Fitting

Abstract

To provide fittings capable of suppressing interference of a handle with respect to a frame body.SOLUTION: In a sliding window, a door end stile 43 is constituted by a metal stile material 431 and a resin stile material 531. The metal stile material 431 includes: a stile body part 430 positioned further on the outer peripheral side than a panel 46; and a panel mounting groove 431A which has an indoor aspect face part 435 formed on the inner peripheral side with respect to the stile body part 430 and opposing to the panel 46 in a Z-axis direction, and in which the panel 46 is arranged. The resin stile material 531 includes a body frame part 532 arranged opposing to the indoor aspect face part 435 in the Z-axis direction. At the body frame part 532, an opening 102 for mounting a handle 16 is formed. The handle 16 is mounted on a mounting member 80 which is fixed to the metal stile material 431 via an opening 102.SELECTED DRAWING: Figure 3

Description

Technical Field

[0001] The present invention relates to fittings such as a sliding window or a single-slide door that slide a shoji screen arranged inside a frame in the in-plane direction.

Background Art

[0002] Conventionally, a sliding window having a pair of openable and closable shoji screens arranged in an opening of a frame is known (see Patent Document 1). The frame has an upper frame member, a lower frame member, and a pair of vertical frame members to form a rectangular opening. The shoji screen has a frame body and a panel arranged inside the frame body. The frame body is formed by framing an upper frame member, a lower frame member, a door-end frame member, and a mating frame member in a rectangular shape. The panel located on the indoor side is, for example, a multilayer glass having a plurality of glass plates. The door-end frame member (door-end frame) includes a first member (resin frame member) made of synthetic resin that is located on the indoor side and to which a handle is attached, and a second member (metal frame member) made of metal that is located on the outdoor side of the first member and has a hollow portion in which a back plate is accommodated. The handle is screwed to the back plate in the hollow portion formed in the second member.

Prior Art Documents

Patent Documents

[0003]

Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0004] By the way, in the case of fixtures that slide the shoji screen in the in-plane direction, such as a sliding window or a single-slide door, reducing the finding dimensions of the door head frame or the like can improve the heat insulation performance. In the sliding window described in Patent Document 1, a back plate is housed in a hollow portion formed at a position on the outer peripheral side of the panel among the second members, and the handle is screwed to the back plate with a screw passing in the expected direction. Therefore, if the finding dimension of the door head frame member (door head frame) is reduced, the position of the handle will be close to the position of the vertical frame member adjacent to the door head frame member, and there is a risk that the handle will interfere with the vertical frame member.

[0005] An object of the present invention is to provide a fixture capable of suppressing interference of a handle with a frame body.

Means for Solving the Problems

[0006] The fixture of the present invention is a fixture in which a shoji screen that slides in the in-plane direction is disposed within a frame body. The frame body includes an upper frame, a lower frame, and left and right vertical frames. The shoji screen includes a frame body and a panel disposed within the frame body. The frame body includes at least a door head frame adjacent to one of the left and right vertical frames. The door head frame is configured by combining a metal frame member and a resin frame member located on the indoor side with respect to the metal frame member. The metal frame member has a frame main body portion located on the outer peripheral side of the panel and a panel mounting groove formed on the inner peripheral side with respect to the frame main body portion and in which the panel is disposed. The panel mounting groove has a metal finding surface portion facing the panel in the expected direction. The resin frame member has a resin finding portion disposed to face the metal finding surface portion in the expected direction. An attachment opening for the handle is formed in the resin finding portion. The handle is attached to a mounting member fixed to the metal frame member through the attachment opening.

Effects of the Invention

[0007] According to the present invention, it is possible to provide a fixture capable of suppressing interference of a handle with a frame body.

Brief Description of the Drawings

[0008]

Figure 1

Figure 2

Figure 3

Figure 4

Figure 5

Mode for Carrying Out the Invention

[0009] [Configuration of the Present Embodiment] Hereinafter, an embodiment of the present invention will be described with reference to the drawings. In FIGS. 1 and 2, a sliding window 1 as a fitting according to the present embodiment is provided in an opening of a building body, and includes an outer shutter 4 (shutter) having a window frame 2 (frame body), a frame body 45, and a panel 46 disposed in the frame body 45, and an inner shutter 6 (shutter) disposed at a position on the indoor side with respect to the position of the outer shutter 4 and having a frame body 65 and a panel 66 disposed in the frame body 65. The outer shutter 4 and the inner shutter 6 are disposed in the window frame 2 so as to be slidable in a sliding manner in the in-plane direction. In the following description, the left-right direction of the sliding window 1 is defined as the X-axis direction, the up-down direction of the sliding window 1 is defined as the Y-axis direction, and the prospective direction (front-rear direction) of the sliding window is defined as the Z-axis direction. The X, Y, and Z-axis directions are orthogonal to each other.

