JP5246721B2 - Sliding door device repair method and improved sliding door device - Google Patents

Description

  The present invention relates to a sliding door device repair method for repairing an existing sliding door provided as a window on a building wall to a repair sliding door, and the repaired sliding door device.

  FIG. 15 is a vertical sectional view showing a conventional sliding door device 1 for repair, and FIG. 16 is a horizontal sectional view taken along the section line VII-VII in FIG. Buildings such as apartment buildings that have deteriorated due to secular changes are also renovated as part of the renovation work called renovation. In the case of an apartment house, this window has many installation locations, so improvement in the efficiency of renovation work is desired.

  The opening 2 of the building has an existing lower frame 5 fixed to the lower edge 4 facing the opening 3 of the opening 2 from below, and both side edges 6 facing the opening 3 of the opening 2 from the left and right sides. An existing sliding door frame 10 having a pair of existing frame frames 7 fixed to each other and an existing upper frame 9 fixed to the upper edge portion 8 facing the opening 3 of the opening 2 from above is provided. 10 is mounted with the sliding door device 1 for repair.

  The repair sliding door device 1 has a plurality of guide rails 11 and 12 that support the sliding door shoji so as to be movable in the frontage direction perpendicular to the paper surface of FIG. A pair of reed frame 14 fixed to each existing reed frame 7, a renewed upper frame 15 fixed to the existing upper frame 9, and a rehabilitated upper frame 15 fixed to this renewed upper frame 15 An upper frame cover material 17 that covers the space between the existing upper frame 9 from the indoor 16 side, and a pair of frame frame cover materials 18 that cover the space between each repaired cage frame 14 and each existing cage frame 7 from the indoor 16 side, respectively. In addition, a lower frame cover material 19 that covers the space between the lower frame for repair 13 and the existing lower frame 5 from the interior 16 side is included.

  The repair lower frame 13 is directly mounted on the two guide rails 21 and 22 of the existing lower frame 5 and fixed by screws 24 screwed from the outdoor 23 side. A lower frame main body 27 having two guide rails 11 and 12 and fixed to the lower frame base material 25 by screws 26 screwed from the outdoor 23 side, and two screws on the lower frame main body 27. The cross section fixed by 28 and 29 includes a substantially W-shaped lower frame auxiliary material 30.

  Further, the reed frame 14 is fixed to the existing frame 7 by screws 34 screwed from the room 16 side, and is screwed to the wall frame substrate 35 from the room 16 side. A heddle frame auxiliary material 37 fixed by the screw 36 and a heddle frame main body 39 fitted to the heddle frame auxiliary material 37 are included.

  Further, the upper frame 15 for repair is composed of an upper frame base material 41 fixed to the existing upper frame 9 by screws 40 screwed from the interior 16 side and screws 42 screwed from the interior 16 side. An upper frame auxiliary material 43 fixed to the base material 41 and an upper frame main body 44 fitted to the upper frame auxiliary material 43 are included.

  After the above-described repair lower frame 13, repair kite frame 14 and repair upper frame 15 are attached to the existing lower frame 5, existing kite frame 7 and existing upper frame 9, respectively, the lower frame cover material 19 is used for repair. The lower frame 13 is fixed to the lower frame auxiliary material 30 by screws 47, the frame cover member 18 is fixed to the frame frame auxiliary material 37 of the repair rod frame 14 by screws 48, and the upper frame cover material 17 is fixed to the upper frame for repair. 15 is fixed to the upper frame auxiliary material 43 by screws 49.

  Between the lower frame cover material 17 and the lower edge portion 4, between the eaves frame cover material 18 and the side edge portion 6, and between the upper frame cover material 17 and the upper edge portion 8, an indoor side sealing material is provided. 45 and an outdoor sealing material 46 are provided to prevent entry of wind and rain from the outdoor 23 into the indoor 16.

In such a conventional technique, the lower frame 13 for repair is fixed to the existing lower frame 5 in a state of being placed on the existing lower frame 5, so that the gap between the lower frame 13 for repair and the upper frame 15 for repair is between decreases the width H ₁ in the height direction of the space, there is a problem that the effective opening area is reduced.

Further, since the lower frame base material 30 of the lower frame 13 for repair is directly mounted on the guide rails 21 and 22 of the existing lower frame 5 and is fixed with reference to the guide rails 21 and 22, becomes smaller width H ₁ in the height direction of the space between the upper frame 15 for repair and the frame 13, there is a problem that the effective opening area is reduced.

  An object of the present invention is to provide a sliding door device repair method and a modified sliding door device that can ensure a wide opening area.

The first modification of the sliding door device according to the present invention includes an existing upper frame made of an extruded shape of an aluminum alloy attached to an opening of a building, an indoor guide rail and an outdoor guide rail made of an extruded shape of an aluminum alloy. An existing lower frame with an existing sliding door frame having an existing frame made of an extruded shape of an aluminum alloy,
The outdoor guide rail of the existing lower frame is cut and removed from the vicinity of the base , and an attachment auxiliary member having an indoor side wall portion and an upper wall portion is provided near the interior of the existing lower frame, and the indoor side wall of the auxiliary auxiliary member is provided. The upper part of the bottom wall of the bottom wall of the existing lower frame that is connected to the end on the most indoor side is fixed with screws so that the upper wall part is more outward than the indoor side wall part and is horizontal. Installation,
After this, an upper frame for repair made of an extruded shape of aluminum alloy, a frame for repair made of extruded shape of aluminum alloy, an extruded shape of aluminum alloy, and stepped upward from the outside to the inside of the room. Inclined, lower outdoor side, higher indoor side than outdoor side, and provided with a bottom wall having indoor side leg portions closer to the indoor side, a support wall closer to the indoor side than the indoor side leg portions of this bottom wall refurbishment for sliding door frame having a lower frame for renovation having the said insert from the outdoor side to an existing sliding door frame, the supporting wall interior side leg portion of the repair for the lower frame on the wall portion of the mounting aid member Support,
A sliding door device refurbishing method characterized in that a rehabilitating sliding door frame is mounted on the basis of a mounting auxiliary member by fixing a front wall of the rehabilitating lower frame to a front wall of an existing lower frame with a screw .
The second modification of the sliding door device according to the present invention includes an existing upper frame made of an extruded shape of an aluminum alloy attached to an opening of a building, an indoor guide rail and an outdoor guide rail made of an extruded shape of an aluminum alloy. An existing lower frame with an existing sliding door frame having an existing frame made of an extruded shape of an aluminum alloy,
The outdoor guide rail of the existing lower frame is cut and removed from the vicinity of the base , and an attachment auxiliary member having an outdoor wall portion and an upper wall portion is provided closer to the interior of the existing lower frame. Fixed to the indoor guide rail of the existing lower frame with screws so that its upper wall part is closer to the indoor side than the outdoor wall part and is horizontal ,
After this, an upper frame for repair made of an extruded shape of aluminum alloy, a frame for repair made of extruded shape of aluminum alloy, an extruded shape of aluminum alloy, and stepped upward from the outside to the inside of the room. Inclined, lower outdoor side, higher indoor side than outdoor side, and provided with a bottom wall having indoor side leg portions closer to the indoor side, a support wall closer to the indoor side than the indoor side leg portions of this bottom wall refurbishment for sliding door frame having a lower frame for renovation having the said insert from the outdoor side to an existing sliding door frame, the supporting wall interior side leg portion of the repair for the lower frame on the wall portion of the mounting aid member Support,
A sliding door device refurbishing method characterized in that a rehabilitating sliding door frame is mounted on the basis of a mounting auxiliary member by fixing a front wall of the rehabilitating lower frame to a front wall of an existing lower frame with a screw .

