 322 in the vertical direction. The portion of the outer groove side plate portion 322 above the stepped portion 322a is arranged on the outdoor side of the portion of the outer groove side plate portion 322 below the stepped portion 322a.

[0056] The inner groove side plate portion 323 is formed in a flat plate shape. The plate surface of the inner groove side plate portion 323 faces the indoor-outdoor direction. The inner groove side plate portion 323 is arranged on the indoor side of the outer groove side plate portion 322 with a space therebetween.

[0057] A stepped portion 323a is formed at the lower part of the inner groove side plate portion 323. The portion of the inner groove side plate portion 323 above the stepped portion 323a is arranged on the outdoor side of the portion of the inner groove side plate portion 323 below the stepped portion 323a. An extending piece 320 extending upward is provided on the stepped portion 323a.

[0058] An extending piece 324 extending indoors is provided at the middle portion in the vertical direction of the inner groove side plate portion 323. The extending piece 324 is located at a height higher than the groove bottom plate portion 321.

[0059] At the upper end portion of the inner groove side plate portion 323, a thick portion 326 that slightly protrudes outdoors and has a greater thickness in the indoor-outdoor direction is provided. The surface 326a facing the outdoor side of the thick portion 326 is in contact with the sealing material 42. The sealing material 42 is sandwiched between the surface 326a of the thick portion 326 and the surface 40b of the glass panel 40.

[0060] At the upper part of the inner groove side plate portion 323, a claw portion 325 that protrudes indoors and further bends upward is provided. A recess 325a that opens upward is formed between the thick portion 326 and the claw portion 325. The claw portion 325 is located at substantially the same height as the boundary portion between the backup material 41 and the sealing material 42. The claw portion 325 corresponds to the "engagement portion".

[0061] The groove bottom plate portion 321 connects a portion slightly below the stepped portion 322a of the groove outdoor side plate portion 322 and the vertical middle portion of the groove indoor side plate portion 323. A portion above the connection portion of the groove outdoor side plate portion 322 with the groove bottom plate portion 321 is defined as the groove outer plate portion 322c. A portion above the connection portion of the groove indoor side plate portion 323 with the groove bottom plate portion 321 is defined as the groove inner plate portion 323c. The groove bottom plate portion 321, the groove outer plate portion 322c, and the groove inner plate portion 323c form the lower frame glass groove 32C. The groove bottom plate portion 321 corresponds to the "bottom portion". The groove outer plate portion 322c corresponds to the "outdoor side wall portion". The groove inner plate portion 323c corresponds to the "indoor side wall portion".

[0062] The lower plate portion 327 is formed in a flat plate shape. The plate surface of the lower plate portion 327 faces in the vertical direction. The lower plate portion 327 is disposed below the groove bottom plate portion 321. The lower plate portion 327 connects the lower portion of the groove outdoor side plate portion 322 and the lower portion of the groove indoor side plate portion 323.

[0063] The middle plate portion 329 is formed in a flat plate shape. The plate surface of the middle plate portion 329 faces in the vertical direction. The middle plate portion 329 is disposed below the groove bottom plate portion 321 and above the lower plate portion 327. The lower plate portion 327 connects the vertical middle portion of the groove outdoor side plate portion 322 and the vertical middle portion of the groove indoor side plate portion 323.

[0064] The middle plate portion 329, the groove outdoor side plate portion 322, the groove bottom plate portion 321, and the groove indoor side plate portion 323 form a hollow portion S111. The groove bottom plate portion 321, the groove outdoor side plate portion 322, the middle plate portion 329, and the groove indoor side plate portion 323 form a hollow portion S112.

[0065] A portion below the stepped portion 323a of the groove indoor side plate portion 323 is defined as the mounting plate portion 328. The mounting plate portion 328 is formed in a flat plate shape. The plate surface of the mounting plate portion 328 faces in the indoor-outdoor direction.

[0066] The resin lower frame 32B of the lower frame 32 has a resin inner house side plate portion 371, a resin lower plate portion 372, a first resin intermediate plate portion 374, a second resin intermediate plate portion 375, and a resin upper plate portion 376.

[0067] The resin inner house side plate portion 371 is formed in a flat plate shape. The plate surface of the resin inner house side plate portion 371 faces the indoor-outdoor direction. The resin inner house side plate portion 371 is arranged on the indoor side of the upper portion of the groove inner house side plate portion 323 of the metal lower frame 32A with a space left from the groove inner house side plate portion 323. A step portion 371a is formed at the lower portion of the resin inner house side plate portion 371. The upper portion of the resin inner house side plate portion 371 above the step portion 371a is arranged on the outdoor side of the lower portion of the resin inner house side plate portion 371 below the step portion 371a. The lower end portion 371d of the resin inner house side plate portion 371 abuts against the upper surface of the step portion 323a of the groove inner house side plate portion 323 of the resin lower frame 32B.

[0068] The resin lower plate portion 372 extends outward from the lower portion of the resin inner house side plate portion 371. The resin lower plate portion 372 is formed in a flat plate shape. The plate surface of the resin lower plate portion 372 faces the vertical direction. The outdoor end of the resin lower plate portion 372 abuts against the groove inner house side plate portion 323 of the metal lower frame 32A. An extension piece 373 extending downward is provided at the intermediate portion of the resin lower plate portion 372 in the indoor-outdoor direction. The extension piece 373 is arranged adjacent to the extension piece 320 on the outdoor side of the extension piece 320 of the groove inner house side plate portion 323 of the metal lower frame 32A.

[0069] The first resin intermediate plate portion 374 extends outward from the intermediate portion in the vertical direction of the resin inner house side plate portion 371. The first resin intermediate plate portion 374 is arranged with a space left above the resin lower plate portion 372. The first resin intermediate plate portion 374 is formed in a flat plate shape. The plate surface of the first resin intermediate plate portion 374 faces the vertical direction. The outdoor end of the first resin intermediate plate portion 374 abuts against the groove inner house side plate portion 323 of the metal lower frame 32A.

[0070] The second resin intermediate plate portion 375 extends outward from the vertical middle portion of the resin inner side plate portion 371. The second resin intermediate plate portion 375 is arranged with a space above the first resin intermediate plate portion 374. The second resin intermediate plate portion 375 is formed in a flat plate shape. The plate surface of the second resin intermediate plate portion 375 faces the vertical direction. The outdoor end of the second resin intermediate plate portion 375 abuts against the groove inner side plate portion 323 of the metal lower frame 32A. The second resin intermediate plate portion 375 is arranged adjacent to the lower side of the extending piece 324 of the metal lower frame 32A.

[0071] The resin upper plate portion 376 extends outward from the upper end portion of the resin inner side plate portion 371. The resin upper plate portion 376 is formed in a flat plate shape. The plate surface of the resin upper plate portion 376 faces the vertical direction. An extending piece 377 extending downward is provided at the outdoor end of the resin upper plate portion 376. The extending piece 377 is engaged with the claw portion 325. The extending piece 377 is inserted into the recess 325a between the thick portion 326 of the metal lower frame 32A and the claw portion 325 and is fixed to the metal lower frame 32A. The extending piece 377 corresponds to the "opening wall portion".

[0072] The extending piece 377 of the resin lower frame 32B is arranged adjacent to the indoor side of the thick portion 326 of the metal lower frame 32A and adjacent to the thick portion 326. The surface 326a facing the outdoor side of the thick portion 326 and the surface 377a facing the outdoor side of the extending piece 377 are not arranged flush. The surface 326a of the thick portion 326 is set back to the outdoor side compared to the surface 377a of the extending piece 377. The surface 326b facing the indoor side of the thick portion 326 is in contact with the surface 377a of the extending piece 377. The sealing material 42 is in contact with the surface 326a of the thick portion 326 and the portion above the thick portion 326 on the surface 377a of the extending piece 377. The upper end portion 326u of the thick portion 326 is arranged below and outside in the finding direction compared to the upper end portion of the extending piece 377. The sealing material 42 covers the upper end portion 326u of the thick portion 326 from above. The surface 326a of the thick portion 326 corresponds to the "outdoor surface of the indoor side wall portion". The surface 377a of the extending piece 377 corresponds to the "outdoor surface of the opening wall portion". The surface 326b of the thick portion 326 corresponds to the "indoor surface of the indoor side wall portion".