[0010] [Window Frame] The window frame 2 includes an upper frame 21, a lower frame 22, and left and right vertical frames 23, 24 that are framed on all four sides. The upper frame 21, the lower frame 22, and the left and right vertical frames 23, 24 are configured by connecting metal frame members 211, 221, 231, 241 on the outdoor side and resin frame members 311, 321, 331, 341 on the indoor side. The dimension (left - right dimension) in the X - axis direction of the opening partitioned by the window frame 2 is made smaller on the indoor side than on the outdoor side. The metal frame members 211, 221, 231, 241 are aluminum - made profiles and are extrusion - molded, and the resin frame members 311, 321, 331, 341 are synthetic - resin - made profiles and are extrusion - molded. On the metal frame member 211 of the upper frame 21, an outdoor - side upper rail 212A protruding downward from a position facing the outer shutter 4 in the Y - axis direction and an indoor - side guide groove 212C formed at a position closer to the indoor side than the upper rail 212A are formed. On the upper rail 212A, an upper frame 41 of the outer shutter 4 described later is slidably fitted in the X - axis direction, and on the indoor - side guide groove 212C, an upper frame 61 of the inner shutter 6 described later is slidably fitted in the X - axis direction. On the metal frame member 221 of the lower frame 22, an outdoor - side lower rail 222A rising upward from a position facing the outer shutter 4 in the Y - axis direction and an indoor - side lower rail 222B disposed closer to the indoor side than the outdoor - side lower rail 222A in the Z - axis direction and rising upward are formed. On the lower rail 222A, a door wheel 17 of the outer shutter 4 described later is fitted so as to be able to run in the X - axis direction, and on the lower rail 222B, a door wheel 17 of the inner shutter described later is fitted so as to be able to run in the X - axis direction. Note that the height position of the lower rail 222A is set lower than the height position of the lower rail 222B.

[0011] As shown in FIGS. 2 and 3, the vertical frame 23 is the vertical frame on the door - leading - end side with respect to the outer shutter 4. The metal frame member 231 has a vertical frame projected surface portion 232 (frame projected surface portion) along the Z-axis direction, an outdoor finding surface portion 233 continuous with the outdoor end of the vertical frame projected surface portion 232, and an engaging groove portion 234A formed continuous with the indoor end of the vertical frame projected surface portion and engaged with the resin frame member 331. On the vertical frame projected surface portion 232, an extending piece portion 232A extending in the X-axis direction from a position facing the vertical frame 24 side in the Y-axis direction of the outer shutter 4 and a mounting piece portion 232B disposed on the indoor side of the extending piece portion 232A in the Z-axis direction and protruding in the X-axis direction toward the vertical frame 24 are continuously formed. A concave groove portion 232C into which the airtight material 10 is fitted and mounted facing the outdoor side is formed at the tip of the mounting piece portion 232B (a position on the inner peripheral side of the vertical frame projected surface portion 232), and an engaging protrusion portion 232D protruding toward the indoor side from a position on the back side of the concave groove portion 232C is formed on the mounting piece portion 232B. The resin frame member 331 has a resin projected surface portion 332 along the Z-axis direction, a resin frame portion 333 formed on the outer peripheral side of the resin projected surface portion 332, a resin side piece portion 335 continuous with the indoor end of the resin projected surface portion 332 via a step portion 334 and along the Y-axis direction, and an engaging piece 336 protruding from the resin side piece portion 335 toward the outer peripheral side and having a tip engaged with the engaging groove portion 234A. The resin frame portion 333 has a pair of finding pieces 337, 338 extending from the resin projected surface portion 332 toward the outer peripheral side and a projected piece 339 continuous with the finding pieces 337, 338 and along the Z-axis direction. An engaged protrusion portion 337A engaged with the engaging protrusion portion 232D is formed on the finding piece 337, and the tip of the finding piece 337 is in contact with the vertical frame projected surface portion 232. A continuous piece 338A continuous with the engaging piece 336 is formed on the finding piece 338.

[0012] As shown in FIGS. 2 and 4, the vertical frame 24 is a vertical frame on the door tip side with respect to the inner shutter 6. The metal frame member 241 has a vertical frame projected surface portion 242 (frame projected surface portion) along the Z-axis direction, an outdoor finding surface portion 243 continuous with the outdoor end of the vertical frame projected surface portion 242, and an indoor finding surface portion 244 continuous with the indoor end of the vertical frame projected surface portion 242. The vertical frame projected surface portion 242 has an extension piece portion 242A that extends in the X-axis direction from a position facing the inner lens 6 in the Y-axis direction toward the vertical frame 23 side. A concave groove portion 244A into which the airtight material 10 is fitted and mounted facing the outdoor side is formed at the tip of the indoor finding surface portion 244 (a position on the inner peripheral side with respect to the vertical frame projected surface portion 242). As a result, the indoor finding surface portion 244 is also configured as a mounting piece portion that is arranged on the indoor side of the extension piece portion 232A in the Z-axis direction and protrudes in the X-axis direction toward the vertical frame 23. Further, an engaging groove portion 244B into which the resin frame material 341 is engaged is formed in the indoor finding surface portion 244.

[0013] The resin frame material 341 has a resin side piece portion 342 along the Z-axis direction and an engaging piece 343 that protrudes from the resin side piece portion 342 to the outer peripheral side and the tip of which is engaged with the engaging groove portion 244B. Further, a contact portion 343A that contacts the tip of the indoor finding surface portion 244 in the engaged state of the engaging piece and the engaging groove portion 244B is formed on the engaging piece 343.