In the modification method of the sliding door device of the present invention, it can be performed as follows.
The portion between the indoor side leg portion and the support wall in the bottom wall of the repair lower frame is fixed to the upper wall portion of the attachment assisting member with a screw.
An exterior upper frame seal material is attached to the outdoor portion of the upper frame for repair, and a sliding door frame for repair is attached to the outdoor portion of the repair cage frame of the repair sliding door frame. The outdoor frame sealing material is inserted into the existing sliding door frame from the outdoor side, the outdoor frame sealing material is in contact with the upper edge of the building opening, and the outdoor frame sealing material is applied to the vertical edge of the building opening. so as to contact.
The space between the indoor side portion of the existing lower frame and the indoor side portion of the repair lower frame is watertight.

In the first modified sliding door device of the present invention, the existing sliding door frame remaining in the opening of the building is an existing upper frame made of an extruded shape of aluminum alloy, an extruded shape of aluminum alloy, an indoor side guide rail, and an outdoor side. An existing lower frame provided with a guide rail, an existing frame made of an extruded shape of an aluminum alloy, and the outdoor guide rail of the existing lower frame is cut and removed from the vicinity of the base, and the indoor side of the existing lower frame Is provided with a mounting auxiliary member having an indoor side wall portion and an upper wall portion, and the indoor side wall portion of the mounting auxiliary member is disposed on the rear surface of the bottom wall of the existing lower frame, on the vertical surface of the rear wall, The wall is fixed with screws so that the wall faces the outside of the indoor side wall and is horizontal .
In this existing sliding door frame, there is an upper frame made of an aluminum alloy extruded shape, an aluminum alloy extruded shape, an upwardly inclined step from the outside to the inside, and the outside is low. deviation is higher than the outdoor close, and comprises a bottom wall have a room side leg portion to the indoor side nearer refurbishment for the lower frame having a support wall on the indoor side nearer than the room side leg portion of the bottom wall, aluminum A renovated sliding door frame having a reed frame made of an extruded shape of an alloy is inserted,
The indoor leg portion and the support wall of the lower frame for repair of the sliding door frame for repair are supported by the upper wall portion of the attachment auxiliary member,
A repair sliding door device, wherein a front wall of the lower frame for repair is fixed to a front wall of an existing lower frame with screws.
In the second modified sliding door device of the present invention, the existing sliding door frame remaining in the opening of the building is an existing upper frame made of an extruded shape of aluminum alloy, an extruded shape of aluminum alloy, an indoor side guide rail, and an outdoor side. An existing lower frame provided with a guide rail, an existing frame made of an extruded shape of an aluminum alloy, and the outdoor guide rail of the existing lower frame is cut and removed from the vicinity of the base, and the indoor side of the existing lower frame Provided with a mounting auxiliary member having an outdoor wall portion and an upper wall portion, the outdoor wall portion of the mounting auxiliary member facing the indoor guide rail of the existing lower frame, and the upper wall portion facing the indoor side from the outdoor wall portion. And it is fixed with screws so as to be horizontal ,
In this existing sliding door frame, there is an upper frame made of an aluminum alloy extruded shape, an aluminum alloy extruded shape, an upwardly inclined step from the outside to the inside, and the outside is low. deviation is higher than the outdoor close, and comprises a bottom wall have a room side leg portion to the indoor side nearer refurbishment for the lower frame having a support wall on the indoor side nearer than the room side leg portion of the bottom wall, aluminum A renovated sliding door frame having a reed frame made of an extruded shape of an alloy is inserted,
The indoor leg portion and the support wall of the lower frame for repair of the sliding door frame for repair are supported by the upper wall portion of the attachment auxiliary member,
A repair sliding door device, wherein a front wall of the lower frame for repair is fixed to a front wall of an existing lower frame with screws.

In the modified sliding door device of the present invention, it can be as follows.
A portion of the bottom wall of the repair lower frame between the indoor leg portion and the support wall is fixed to the upper wall portion of the attachment auxiliary member with a screw.
The outdoor upper frame sealant is attached to the outdoor part of the upper frame for repair, and the outdoor upper frame sealant is in contact with the upper edge of the opening of the building,
An outdoor outer frame sealing material is attached to the outdoor side of the reed frame, and this outdoor outer frame sealing material is in contact with the vertical edge of the opening of the building .
The space between the indoor side portion of the existing lower frame and the indoor side portion of the lower frame for repair is watertight.

According to the present invention, since the outdoor guide rail of the existing lower frame is cut and removed, the width in the height direction of the space between the lower frame for repair and the upper frame for repair is large, and the effective opening area is reduced. And a large opening area can be secured.
In addition, since the rehabilitation sliding door frame is attached to the existing sliding door frame based on the mounting auxiliary member attached to the existing lower frame, the shape of the existing sliding door frame, the shape according to the dimensions, and using the mounting auxiliary member of the dimensions, the shape, The same sliding door frame for repair can be attached to existing sliding door frames with different dimensions.

It is the vertical sectional view of the window 51 in which the sliding door apparatus 50 for repair of one Embodiment of this invention was installed. It is the horizontal sectional view of the window 51 seen from the cut surface line II-II of FIG. It is an exploded view which shows the vertical cross section for demonstrating the attachment procedure to the existing sliding door frame of the sliding door apparatus 50 for a repair. FIG. 4 is an exploded view showing a horizontal cross section seen from the section line IV-IV in FIG. 3. It is a partial horizontal sectional view which shows the sliding door apparatus 50a for repair of the other form of implementation of this invention. It is a vertical sectional view of the window in which the sliding door device for repair which omitted the sliding door shoji of other forms of implementation of the present invention was installed. FIG. 7 is a horizontal cross-sectional view seen from the section line BB in FIG. 6. It is a perspective view of a part of connection part of an existing upper frame and an existing eaves frame. It is a horizontal sectional view for description of one procedure of the attaching means. It is a vertical sectional view of a lower frame portion in the case of an existing lower frame having a different shape. It is a vertical sectional view in the case of an existing sliding door frame having a different shape. It is a horizontal sectional view in the case of the existing sliding door frame of a different shape. It is a vertical sectional view of the lower frame part in the case of the lower frame for repair of a different shape. It is sectional drawing of the lower frame part which shows the other form of attachment of an attachment auxiliary member. It is a vertical sectional view which shows the sliding door apparatus 1 for repair of the prior art. It is the horizontal sectional view seen from the cutting plane line VII-VII of FIG.