[0073] Between the groove inner side plate portion 323 of the metal lower frame 32A and the resin inner side plate portion 371 of the resin lower frame 32B, space portions S21, S22, S23, S24, and S25 are formed.

[0074] The space portion S21 is formed by the groove inner side plate portion 323 of the metal lower frame 32A, the extension piece 324, the second resin intermediate plate portion 375 of the resin lower frame 32B, the resin inner side plate portion 371, the resin upper plate portion 376, and the extension piece 377. The cross-sectional shape of the space portion S21 orthogonal to the length direction of the lower frame 32 is substantially rectangular. The space portion S21 is formed over substantially the entire length in the length direction of the lower frame 32. The space portion S21 is at the same height as the lower frame glass groove 32C and is disposed on the indoor side of the lower frame glass groove 32C. The space portion S21 is disposed at the same height as the backup material 41 and the sealing material 42.

[0075] The space portion S22 is disposed below the space portion S21. The space portion S22 is formed by the groove inner side plate portion 323 of the metal lower frame 32A, the first resin intermediate plate portion 374 of the resin lower frame 32B, the resin inner side plate portion 371, and the second resin intermediate plate portion 375. The cross-sectional shape of the space portion S22 orthogonal to the length direction of the lower frame 32 is substantially rectangular. The space portion S22 is formed over substantially the entire length in the length direction of the lower frame 32. The upper part of the space portion S22 is at the same height as the lower frame glass groove 32C and is disposed on the indoor side of the lower frame glass groove 32C. The lower part of the space portion S22 is at the same height as the hollow portion S112 and is disposed on the indoor side of the hollow portion S112.

[0076] The space portion S23 is disposed below the space portion S22. The space portion S23 is formed by the groove inner side plate portion 323 of the metal lower frame 32A, the resin lower plate portion 372 of the resin lower frame 32B, the resin inner side plate portion 371, and the first resin intermediate plate portion 374. The cross-sectional shape of the space portion S23 orthogonal to the length direction of the lower frame 32 is substantially rectangular. The space portion S23 is formed over substantially the entire length in the length direction of the lower frame 32. The space portion S23 is at the same height as the hollow portion S112 and is disposed on the indoor side of the hollow portion S112.

[0077] The space portions S24 and S25 are arranged below the space portion S23. The space portion S24 is formed by the groove inner side plate portion 323, the stepped portion 323a of the metal lower frame 32A, the extending piece 373 of the resin lower frame 32B, and the resin lower plate portion 372. The space portion S25 is formed by the extending piece 320 of the metal lower frame 32A, the stepped portion 323a, the resin inner side plate portion 371 of the resin lower frame 32B, and the resin lower plate portion 372. The cross-sectional shape orthogonal to the length direction of the lower frame 32 of the space portions S24 and S25 is substantially rectangular. The space portions S24 and S25 are formed over substantially the entire length in the length direction of the lower frame 32. The space portions S24 and S25 are arranged on the indoor side of the hollow portion S111 at the same height as the upper part of the hollow portion S111. The resin lower frame 32B does not have a hollow portion surrounded only by a resin material.

[0078] By providing the lower frame 32 with the hollow portions S111 and S112 and the space portions S21, S22, S23, S24, and S25, the heat insulation performance and the sound insulation performance can be improved. Condensation caused by temperature changes inside and outside the sliding window 100 can be suppressed.

[0079] The mounting plate portion 328 of the metal lower frame 32A is arranged below and outside in the finding direction than the lower end portion 371d of the resin inner side plate portion 371 of the resin lower frame 32B. The mounting plate portion 328 is on the same plane along the finding direction as the resin inner side plate portion 371. The mounting plate portion 328 is not covered from the indoor side by the resin lower frame 32B and is exposed on the indoor side.

[0080] As shown in FIG. 1, a lower frame shoji groove 120 that opens upward is formed in the outdoor side portion of the metal lower frame 12A of the lower frame 12. An airtight material 122 is attached to the lower frame indoor side wall portion 121 arranged on the indoor side so as to face the lower frame shoji groove 120. The airtight material 122 abuts against the surface of the mounting plate portion 328 of the metal lower frame 32A of the outer shoji 3X facing the indoor side.

[0081] As shown in FIG. 2, a lower frame shoji groove 125 that opens upward is formed in the indoor side portion of the metal lower frame 12A of the lower frame 12. An airtight material 127 is attached to the indoor side wall portion 126 of the lower frame that is arranged on the indoor side so as to face the lower frame shoji groove 125. The airtight material 127 is in contact with the surface of the attachment plate portion 328 of the metal lower frame 32A of the outer shoji 3X that faces the indoor side.

[0082] The configuration of the door end frame 33 will be described in detail with reference to FIG. 6. As shown in FIG. 6, the metal door end frame 33A of the door end frame 33 includes a groove bottom plate portion 331, a groove outdoor side plate portion 332, a groove indoor side plate portion 333, and an outer plate portion 337.

[0083] The groove bottom plate portion 331 is formed in a flat plate shape. The plate surface of the groove bottom plate portion 331 faces the width direction. The surface of the groove bottom plate portion 331 that faces the inner side in the width direction faces the end portion 40s in the width direction of the glass panel 40.

[0084] The groove outdoor side plate portion 332 is formed in a flat plate shape. The plate surface of the groove outdoor side plate portion 332 faces the indoor-outdoor direction. The inner end portion 332s in the width direction of the groove outdoor side plate portion 332 is on substantially the same plane as the surface 42s that faces the inner side in the width direction of the sealing material 42.

[0085] The groove indoor side plate portion 333 is formed in a flat plate shape. The plate surface of the groove indoor side plate portion 333 faces the indoor-outdoor direction. The groove indoor side plate portion 333 is arranged on the indoor side of the groove outdoor side plate portion 332 with a space therebetween.

[0086] A step portion 333a that extends indoors is formed at the end portion in the width direction of the groove indoor side plate portion 333. An attachment plate portion 338 that extends in the width direction is provided at the indoor end portion of the step portion 333a. The attachment plate portion 338 is formed in a flat plate shape. The plate surface of the attachment plate portion 338 faces the indoor-outdoor direction.

[0087] At the inner end of the groove inner side plate portion 333 in the width direction, there is provided a contact portion 336 that slightly protrudes to the outdoor side and further extends inward in the width direction. The surface 336a of the contact portion 336 facing the outdoor side is in contact with the sealing material 42. The sealing material 42 is sandwiched between the surface 336a of the contact portion 336 and the surface 40b of the glass panel 40.

[0088] At the inner end of the contact portion 336 in the width direction, there is provided a claw portion 335 that protrudes indoors and further bends so as to protrude outward in the width direction. A recess 335a that opens outward in the width direction is formed between the contact portion 336 and the claw portion 335. The claw portion 335 corresponds to the "engagement portion".

[0089] The groove bottom plate portion 331 connects the middle portion in the width direction of the groove outdoor side plate portion 332 and the middle portion in the width direction of the groove indoor side plate portion 333. The portion inside the width direction from the connection portion of the groove outdoor side plate portion 332 with the groove bottom plate portion 331 is defined as the groove outer plate portion 332c. The portion inside the width direction from the connection portion of the groove indoor side plate portion 333 with the groove bottom plate portion 331 is defined as the groove inner plate portion 333c. The door tip frame glass groove 33C is formed by the groove bottom plate portion 331, the groove outer plate portion 332c, and the groove inner plate portion 333c. The groove bottom plate portion 331 corresponds to the "bottom". The groove outer plate portion 332c corresponds to the "outdoor side wall portion". The groove inner plate portion 333c corresponds to the "indoor side wall portion".