[0014] As shown in FIGS. 1 and 2, the outer shutter 4 and the inner shutter 6 are arranged differently in the Z-axis direction so as to slide in the X-axis direction in a staggered manner. The outer shutter 4 is arranged closer to the outdoor side within the window frame 2. The inner shutter 6 is arranged on the indoor side with respect to the outer shutter 4, and a part of the inner shutter 6 slightly protrudes from the window frame 2 toward the indoor side, thereby reducing the expected dimension of the window frame 2 in the Z-axis direction. The outer shutter 4 and the inner shutter 6 are formed by assembling a frame body 45, 65 and panels 46, 66 (face materials) arranged inside the frame body 45, 65 into a four-sided frame structure. The frame body 45, 65 is formed by assembling an upper frame 41, 61, a lower frame 42, 62, a door tip frame 43, 63 (vertical frame), and a mating frame 44, 64 (vertical frame) on the four sides. In the closed state of the sliding window 1, the door tip frame 43 of the outer shutter 4 is adjacent to the vertical frame 23 in the X-axis direction, and the door tip frame 63 of the inner shutter 6 is adjacent to the vertical frame 24 in the X-axis direction. The panels 46, 66 are composed of laminated glass. In the present embodiment, in the outer shutter 4, the frame body 45 is an outer frame body, the upper frame 41 is an outer upper frame, the lower frame 42 is an outer lower frame, the door tip frame 43 is an outer door tip frame, the mating frame 44 is an outer mating frame, and the panel 46 is an outer face material. Also, in the inner shutter 6, the frame body 65 is an inner upper frame, the lower frame 62 is an inner lower frame, the door tip frame 63 is an inner door tip frame, the mating frame 64 is an inner mating frame, and the panel 66 is an inner face material.

[0015] [Outer shutter] The upper frame 41, the lower frame 42, the door tip frame 43, and the mating frame 44 of the outer shutter 4 are composed of a metal frame material 411, 421, 431, 441 on the outdoor side and a resin frame material 511, 521, 531, 541 on the indoor side engaged with the indoor side portion of the metal frame material 411, 421, 431, 441. Panel attachment grooves 411A, 421A, 431A, 441A for attaching the panel 46 are provided in the metal frame materials 411, 421, 431, 441 via a backup material 7 and a sealing material 8. Door wheels 17 that travel in the X-axis direction on the lower rail 222A are provided at both ends of the lower frame 42 in the X-axis direction. The found dimension of the lower frame 42 of the outer shutter 4 is larger than the found dimension of the lower frame 62 of the inner shutter 6 in the Y-axis direction. A crescent lock receiver 181 is attached to the mating frame 44.

[0016] As shown in FIG. 3, the metal frame member 431 of the customer-side frame 43 has a frame main body portion 430 located on the outer peripheral side of the panel 46 and having a hollow portion 430A, and a panel mounting groove 431A formed on the inner peripheral side of the frame main body portion 430 and in which the side edge portion of the panel 46 is disposed. The frame main body portion 430 has an outdoor finding surface portion 432 along the X-axis direction, an inner peripheral prospect surface portion 433 and an outer peripheral prospect surface portion 434 continuous with the outdoor finding surface portion 432 and along the Z-axis direction, and indoor finding surface portions 435 and 436 continuous with the inner peripheral prospect surface portion 433 and the outer peripheral prospect surface portion 434 and along the X-axis direction. The indoor finding surface portion 436 is continuous with the outer peripheral surface of the inner peripheral prospect surface portion 433 and is disposed at a position outside the room compared to the position of the indoor finding surface portion 435 in the Z-axis direction. The portion of the outdoor finding surface portion 432 located on the inner peripheral side of the inner peripheral prospect surface portion 433 and the indoor finding surface portion 435 (metal finding surface portion) are disposed to face the side edge portion of the panel 46 in the Z-axis direction. The panel mounting groove 431A is formed by the portion of the outdoor finding surface portion 432 located on the inner peripheral side of the inner peripheral prospect surface portion 433, the inner peripheral prospect surface portion 433, and the indoor finding surface portion 435. A recess 432A that opens to the outdoor side is formed in the outdoor finding surface portion 432, and a screw 152 for screwing the handle 15 (outdoor handle) for opening and closing the outer shutter 4 in the X-axis direction to the backstop 151 penetrates in the Z-axis direction at the bottom of the recess 432A. The handle 15 has a handle main body portion 155 that is operated by a finger or the like, and a base portion 156 that is screwed to the backstop 151 with the screw 152. Further, a groove portion 432B into which the airtight material 13 is fitted and mounted is formed at the end portion on the outer peripheral side of the outdoor finding surface portion 432. An engaging recess 436A into which the resin frame member 531 is engaged is formed at the end portion on the outer peripheral side of the indoor finding surface portion 436, and a sheet-like contact portion 436B with which the airtight material 10 mounted on the mounting piece portion 232B of the vertical frame 23 abuts from the indoor side is formed on the outer peripheral side portion of the engaging recess 436A. An inclined surface 436C that inclines outward as it goes toward the vertical frame 23 side is formed on the surface on the indoor side of the contact portion 436B and on the outer peripheral side portion. In the metal frame member 431 of this exterior shutter 4, the indoor finding surface portion 436 is disposed on the indoor side of the central position of the panel 46 in the Z-axis direction and closer to the indoor side than the indoor surface 46B of the panel 46.