  FIG. 1 is a vertical sectional view of a window 51 in which a sliding door device 50 for repair according to an embodiment of the present invention is installed, and FIG. It is. The rehabilitation sliding door device 50 according to the present embodiment has an existing lower frame fixed substantially horizontally (in a direction perpendicular to the sheet of FIG. 1) to a lower edge 55 facing the opening 54 of the opening 53 of the building 52 from below. 56, a pair of existing frame frames 59 and 60 fixed substantially vertically (up and down direction in FIG. 1) to both side edges 57 and 58 facing the opening 54 of the opening 53 from the left and right sides, It is mounted in a state of being fitted into an existing sliding door frame 63 having an existing upper frame 62 fixed substantially horizontally to the upper edge portion 61 facing the opening 54 from above.

  The rehabilitating sliding door device 50 has a plurality of guide rails 66 and 67 that support the sliding door screens 64 and 65 movably in the frontage direction indicated by the substantially horizontal arrows A 1 and A 2. A lower frame 69 for repair supported by contact from the side, a pair of repair kites 70 and 71 supported by contact with the respective existing frame frames 59 and 60 from the outdoor 73 side, and an outdoor unit for the existing upper frame 62 A pair of reed upper frames 72 supported by contact from the 73 side and a pair of reeds supported by contact with the existing reed frames 59 and 60 from the interior 68 side and connected to the reed reed frames 70 and 71, respectively. Frame holding members 74, 75, and an upper frame holding member 76 that is supported in contact with the existing upper frame 62 from the interior 68 side and is connected to the upper frame 72 for repair.

  The window 51 is configured including the existing sliding door frame 63, the repairing sliding door device 50, and the sliding door screens 64 and 65. The building 52 is a high-rise apartment with a concrete structure or the like, and the sliding door device 50 for repair according to the present embodiment is mounted on the existing sliding door frame 63, so that a large number of windows 51 are realized for each level.

A seal material for the collar frame is provided between each of the collar frame holding members 74 and 75 and the existing collar frames 59 and 60 and between each of the collar frame holding members 74 and 75 and each of the repaired collar frames 70 and 71. 77 is interposed. An upper frame sealing material 78 is interposed between the repair upper frame 72 and the upper frame holding member 76 and between the existing upper frame 62 and the upper frame holding member 76. Further, a lower frame sealing material 79 is interposed between the repair lower frame 69 and the existing lower frame 56. These collar frame sealing material 77, upper frame sealing material 78, and lower frame sealing material 79 are made of, for example, closed-cell foamed material of ethylene / propylene / diene copolymer rubber (abbreviated as EPDM), and are retained for each collar frame. The members 74 and 75, the upper frame holding member 76, and the repair lower frame 69 are bonded.
The above-mentioned repair lower frame 69, the respective reed frame frames 70 and 71, the renewed upper frame 72, the respective reed frame holding members 74 and 75, and the upper frame holding member 76 are made of extruded aluminum alloy. . The existing lower frame 56, the existing eaves frames 59 and 60, and the existing upper frame 62 are also made of extruded aluminum alloy.

  The repair lower frame 69 and the configuration related thereto will be described. In the lower frame 69 for repair, a drain hole 84 that opens the space S1 between the lower frame 69 for repair and the existing lower frame 56 facing the outdoor 73 opens in the longitudinal direction of the lower frame 69 for repair. A plurality of gaps are formed. The repair lower frame 69 faces the outdoor 73 and extends in a substantially horizontal frontage direction (left-right direction in FIG. 2), and is bent to the indoor 68 side at the upper end portion of the front wall 80 and continues to the outdoor 73. A bottom wall 81 that inclines with a step from the interior toward the interior 68, a support wall 89 that projects downward from the vicinity of the end of the bottom wall 81 closest to the interior 68, and projects upward from the bottom wall 81. The above-mentioned two guide rails 66 and 67 and the screen door rail 83 rising upward from the end portion of the bottom wall 81 closest to the outdoor 73 are provided.

  The bottom wall 81 has first to third bottom wall portions 85, 86, 87 from the outdoor 73 toward the indoor 68. The first bottom wall portion 85 is formed across the screen door rail 83 and the outdoor guide rail 66, and has a draining gradient i1 inclined upward from the outdoor 73 toward the indoor 68. The second bottom wall portion 86 is formed across the outdoor side guide rail 66 and the indoor side guide rail 67, and the cross section formed directly below the indoor side guide rail 67 is reversed with the step portion 90 having a substantially L-shaped cross section. It has a T-shaped indoor leg portion 91 and an outdoor leg portion 92 projecting downward from the vicinity of the end portion of the stepped portion 90 near the outdoor guide rail 66. The third bottom wall portion 87 projects horizontally from the intersection of the indoor side leg portion 91 and the indoor side guide rail 67 toward the indoor 68 side, and extends in the frontage direction. The support wall 89 is integrally formed on the lower surface of the third bottom wall portion 87 near the end on the room 68 side.

  The stepped portion 90 includes a horizontal portion 93 that is substantially horizontal and extends in the frontage direction, and a rising portion 94 that is bent upward at a right angle from an end of the horizontal portion 93 on the interior 68 side and rises. The upper end portion of the rising portion 94 is continuous with the indoor leg portion 91. The indoor-side leg portion 91 and the indoor-side guide rail 67 are respectively formed with fitting recesses 95 and 96 that open toward the outdoor 73 side, and packings 97 and 98 are fitted into these fitting recesses 95 and 96, respectively. Worn. Each of the packings 97 and 98 is made of a water-repellent material having flexibility and elasticity such as chloroplane rubber, and the upper frame 72 for repair through the lower frame 69 and 72 for repair from the lower frame 69 for repair. Over the entire circumference.