[0090] The outer plate portion 337 is formed in a flat plate shape. The plate surface of the outer plate portion 337 faces the width direction. The outer plate portion 337 is disposed outside the width direction of the groove bottom plate portion 331. The outer plate portion 337 connects the middle portion in the width direction of the groove outdoor side plate portion 332 and the middle portion in the width direction of the groove indoor side plate portion 333.

[0091] A hollow portion S121 is formed by the groove bottom plate portion 331, the groove indoor side plate portion 333, the outer plate portion 337, and the groove outdoor side plate portion 332.

[0092] The resin door tip frame 33B of the door tip frame 33 has a resin indoor side plate portion 381, a resin outer plate portion 382, and a resin inner plate portion 386.

[0093] The resin inner house side plate portion 381 is formed in a flat plate shape. The plate surface of the resin inner house side plate portion 381 faces the indoor-outdoor direction. The resin inner house side plate portion 381 is arranged on the indoor side of the groove inner house side plate portion 333 of the metal door head frame 33A, with a space left from the groove inner house side plate portion 333. The outer end portion 381s in the width direction of the resin inner house side plate portion 381 abuts against the inner end portion in the width direction of the mounting plate portion 338 of the resin door head frame 33B.

[0094] The resin outer plate portion 382 extends outward from the outer end portion 381s in the width direction of the resin inner house side plate portion 381 to the outdoor side. The resin outer plate portion 382 is formed in a flat plate shape. The plate surface of the resin outer plate portion 382 faces the width direction. The outdoor end portion of the resin outer plate portion 382 abuts against the groove inner house side plate portion 333 of the metal door head frame 33A. An extension piece 383 extending outward in the width direction is provided on the indoor side portion of the resin outer plate portion 382. The extension piece 383 is arranged adjacent to the mounting plate portion 338 on the outdoor side of the mounting plate portion 338 of the resin door head frame 33B.

[0095] The resin inner plate portion 386 extends outward from the inner end portion in the width direction of the resin inner house side plate portion 381 to the outdoor side. The resin inner plate portion 386 is formed in a flat plate shape. The plate surface of the resin inner plate portion 386 faces the width outer direction. An extension piece 387 extending outward in the width direction is provided at a portion slightly indoor from the outdoor end portion of the resin inner plate portion 386. The extension piece 387 extends outward in the width direction from the resin inner plate portion 386, extends to the outdoor side, and further extends inward in the width direction. The extension piece 387 is engaged with the claw portion 335. The extension piece 387 is inserted into the recess 335a between the abutting portion 336 and the claw portion 335 of the metal door head frame 33A and is fixed to the metal door head frame 33A. The resin inner plate portion 386 corresponds to the "opening wall portion".

[0096] The end of the resin inner plate portion 386 of the resin door head frame 33B is disposed adjacent to the contact portion 336 of the metal door head frame 33A on the indoor side of the contact portion 336. The surface 336a facing the outdoor side of the contact portion 336 and the surface 386a facing the outdoor side of the end of the resin inner plate portion 386 are not arranged flush. The surface 336a of the contact portion 336 is set back to the outdoor side compared to the surface 386a of the resin inner plate portion 386. The sealing material 42 is in contact with the surface 336a of the contact portion 336 and the surface 386a of the resin inner plate portion 386. The inner end in the width direction of the claw portion 335 is arranged on the outer side in the width direction, which is the outer side in the finding direction, compared to the inner end in the width direction of the resin inner plate portion 386. The sealing material 42 covers the claw portion 335 from the inner side in the width direction. The surface 336a of the contact portion 336 corresponds to the "outdoor surface of the indoor side wall portion". The surface 386a of the resin inner plate portion 386 corresponds to the "outdoor surface of the opening wall portion".

[0097] Spaces S31 and S32 are formed between the groove indoor side plate portion 333 of the metal door head frame 33A and the resin indoor side plate portion 381 of the resin door head frame 33B.

[0098] The space S31 is formed by the groove indoor side plate portion 333 of the metal door head frame 33A, the extension piece 387 of the resin door head frame 33B, the resin inner plate portion 386, the resin indoor side plate portion 381, and the resin outer plate portion 382. The cross-sectional shape of the space S31 perpendicular to the length direction of the door head frame 33 is substantially rectangular. The space S31 is formed over substantially the entire length in the length direction of the door head frame 33. The space S31 is arranged on the indoor side of the door head frame glass groove 33C and the hollow portion S121 at the same position in the width direction as the door head frame glass groove 33C and the hollow portion S121.

[0099] The space S32 is arranged on the outer side in the width direction of the space S31. The space S32 is formed by the resin outer plate portion 382 of the resin door head frame 33B, the extension piece 383, the stepped portion 333a of the metal door head frame 33A, and the groove indoor side plate portion 333. The cross-sectional shape of the space S32 perpendicular to the length direction of the door head frame 33 is substantially rectangular. The space S32 is formed over substantially the entire length in the length direction of the door head frame 33. The resin door head frame 33B does not have a hollow portion surrounded only by a resin material.

[0100] By providing the hollow portion S121 and the space portions S31 and S32, the door head frame 33 can improve the heat insulation performance and the sound insulation performance. It is possible to suppress dew condensation caused by the temperature change between the inside and outside of the house of the sliding window 100.

[0101] The mounting plate portion 338 of the metal door head frame 33A is arranged on the outer side in the width direction, which is outside the resin indoor side plate portion 381 of the resin door head frame 33B in the finding direction. The mounting plate portion 338 is on the same plane along the finding direction as the resin indoor side plate portion 381. The mounting plate portion 338 is not covered by the resin door head frame 33B from the indoor side and is exposed to the indoor side.

[0102] As shown in FIG. 3, on the outdoor side portion of the metal vertical frame 13A of the vertical frame 13, a vertical frame shoji groove 130 that opens inward in the width direction is formed. An airtight material 132 is attached to the vertical frame indoor side wall portion 131 arranged on the indoor side so as to face the vertical frame shoji groove 130. The airtight material 132 is in contact with the surface facing the indoor side of the mounting plate portion 338 of the metal door head frame 33A when the outer shoji 3X is closed.

[0103] On the indoor side portion of the metal vertical frame 13A of the vertical frame 13, a vertical frame shoji groove 135 that opens inward in the width direction is formed. An airtight material 137 is attached to the vertical frame indoor side wall portion 136 arranged on the indoor side so as to face the vertical frame shoji groove 135. The airtight material 137 is in contact with the surface facing the indoor side of the mounting plate portion 338 of the metal bottom frame 32A when the outer shoji 3X is closed.

[0104] The configuration of the calling frame 34 of the outer shoji 3X will be described in detail with reference to FIG. 7. The calling frame 34 of the outer shoji 3X is referred to as the calling frame 34X. As shown in FIG. 7, the metal calling frame 34A of the calling frame 34X has a groove bottom plate portion 341, a groove outdoor side plate portion 342, a groove indoor side plate portion 343, a connecting plate portion 348, and an outer plate portion 347.

[0105] The groove bottom plate portion 341 is formed in a flat plate shape. The plate surface of the groove bottom plate portion 341 faces the width direction. The surface facing the inner side in the width direction of the groove bottom plate portion 341 faces the end portion 40s in the width direction of the glass panel 40.

[0106] The groove outdoor side plate portion 342 is formed in a flat plate shape. The plate surface of the groove outdoor side plate portion 342 faces the indoor-outdoor direction. The inner end portion 342s in the width direction of the groove outdoor side plate portion 342 is on substantially the same plane as the surface 42s facing the inner side in the width direction of the sealing material 42.

[0107] The groove indoor side plate portion 343 is formed in a flat plate shape. The plate surface of the groove indoor side plate portion 343 faces the indoor-outdoor direction. The groove indoor side plate portion 343 is arranged on the indoor side of the groove outdoor side plate portion 342 with a space therebetween.

