JP2009275433A - Fittings - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide fittings which can hide stiles from view without altering a frame body. <P>SOLUTION: The fittings comprise a frame body, a sliding screen, and cover members. The frame body fitted to an opening part comprises an upper frame, a lower frame and right and left vertical frames which are assembled into a square frame shape. The sliding screen fitted to the frame body comprises a face material and a stile/rail body including top and bottom rails holding the peripheral edges of the face material, and right and left stiles, which are formed into a square frame shape. The cover members are fitted to the upper frame and the right and left vertical frames. When the frame body and the sliding screen are seen from a side in the depth direction, the cover members cover the side faces of the top rail and the right or left stile on the depth-directional seen side. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a joinery having a frame provided in an opening, and a shoji provided with a face member provided on the frame and a hook that holds the face member.

There is known a joinery (opening device) having a shoji equipped with a glass panel and a gutter attached to an outer peripheral end of the glass panel on a frame attached to an opening of a building (see Patent Document 1). ). This fitting is a peripheral part of a wall that forms an opening so that a part or all of at least one of a pair of vertical gutters and a pair of horizontal gutters that a shoji has cannot be seen in an indoor or outdoor front view. For example, it is covered and concealed by a frame or a frame.
JP 2007-177431 A

  However, although the shoji folds do not necessarily have to be concealed, the shape of the frame becomes complicated or the size increases in order to conceal the folds with a frame or the like. There is a fear that the cost will soar. For this reason, in order to respond to the demands of users who conceal the bag and seek a fitting with excellent aesthetics, and users who seek a fitting with reduced cost, with two types of frames for one specification product, There is a problem that inventory management becomes complicated and a large storage space is required.

  This invention is made | formed in view of this subject, The place made into the objective is to provide the fitting which can hide a collar from a visual field, without changing a frame.

  In order to achieve such an object, the joinery of the present invention is provided in the opening, the upper frame, the lower frame, and the left and right vertical frames framed in a rectangular shape, provided in the frame body, A shoji comprising an upper collar, a lower collar, and a left and right vertical fence framed in a rectangular shape to hold the periphery of the face material, and the upper frame and the left and right vertical frames. A fitting that is attached and has a covering member that covers a side surface of the one side of the upper heel and the left and right vertical ridges when the frame and the shoji are viewed from one side in the prospective direction. It is.

  According to such a joinery, since the covering member that covers the side surface on one side of the upper and left and right vertical fences provided in the shoji is attached to the upper frame and the left and right vertical frames, from one side in the prospective direction When viewed, the upper frame and the cover members attached to the left and right vertical frames can be hidden so that the upper and left vertical frames of the shoji are not visible. That is, it is possible to hide the upper eyelid and the left and right vertical hooks from the view from one side without changing the existing frame by simply attaching cover members to the upper frame and the left and right vertical frames.

In such a joinery, it is preferable that the upper frame and the left and right vertical frames have an attachment hole to which the covering member is attached, and the attachment hole is provided on a surface along the prospective direction.
According to such a joinery, since the mounting hole for attaching the covering member is provided on the surface along the prospective direction, even if the covering member is not used or removed, the mounting hole can be installed indoors or It is difficult to see from the outdoor side. For this reason, even if it is a case where a covering member is not used or it is a case where it removes, it is possible to provide the fitting which was excellent in aesthetics.

Further, in this joinery, the upper frame and the left and right vertical frames have an attachment portion to which the covering member is attached, and the attachment portion may be a recess opened in the direction of finding. Good.
According to such a joinery, the attachment portion for attaching the cover member is a recess opened in the direction of finding, so the attachment holes can be opened from the indoor side or the outdoor side even when the cover member is not used or removed. Hard to see. For this reason, even if it is a case where a covering member is not used or it is a case where it removes, it is possible to provide the fitting which was excellent in aesthetics.

In this joinery, it is preferable that the shoji protrudes to the other side in the prospective direction when opened, and has a screen door attached to the one side of the shoji via the covering member.
In such a joinery, the screen door is provided on one side of the shoji because it projects to the other side in the prospective direction when the shoji is opened. The covering member is provided on one side of the shoji because it is provided to cover one side surface of the upper and left and right vertical hooks. For this reason, even if the site | part for attaching a screen door is not provided in the frame, it is possible to attach a screen door via a cover member by attaching a cover member to a frame.