  The existing lower frame 56 includes an outdoor leg portion 101 having an L-shaped cross section supported by a wall surface 100 facing the outdoor portion 73 of the lower edge portion 55 from the outdoor 73 side, and the wall surface of the outdoor leg portion 101. A front wall 102 that is perpendicular to the free end that is farthest from 100, a bottom wall 103 that has a drainage gradient i 2 that slopes upward from the upper end of the front wall 102 toward the interior 68, and an innermost 68 in the bottom wall 103. A rear wall 104 that is connected to the side edge and rises up to the same height as the indoor guide rail 67, and an indoor leg 105 having an L-shaped cross section that protrudes downward from the intersection of the rear wall 104 and the bottom wall 103. And an outdoor guide rail 114 and an indoor guide rail 115.

  In order to secure a mounting space for the modification lower frame 69 when the modification lower frame 69 is mounted, the outdoor side guide rail 114 starts from the vicinity of the base as shown by a virtual line in FIG. 1 and FIG. It has been cut and removed.

  A mounting auxiliary member 106 is interposed between the existing lower frame 56 and the repair lower frame 69. The auxiliary mounting member 106 has an outdoor wall 107, an indoor side wall 108, and an upper wall 109 connected to each of the upper ends of the outdoor wall 107 and the indoor side wall 108, and has an inverted U-shaped cross section. Made of scale material. In this attachment assisting member 106, the outdoor side wall 107 is brought into contact with the existing lower frame 56 from the outdoor 73 side to the indoor side guide rail 67, and the indoor side wall 108 is brought into contact with the rear wall 104 from the outdoor 73 side. In the state, it is mounted with the upper wall 109 facing upward. The outdoor wall 107 is fixed to the indoor guide rail 115 with screws 110.

  On the upper wall portion 109 of the attachment assisting member 106, the indoor side leg portion 91 and the support wall 89 of the attached lower frame 69 for repair are supported, and the third bottom wall portion 86 is fixed by screws 111. Further, the front wall 80 is fixed to the front wall 102 of the existing lower frame 56 by screws 112.

  In the state where the repair lower frame 69 is attached to the existing lower frame 56 in this way, the end 112 on the most interior 68 side of the third bottom wall portion 86 is connected to the rear wall 104 of the existing lower frame 56 from the outdoor 73 side. The front wall 80 comes into contact with the front wall 102 of the existing lower frame 56, and the repair lower frame 69 is positioned with respect to the existing lower frame 56 in a prospective direction which is the left-right direction in FIG. It is easy and easy to install.

  Further, since the front wall 80 is fixed to the front wall 102 of the existing lower frame 56 by screws 112 screwed from the outdoor 73 side toward the indoor 68 side, the repair lower frame 69 is attached to the existing lower frame 56 during the mounting operation. However, if the screws 112 are simply tightened, the repair lower frame 69 is positioned with respect to the existing lower frame 56, and the efficiency of the mounting operation is improved.

  The repair upper frame 72 and the related configuration will be described. The repair upper frame 72 includes a front wall 120, a back wall 121, a bottom wall 122, outdoor ribs 123, and indoor ribs 124. The indoor rib 124 is formed with two fitting recesses 125 and 126 that open and face the outdoor 73, and the packings 97 and 98 are fitted into these recesses 125 and 126. The front wall 120 and the rear wall 121 extend substantially parallel to the frontage direction, and are integrally formed by bending at right angles to the outdoor side end and the indoor side end of the bottom wall 122. The ribs 123 and 124 are formed on the bottom wall 122 at right angles.

  Such an upper frame 72 for repair is supported by a portion 127 protruding upward from the bottom wall 122 of the front wall 120 against the outdoor flange 126 of the existing upper frame 62 from the outdoor 73 side. The existing upper frame 62 is fixed in a state of being sandwiched by the mounted upper frame holding member 76.

  The upper frame holding member 76 has a substantially T-shaped cross section, and includes a flange 130 disposed on the interior 68 side and a web 131 formed at a right angle to the flange 130. The web 131 is interposed between the bottom wall 122 of the upper frame 72 for refurbishment and the existing upper frame 62, and the front end portion 132 disposed on the most outdoor 73 side of the web 131 is formed on the bottom wall 122. The engaging piece 133 is engaged, and a screw 134 is screwed onto the bottom wall 122 and the web 131 from below, and the upper frame 72 for repair and the upper frame holding member 76 are fixed.

  The upper frame holding member 76 has a screw 130 screwed from the interior 68 side so that the upper part of the flange 130 is opposed to the existing upper frame 62 through the upper frame sealing material 78. It is fixed by 136. A portion of the flange 130 of the upper frame holding member 76 below the web 131 faces the rear wall 121 of the upper frame 72 for repair via the upper frame sealing material 78 and tightens the screw 136. Thus, the upper frame 72 for repair is pressed to the outdoor 73 side, the existing upper frame 62 is thus sandwiched between the upper frame 72 for repair and the holding member 76 for upper frame, and the upper frame 72 for repair is fixed to the existing upper frame 62. Is installed.

  In the upper frame 72 for repair, a drain hole 137 is formed between the front wall 120 of the bottom wall 122 and the outdoor rib 123. By this drain hole 137, water generated by condensation or the like in the space S2 between the existing upper frame 62 and the repair upper frame 72 can be discharged.

  Next, one refurbishment frame 70 and its related configuration will be described. One reed frame 70 includes a front wall 140 disposed on the outdoor 73 side, a rear wall 141 disposed on the indoor 68 side, a web 142 connecting the front wall 140 and the rear wall 141, and the web 142 A rib 143 formed near the outdoor 73, an engagement piece 144 formed on the web 142 so as to protrude toward the one existing frame 59 and open toward the indoor 68, and the other existing frame 60 side on the web 142 And a fitting recess 145 formed to open to the outdoor 73 side.

  One existing gutter frame 59 to which the one rehabilitating gutter frame 70 is attached has an outdoor flange 146, an indoor flange 147, and a web 148 that connects the outdoor flange 146 and the indoor flange 147. A front wall 140 of the reed frame 70 is in contact with and supported by the outdoor flange 146 from the outdoor 73 side. Between the web 142 of the rehabilitating reed frame 70 and the existing reed frame 59, the one reed frame holding member 74 is interposed. The eaves frame holding member 74 is a long material having a flange 149 disposed on the interior 68 side and a web 150 formed perpendicular to the flange 149 and having a substantially T-shaped cross section.

  The portions disposed on both sides of the web 150 of the flange 149 of the flange frame holding member 74 are provided with the flange frame sealing material 77 on the indoor flange 147 of the existing flange frame 59 and the rear wall 141 of the repaired flange frame 70. The front end 155 of the web 150 that is disposed closest to the outdoor 73 is engaged with the engagement piece 145, and the screw 153 that is screwed from within the opening 54 is loosened. By tightening the attached screw 154, the existing cage frame 59 is sandwiched between the repair rod frame 70 and the rod frame holding member 74, and the repair rod frame 70 is attached to the existing rod frame 59.