[0108] At the inner end portion in the width direction of the groove indoor side plate portion 343, there is provided a contact portion 346 that slightly protrudes outward and further extends inward in the width direction. The surface 346a facing the outdoor side of the contact portion 346 is in contact with the sealing material 42. The sealing material 42 is sandwiched between the surface 346a of the contact portion 346 and the surface 40b of the glass panel 40.

[0109] At the inner end portion in the width direction of the contact portion 346, there is provided a claw portion 345 that protrudes inward and further bends so as to protrude outward in the width direction. A recess 345a that opens outward in the width direction is formed between the contact portion 346 and the claw portion 345. The claw portion 345 corresponds to the "engagement portion".

[0110] The groove bottom plate portion 341 connects the middle portion in the width direction of the groove outdoor side plate portion 342 and the outer end side in the width direction of the groove indoor side plate portion 343. The portion on the inner side in the width direction from the connection portion of the groove outdoor side plate portion 342 with the groove bottom plate portion 341 is defined as the groove outer plate portion 342c. The portion on the inner side in the width direction from the connection portion of the groove indoor side plate portion 343 with the groove bottom plate portion 341 is defined as the groove inner plate portion 343c. The groove bottom plate portion 341, the groove outer plate portion 342c, and the groove inner plate portion 343c form the summoning frame glass groove 34C. The groove bottom plate portion 341 corresponds to the "bottom". The groove outer plate portion 342c corresponds to the "outdoor side wall portion". The groove inner plate portion 343c corresponds to the "indoor side wall portion".

[0111] The connecting plate portion 348 connects the groove bottom plate portion 341 and the outer plate portion 347. The connecting plate portion 348 is formed in a flat plate shape. The plate surface of the connecting plate portion 348 faces the indoor-outdoor direction.

[0112] The outer end portion 344 in the width direction of the groove indoor side plate portion 343 protrudes outward in the width direction from the groove bottom plate portion 341. A recess 344a that opens outward in the width direction is formed between the connecting plate portion 348 and the end portion 344 of the groove indoor side plate portion 343.

[0113] The outer plate portion 347 is formed in a flat plate shape. The plate surface of the outer plate portion 347 faces the width direction. The outer plate portion 347 is disposed outside the groove bottom plate portion 341 in the width direction. The outer plate portion 347 connects the outer end in the width direction of the groove outdoor side plate portion 342 and the outer end in the width direction of the connecting plate portion 348.

[0114] The groove bottom plate portion 341, the connecting plate portion 348, the outer plate portion 347, and the groove outdoor side plate portion 342 form a hollow portion S131.

[0115] The resin summoning frame 34B of the summoning frame 34X has a resin indoor side plate portion 391, a resin outer plate portion 392, a resin intermediate plate portion 394, and a resin inner plate portion 396.

[0116] The resin inner house plate portion 391 is formed in a flat plate shape. The plate surface of the resin inner house plate portion 391 faces the inside-outside direction of the house. The resin inner house plate portion 391 is arranged on the inside of the groove inner house plate portion 343 of the metal summons frame 34A, leaving a space from the groove inner house plate portion 343.

[0117] The resin outer plate portion 392 extends outward from the outer end of the resin inner house plate portion 391 in the width direction. The resin outer plate portion 392 is formed in a flat plate shape. The plate surface of the resin outer plate portion 392 faces the width direction. An extension piece 393 extending inward in the width direction is provided at the outer end of the resin outer plate portion 392 on the outside. The extension piece 393 is inserted into the recess 344a between the connecting plate portion 348 of the metal summons frame 34A and the end portion 344 of the groove inner house plate portion 343 and is fixed to the metal summons frame 34A.

[0118] The resin intermediate plate portion 394 extends outward from the middle portion of the resin inner house plate portion 391 in the width direction. The resin intermediate plate portion 394 is arranged with a space from the inside of the resin outer plate portion 392 in the width direction. The resin intermediate plate portion 394 is formed in a flat plate shape. The plate surface of the resin intermediate plate portion 394 faces the width direction. The outer end of the resin intermediate plate portion 394 abuts against the groove inner house plate portion 343 of the metal summons frame 34A.

[0119] The resin inner plate portion 396 extends outward from the inner end of the resin inner house plate portion 391 in the width direction. The resin inner plate portion 396 is formed in a flat plate shape. The plate surface of the resin inner plate portion 396 faces the width outer direction. An extension piece 397 extending outward in the width direction is provided at a portion slightly inside the outer end of the resin inner plate portion 396 on the outside. The extension piece 397 extends outward in the width direction from the resin inner plate portion 396, extends outward, and further extends inward in the width direction. The extension piece 397 is engaged with the claw portion 345. The extension piece 397 is inserted into the recess 345a between the contact portion 346 of the metal summons frame 34A and the claw portion 345 and is fixed to the metal summons frame 34A. The resin inner plate portion 396 corresponds to the "opening wall portion".

[0120] The end of the resin inner plate portion 396 of the resin mating frame 34B is disposed adjacent to the contact portion 346 of the metal mating frame 34A on the indoor side of the contact portion 346. The surface 346a facing the outdoor side of the contact portion 346 and the surface 396a facing the outdoor side of the end of the resin inner plate portion 396 are not arranged flush. The surface 346a of the contact portion 346 is set back to the outdoor side relative to the surface 396a of the resin inner plate portion 396. The sealing material 42 is in contact with the surface 346a of the contact portion 346 and the surface 396a of the resin inner plate portion 396. The inner end in the width direction of the claw portion 345 is arranged on the outer side in the width direction, which is the outer side in the finding direction, relative to the inner end in the width direction of the resin inner plate portion 396. The sealing material 42 covers the claw portion 345 from the inner side in the width direction. The surface 346a of the contact portion 346 corresponds to the "outdoor surface of the indoor side wall portion". The surface 396a of the resin inner plate portion 396 corresponds to the "outdoor surface of the opening wall portion".

[0121] Spaces S41 and S42 are formed between the groove indoor side plate portion 343 of the metal mating frame 34A and the resin indoor side plate portion 391 of the resin mating frame 34B.

[0122] The space S41 is formed by the groove indoor side plate portion 343 of the metal mating frame 34A, the extension piece 397 of the resin mating frame 34B, the resin inner plate portion 396, the resin indoor side plate portion 391, and the resin intermediate plate portion 394. The cross-sectional shape of the space S41 perpendicular to the length direction of the mating frame 34X is substantially rectangular. The space S41 is formed over substantially the entire length in the length direction of the mating frame 34X. The space S41 is disposed on the indoor side of the mating frame glass groove 34C at the same position in the width direction as the mating frame glass groove 34C.

[0123] The space S42 is disposed on the outer side in the width direction of the space S41. The space S42 is formed by the groove indoor side plate portion 343 of the frame 34A, the resin intermediate plate portion 394 of the resin mating frame 34B, the resin indoor side plate portion 391, and the resin outer plate portion 392. The cross-sectional shape of the space S42 perpendicular to the length direction of the mating frame 34X is substantially rectangular. The space S42 is formed over substantially the entire length in the length direction of the mating frame 34X. The resin mating frame 34B does not have a hollow portion surrounded only by a resin material.

[0124] By including the hollow portion S131 and the space portions S41 and S42, the joining frame 34X can improve the heat insulation performance and the sound insulation performance. Condensation caused by temperature changes between the inside and outside of the sliding window 100 can be suppressed.

[0125] The configuration of the joining frame 34 of the inner sash 3Y will be described in detail. The joining frame 34 of the inner sash 3Y is referred to as the joining frame 34Y. Regarding the configuration of the joining frame 34Y, for the same configuration as the joining frame 34X of the outer sash 3X, the same reference numerals will be used and the description will be omitted, and only the different configurations will be described. The metal joining frame 34A of the joining frame 34Y has a groove bottom plate portion 341, a groove outer side plate portion 342, a groove inner side plate portion 343, and an outer plate portion 347.