[0017] As shown in FIG. 3, the resin frame member 531 of the door end frame 43 is located on the indoor side with respect to the metal frame member 431, and includes a main body frame portion 532 configured in a horizontally long hollow rectangular shape by indoor finding portions 533A and 533B along the X-axis direction and left and right prospecting portions 534A and 534B along the Z-axis direction, and an outer peripheral side frame portion 535 having a hollow rectangular shape continuous with the finding portion 533A of the main body frame portion 532. The finding portion 533A is disposed on the outdoor side of the finding portion 533B, and the prospecting portion 534A is disposed on the outer peripheral side of the prospecting portion 534B. The finding portion 533A extends to the outer peripheral side of the prospecting portion 534A, and the outer peripheral side frame portion 535 is continuous with the outer peripheral end portion of the finding portion 533A. A recess 539 opening on the indoor side is formed on the inner peripheral side surface of the finding portion 533A, the prospecting portion 534A, and the outer peripheral side frame portion 535. An engaging groove portion 538 that engages with the indoor finding surface portion 435 of the metal frame member 431 is formed at the continuous portion of the finding portion 533A and the prospecting portion 534B, and a protruding piece 533C protruding to the outdoor side is formed on the finding portion 533A. The inner peripheral side surface of the protruding piece 533C faces the tip of the protruding portion 435A of the metal frame member 431 in the X-axis direction and maintains the engaging state between the indoor finding surface portion 435 of the metal frame member 431 and the engaging groove portion 538. An engaging portion 535A that engages with the engaging recess 436A of the metal frame member 431 is continuous with the outer peripheral outdoor end portion of the outer peripheral side frame portion 535. In this resin frame member 531, the main body frame portion 532 is configured as a resin finding portion that is disposed to face the indoor finding surface portion 435 of the metal frame member 431 in the Z-axis direction. Inside the main body frame portion 532, a mounting member 80 to which a handle 16 (indoor handle) for opening and closing the outer shutter 4 in the X-axis direction is attached is disposed. The handle 16 has a handle main body portion 165 that is operated by a finger or the like, and a base portion 166 that is screwed to the mounting member 80 with a screw 86 along the Z-axis direction. Openings 101 and 102 (notches) that penetrate in the Z-axis direction are formed in the finding portions 533A and 533B of the main body frame portion 532, and the opening 102 formed in the finding portion 533B is configured as a mounting opening in which the mounting member 80 to which the handle 16 is attached is disposed.

[0018] The mounting member 80 has a fixed piece portion 81 that is fixed to the metal frame member 431, and a mounting piece portion 82 that is continuous with the fixed piece portion 81 and to which the handle 16 (indoor handle) is attached via the opening 102. The continuous portion 83 between the fixed piece portion 81 and the mounting piece portion 82 is inclined toward the outdoor side as it goes toward the outer peripheral side of the outer shutter 4. Further, the mounting member 80 is a piece material, and one or a plurality of mounting members 80 are provided according to the shape of the handle 16. Note that the openings 101 and 102 are appropriately formed according to the number and arrangement of the mounting members 80. The fixed piece portion 81 is disposed along the indoor finding surface portion 436 of the metal frame member 431, and is screwed to a backstop 84 disposed inside the main body frame portion 532 with a screw 85 along the Z-axis direction that penetrates the indoor finding surface portion 436. In the present embodiment, the screw 85 is a fixture that is inserted from the indoor side to the outdoor side with respect to the indoor finding surface portion 436 in the Z-axis direction. The attachment piece portion 82 is arranged along the opening 102 such that its indoor surface is flush with the indoor surface of the finding portion 533B, and is arranged spaced apart from the indoor finding surface portion 435 of the metal frame member 431 on the indoor side in the Z-axis direction. At the end portion on the inner peripheral side of the attachment piece portion 82, a protrusion 821 that abuts against the indoor finding surface portion 435 of the metal frame member 431 protrudes toward the outdoor side in the Z-axis direction. The handle 16 is attached to this attachment piece portion 82 by screwing a screw 86. In the present embodiment, the screw 86 is a fixture that is inserted and screwed into the attachment piece portion 82 from the indoor side to the outdoor side in the Z-axis direction. Since the continuous portion 83 is inclined as described above, when assembling to the door end frame 43, the attachment member 80 can be easily arranged in the door end frame 43 by inserting it into the openings 101 and 102 from the fixed piece portion 81 side and tilting it. This attachment member 80 is formed in a substantially ladle shape, and the continuous portion 83 and the protrusion 821 are arranged through the opening 101. Note that an insertion hole for the screw 85 is formed at the bottom of the recess 539 of the resin frame member 531. After fixing the fixed piece portion 81 of the attachment member 80 with this screw 85, a hole plug cap 18 is attached to the insertion hole. Further, the attachment member 80 is formed of a metal material such as steel, stainless steel, or aluminum.

[0019] In the aforesaid exterior sash 4, while the handle 15 is directly provided on the outdoor finding surface portion 432 of the sash main body portion 430, the handle 16 is indirectly provided on the indoor finding surface portion 436 of the sash main body portion 430 via the attachment member 80. The handle 15 is disposed to face the sash main body portion 430 in the Z-axis direction, and the handle 16 is disposed to face the panel attachment groove 431A in the Z-axis direction on the inner peripheral side of the sash main body portion 430 and is disposed at a position on the inner peripheral side with respect to the position of the handle 15. For this reason, in the offset window 1 in which the left and right dimensions in the X-axis direction of the opening of the window frame 2 are smaller on the indoor side than on the outdoor side, the handle 15 is firmly attached to the aluminum sash main body portion 430 at a position spaced apart from the vertical frame 23 in the X-axis direction, while the position of the handle 16 firmly attached to the aluminum sash main body portion 430 via the metal attachment member 80 can be eccentrically disposed on the inner peripheral side with respect to the position of the handle 15, and the space in the X-axis direction between the handle 16 and the vertical frame 23 (mainly the resin sash member 531) can be expanded, and the possibility that the handle 16 interferes with the vertical frame 23 can be eliminated.