  The other reed frame 71 and its related configuration will be described. The other reed saddle frame 71 includes a front wall 160 disposed on the outdoor 73 side, a rear wall 161 disposed on the indoor 68 side, a web 162 connecting the front wall 160 and the rear wall 161, and the web 162. An engagement piece 156 that protrudes toward the other existing saddle frame 60 and opens toward the indoor 68 side, and a fitting that protrudes from the web 162 toward the one existing flange frame 59 and opens toward the outdoor 73 side. And a concavity 164.

  The other existing frame 60 to which the other modification rod frame 71 is attached has an outdoor flange 166, an indoor flange 167, and a web 168 that connects the outdoor flange 166 and the indoor flange 167. A front wall 160 of the reed frame 71 is in contact with and supported by the outdoor flange 166 from the outdoor 73 side. The other rib frame holding member 75 is interposed between the web 162 of the repair rod frame 71 and the existing rod frame 60. The eaves frame holding member 75 is a long material having a flange 169 disposed on the interior 68 side and a web 170 formed at right angles to the flange 169 and having a substantially T-shaped cross section.

  The portions arranged on both sides of the web 162 of the flange 169 of the flange frame holding member 75 are connected to the indoor flange 167 of the existing flange frame 60 and the rear wall 161 of the repaired flange frame 71 on the flange frame sealing material 77. The front end 157 of the web 170 that is disposed closest to the outdoor 73 is engaged with the engaging piece 156, and the screw 173 that is screwed from within the opening 54 is loosened. By tightening the screw 174 that is screwed, the existing rod frame 60 is clamped between the rod frame 71 for repair and the rod holding member 75 for frame fixing, and the rod frame 71 for repair is attached to the existing rod frame 60.

  One sliding door shoji 64 disposed on the outdoor 73 side and the configuration related thereto will be described. One sliding door shoji 64 includes a pair of hooks 181 and 182, an upper hook 183 that connects the upper ends of the hooks 181 and 182, and a lower hook 184 that connects the lower ends of the hooks 181 and 182. And a plate glass 185 whose outer peripheral portion is held by each of the flanges 181, 182, an upper flange 183, and a lower flange 184, and a door wheel 186 provided on the lower flange 184. Each of the flanges 181 and 182, the upper flange 183 and the lower flange 184 is made of an extruded shape of an aluminum alloy.

  The sliding door 64 is supported so as to be movable in the frontage direction in a state where the door pulley 186 is mounted on the outdoor guide rail 66. In the state where the two sliding door shojis 64 and 65 are closed in the one reed 182 arranged on the other reed reed frame 71 side, two packings 187 and 188 projecting toward the interior 68 side are provided. , Each of the sliding door shojis 65 disposed on the side of the room 68 is elastically abutted against one of the collars 191 disposed on the side of the one of the repairing frame 70 and serves as a summoning basket 182. The gap between 191 is closed to prevent intrusion of wind and rain from the outdoor 73 to the outdoor 68.

  Further, in the closed state, the packing 151 provided on the one reed frame 70 is resiliently brought into contact with the one reed 181 from the interior 68 side, and the one reed 181 and the one refurbishment reed are provided. A gap between the frame 70 and the frame 70 is closed to prevent wind and rain from entering the room 68 from the outdoor 73.

  The other sliding door shoji 65 arranged on the indoor 68 side and the configuration related thereto will be described. The other sliding door shoji 65 includes a pair of hooks 191 and 192, an upper hook 193 connecting the upper ends of the hooks 191 and 192, and a lower hook 194 connecting the lower ends of the hooks 191 and 192. And a plate glass 195 whose outer periphery is held by each of the flanges 191, 192, the upper flange 193 and the lower flange 194, and a door wheel 196 provided with the lower flange 194. Each of the flanges 191, 192, the upper flange 193, and the lower flange 194 is made of an extruded shape of an aluminum alloy.

  The other flange 192 has a concave portion 200 that opens to face the other repair rod frame 71, and the concave portion 200 includes a pair of ribs 202 and 203 that extend parallel to the outdoor 73 side and the indoor 68 side. Have. Between each rib 202, 203, the packing 152 attached to the fitting recess 164 of the other rehabilitating frame 71 is detachably fitted according to the opening / closing of the other sliding door 65, and the other sliding door In the state where the shoji 65 is closed, the packing 152 elastically contacts the rib 202 on the outdoor 73 side from the indoor 68 side. As a result, the gap between the packing 152 and the outdoor ribs 202 is closed, and entry of wind and rain from the outdoor 73 into the indoor 68 is prevented.

  Furthermore, the other hook 182 which is a summoning hook for the sliding door shoji 64 on the outdoor 73 side protrudes toward the indoor 68 side and opens toward the closing direction (left side in FIG. 2). Is provided. In addition, a second engagement piece 206 that protrudes toward the outdoor 73 side and opens toward the closing direction (right side in FIG. 2) is formed on one of the reeds 191 that is a summon reed for the sliding door shoji 65 on the indoor 68 side. Provided. When each of the engagement pieces 205 and 206 opens and closes the sliding door screens 64 and 65, the movement path of the other engagement piece accompanying the movement, that is, one engagement piece 205 is the same as the other engagement piece 206. The other engagement piece 206 protrudes into the movement path of one engagement piece 205 and engages with each other when the sliding door screens 64 and 65 are closed, and the sliding door screens 64 and 65 are engaged with each other. The packings 151 and 152 are brought into close contact with the opposing surfaces so as to be surely sealed.

  Further, each of the cocoons 182 and 191 which are the above-mentioned summoning jars is provided with a locking means (not shown) for locking the sliding door shojis 64 and 65 in the closed position. This locking means displaces the sliding door screens 64 and 65 toward the indoor space 68 by operating an operation lever (not shown) provided on the flange 191 on the indoor space 68 side, and the pair of upper and lower packings 97 and 98 are connected to the sliding door screen 64. , 65 are configured to be in close contact with each of the upper rods 183 and 193 and the lower rods 184 and 194 at the same time so as to close the gap, and to prevent entry of wind and rain from the outdoor 73 to the indoor 68.

FIG. 3 is an exploded view showing a vertical cross section for explaining a procedure for attaching the repairing sliding door device 50 to the existing sliding door frame 63, and FIG. 4 shows a horizontal cross section seen from the cutting plane line IV-IV in FIG. It is an exploded view. When attaching the repairing sliding door device 50 to the existing sliding door frame 63, the outdoor guide rail 114 of the existing lower frame 56 is first cut and removed from the vicinity of the base, and the mounting guide member 106 is attached to the indoor guide rail 115 on the upper wall. Mounted with the portion 109 facing upward, it is fixed by a screw 110. In this way, in the state where the attachment assisting member 106 is attached to the indoor guide rail 115, the upper wall portion 109 is disposed substantially horizontally.
The attachment auxiliary member 106 may be attached over the entire length in the longitudinal direction or may be attached at a plurality of positions in the longitudinal direction.