[0126] A stepped portion 342a is formed in the middle portion in the width direction of the groove outer side plate portion 342. The portion of the groove outer side plate portion 342 on the outer side in the width direction with respect to the stepped portion 342a of the groove outer side plate portion 342 is disposed on the outdoor side with respect to the portion of the groove outer side plate portion 342 on the inner side in the width direction with respect to the stepped portion 342a.

[0127] A pair of extending pieces 349 and 350 are provided at the inner end portion in the width direction of the groove inner side plate portion 343. The extending piece 349 protrudes toward the outdoor side and further extends inward in the width direction. The extending piece 350 protrudes toward the indoor side and further extends inward in the width direction. The surface 349a of the extending piece 349 facing the outdoor side abuts against the sealing material 42. The sealing material 42 is sandwiched between the surface 349a of the extending piece 349 and the surface 40b of the glass panel 40.

[0128] The groove bottom plate portion 341 connects the middle portion in the width direction of the groove outer side plate portion 342 and the middle portion in the width direction of the groove inner side plate portion 343. A joining frame glass groove 34C is formed by the groove bottom plate portion 341, the groove outer plate portion 342c, and the groove inner plate portion 343c.

[0129] The outer end portion 352 in the width direction of the groove outer side plate portion 342 protrudes toward the outdoor side, protrudes outward in the width direction, and further protrudes toward the outdoor side.

[0130] An extension piece 353 extending outward in the width direction is provided at the intermediate portion of the outer plate portion 347 in the indoor-outdoor direction.

[0131] A hollow portion S132 is formed by the groove bottom plate portion 341, the stepped portion 342a, the portion 342b outside the stepped portion 342a in the width direction of the groove outdoor side plate portion 342, the outer plate portion 347, and the groove indoor side plate portion 343.

[0132] The resin summons frame 34B of the summons frame 34Y has a resin indoor side plate portion 391, a resin outer plate portion 392, resin intermediate plate portions 398, 399, and a resin inner plate portion 396.

[0133] The extension piece 393 provided at the outdoor end of the resin outer plate portion 392 is locked to the end portion 352 of the groove indoor side plate portion 343 of the metal summons frame 34A and is fixed to the metal summons frame 34A.

[0134] The resin intermediate plate portions 398, 399 extend outward from the intermediate portion in the width direction of the resin indoor side plate portion 391. The resin intermediate plate portion 398 is disposed with a space inside in the width direction of the resin outer plate portion 392. The resin intermediate plate portion 399 is disposed with a space inside in the width direction of the resin intermediate plate portion 398. The resin intermediate plate portions 398, 399 are formed in a flat plate shape. The plate surfaces of the resin intermediate plate portions 398, 399 face the width direction. The outdoor ends of the resin intermediate plate portions 398, 399 abut against the groove indoor side plate portion 343 of the metal summons frame 34A.

[0135] An extension piece 395 extending outward in the width direction is provided at a portion slightly indoor from the outdoor end of the resin inner plate portion 396. The extension piece 395 is locked to the indoor side of the extension piece 350 of the metal summons frame 34A and is fixed to the metal summons frame 34A.

[0136] The end of the resin inner plate portion 396 of the resin mating frame 34B is arranged adjacent to the extension piece 349 of the metal mating frame 34A on the indoor side of the extension piece 349. The surface 349a facing the outdoor side of the extension piece 349 and the surface 396a facing the outdoor side of the end of the resin inner plate portion 396 are not arranged flush. The surface 349a of the extension piece 349 is set back to the outdoor side compared to the surface 396a of the resin inner plate portion 396. The sealing material 42 is in contact with the surface 349a of the extension piece 349 and the surface 396a of the resin inner plate portion 396. The inner end in the width direction of the extension piece 349 is arranged on the outer side in the width direction, which is the outer side in the finding direction, compared to the inner end in the width direction of the resin inner plate portion 396. The sealing material 42 covers the extension piece 349 from the inner side in the width direction. The surface 349a of the extension piece 349 corresponds to the "outdoor surface of the indoor side wall portion". The surface 396a of the resin inner plate portion 396 corresponds to the "outdoor surface of the opening wall portion".

[0137] The resin indoor side plate portion 391 and the resin outer plate portion 392 of the resin mating frame 34B cover the groove indoor side plate portion 343 and the outer plate portion 347 of the metal mating frame 34A from the outer side and the indoor side in the width direction. Spaces S46, S47, S48, and S49 are formed between the groove indoor side plate portion 343 and the outer plate portion 347 of the metal mating frame 34A and the resin indoor side plate portion 391 and the resin outer plate portion 392 of the resin mating frame 34B.

[0138] The space S46 is formed by the extension piece 353 of the metal mating frame 34A, the outer plate portion 347, the end 352 of the groove outdoor side plate portion 342, and the resin outer plate portion 392 of the resin mating frame 34B. The cross-sectional shape perpendicular to the length direction of the mating frame 34Y of the space S46 is substantially rectangular. The space S46 is formed over substantially the entire length in the length direction of the mating frame 34Y. The space S46 is arranged on the outer side in the width direction of the hollow portion S132.

[0139] The space part S47 is formed by the groove inner side plate part 343, the outer plate part 347, the extension piece 353 of the metal mating frame 34A, the resin outer plate part 392, the resin inner side plate part 391 and the resin intermediate plate part 398 of the resin mating frame 34B. The cross-sectional shape orthogonal to the length direction of the mating frame 34Y of the space part S47 is a substantially L-shaped. The space part S47 is formed over substantially the entire length in the length direction of the mating frame 34Y. The space part S47 is disposed outside and on the indoor side in the width direction of the hollow part S132.

[0140] The space part S48 is formed by the groove inner side plate part 343 of the metal mating frame 34A, the resin intermediate plate part 398, the resin inner side plate part 391 and the resin intermediate plate part 399 of the resin mating frame 34B. The cross-sectional shape orthogonal to the length direction of the mating frame 34Y of the space part S48 is a substantially rectangular shape. The space part S48 is formed over substantially the entire length in the length direction of the mating frame 34Y. The space part S48 is disposed outside in the width direction of the hollow part S132 and the mating frame glass groove 34C.

[0141] The space part S49 is formed by the extension piece 350, the groove inner side plate part 343 of the metal mating frame 34A, the resin intermediate plate part 399, the resin inner side plate part 391 and the resin inner plate part 396 of the resin mating frame 34B. The cross-sectional shape orthogonal to the length direction of the mating frame 34Y of the space part S49 is a substantially rectangular shape. The space part S49 is formed over substantially the entire length in the length direction of the mating frame 34Y. The space part S49 is disposed on the indoor side of the mating frame glass groove 34C. The resin mating frame 34B does not have a hollow part surrounded only by the resin material.

[0142] By providing the mating frame 34Y with the hollow part S132 and the space parts S46, S47, S48, S49, the heat insulation performance and the sound insulation performance can be improved. Condensation caused by the temperature change between the indoor and outdoor of the sliding window 100 can be suppressed.

[0143] On the portion 342b on the outer side in the width direction from the stepped portion 342a of the groove outdoor side plate portion 342 of the metal fitting frame 34A of the inner shutter 3Y fitting frame 34Y, an airtight material 142 is attached. The airtight material 142 abuts against the surface facing the indoor side of the resin indoor side plate portion 391 of the resin fitting frame 34B of the outer shutter 3X when the outer shutter 3X and the inner shutter 3Y are closed.