[0020] [Interior sash] The upper sash 61, lower sash 62, door end sash 63, and summons sash 64 of the interior sash 6 are configured by combining the outdoor metal sash members 611, 621, 631, 641 and the indoor resin sash members 711, 721, 731, 741 engaged with the indoor side portions of the metal sash members 611, 621, 631, 641. Panel attachment grooves 611A, 621A, 631A, 641A to which the panel 66 is attached via the backup material 7 and the sealing material 8 are provided in the outdoor metal sash members 611, 621, 631, 641. Door wheels 17 that travel in the X-axis direction on the lower rail 222B are provided at both ends of the lower sash 62 in the X-axis direction. A crescent lock body 182 is attached to the summons sash 64.

[0021] As shown in Figure 4, the metal frame 631 of the door end frame 63 has a frame main body 630 located on the outer periphery of the panel 66 and having a hollow portion 630A, and the aforementioned panel mounting groove 631A formed on the inner periphery of the frame main body 630 and in which the side edge of the panel 66 is positioned. The frame main body 630 has an exterior facing surface 632 along the X-axis direction, an inner facing surface 633 and an outer facing surface 634 that are continuous with the exterior facing surface 632 and are aligned along the Z-axis direction, and interior facing surfaces 635, 636 that are continuous with the inner facing surface 633 and the outer facing surface 634 and are aligned along the X-axis direction. The interior facing surface 636 is continuous with the outer periphery of the inner facing surface 633 and is positioned further outward in the Z-axis direction than the interior facing surface 635. A portion of exterior facing surface 632 located more inward than inner peripheral facing surface 633 and interior facing surface 635 (metal facing surface) are disposed opposite the side edge of panel 66 in the Z-axis direction. Panel mounting groove 631A is formed by a portion of exterior facing surface 632 located more inward than inner peripheral facing surface 633, inner peripheral facing surface 633, and interior facing surface 635. The exterior-facing surface 632 is formed with a recess 632A that opens to the outside of the room, and a screw 152 penetrates the bottom of the recess 632A in the Z-axis direction to fasten a handle 15 for opening and closing the inner shoji screen 6 in the X-axis direction to a backing 151. In addition, a recessed groove 632B into which the airtight material 13 is fitted is formed at the outer peripheral end of the exterior-facing surface 632. The interior visible surface portion 635 is formed by extending in the X-axis direction from the interior-side end of the inner periphery visible surface portion 633 toward the inner periphery. An engaging recess 636A is formed at the outer peripheral end of the interior facing surface 636, with which the resin frame material 731 engages, and a piece-shaped abutting portion 636B is formed at the outer peripheral portion of the engaging recess 636A, with which the airtight material 10 attached to the interior facing surface 244 of the vertical frame 24 abuts from the interior side. An inclined surface 636C is formed on the interior side surface of the abutting portion 636B at the outer peripheral portion, which is inclined toward the exterior side as it approaches the vertical frame 24. In the metal frame member 631 of this blind 6, the indoor finding surface portion 636 is arranged closer to the outdoor side than the central position in the Z-axis direction of the panel 66.

[0022] As shown in FIG. 4, the resin frame member 731 of the door-end frame 63 is located on the indoor side with respect to the metal frame member 631, and includes a main body frame portion 732 configured in a horizontally long hollow shape by indoor and outdoor finding portions 733A and 733B along the X-axis direction and left and right prospecting portions 734A and 734B along the Z-axis direction, and an engaging piece portion 735 extending in the Z-axis direction from the outer peripheral side prospecting portion 734A toward the outdoor side and bent and extending on the outer peripheral side. The main body frame portion 732 is arranged on the indoor side of the panel 66. The finding portion 733A is arranged on the outdoor side of the finding portion 733B, and the prospecting portion 734A is arranged on the outer peripheral side of the prospecting portion 734B. The outer peripheral end of the finding portion 733A is continuous with the prospecting portion 734A. The engaging piece portion 735 is arranged at a distance from the resin side piece portion 342 of the resin frame member 341 in the X-axis direction. An engaging portion 735A that engages with the engaging recess 636A of the metal frame member 631 is formed at the tip of the engaging piece portion 735. An engaging groove portion 738 that engages with the indoor finding surface portion 635 of the metal frame member 631 is formed at the continuous portion of the finding portion 733A and the prospecting portion 734B. In this resin frame member 731, the main body frame portion 732 is configured as a resin finding portion arranged to face the indoor finding surface portion 635 of the metal frame member 631 in the Z-axis direction. Inside the main body frame portion 732, a mounting member 90 for mounting a handle 16 for opening and closing the blind 6 in the X-axis direction is arranged. The handle 16 has a handle main body portion 165 and a base portion 166 screwed to the mounting member 90 with a screw 96 along the Z-axis direction. Openings 111 and 112 (notches) penetrating in the Z-axis direction are formed in the finding portions 733A and 733B of the main body frame portion 732, and the opening 112 formed in the finding portion 733B is configured as a mounting opening for arranging the mounting member 90 to which the handle 16 is mounted.