  The lower repair frame 69, the respective reed saddle frames 70 and 71, and the upper repair frame 72 are connected to each other to assemble a rectangular repair sliding door frame 78. After being fitted and mounted on the sliding door frame 63 from the outdoor 73 side, the reed frame frame holding members 74 and 75 are attached to the refurbished reed frame frames 70 and 71 of the refurbished sliding door frame 78 and the existing reed frame frames 59, respectively. , 60 from the interior 68 side. An upper frame holding member 76 is mounted from the interior 68 side between the upper frame 72 for repair and the existing upper frame 62.

  When such a sliding door frame 78 for repair, the holding members 74 and 75 for the frame frame, and the holding member 76 for the upper frame are mounted on the existing sliding door frame 63, the support wall 89 of the lower frame 69 for repair has a lower The frame sealing material 79 is bonded over almost the entire length. The sealing material 79 for the lower frame elastically contacts the rear wall 104 of the existing lower frame 56 from the outdoor 73 side when the repairing sliding door frame 78 is attached to the existing sliding door frame 63, and is airtight and watertight. Sex is achieved.

  Further, a collar frame sealing material 77 is adhered to the collar frame holding members 74 and 75, and an upper frame sealing material 78 is adhered to the upper frame retaining member 76. The seal members 77 and 78 are provided with the hook frame holding members 74 and 75 mounted between the existing hook frames 59 and 60 and the repair rod frames 70 and 71, and the upper frame holding member 76 is provided. When it is mounted between the upper frame 62 and the upper frame 72 for repair, it is resiliently abutted from the interior 68 side to each of the reed saddle frames 70, 71 and the upper frame 72 for repair, and is airtight and watertight. Achieved.

  In this way, when the rehabilitating sliding door frame 78, the respective frame frame holding members 74 and 75, and the upper frame holding member 76 are attached to the existing sliding door frame 63, the respective frame frame holding portions 74 and 75 are fixed by screws 154 and 174. The fixing frame 59 is fixed to each existing frame 59, 60, the repair lower frame 69 is fixed to the existing lower frame 56 from the outdoor 73 side by screws 112, and each frame frame holding member 74, 75 is connected from the inside by screws 153, 173. The reed saddle frames 70 and 71 are connected to each other, the upper frame holding member 76 and the upper repair frame 72 are connected to each other with screws 134 and 136, and the lower repair frame 69 is fixed to the mounting auxiliary member 106 with screws 110. To do. Then, the installation work of the sliding door device 50 for repair is complete | finished by building each sliding door shoji 64,65 on each guide rail 66,67.

  As described above, according to the present embodiment, the repair lower frame 69 is supported by being in contact with the existing lower frame 56 from the outdoor 73 side, and the repair kite frames 70 and 71 are supported by the existing kite frames 59 and 60, respectively. The upper frame 72 for repair is brought into contact with and supported by the existing upper frame 62 from the outdoor 73 side. Also, the respective saddle frame holding members 74 and 75 are supported by the respective existing saddle frames 59 and 60 in contact with the interior 68 from the inside 68 and are connected to the respective repair saddle frames 70 and 71, respectively. Frames 70 and 71 are attached to the existing frame frames 59 and 60 in cooperation with the frame frame holding members 74 and 75. Further, the upper frame holding member 76 is supported in contact with the existing upper frame 62 from the side of the room 68 and is connected to the upper frame 72 for repair. Thus, the upper frame 72 for repair cooperates with the upper frame holding member 76. It works and is attached to the existing upper frame 62.

  In this way, the lower frame 69 for repair, the respective reed saddle frames 70 and 71 and the upper repair frame 72 are attached to the existing sliding door frame 63 by the reed frame holding members 74 and 75 and the upper frame holding member 76. Compared to the structure attached to the lower frame base material, the saddle frame base material, and the upper frame base material via the lower frame auxiliary material, the eaves frame auxiliary material and the upper frame auxiliary material as in the conventional technique, the number of parts Thus, the number of work steps for the attachment work is reduced, and the lower frame 69 for repair, the respective heel frames 70 and 71 for repair, and the upper frame 72 for repair can be easily provided on the existing sliding door frame 63.

  In addition, as in the prior art, between the repair lower frame and the lower frame base material, between each repair kite frame and each kite frame base material, and between the repair upper frame and the upper frame base material Since the lower frame auxiliary material, the eaves frame auxiliary material and the upper frame auxiliary material are not interposed therebetween, the distance between the upper frame 72 for repair and the lower frame 69 for repair, that is, the width in the height direction is not greatly reduced. In addition, the horizontal spacing between the refurbishment collars 70 and 71, that is, the width in the frontage direction is not greatly reduced, and a wide effective opening area can be secured.

  In addition, according to the present embodiment, the hook frame holding members 74, 75 and the existing hook frames 59, 60, and the hook frame holding members 74, 75 and the repair rod frames 70, 71 Between the upper frame 72 for repair and the existing upper frame 62, the seal material 78 for the upper frame is interposed between the upper frame 72 for repair and the existing upper frame 62. Since the lower frame sealing material 79 is interposed between the repair lower frame 69 and the existing lower frame 56 in the prospective direction, the effective opening area is reduced in both the height direction and the frontage direction. Therefore, airtightness and watertightness can be improved, and rainwater and wind can be reliably prevented from entering the indoor 68 from the outdoor 73.

Furthermore, according to the present embodiment, since the drainage hole 84 is formed in the repair lower frame 69, the water that has entered from the outside into the space S1 between the repair lower frame 69 and the existing lower frame 56, And the dew condensation water etc. which arises by the dew condensation in space S1 can be discharged | emitted to the outdoor 73, and the penetration | invasion and leakage of the water to the room | chamber 68 can be interrupted | blocked reliably.
Further, according to the present embodiment, the outdoor guide rail 114 of the existing lower frame 56 is cut and removed, and the indoor side leg portion 91 and the support wall of the lower frame 69 for repair are formed on the upper wall portion 109 of the attachment auxiliary member 106. 89 is supported, the width in the height direction of the space between the repair lower frame 13 and the repair upper frame 15 is large, and the effective opening area is hardly reduced.
In addition, since the lower repair frame 69 can be attached with the attachment auxiliary member 106 as a reference, the same lower repair frame 69 can be obtained by using the attachment auxiliary member 106 having a shape and dimensions corresponding to the shape and size of the existing lower frame 56. Can be installed.
If only this effect is achieved, the repair upper frame 72 and the respective repair saddle frames 70 and 71 may be attached as shown in FIGS.