In this joinery, each of the upper frame and the left and right vertical frames is composed of two different members connected in a prospective direction via a heat insulating member, and the covering member is one of the two members. It is desirable that it is attached to only one of them.
According to such a joinery, since the covering member is attached in contact with only one of the two different members connected in the prospective direction via the heat insulating member, the two covering members are attached via the covering member. No heat is transferred from one side of the member to the other side. For this reason, it is possible to cover a fence, ensuring the heat insulation of joinery.

  Advantageous Effects of Invention According to the present invention, there is an effect that it is possible to provide a joinery that can hide a ridge from view without changing the frame.

Hereinafter, a fitting according to an embodiment of the present invention will be described with reference to the drawings.
In this embodiment, as a fitting, a vertical sliding window that can be opened and closed by operating a handle provided on the indoor side as one side of a shoji that is rotatably provided on a frame provided in an opening of the building. Will be described as an example. In the following description, the direction in which the joinery is viewed from the indoor side will be described as the up and down direction, the left and right direction as the left and right direction or the direction of finding, and the indoor and outdoor direction expected direction. In addition, even if it is description as a shoji simple substance, the upper and lower sides in the state which attached the shoji to the frame are demonstrated as an up-down direction.

  As shown in FIGS. 1 and 2, the joinery 10 according to the present embodiment includes a frame body 20 attached to a housing 2 in a wall 1 provided with an opening 3 and serving as an indoor / outdoor boundary, and a frame body 20. As the one side in a prospective direction with respect to the shoji 50, the opening / closing mechanism 60 which has the handle 62 operated in order to open and close the shoji 50 supported so that the upper frame 22 and the lower frame 25 which comprise can be rotated freely A screen door 68 that is detachably provided on the indoor side of the door and a covering member 70 that is attached to the frame body 20 and covers the side surface 52a on the indoor side as one side in the prospective direction of the shoji 50. When the joinery 10 of this embodiment is opened, the shoji 50 supported by the upper frame 22 and the lower frame 25 rotates and protrudes to the outdoor side as the other side in the prospective direction.

  An inner surface 1a is attached to the housing 2 on the wall surface on the indoor side where the joinery 10 is provided, and a frame 5 is provided over the entire circumference so as to cover the ends of the inner surface 1a and the frame 20. ing.

  The frame 20 has an upper frame 22 and a lower frame 25 positioned above and below the shoji 50, and vertical frames 30 and 32 positioned on the left and right, and is framed in a rectangular shape. In the following description, the vertical frame located on the left is referred to as the left vertical frame 30, and the vertical frame located on the right is referred to as the right vertical frame 32.

  The upper frame 22 is provided on the indoor side via an outer upper frame portion 23 that is disposed on the outdoor side in the prospective direction and is screwed to the housing 2 from the outdoor side, and the outer upper frame portion 23 and the heat insulating member 29. This is an aluminum extrusion member integrally formed with the heat insulating member 29.

  The outer upper frame portion 23 is in contact with the outer surface of the housing 2 and screwed to the outer mounting portion 23a, the hollow portion 23b connected to the lower end of the outer mounting portion 23a, and the outdoor side of the hollow portion 23b. The seal mounting recess 23c to which the seal material 9 with which the upper arm 54 of the shoji 50 is brought into contact with the lower end is attached, and the heat insulation member accommodation in which the outdoor side end of the heat insulation member 29 is accommodated at the indoor lower end of the hollow portion 23b. 23d.

  The inner upper frame portion 24 includes a hollow portion 24a, a heat insulating member accommodating portion 24b that is erected on the outdoor side of the upper surface of the hollow portion 24a and accommodates an indoor side end portion of the heat insulating member 29, and a hollow portion 24a. An inner wall portion 24c that is erected upward from the inner end and the tip of which is in contact with the housing 2 is extended in a substantially horizontal direction from the lower end on the indoor side of the hollow portion 24a. An inner mounting portion 24d that is in contact with and screwed to the lower surface of the frame 5 provided over the lower side, and a protruding portion 24e that protrudes substantially horizontally from the lower end on the outdoor side of the hollow portion 24a to the outdoor side, A seal holding portion 24f that holds the sealing material 9 that is suspended from the end portion on the outdoor side of the projecting portion 24e and that is in contact with the upper collar 54 at the lower end portion.