[0144] In the sliding window 100, in the upper frame glass groove 31C, the surface 316a of the thick portion 316 of the groove inner plate portion 313c is arranged on the outdoor side of the surface 365a of the extension piece 365 arranged on the opening side of the upper frame glass groove 31C. There is no need to form the resin upper frame 31B so that the surface 365a of the extension piece 365 is flush with the surface 316a of the thick portion 316. In the lower frame glass groove 32C, the surface 326a of the thick portion 326 of the groove inner plate portion 323c is arranged on the outdoor side of the surface 377a of the extension piece 377 arranged on the opening side of the lower frame glass groove 32C. There is no need to form the resin lower frame 32B so that the surface 377a of the extension piece 377 is flush with the surface 326a of the thick portion 326. In the metal door end frame 33A, the surface 336a of the contact portion 336 of the groove inner plate portion 333c is arranged on the outdoor side of the surface 386a of the resin inner plate portion 386 arranged on the opening side of the door end frame glass groove 33C. There is no need to form the resin door end frame 33B so that the surface 386a of the resin inner plate portion 386 is flush with the surface 336a of the contact portion 336. In the fitting frame 34, the surface 346a of the contact portion 346 and the surface 349a of the extension piece 349 of the groove inner plate portion 343c are arranged on the outdoor side of the surface 396a of the resin inner plate portion 396 arranged on the opening side of the fitting frame glass groove 34C. There is no need to form the resin fitting frame 34B so that the surface 396a of the resin inner plate portion 396 is flush with the surface 346a of the contact portion 346 and the surface 349a of the extension piece 349. The resin frames 31B, 32B, 33B, 34B arranged around the openings of the glass grooves 31C, 32C, 33C, 34C can be easily manufactured.

[0145] The sealing material 42 is in contact with the surface 316a of the thick portion 316 of the upper frame 31, the surface 316a of the thick portion 316, the surface 377a of the extending piece 377 of the lower frame 32 and the surface 326a of the thick portion 326, the surface 386a of the resin inner plate portion 386 of the door tip frame 33 and the surface 336a of the contact portion 336, and the surface 396a of the resin inner plate portion 396 of the mating frame 34, the surface 346a of the contact portion 346 and the surface 349a of the extending piece 349. By extending the resin frames 31B, 32B, 33B, 34B until they contact the sealing material 42, the exposure of the metal frames 31A, 32A, 33A, 34A to the indoor side can be suppressed, and the heat insulation performance can be enhanced.

[0146] The sealing material 42 covers the lower end portion 316d of the thick portion 316 of the upper frame glass groove 31C from below. The sealing material 42 covers the upper end portion 326u of the thick portion 326 of the lower frame glass groove 32C from above. The sealing material 42 covers the claw portion 335 of the door tip frame glass groove 33C from the inner side in the width direction. The sealing material 42 covers the claw portion 345 and the extending piece 349 of the mating frame glass groove 34C from the inner side in the width direction. The exposure of the lower end portion 316d of the thick portion 316, the upper end portion 326u of the thick portion 326, the claw portions 335, 345 and the extending piece 349 to the indoor side can be suppressed, and the airtightness can be enhanced.

[0147] The lower end portion 316d of the thick portion 316 of the upper frame glass groove 31C is disposed above the resin lower plate portion 364. The sealing material 42 covers the upper end portion 326u of the thick portion 326 of the lower frame glass groove 32C from above. The sealing material 42 covers the claw portion 335 of the door tip frame glass groove 33C from the inner side in the width direction. The sealing material 42 covers the claw portion 345 and the extending piece 349 of the mating frame glass groove 34C from the inner side in the width direction. The exposure of the lower end portion 316d of the thick portion 316, the upper end portion 326u of the thick portion 326, the claw portions 335, 345 and the extending piece 349 to the indoor side can be suppressed, and the airtightness and heat insulation performance can be enhanced.

[0148] In the upper frame 31, the lower end portion 316d of the thick-walled portion 316 is disposed on the upper side which is outside in the finding direction than the lower end portion of the extending piece 365. In the lower frame 32, the upper end portion 326u of the thick-walled portion 326 is disposed on the lower side which is outside in the finding direction than the upper end portion of the extending piece 377. In the door tip frame 33, the inner end portion in the width direction of the claw portion 335 is disposed on the outer side in the width direction which is outside in the finding direction than the inner end portion in the width direction of the resin inner plate portion 386. In the summons frame 34, the inner end portions in the width direction of the claw portion 345 and the extending piece 349 are disposed on the outer side in the width direction which is outside in the finding direction than the inner end portion in the width direction of the resin inner plate portion 396. Exposure of the thick-walled portion 316, the thick-walled portion 326, the claw portions 335 and 345, and the extending piece 349 to the indoor side can be suppressed, and airtightness and heat insulation can be enhanced.

[0149] (Second Embodiment) The fitting according to the second embodiment will be mainly described with reference to FIGS. 8 to 11. In the embodiments described below, components corresponding to those shown above may be denoted by the same reference numerals and the description thereof may be omitted.

[0150] In the sliding window 100Z according to the present embodiment, a glazing channel 43 is provided at the edge portions of the four sides of the glass panel 40. The glazing channel 43 is provided over substantially the entire length of the edge portions of the four sides of the glass panel 40. The glazing channel 43 corresponds to the "sealing material".

[0151] As shown in FIG. 8, the cross section of the glazing channel 43 provided in the upper frame 31 is substantially U-shaped and open downward. The glazing channel 43 has an end face support portion 431 and side edge portions 436.

[0152] The end face support portion 431 is disposed along the upper end portion 40u of the glass panel 40. The side edge portions 436 extend downward which is inside in the finding direction from both end portions in the indoor-outdoor direction of the end face support portion 431. The side edge portion 436 on the outdoor side is disposed along the surface 40a of the glass panel 40. The side edge portion 436 on the indoor side is disposed along the surface 40b of the glass panel 40.

[0153] On the side edge portion 436, a pair of inner fin portions 467 extending toward the corresponding surfaces 40a, 40b of the glass panel 40 are provided. The pair of inner fin portions 467 are arranged apart in the vertical direction. The tip portions of the inner fin portions 467 are in contact with the surfaces 40a, 40b of the glass panel 40. The number of the inner fin portions 467 can be set as appropriate.

[0154] On the side edge portion 436, an outer fin portion 477 extending to the side opposite to the inner fin portion 467 is provided. The vertical position of the outer fin portion 477 is between the pair of inner fin portions 467. The tip portion of the outdoor-side outer fin portion 477 is in contact with the surface facing the indoor side of the groove outer plate portion 312c. The tip portion of the indoor-side outer fin portion 477 is in contact with the surface facing the outdoor side of the groove inner plate portion 313c.

[0155] At the tip portion of the side edge portion 436, a tip fin portion 438 is provided. The tip fin portion 438 extends from the tip portion of the side edge portion 436 to both sides in the indoor-outdoor direction. The indoor-side side edge portion 436 is in contact with the surface 316a of the thick portion 316. The tip fin portion 438 is in contact with the portion below the thick portion 316 on the surface 365a of the extension piece 365. The tip fin portion 438 covers the lower end portion 316d of the thick portion 316 from below.

[0156] As shown in FIG. 9, in the lower frame 32, the end surface support portion 431 of the glazing channel 43 is arranged along the lower end portion 40d of the glass panel 40. The indoor-side side edge portion 436 is in contact with the surface 326a of the thick portion 326. The tip fin portion 438 is in contact with the portion above the thick portion 326 on the surface 377a of the extension piece 377. The tip fin portion 438 covers the upper end portion 326u of the thick portion 326 from above.

[0157] As shown in FIG. 10, in the door end frame 33, the end face support portion 431 of the glazing channel 43 is arranged in a direction along the end portion 40s of the glass panel 40, and the glazing channel 43 is disposed. The indoor side edge portion 436 is in contact with the surface 336a of the contact portion 336. The tip fin portion 438 is in contact with the surface 386a of the resin inner plate portion 386. The tip fin portion 438 covers the claw portion 335 from the inner side in the width direction.