  FIG. 5 is a partial horizontal sectional view showing a sliding door device 50a for repair according to another embodiment of the present invention. Note that portions corresponding to those of the above-described embodiment are denoted by the same reference numerals. The sliding door device 50a for repair according to the present embodiment is basically configured in the same manner as the sliding door device 50 for repair according to the above-described embodiment, and has a lower edge 55 that faces the opening 54 of the opening 53 of the building 52 from below. An existing lower frame 56 fixed substantially horizontally, a pair of existing frame frames 59, 60 fixed substantially vertically to both side edges 57, 58 facing the opening 54 of the opening 53 from the left and right sides, and an opening This is a refurbishment sliding door device 50a mounted in an existing sliding door frame 63 having an existing upper frame 62 fixed substantially horizontally to an upper edge 61 facing the opening 54 of the portion 53 from above. And a plurality of guide rails 66 and 67 for supporting the sliding door screens 64 and 65 movably in the directions of the substantially horizontal arrows A1 and A2, and a lower frame for repair supported on the existing lower frame 56 from the indoor 68 side. 69 and each existing frame 59, 60 from the room 68 side A pair of rehabilitating frame 70, 71 to be held, a rehabilitating upper frame 72 supported by the existing upper frame 62 from the indoor 68 side, and supported by each existing reed frame 59, 60 from the outdoor 73 side, A pair of eaves frame holding members 74 and 75 connected to the eaves frames 70 and 71, respectively, and an upper frame holding member 76 supported by the existing upper frame 62 from the outdoor 73 side and connected to the upper frame 72 for repair. Including.

  In such a configuration, in each reed frame 70, 71 and each reed frame holding member 74, 75, each reed frame 70, 71 and each reed frame holding member 74, 75 are symmetrical. Therefore, the configuration of the other reed scissor frame 71 and the other reed frame holding member 75 shown in FIG. 5 will be described, and the description of one reed reed frame 70 and one reed frame holding member 74 will be repeated. Avoid and avoid.

  The other rehabilitating frame 71 includes a front wall 210 disposed on the outdoor 73 side, a rear wall 211 disposed on the indoor 68 side, a web 212 connecting the front wall 210 and the rear wall 211, and outward from the web 212. Projecting inward (to the left in FIG. 5) from the engagement piece 213 having a substantially L-shaped cross-section projecting inward (to the right in FIG. 5) and opening to the interior 68 side, and the web 212, the packing 152 is mounted. A fitting recess 215 is included. The engagement piece 213 includes a first engagement portion 220 formed at the free end portion and a second engagement portion 221 formed at the base end portion.

  In addition, the other flange frame holding member 75 includes a first flange 223 that presses the rear wall 211 of the repair rod frame 71 from the indoor 68 side, and a second flange that presses the indoor flange of the existing rod frame 60 from the indoor 68 side. 224, a first leg 225 extending at right angles to the first flange 223 and extending to the outdoor 73 side, a second leg 226 extending at right angles to the second flange 224 and extending to the outdoor 73 side, and a second It has a connecting portion 227 that connects the first and second leg portions 225 and 226.

  A bolt hole 229 through which the shaft portion of the bolt 228 is inserted is formed in the connecting portion 227. The engagement piece 213 includes a rising portion 230 that rises at a right angle to the web 212 and an arm portion 231 that is bent and extends at a right angle from the distal end portion of the rising portion 230 toward the interior 68. The free end of the first leg 225 is provided with a third engagement portion 232 that engages with the first engagement portion 221 of the engagement piece 220 in a fitted state. The portion is provided with a fourth engagement portion 234 that engages with the second engagement portion 233 of the engagement piece 220 in a fitted state. The bolt 228 inserted into the bolt hole 229 of the connecting portion 227 is screwed into a screw hole 235 formed in the rising portion 230 of the engagement piece 213.

  By tightening the bolts 228 attached from the interior 68 in this way, the existing cage frame 60 can be attached in a clamped state by the repair rod frame 71 and the rod frame holding member 75. In addition, the installation work can be performed from the indoor 68 side, so that the worker can perform the installation work in a stable state or environment, and the workability during installation is further improved. This can be further improved.

  6 is a vertical sectional view of a window 51 in which a sliding door device 50b for refurbishing according to another embodiment of the present invention is installed, and FIG. 7 is a horizontal sectional view of the window 51 as viewed from the section line BB in FIG. It is. The parts corresponding to those in the embodiment shown in FIGS. 1 and 2 are denoted by the same reference numerals. The rehabilitation sliding door device 50b of the present embodiment is basically configured in the same manner as the rehabilitation sliding door device 50 of the embodiment shown in FIGS. 1 and 2 described above, and is below the opening 54 of the opening 53 of the building 52. The existing lower frame 56 fixed substantially horizontally to the lower edge portion 55 facing from the left and the pair of existing hooks fixed substantially vertically to the side edge portions 57, 58 facing the opening 54 of the opening 53 from both the left and right sides. It is mounted in a state of being fitted in an existing sliding door frame 63 having frames 59, 60 and an existing upper frame 62 fixed substantially horizontally to the upper edge 61 facing the opening 54 of the opening 53 from above. A rehabilitation sliding door device 50b having a plurality of guide rails 66 and 67 for supporting a sliding door shoji (not shown) movably in a substantially horizontal direction and supported by the existing lower frame 56 from the room 68 side. The lower frame 69 and the existing fence frames 59 and 60 are equipped with a room 68. A pair of rehabilitating frame frames 70 and 71 supported from the inside, an outdoor side rib 123 supported by the existing upper frame 62 from the room 68 side, and supporting the sliding door sliding movably in a substantially horizontal direction; And a pair of reed frame frames supported by the existing reed frames 59 and 60 from the outdoor 73 side and connected to the reed reed frames 70 and 71, respectively. Members 74 and 75, an upper frame holding member 76 supported from the outdoor 73 side by the existing upper frame 62 and connected to the upper frame 72 for repair, and an attachment auxiliary member 106 attached to the existing lower frame 56.

  In this embodiment, the existing sliding door frame 63 and the repairing sliding door frame 78 are located in the middle of the opening 53 in the indoor outside direction, and the opening 53 protrudes to the outdoor side from the outdoor side of the repairing sliding door frame 78. .