  The lower frame 25 is provided on the indoor side through the outer lower frame portion 26 that is disposed on the outdoor side in the prospective direction and is screwed to the housing 2 from the outdoor side, and the outer lower frame portion 26 and the heat insulating member 29. It is an aluminum extrusion member integrally formed with the heat insulating member 29 and has an inner lower frame portion 27 screwed to the frame 5.

  The outer lower frame portion 26 includes an outer mounting portion 26a that is brought into contact with and screwed to the outdoor surface of the housing 2, a hollow portion 26b that is connected to the upper end of the outer mounting portion 26a and has two upper and lower spaces, and a hollow portion. The seal mounting recess 26c to which the seal material 9 with which the lower arm 55 of the shoji 50 is abutted is attached to the upper end of the outdoor portion 26b, and the outdoor end of the heat insulating member 29 is connected to the indoor upper end of the hollow portion 26b. And a heat insulating member accommodating portion 26d accommodated therein.

  The inner lower frame portion 27 includes a hollow portion 27a, a heat insulating member accommodating portion 27b in which an indoor side end portion of the heat insulating member 29 is accommodated at a lower end on the outdoor side of the hollow portion 27a, and a lower side on the indoor side of the hollow portion 27a. Provided on the outdoor side of the hollow portion 27a, a leg portion 27c that is suspended from the frame 2 and that extends inward from the hollow portion 27a and is screwed to the frame 5. The lower rod 55 of the shoji 50 has a lower rod abutting portion 27e with which the lower rod 55 abuts via the sealing material 9, and a screen door engaging portion 27f provided above the hollow portion 27a.

  The screen door engaging portion 27f is installed above the hollow portion 27a and arranged on the indoor side of the screen door 68, and extends from the position lower than the upper end of the screen door guide portion 27h to the outdoor side. And a screen door mounting portion 27i on which 68 is mounted. The screen door mounting portion 27i is disposed at a position facing the hollow portion 24a of the inner upper frame portion 24 of the upper frame 22 and the protruding portion 24e protruding from the lower end of the outdoor side end portion of the hollow portion 24a. Yes.

  As shown in FIG. 3, the left vertical frame 30 and the right vertical frame 32 are bilaterally symmetric. Therefore, the right vertical frame 32 will be described here, and the left vertical frame 30 is the same as a portion symmetrical to the right vertical frame 32. Reference numerals are assigned and description is omitted.

  The right vertical frame 32 is provided on the indoor side via the outer vertical frame portion 33 that is disposed on the outdoor side in the prospective direction and is screwed to the housing 2 from the outdoor side, and the outer vertical frame portion 33 and the heat insulating member 29. It is an aluminum extrusion member that is integrally formed with the heat insulating member 29.

  The outer vertical frame portion 33 includes an outer mounting portion 33a that is brought into contact with and screwed to the outdoor side surface of the housing 2, an outer surface portion 33b having a surface along the prospective direction, and an indoor side end portion of the outer surface portion 33b. A heat insulating member accommodating portion 33c that accommodates the outdoor end portion of the heat insulating member 29, and an outer side abutting portion on which the outdoor side portion of the starboard 56 of the shoji 50 is abutted via the sealing material 9 33d.

  The inner vertical frame portion 34 has an inner side surface portion 34a arranged substantially linearly inside the outer side surface portion 33b, and protrudes toward the housing 2 side at the outdoor side end portion of the inner side surface portion 34a, and ends of the heat insulating member 29 on the indoor side. The part of the inner side of the starboard 56 of the shoji 50 protrudes from the end of the heat insulating member accommodating part 34b in which the part is accommodated and the end part on the outdoor side of the inner side part 34a in the opposite direction to the heat insulating member accommodating part 34b. The inner side abutment part 34c abutted through, and provided on the indoor side of the inner side abutment part 34c so as to protrude toward the opposite side of the casing so as to face the inner abutment part 34c. A projecting portion 34d formed with an engagement piece 34e projecting outward, an indoor-side fixing portion 34h formed substantially linearly with the engagement piece 34e and screwed to the frame on the indoor side, Indoors provided at a position facing the engagement piece 34e in the portion 34c And a, a projection 34f projecting toward the.