[0023] The attachment member 90 has a fixing piece portion 91 fixed to the metal frame member 631 and an attachment piece portion 92 continuous with the fixing piece portion 91 and to which the handle 16 is attached via the opening 112. Further, the attachment member 90 is a piece material, and one or more are provided according to the shape of the handle 16. Note that the openings 101 and 102 are appropriately formed according to the number and arrangement of the attachment members 90. The fixing piece portion 91 is arranged along the inner peripheral prospective surface portion 633 of the metal frame member 631 and is screwed to the inner peripheral prospective surface portion 633 with a screw 95 along the X-axis direction penetrating the inner peripheral prospective surface portion 633. In the present embodiment, the screw 95 is a fixture inserted from the inner peripheral side to the outer peripheral side with respect to the inner peripheral prospective surface portion 633 in the X-axis direction. The attachment piece portion 92 is arranged along the opening 112 so that its indoor surface is flush with the indoor surface of the finding portion 733B, and is arranged spaced apart toward the indoor side from the indoor finding surface portion 635 of the metal frame member 631 in the Z-axis direction. At the inner peripheral side end of the attachment piece portion 92, a protrusion 921 abutting on the indoor finding surface portion 635 of the metal frame member 631 is formed to protrude toward the outdoor side in the Z-axis direction. The handle 16 is attached to this attachment piece portion 92 by screwing a screw 96 along the Z-axis direction. In the present embodiment, the screw 96 is a fixture inserted and screwed from the indoor side to the outdoor side with respect to the attachment piece portion 92 in the Z-axis direction. The attachment member 90 in the present embodiment is formed in a substantially U shape, and the fixing piece portion 91 and the protrusion 921 are arranged through the opening 111. Note that the attachment member 90 is formed of a metal material such as steel, stainless steel, or aluminum.

[0024] In the aforesaid sash 6, the handle 15 is directly provided on the outdoor-facing surface portion 632 of the sash main body portion 630, while the handle 16 is indirectly provided via the attachment member 90 on the inner peripheral prospective surface portion 633 of the sash main body portion 630. The handle 15 is disposed to face the sash main body portion 630 in the Z-axis direction, and the handle 16 is disposed to face the panel attachment groove 631A in the Z-axis direction on the inner peripheral side of the sash main body portion 630, and is disposed at a position on the inner peripheral side with respect to the position of the handle 15. For this reason, in the sliding window 1 in which the left and right dimensions in the X-axis direction of the opening of the window frame 2 are smaller on the outdoor side, the handle 15 is firmly attached to the aluminum sash main body portion 630 at a position spaced apart from the vertical frame 24 in the X-axis direction, while the position of the handle 16 firmly attached to the aluminum sash main body portion 630 via the metal attachment member 90 can be eccentrically disposed on the inner peripheral side with respect to the position of the handle 15, and the space in the X-axis direction between the handle 16 and the vertical frame 24 (mainly the resin sash material 731) can be expanded, and the possibility of the handle 16 interfering with the vertical frame 24 can be eliminated.

[0025] In the aforesaid sliding window 1, the resin frame materials 311, 321, 331, 341 and the resin sash materials 511, 521, 531, 541, 711, 721, 731, 741 cover the metal frame materials 211, 221, 231, 241 and the metal sash materials 411, 421, 431, 441, 611, 621, 631, 641 so that the metal frame materials 211, 221, 231, 241 and the metal sash materials 411, 421, 431, 441, 611, 621, 631, 641 are not exposed as much as possible in the indoor space. By configuring the window frame 2, the outer sash 4 and the inner sash 6 with aluminum-resin composite profiles, the heat insulation between the indoor and outdoor is improved. Further, by attaching the handles 15, 16, the opening and closing operation is made easy even if heavy sashes are adopted for the outer sash 4 and the inner sash 6.

[0026] [Modification Example] In the above-described embodiment, the continuous portion 83 of the attachment member 80 is formed to be inclined as described above, but the present invention is not limited to this. As long as the attachment member 80 can be installed inside the door edge frame 43, for example, as shown in FIG. 5, the continuous portion 83 may be formed along the Z-axis direction without being inclined as described above. In the above-described embodiment, the attachment pieces 82 and 92 of the attachment members 80 and 90 are arranged at a distance from the indoor finding surfaces 435 and 635 in the Z-axis direction. However, the present invention is not limited to this. As long as the handle 16 can be attached to the attachment pieces 82 and 92, they may be arranged close to the indoor finding surfaces 435 and 635. In the above-described embodiment, the protrusions 821 and 921 are formed to protrude outward on the outdoor side of the attachment pieces 82 and 92. However, the present invention is not limited to this. If the handle 16 can be sufficiently supported even without the protrusions 821 and 921, the configuration of the protrusions 821 and 921 may be omitted. In the above-described embodiment, the handle 16 is attached to the attachment pieces 82 and 92 by a fixture inserted from the indoor side to the outdoor side in the Z-axis direction. However, the present invention is not limited to this. The handle 16 may be fixed to the attachment pieces 82 and 92 by other forms of fixtures. In the above-described embodiment, the left and right dimensions of the opening defined by the window frame 2 are smaller on the indoor side than on the outdoor side. However, the present invention is not limited to this. As long as a sufficient interval is ensured between the handles 15 and 16 and the vertical frames 23 and 24, the left and right dimensions of the opening may be the same on the outdoor side and the indoor side, or may be larger on the indoor side than on the outdoor side. Also, the positions of the handles 15 and 16 are arranged eccentrically with respect to each other. However, the present invention is not limited to this. For example, when the handle 15 can be installed at a position facing the outdoor finding surfaces 432 and 632 in the Z-axis direction, the positions of the handles 15 and 16 do not have to be arranged eccentrically with respect to each other. In the above-described embodiment, the sliding window 1 is described as a fitting in which the shoji slides in the in-plane direction within the frame body. In addition to this, a sliding window such as a single sliding window may also be used as the fitting.