[0158] As shown in FIG. 11, in the summons frame 34X, the end face support portion 431 of the glazing channel 43 is arranged in a direction along the end portion 40s of the glass panel 40, and the glazing channel 43 is disposed. The indoor side edge portion 436 is in contact with the surface 346a of the contact portion 346. The tip fin portion 438 is in contact with the surface 396a of the resin inner plate portion 396. The tip fin portion 438 covers the claw portion 345 from the inner side in the width direction.

[0159] In the summons frame 34Y, the end face support portion 431 of the glazing channel 43 is arranged in a direction along the end portion 40s of the glass panel 40, and the glazing channel 43 is disposed. The indoor side edge portion 436 is in contact with the surface 349a of the extension piece 349. The tip fin portion 438 is in contact with the surface 396a of the resin inner plate portion 396. The tip fin portion 438 covers the extension piece 349 from the inner side in the width direction.

[0160] In the offset window 100Z, in the upper frame glass groove 31C, the surface 316a of the thick portion 316 of the groove inner plate portion 313c is disposed on the outdoor side of the surface 365a of the extension piece 365 disposed on the opening side of the upper frame glass groove 31C. There is no need to form the resin upper frame 31B so that the surface 365a of the extension piece 365 is flush with the surface 316a of the thick portion 316. In the lower frame glass groove 32C, the surface 326a of the thick portion 326 of the groove inner plate portion 323c is disposed on the outdoor side of the surface 377a of the extension piece 377 disposed on the opening side of the lower frame glass groove 32C. There is no need to form the resin lower frame 32B so that the surface 377a of the extension piece 377 is flush with the surface 326a of the thick portion 326. In the metal door end frame 33A, the surface 336a of the contact portion 336 of the groove inner plate portion 333c is disposed on the outdoor side of the surface 386a of the resin inner plate portion 386 disposed on the opening side of the door end frame glass groove 33C. There is no need to form the resin door end frame 33B so that the surface 386a of the resin inner plate portion 386 is flush with the surface 336a of the contact portion 336. In the summons frame 34, the surface 346a of the contact portion 346 and the surface 349a of the extension piece 349 of the groove inner plate portion 343c are disposed on the outdoor side of the surface 396a of the resin inner plate portion 396 disposed on the opening side of the summons frame glass groove 34C. There is no need to form the resin summons frame 34B so that the surface 396a of the resin inner plate portion 396 and the surface 349a of the extension piece 349 are flush with the surface 346a of the contact portion 346. The resin frames 31B, 32B, 33B, 34B disposed around the openings of the glass grooves 31C, 32C, 33C, 34C can be easily manufactured.

[0161] As described above, the preferred embodiments according to the present disclosure have been described with reference to the accompanying drawings. Needless to say, the present disclosure is not limited to such examples. The various shapes, combinations, etc. of the constituent members shown in the above examples are merely examples, and various modifications can be made based on design requirements and the like without departing from the gist of the present disclosure.

[0162] (Third Embodiment) The fitting according to the third embodiment will be mainly described with reference to FIG. 12. In the sliding window 100D according to the present embodiment, the sealing members 42A and 42B are arranged apart from each other in the finding direction. In FIG. 12, the lower frame 32 portion will be described. The sealing member arranged on the lower side which is the outer side in the finding direction is defined as the first sealing member 42A. The sealing member arranged on the upper side which is the inner side in the finding direction is defined as the second sealing member 42B.

[0163] An intervening member 44 is arranged between the first sealing member 42A and the second sealing member 42B. The intervening member 44 is formed of at least one of a backup material and a bond breaker. The intervening member 44 has a function of cutting the edge between the first sealing member 42A and the second sealing member 42B.

[0164] The first sealing member 42A is sandwiched between the glass panel 40 and the groove inner plate portion 323c of the metal lower frame 32A. The first sealing member 42A is in contact with the surface 323d facing the outdoor side of the groove inner plate portion 323c. The surface 323d of the groove inner plate portion 323c corresponds to the "outdoor surface of the indoor side wall portion".

[0165] The second sealing member 42B is sandwiched between the glass panel 40 and the extension piece 377 of the resin lower frame 32B. The second sealing member 42B is in contact with the surface 377a of the extension piece 377.

[0166] The width dimension of the second sealing member 42B in the indoor-outdoor direction is larger than the width dimension of the first sealing member 42A in the indoor-outdoor direction.

[0167] The intervening member 44 is arranged between the first sealing member 42A and the second sealing member 42B. The intervening member 44 may be in contact with the first sealing member 42A and the second sealing member 42B, or may be separated from the first sealing member 42A and the second sealing member 42B. Due to the presence of the intervening member 44, the first sealing member 42A and the second sealing member 42B do not come into direct contact with each other.

[0168] The same operational effects as those of the first embodiment can be obtained. Additionally, the following operational effects can be obtained. Since the second sealing material 42B is provided inside the first sealing material 42A in the finding direction, deterioration of the first sealing material 42A can be suppressed.

[0169] Since the first sealing material 42A and the second sealing material 42B are partitioned by the intervening member 44, no shearing force generated when forming an integral seal occurs, and the first sealing material 42A can be reliably filled.

[0170] The metal frames 31A, 32A, 33A, 34A and the resin frames 31B, 32B, 33B, 34B have different linear expansion coefficients. Since sealing materials are provided for different dissimilar materials of metal and resin respectively, the durability of the first sealing material 42A and the second sealing material 42B can be enhanced.

[0171] The second sealing material 42B has a larger width in the indoor-outdoor direction than the first sealing material 42A, and furthermore, the second sealing material 42B covers the first sealing material 42A. Even if the second sealing material 42B is damaged, deterioration of the first sealing material 42A can be suppressed.

[0172] The metal frames 31A, 32A, 33A, 34A which are metal members ensure airtightness and water stoppage. When the depth of the first sealing material 42A provided in the resin frames 31B, 32B, 33B, 34B which are resin members is increased, since it is not necessary to align the joints between the vertical members and the horizontal members of the resin frame and the lines of the joints from the horizontal members to the vertical members to ensure airtightness and water stoppage, the joints can be enlarged, and the workability is good.

[0173] (Fourth Embodiment) The fitting according to the fourth embodiment will be mainly described with reference to FIGS. 13 to 16. In the FIX window 100E according to this embodiment, the glass panel 40 is fixed to the frame body 1 without being opened or closed. The frame body 1 corresponds to the "frame".

[0174] As shown in FIG. 14, an upper frame glass groove 11G that opens downward is formed in the metal upper frame 11E of the upper frame 11. A resin upper frame 11F is provided on the indoor side of the metal upper frame 11E.

[0175] In the groove indoor side plate portion 118 that forms the upper frame glass groove 11G, a recess 118a is formed so as to be recessed inwardly of the room. The backup material 41 is sandwiched between the surface 40b of the glass panel 40 and the recess 118a.

[0176] In the groove indoor side plate portion 118, a convex portion 118b that protrudes outwardly of the room relative to the recess 118a is formed. The sealing material 42 is sandwiched between the surface 40b of the glass panel 40 and the convex portion 118b.

[0177] At the lower end portion of the groove indoor side plate portion 118, a bent portion 119 that is bent inwardly of the room is provided. The resin lower plate portion 161 located below the resin upper frame 11F is formed in a flat plate shape. The plate surface of the resin lower plate portion 161 faces in the vertical direction. The outdoor end portion of the resin lower plate portion 161 is disposed below the bent portion 119 of the metal upper frame 11E.

[0178] In the middle portion in the indoor-outdoor direction of the resin lower plate portion 161, a resin locking wall portion 163 that extends upward is provided. The resin locking wall portion 163 extends upward, and the tip portion is bent outwardly of the room. In the groove indoor side plate portion 118 of the metal upper frame 11E, a metal locking wall portion 114 that extends inwardly of the room is provided. The resin locking wall portion 163 of the resin upper frame 11F is engaged with the metal locking wall portion 114 of the metal upper frame 11E.