  The engaging piece 34e and the protrusion 34f are provided at positions facing each other with a gap in the prospective direction, and on the side of the housing 2 from the engaging piece 34e and the protrusion 34f, the inner side abutting portion 34c, the inner side surface portion 34a, and the like. A space 34g surrounded by the projecting portion 34d and communicating between the engaging piece 34e and the projection 34f is formed. The end of the right covering member 74 is inserted into the space 34g, and the right covering member 74 is attached to the right vertical frame 32 by engaging with the engaging piece 34e and the protrusion 34f. Here, the part that includes the engagement piece 34e and the protrusion 34f and forms the communicated space 34g is an example of an attachment portion that is a recess that is open toward the direction of finding.

  The shoji 50 includes a glass unit 51 as a face material having two pieces of glass 51a, and a casing 52 that accommodates the outer peripheral edge of the glass unit 51 and holds it through a gasket 59. The upper frame 54 and the lower frame 55 that are horizontal frames arranged on the upper and lower sides of the glass unit 51, and the right frame 56 that is the vertical frame disposed on the left and right sides of the glass 51a. The port side 57 is formed such that the outdoor side portion projects from the indoor side portion toward the frame body side, and the indoor side and outdoor side portions of the respective cages 54, 55, 56, 57 are respectively frame bodies. 20 is in contact with the sealing material 9 provided at 20.

  As shown in FIGS. 2 and 3, the screen door 68 protrudes from the inner peripheral side of the screen door cage 68a to the inner peripheral side of the screen door cage 68a and holds the end portion of the screen material 68b. A holding portion 68c is provided over the entire circumference. The screen door cage 68a is a hollow extruded member having a rectangular cross section, and the holding portion 68c is provided on the outdoor side from about half the thickness of the screen door cage 68a in the expected direction, and the open portion 68d facing the outdoor side is provided. Have.

  The end of the net member 68b is inserted into the holding portion 68c from the open portion 68d side, and a rubber mounting member 68e is accommodated to hold the net member 68b. When the screen door 68 is attached, a latch member 69 for holding the screen door 68 on the frame body 20 side is provided at substantially the center in the direction in which the screen door rod 68a located above is located.

  The latch member 69 protrudes upward so as to be accommodated in the casing 69a and is urged upward, and protrudes downward from the casing 69a to move the slide member 69b up and down. And a gripping portion 69c.

  The casing 69a is accommodated in the upper screen door cage 68a, the slide member 69b protrudes above the upper screen door cage 68a, and the gripping portion 69c is located on the indoor side below the screen material 68b and below the upper screen door cage 68a. Is protruding. The sliding member 69b is accommodated in the casing 69a by pulling the gripping portion 69c downward, and the sliding member 69b is applied to the casing 69a and the screen door by the urging force acting on the sliding member 69b when the pulling force on the gripping portion 69c is weakened. It protrudes above the flange 68a.

  The frame body 20 has a rectangular shape as an upper cover member 72 attached to the upper frame 22, a left cover member 76 attached to the left vertical frame 30, and a right cover member 74 attached to the right vertical frame 32. The frame body 20 is provided on three sides. The upper covering member 72, the left covering member 76, and the right covering member 74 are all aluminum extruded members.

  As shown in FIG. 2, the upper cover member 72 is opposed to the lower surface of the hollow portion 24 a of the inner upper frame portion 24 and the protruding portion 24 e, and has a horizontal portion 72 a disposed at a distance from the lower portion, and a horizontal portion 72 a. A hanging protrusion 72b that is connected to the indoor end and protrudes downward from the horizontal portion 72a, and a seal holding portion 24f of the inner upper frame portion 24 that is vertically connected to the outdoor end of the horizontal portion 72a. An inner wall portion 72c arranged at an interval on the indoor side, an extending portion 72d extending from the lower end of the inner wall portion 72c to the indoor side and extending along the lower surface of the seal holding portion 24f, and the seal holding portion 24f And an outer wall 72e that is suspended so as to be aligned with the edge on the outdoor side and is connected to the end on the outdoor side of the extended portion 72d.