[0027] [Summary of the Invention] (1) The fitting of the present invention is a fitting in which a shoji screen that slides in the in-plane direction is disposed within a frame body. The frame body includes an upper frame, a lower frame, and left and right vertical frames. The shoji screen includes a frame body and a panel disposed within the frame body. The frame body includes at least a door-end frame adjacent to one of the left and right vertical frames. The door-end frame is configured by combining a metal frame member and a resin frame member located on the indoor side with respect to the metal frame member. The metal frame member has a frame main body portion located on the outer peripheral side of the panel and a panel mounting groove formed on the inner peripheral side with respect to the frame main body portion and in which the panel is disposed. The panel mounting groove has a metal finding surface portion facing the panel in the prospective direction. The resin frame member has a resin finding portion disposed to face the metal finding surface portion in the prospective direction. An opening for mounting a handle is formed in the resin finding portion. The handle is attached to a mounting member fixed to the metal frame member through the mounting opening. According to the fitting of the present invention, since the handle is attached to the mounting member at a position facing the metal finding surface portion in the prospective direction, the position of the handle can be arranged at a position closer to the inner peripheral side with respect to the frame main body portion and separated from the vertical frame adjacent to the door-end frame toward the inner peripheral side. Therefore, while reducing the finding dimension of the door-end frame, interference of the handle with the frame body can be suppressed. In addition, only screw holes or the like for fixing the mounting member are required in the metal frame member, and it is not necessary to form screw holes or the like for attaching the handle. Furthermore, since it is not necessary to form a structure such as screw holes for attaching the handle to the metal frame member, the labor required for water-stopping treatment at locations where the indoor and outdoor can communicate in the metal frame member can be reduced, and water-stopping performance can be improved. In the fitting of the present invention, by attaching the handle to the door-end frame, even if the shoji screen is heavy, the sliding movement operation can be easily performed. (2) In the fitting of the present invention, the attachment member has a fixing piece portion fixed to the metal frame member, and an attachment piece portion continuous with the fixing piece portion and to which the handle is attached through the attachment opening. The attachment piece portion is disposed at a distance from the metal finding surface portion, and a protrusion that abuts against the metal finding surface portion may be formed to protrude toward the outdoor side on the attachment piece portion. According to such a configuration, by disposing the attachment piece portion closer to the handle side and bringing the protrusion into contact with the finding surface portion, it is possible to improve the attachment strength of the handle. (3) In the fitting of the present invention, the attachment member has a fixing piece portion fixed to the metal frame member, and an attachment piece portion continuous with the fixing piece portion and to which the handle is attached through the attachment opening. The attachment piece portion is disposed at a distance from the metal finding surface portion, and the continuous portion between the fixing piece portion and the attachment piece portion may be inclined toward the outdoor side as it goes toward the outer peripheral side. According to such a configuration, since the above-described continuous portion is inclined, when fixing the attachment member to the frame main body portion, it becomes easy to insert and dispose the attachment member from the attachment opening, and it is possible to improve the ease of assembling the attachment member. Also, the attachment piece portion can be disposed closer to the handle. (4) In the fitting of the present invention, the attachment member has a fixing piece portion fixed to the metal frame member, and an attachment piece portion continuous with the fixing piece portion and to which the handle is attached through the attachment opening. The attachment piece portion is disposed at a distance from the metal finding surface portion, and the handle may be attached to the attachment piece portion by a fixture inserted from the indoor side to the outdoor side in the prospective direction. According to such a configuration, by using the above-described fixture, the handle can be easily attached from the indoor side. Also, for example, even if a part of the fixture protrudes from the attachment piece portion toward the metal finding surface portion side, the protruding portion can be disposed in the space formed between the attachment piece portion and the metal finding surface portion, eliminating the need to form a hole or the like corresponding to the protruding portion in the metal finding surface portion. (5) In the fitting of the present invention, the dimension in the left-right direction of the opening partitioned by the frame body is set to be smaller on the indoor side than on the outdoor side. The frame body includes an outdoor handle attached to the door-end frame from the outdoor side and an indoor handle attached to the door-end frame from the indoor side. The outdoor handle may be attached to the frame main body portion, and the indoor handle may be constituted by the handle attached to the attachment member through the attachment opening. According to such a configuration, the mounting position of the indoor handle is arranged eccentrically to a position on the inner peripheral side with respect to the mounting position of the outdoor handle attached to the frame main body portion. Therefore, for example, when the frame body is composed of a metal frame member and a resin frame member combined from the indoor side with respect to the metal frame member, even when the dimension in the left-right direction of the opening partitioned by the frame body is set to be smaller on the indoor side than on the outdoor side, it is possible to suppress the interference of the indoor handle with the vertical frame while reducing the finding dimension of the door-end frame.