[0179] The surface 118c facing the outdoor side of the groove indoor side plate portion 118 is disposed more outwardly of the room than the surface 161a facing the outdoor side of the resin lower plate portion 161.

[0180] As shown in FIG. 15, in the metal lower frame 12E of the lower frame 12, a lower frame glass groove 12G that opens upward is formed. A resin lower frame 12F is provided on the indoor side of the metal lower frame 12E.

[0181] In the groove inner side plate portion 128 that forms the lower frame glass groove 12G, a recess 128a is formed so as to be recessed toward the indoor side. The backup material 41 is sandwiched between the surface 40b of the glass panel 40 and the recess 128a.

[0182] In the groove inner side plate portion 128, a convex portion 128b that protrudes relatively toward the outdoor side with respect to the recess 128a is formed. The sealing material 42 is sandwiched between the surface 40b of the glass panel 40 and the convex portion 128b.

[0183] At the upper end portion of the groove inner side plate portion 128, a bent portion 129 that is bent toward the indoor side is provided. The resin upper plate portion 171 located above the resin lower frame 12F is formed in a flat plate shape. The plate surface of the resin upper plate portion 171 faces in the vertical direction. At the outdoor side end portion of the resin upper plate portion 171, a pair of upper and lower bent portions 172, 173 are provided.

[0184] The upper bent portion 172 is bent upward from the resin upper plate portion 171 and further extends toward the outdoor side. The upper bent portion 172 is disposed above the bent portion 129 of the metal lower frame 12E. The lower bent portion 173 is bent downward from the resin upper plate portion 171 and further extends toward the outdoor side. The lower bent portion 173 is engaged with the lower side of the metal engaging wall portion 124 that extends from the middle in the vertical direction of the groove inner side plate portion 128 of the metal lower frame 12E toward the indoor side.

[0185] The surface 128c facing the outdoor side of the groove inner side plate portion 128 is disposed more toward the outdoor side than the surface 172a facing the outdoor side of the upper bent portion 172.

[0186] As shown in FIG. 16, in the metal vertical frame 13E of the vertical frame 13, a vertical frame glass groove 13G that opens inward in the width direction is formed. A resin vertical frame 13F is provided on the indoor side of the metal vertical frame 13E.

[0187] The backup material 41 is sandwiched between the groove inner side plate portion 333 that forms the vertical frame glass groove 13G and the surface 40b of the glass panel 40.

[0188] On the inner side plate portion 333 of the groove room, a convex portion 333b protruding to the outdoor side is formed. The sealing material 42 is sandwiched between the surface 40b of the glass panel 40 and the convex portion 333b.

[0189] At the inner end in the width direction of the inner side plate portion 333 of the groove room, a bent portion 339 bent toward the indoor side is provided. The resin inner plate portion 181 located inside the resin vertical frame 13F in the width direction is formed in a flat plate shape. The plate surface of the resin inner plate portion 181 faces the width direction. At the intermediate portion in the indoor-outdoor direction of the resin inner plate portion 181, a resin engaging wall portion 182 extending outward in the width direction and extending to the outdoor side is provided.

[0190] The resin engaging wall portion 182 is engaged with a metal engaging wall portion 134 provided on the inner side plate portion 333 of the groove room of the metal vertical frame 13E.

[0191] The surface 333c of the inner side plate portion 333 of the groove room facing the outdoor side is arranged more on the outdoor side than the surface 181a of the resin inner plate portion 181 facing the outdoor side.

[0192] In the FIX window 100E, in the upper frame 11, the surface 118c of the inner side plate portion 118 of the metal upper frame 11E is arranged more on the outdoor side than the surface 161a of the resin lower plate portion 161 of the resin upper frame 11F. The resin upper frame 11F arranged around the opening of the upper frame glass groove 11G can be easily manufactured. The same effects can be obtained in the lower frame 12 and the vertical frame 13 as well.

[0193] Although the sliding window and the FIX window have been described as examples, the fittings to which they are applied are not limited to these. They are also applicable to sliding-out windows, protruding windows, sash doors, single-opening windows, etc.

[0194] In at least any one of the upper sash 31, the lower sash 32, the door head sash 33, and the meeting sash 34, it is sufficient that the outdoor surface of the indoor side wall portion is arranged more on the outdoor side than the outdoor surface of the opening wall portion.

[0195] The sealing material 42 does not have to contact the outdoor surface of the opening wall portion facing the outdoor side in the opening wall portion.

[0196] The inner end of the indoor side wall portion in the finding direction may be arranged outside the finding direction with respect to the inner end of the opening wall portion in the finding direction.

Explanation of Signs

[0197] 1 Frame body, 3 Shoji, 11 Upper frame, 12 Lower frame, 13 Vertical frame, 30 Frame body, 31 Upper frame, 31A Metal upper frame (metal member), 31B Resin upper frame (resin member), 31C Upper frame glass groove (panel groove), 32A Metal lower frame (metal member), 32B Resin lower frame (resin member), 32C Lower frame glass groove (panel groove), 33A Metal door tip frame (metal member), 33B Resin door tip frame (resin member), 33C Door tip frame glass groove (panel groove), 34A Metal summons frame (metal member), 34B Resin summons frame (resin member), 34C Summons frame glass groove (panel groove), 42 Sealing material (sealing material), 42A First sealing material, 42B Second sealing material, 43 Glazing channel (sealing material), 100, 100Z Sliding window, 315, 325, 335, 345 Claw portion (engagement portion), 316a, 326a, 336a, 346a, 349a Surface (outdoor surface of the indoor side wall portion), 311, 321, 331, 341 Groove bottom plate portion (bottom), 312c, 322c, 332c, 342c Groove outer plate portion (outdoor side wall portion), 313c, 323c, 333c, 343c Groove inner plate portion (indoor side wall portion), 365, 377 Extension piece (opening wall portion), 365a, 377a, 386a, 396a Surface (outdoor surface of the opening wall portion), 386 Resin inner plate portion (opening wall portion), 396 Resin inner plate portion (opening wall portion)

Claims

1. a metal member having a panel groove formed by a bottom portion, an outdoor side wall portion extending inward in a find direction from an outdoor side of the bottom portion, and an indoor side wall portion extending inward in a find direction from an indoor side of the bottom portion; A resin member provided on the indoor side of the metal member, the resin member has an opening wall portion disposed on an opening side of the panel groove, An engagement portion is provided at a tip end of the indoor side wall portion, The opening wall portion is engaged with the engagement portion, A fitting in which the outdoor surface of the indoor side wall portion is provided with a frame that is arranged on the outdoor side of the outdoor surface of the opening wall portion.

2. The fixture according to claim 1 , wherein the indoor surface of the indoor side wall portion is in contact with the outdoor surface of the opening wall portion.

3. a panel having an end disposed in the panel groove; The fitting according to claim 1 or 2, further comprising a sealant disposed between the surface of the panel facing the indoor side and the indoor side wall portion.

4. The fixture according to claim 3 , wherein the sealant covers an inner end portion of the indoor wall portion in the viewing direction.

5. The fixture according to claim 3 , wherein the sealant is in contact with an outdoor surface of the indoor wall portion and an outdoor surface of the opening wall portion.

6. The sealing material is a first sealing material in contact with an outdoor surface of the indoor side wall portion; The fixture according to claim 5 , further comprising: a second sealant in contact with an exterior surface of the opening wall portion.

7. The fixture of claim 6, further comprising at least one of a back-up material and a bond breaker disposed between the first sealant and the second sealant.

8. The fixture according to claim 6 , wherein the second sealant has a width dimension in the indoor / outdoor direction that is greater than the width dimension in the indoor / outdoor direction of the first sealant.

9. 3. The fitting according to claim 1 or 2, wherein an inner end portion in the find direction of the indoor side wall portion is positioned outer in the find direction than an inner end portion in the find direction of the opening wall portion.

10. The fixture according to claim 1 or 2, which is a building fixture to be installed in a building.

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