An upper protrusion 72f that protrudes upward and comes into contact with the inner upper frame portion 24 is provided on the upper surface of the horizontal portion 72a.
The hanging projection 72b includes a hanging wall portion 72g that is suspended from the indoor end of the horizontal portion 72a, an indoor side wall portion 72h that is spaced apart from the hanging wall portion 72g and the indoor side, The wall connection part 72i which connects the lower end of the installation wall part 72g and the indoor wall part is connected and formed. The wall connecting portion 72i is disposed below the horizontal portion 72a, and the upper end of the indoor side wall portion 72h is disposed above the horizontal portion 72a and is configured to contact the inner upper frame portion 24.

  Further, the horizontal portion 72a forms a surface along the prospective direction, and a through hole (not shown) as an attachment hole through which a screw for fixing the upper cover member 72 to the upper frame 22 passes through the surface along the prospective direction. Is provided. When the upper cover member 72 is screwed to the upper frame 22, the screw is screwed into the lower surface of the hollow portion 24 a of the inner upper frame portion 24 through the through hole. In the state where the screw is screwed, the hanging protrusion 72b protrudes below the horizontal part 72a so that the screw head does not protrude below the hanging protrusion 72b.

Side projections 72j that protrude toward the outdoor side and come into contact with the seal holding portion 24f are provided on the upper end portion and the outdoor side surface of the inner wall portion 72c.
The outer wall portion 72e is disposed at a position facing the upper collar 54 of the shoji 50, and its lower end extends to substantially the same position as the lower end of the upper collar 54.

  Since the left covering member 76 and the right covering member 74 are symmetrical, the right covering member 74 will be described here, and the left covering member 76 will be denoted by the same reference numerals in the portions symmetrical to the right covering member 74. Omitted.

  As shown in FIG. 3, the right covering member 74 includes a main body portion 74a having a fitting portion that is fitted to the inner vertical frame portion 34, and a covering wall that is connected to the main body portion 74a and provided on the side opposite to the right frame material. Part 74c. The main body portion 74a is disposed so as to be positioned substantially linearly with the protruding portion 34d of the inner vertical frame portion 34, and is spaced apart from the inner fitting wall portion 74d in a prospective direction. The fitting which forms the wall surface which connects the outer fitting wall part 74e facing the inner fitting wall part 74d, the inner fitting wall part 74d, and the outer fitting wall part 74e in the anti-right frame material side, and meets a prospective direction. And a connecting wall portion 74f.

  On the right frame side of the inner fitting wall portion 74d, an inner engagement member that is inserted into a space 34g surrounded by the inner side contact portion 34c, the inner side surface portion 34a, and the protruding portion 34d and engages with the engagement piece 34e. A mating portion 74g is provided, and on the right frame side of the outer fitting wall portion 74e, a projection 34f is inserted into a space 34g surrounded by the inner side contact portion 34c, the inner side surface portion 34a, and the protruding portion 34d. An outer engaging portion 74h to be engaged is provided.

  The covering wall portion 74c is an anti-right frame member in the direction of finding from the end side of the portion where the fitting connection wall portion 74f extends to the outdoor side and abuts against the inner side abutting portion 34c of the inner vertical frame portion 34. The front end of the closed shoji 50 is extended to substantially the same position as the front end of the starboard 56 of the closed shoji 50. The cover wall portion 74c is provided with ribs 74i that protrude outward from the tip portion and the main body portion side. The rib 74i on the main body side is configured to come into contact with the left side surface of the inner side contact part 34c when the right covering member 74 is fitted to the inner vertical frame part 34.

  In the joinery 10 of this embodiment, the upper covering member 72 is fixed to the hollow portion 24a of the inner upper frame portion 24 of the upper frame 22 with screws, and the engagement pieces 34e of the left and right left vertical frames 30 and the right vertical frame 32 are fixed. The left cover member 76 and the right cover member 74 are attached by engaging the projection 34f and the outer engagement portion 74h with the inner engagement portion 74g. The attached upper covering member 72, left covering member 76, and right covering member 74 protrude to substantially the same positions as the upper end 54, left end 57, and right end 56 of the shoji 50. 57, the starboard 56 is configured to cover the indoor side surface 52a in the expected direction.