Explanation of Reference Numerals

[0028] 1…offset window (fitting), 10, 13…airtight material, 101, 102, 111, 112…opening, 15…handle (outdoor handle), 151, 84…backstop, 152, 85, 86, 95, 96…screw, 155, 165…handle body part, 156, 166…base part, 16…handle (indoor handle), 17…door wheel, 18…hole plug cap, 181…lock receiver, 182…lock body, 2…window frame (frame body), 21…upper frame, 211, 221, 231, 241…metal frame member, 212A…upper rail, 212C…indoor side guide groove, 22…lower frame, 222A, 222B…lower rail, 23, 24…vertical frame, 232, 242…vertical frame projected surface part, 232A, 242A…extension piece part, 232B…mounting piece part, 232C, 244A, 432B, 632B…groove part, 232D…engagement protrusion, 233, 243, 432, 632…outdoor finding surface part, 234A, 244B, 538, 738…engagement groove part, 244, 435, 436, 635, 636…indoor finding surface part, 311, 321, 331, 341…resin frame member, 332…resin projected surface part, 333…resin frame part, 334…step part, 335, 342…resin side piece part, 336, 343…engagement piece, 337, 338…finding piece, 339…projected piece, 337A…engaged protrusion, 338A…continuous piece, 343A, 436B, 636B…contact part, 4…outer shutter (shutter), 41, 61…upper frame, 411, 421, 431, 441, 611, 621, 631, 641…metal frame member, 411A, 421A, 431A, 441A, 611A, 621A, 631A, 641A…panel mounting groove, 42, 62…lower frame, 43, 63…door end frame, 430, 630…frame body part, 430A, 630A…hollow part, 432A, 539, 632A…concave part, 433, 633…inner circumference projected surface part, 434, 634…outer circumference projected surface part, 435A, 821, 921…protrusion, 436A, 636A…engagement concave part, 436C, 636C…inclined surface, 44, 64…calling frame, 45, 65…frame body, 46, 66…panel (surface material), 46B…indoor surface, 511, 521, 531, 541, 711, 721, 731, 741…resin frame member, 532, 732…main body frame part, 533A, 533B, 733A, 733B…finding part, 533C…protruding piece, 534A, 534B, 734A, 734B…projected part, 535…outer peripheral side frame part, 535A, 735A…engagement part, 6…inner shutter (shutter), 7…backup material, 735…engagement piece part, 8…sealing material, 80,90... attachment member, 81, 91... fixing piece portions, 82, 92... attachment piece portions, 83... continuous portion.,

Claims

1. A fitting in which a shoji screen that slides in the in-plane direction is disposed within a frame body, wherein the frame body includes an upper frame, a lower frame, and left and right vertical frames, the shoji screen includes a frame body and a panel disposed within the frame body, the frame body includes a door-end frame adjacent to at least one of the left and right vertical frames, the door-end frame is configured by combining a metal frame member and a resin frame member located on the indoor side with respect to the metal frame member, the metal frame member has a frame main body portion located on the outer peripheral side with respect to the panel and a panel mounting groove formed on the inner peripheral side with respect to the frame main body portion and in which the panel is disposed, the panel mounting groove has a metal finding surface portion facing the panel in the prospective direction, the resin frame member has a resin finding portion disposed to face the metal finding surface portion in the prospective direction, a mounting opening for a handle is formed in the resin finding portion, the handle is attached to a mounting member fixed to the metal frame member via the mounting opening characterized fitting.

2. In the fitting according to Claim 1, the mounting member has a fixing piece portion fixed to the metal frame member and a mounting piece portion continuous with the fixing piece portion and to which the handle is attached via the mounting opening, the mounting piece portion is disposed at a distance from the metal finding surface portion, a protrusion that abuts against the metal finding surface portion is formed to protrude toward the outdoor side on the mounting piece portion characterized fitting.

3. In the fitting according to Claim 1, the mounting member has a fixing piece portion fixed to the metal frame member and a mounting piece portion continuous with the fixing piece portion and to which the handle is attached via the mounting opening, the mounting piece portion is disposed at a distance from the metal finding surface portion, a continuous portion between the fixing piece portion and the mounting piece portion inclines toward the outdoor side as it goes toward the outer peripheral side characterized fitting.

4. In the fitting according to Claim 1, it has a fixing piece portion fixed to the metal frame member and a mounting piece portion continuous with the fixing piece portion and to which the handle is attached via the mounting opening, the mounting piece portion is disposed at a distance from the metal finding surface portion, the handle is attached to the mounting piece portion by a fixture inserted from the indoor side to the outdoor side in the prospective direction characterized fitting.

5. In the fitting according to Claim 1, The dimension in the left - right direction of the opening partitioned by the frame body is set to be smaller on the indoor side than on the outdoor side. The frame body includes an outdoor handle attached to the door - leading frame from the outdoor side and an indoor handle attached to the door - leading frame from the indoor side. The outdoor handle is attached to the frame main body part. The indoor handle is composed of the handle attached to the attachment member through the attachment opening. A fitting characterized by the above.

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