  Further, the screen door 68 can be attached in a state where the upper covering member 72, the left covering member 76, and the right covering member 74 are attached. When attaching the screen door 68, first, the screen door 68 is tilted so that the upper end side of the screen door 68 is located on the indoor side from the lower end side, and the lower end portion of the screen door 68 is provided from the indoor side to the screen door engaging portion 27f of the lower frame 25. The screen door 68 is inserted on the outdoor side of the portion 27h and is moved on the screen door mounting portion 27i so that the posture of the screen door 68 is along the vertical direction. At this time, the holding part 69c of the latch member 69 provided on the upper part of the screen door 68 is pulled to draw the slide member 69b toward the casing 69a.

  When the screen door 68 is erected almost vertically, the screen door rod 68 a faces the inner wall portion 72 c of the upper cover member 72, the left cover member 76, and the cover wall portion 74 c of the right cover member 74. Then, by releasing the grip portion 69c of the latch member 69, a biasing force acts on the slide member 69b, the upper end of the slide member 69b moves above the wall connecting portion 72i of the upper cover member 72, and the screen door 68 is framed. 20 side. Further, the attached screen door 68 can be easily removed by operating the latch member 69.

  According to the joinery 10 of the present embodiment, the upper covering 54, the left covering 57, and the upper covering member 72, the left covering member 76, and the right covering member 74 that cover the indoor side surface 52a of the shovel 56 are provided in the frame. Since it is attached to the body 20, when viewed from the indoor side in the prospective direction, the upper covering 54, the left covering of the shoji 50 by the upper covering member 72, the left covering member 76, and the right covering member 74 attached to the frame body 20. 57 and starboard 56 are respectively covered and hidden. That is, only by attaching the upper covering member 72, the left covering member 76, and the right covering member 74 to the frame body 20, without changing the existing frame body 20, from the view of the indoor side, the upper lid 54, the port side 57, It is possible to hide the bag 56.

  The screen door 68 disposed on the indoor side of the shoji 50 can be attached to the frame body 20 via the upper cover member 72 without separately providing a member with which the slide member 69b of the latch member 69 is engaged.

  Further, the through hole to which the upper cover member 72 is attached is provided on a surface along the prospective direction of the horizontal portion 72a, and the left cover member 76 and the right cover member 74 are provided to attach the left cover member 76 and the right cover member 74. Since the space 34g to be inserted is opened toward the side opposite to the frame body in the finding direction, that is, toward the center side of the opening 3 in which the frame body 20 is provided, the upper covering member 72, the left covering member 76, and the right covering member 74. Even if it is not used or removed, the opening communicating with the space 34g serving as the through hole or the attachment portion is not easily seen from the indoor side. For this reason, it is possible to provide the joinery 10 excellent in aesthetics even when the upper covering member 72, the left covering member 76, and the right covering member 74 are not used or removed.

  Further, since the upper cover member 72 is attached only to the inner upper frame part 24 of the outer upper frame part 23 and the inner upper frame part 24 connected in the prospective direction via the heat insulating member 29, the upper cover member Heat is not transferred from the outdoor side to the indoor side via the member 72. Further, the left covering member 76 and the right covering member 74 are also brought into contact with only the inner vertical frame portion 34 of the outer vertical frame portion 33 and the inner vertical frame portion 34 connected in the prospective direction via the heat insulating member 29. Since it is attached, heat is not transferred from the outdoor side to the indoor side via the left covering member 76 or the right covering member 74. For this reason, it is possible to cover the upper ledge 54, the left eaves 57, and the right eaves 56 of the shoji 50, ensuring the heat insulation of the joinery 10.

  In the said embodiment, when the sliding member which moves to the up-down direction of a latch member protrudes upwards, the example which is inserted in the outdoor side of the hanging protrusion 72b which the upper cover member 72 has, and the screen door 68 is attached is demonstrated. However, it is not limited to this. For example, as shown in FIG. 4, an upper cover member 73 in which the inner wall portion 72c of the upper cover member 72 of the above embodiment is extended downward from the extending portion 72d is attached to the upper frame 22, and the upper screen door cage is attached. It is good also as a structure provided with the latch member 78 which has the slide member 78a which can be moved to the up-down direction by operation from the indoor side on the outdoor side of 68a. In this case, the screen door 68 is attached by engaging the slide member 78a on the outdoor side of the upper screen door cage 68a with a portion 73c extending downward from the extending portion 73b of the inner wall portion 73a. .

  Further, the method of locking the upper end of the screen door 68 to the upper frame 22 is not limited to the slide type latch mechanism. For example, as shown in FIGS. 5 and 6, a configuration may be provided that includes a rotary engagement mechanism 75 that is rotated by a screen door cage 68 a on the upper side of the screen door 68 and engages with the upper cover member.

  Also in this case, for example, an upper covering member 73 having a portion 73c extended downward from the extending portion 73b as a covering member is attached to the upper frame 22. The screen door 68a on the upper side of the screen door 68 is provided with an operation portion 75a that can be rotated indoors by a coin or a driver, and connected to the prospective direction from the operation portion 75a. An engaging member 75c is provided at the tip of the shaft portion 75b protruding to the outdoor side. The engagement member 75c has a rectangular shape facing the prospective direction, and the distal end side of the engagement member 75c projects upward from the screen door cage 68a when the long side is fixed in the vertical direction while being fixed to the shaft portion 75b. The engaging member 75c is configured not to protrude upward from the screen door cage 68a when the short side is along the vertical direction.

  Then, after disposing the screen door 68 on the frame 20 in a state where the engagement member 75c does not protrude above the screen door cage 68a, the operation member 75c is operated to rotate the engagement member 75c, The front end of the screen door 68 is attached by protruding upward from the screen door ridge 68a and engaging with a portion 73c extending downward from the extending portion 73b of the upper cover member 73.

  Moreover, the said embodiment is for making an understanding of this invention easy, and is not for limiting and interpreting this invention. The present invention can be changed and improved without departing from the gist thereof, and it is needless to say that the present invention includes equivalents thereof.

It is the external view which looked at the fitting which concerns on this embodiment from the indoor side. It is a longitudinal cross-sectional view for demonstrating the structure of joinery. It is a cross-sectional view for demonstrating the structure of joinery. It is a longitudinal cross-sectional view for demonstrating the different latching structure of a screen door. It is an external view for demonstrating the rotation locking member which attaches the screen door which the fitting which concerns on this embodiment has. It is sectional drawing for demonstrating a rotation latching member.

Explanation of symbols

3 opening, 10 joinery, 20 frame, 22 upper frame, 23 outer upper frame part,
24 inner upper frame part, 25 lower frame, 29 heat insulating member, 30 left vertical frame, 32 right vertical frame,
33 outer vertical frame, 34 inner vertical frame, 50 shoji, 51 glass unit,
52 housing, 52a side surface, 54 upper arm, 55 lower arm, 56 starboard, 57 port,
68 Screen door, 68a Screen door ridge, 69 Latch member, 70 Cover member,
72 upper covering member, 72e outer wall part, 73 upper covering member, 74 right covering member,
75 engagement mechanism, 76 left cover member, 78 latch member

Claims (5)

A frame body provided in the opening, the upper frame, the lower frame, and the left and right vertical frames framed in a rectangular shape;
A shoji that is provided on the frame body, and includes a face member, and an upper and lower heels that hold the periphery of the face member, and a case body in which left and right vertical ridges are framed in a rectangular shape, and
It is attached to the upper frame and the left and right vertical frames, and covers the side surfaces on the one side of the upper and left and right vertical rods when the frame body and the shoji are viewed from one side in the prospective direction. Covering member,
Joinery characterized by having. The joinery according to claim 1,
The upper frame and the left and right vertical frames have attachment holes to which the covering member is attached,
The fitting is characterized in that the mounting hole is provided on a surface along the prospective direction. The joinery according to claim 1 or claim 2,
The upper frame and the left and right vertical frames have attachment portions to which the covering member is attached,
The fitting is characterized in that the mounting portion is a recess opened in the direction of finding. A fitting according to any one of claims 1 to 3,
When the shoji is opened, it projects to the other side in the prospective direction,
A joinery comprising a screen door attached to the one side of the shoji through the covering member. A fitting according to any one of claims 1 to 4,
The upper frame and the left and right vertical frames are each composed of two different members connected in the prospective direction via heat insulating members,
The fitting is characterized in that the covering member is attached to only one of the two members.

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