  The existing lower frame 56, the repair lower frame 69, and the attachment auxiliary member 106 of this embodiment are the same as the existing lower frame 56, the repair lower frame 69, and the attachment auxiliary member 106 of the embodiment shown in FIGS. It is almost the same, and has a horizontal piece 104a toward the room 68 at the upper end of the rear wall 104 of the existing lower frame 56, and the upper end of the support wall 89 of the horizontal piece 104a and the lower frame 69 for repair is the same height. That is, a dry outdoor lower frame sealing material 300 is attached to the outdoor 73 side portion of the repair lower frame 69 toward the indoor 68 side, and this outdoor lower frame sealing material 300 is attached to the front wall 102 of the existing lower frame 56. It is greatly different that they are in pressure contact.

Specifically, the outdoor guide rail 114 of the existing lower frame 56 is cut and removed as shown by the phantom lines in FIG. The outdoor guide rail 114 may be removed by cutting all or may be removed by leaving a little.
The attachment auxiliary member 106 is attached with its outdoor wall 107 fixed to the indoor guide rail 115 with screws 110.
The support wall 89 of the lower frame 69 for repair and the indoor leg portion 91 are supported by the upper wall portion 109 of the auxiliary mounting member 106, and the outdoor side of the bottom wall 81 is connected to the bottom wall 103 of the existing lower frame 56 via the spacer 301. It is supported outside the room and is fixed to the mounting auxiliary member 106 with a screw 112.

  The existing upper frame 62, the upper frame for repair 72, and the upper frame holding member 76 are substantially the same as the existing upper frame 62, the upper frame for repair 72, and the upper frame holding member 76 shown in FIGS. The difference is that a dry outdoor outer frame seal material 302 is attached to the outdoor portion of the upper frame 72, and the upper frame holding member 76 includes a cover 303.

Specifically, a portion 127 projecting upward from the bottom wall 122 of the front wall 120 of the upper frame 72 for refurbishment is provided with a sealing material mounting portion 304 directed toward the indoor side. An outdoor upper frame sealing material 302 is attached.
This outdoor upper frame sealant 302 has an outdoor fin 302a and an indoor fin 302b. Preferably, the cross section is U-shaped in the upward direction, and has an upward concave drainage groove 302c between the outdoor fin 302a and the indoor fin 302b.
The outdoor fin 302a is in contact with the outside of the existing sealing material 305 at the upper edge 61 of the opening 53 of the building 52 and plays a role of primary tightness.
The indoor fin 302b presses against the outdoor portion of the existing upper frame 62, for example, the outdoor flange 126, and serves as a secondary tight.

In other words, the outdoor fin 302a makes it difficult for rainwater or the like to enter the indoor fin 302b, and the indoor fin 302b penetrates the rainwater or the like that has entered from the sealing portion of the outdoor fin 302a and the inside of the building 52 from the existing sealant 305. This prevents rainwater or the like from entering between the outdoor portion of the existing upper frame 62 and the outdoor portion of the upper frame 72 for repair.
Preferably, the rainwater and the like that have entered are drained to the outside through the drainage groove 302c.
That is, when the existing sliding door frame 63 is repaired, the building 52 (frame) and the existing sealing material 305 are deteriorated, and rainwater or the like may enter from them.

A cover 303 is attached to the flange 130 of the upper frame holding member 76 in a snap manner.
A portion of the flange 130 above the web 131 is fixed to the indoor flange 306 of the existing upper frame 62 with screws 136, and a portion of the flange 130 below the web 131 is repaired via an upper frame sealing material 78. The upper frame 72 for repair and the holding member 76 for upper frame are connected to each other by contacting with the rear wall 121 of the upper frame 72 and being fixed with screws 134.
The cover 303 is attached after screws 134 and 136 are screwed together, and covers the screws 134 and 136 so that they cannot be seen from the room.
The indoor flange 306 of the existing upper frame 62 is provided with a lateral piece 306a directed toward the indoor 68 side.

The existing frame 59, 60, the reed frame 70, 71 and the frame holding member 74, 75 are the existing frame 59, 60, the modified frame 70, 71 shown in FIGS. It is substantially the same as the retaining members 74 and 75 for the reed frame, and is provided with a dry outdoor outer reed frame seal material 310 and a preventing member 311 attached to the outdoor portion of the reed reed frames 70 and 71. The holding members 74 and 75 are greatly different in that the cover 312 is attached in a snap manner.
Specifically, a seal material mounting portion 313 toward the indoor side is integrally provided at a portion of the front wall 140 of one of the renovated reed frames 70 protruding from the web 142 toward the existing reed frame 59 side. An outdoor side frame seal material 310 is attached to the seal material attachment portion 313 in a lateral direction.
The outdoor frame sealing material 310 has an outdoor fin 310a and an indoor fin 310b. Preferably, it has a U-shaped cross section, and has a laterally recessed drainage groove 310c between the outdoor fin 310a and the indoor fin 310b.
The outdoor fin 310a is in contact with the outside of the existing sealing material 314 at one vertical edge 57 of the opening 53 of the building 52 and plays a role of primary tightness.
The indoor fin 310b presses against the outdoor portion of one of the existing flange frames 59, for example, the outdoor flange 146, and serves as a secondary tight.

  In other words, the outdoor fin 310a makes it difficult for rainwater or the like to enter the indoor fin 310b. Intrusion from between the outdoor side portion of the existing rod frame 59 and the outdoor side portion of one of the repair rod frames 70 is prevented.

The indoor fin 310b covers a sealing material, for example, a sealer, provided at a connecting portion between the existing upper frame 62 and the existing frame 60, so that rainwater or the like entering the sealer is not directly applied.
Thus, even when the sealer provided at the connecting portion between the existing upper frame 62 and the existing fence frame 60 is deteriorated when the existing sliding door frame 63 is repaired, rainwater or the like from the deteriorated sealer enters the existing sliding door frame 63. Intrusion can be prevented.
For example, the upper portions of the portions protruding inward from the web 168 such as the outdoor flange 166 and the indoor flange 167 of the existing frame 60 are cut and removed, and the existing upper frame 62 is replaced with the web 168 of the existing frame 60. When abutting and connecting via a sealer, as shown in phantom lines in FIG. 8, the indoor fin 310 b of the outdoor saddle frame sealing material 310 is in contact with the outdoor flange 126 of the existing upper frame 62, and the sealer 307 is attached. It covers it. In this description, the other existing frame 60 and the existing upper frame 62 are described, but the same applies to the one existing frame 59 and the existing upper frame 62.

In this embodiment, the upper part of the drainage groove 302c of the outdoor upper frame sealant 302 and the drainage groove 310c of the outdoor outer frame sealant 310 are continuous, and the lower part opens downward.
Accordingly, rainwater or the like that has entered the drain groove 302 c of the outdoor upper frame seal member 302 is drained along the drain groove 310 c of the outdoor rod frame seal member 310.

The backlash preventing member 311 is attached to the outdoor side portion of one of the reed frame frames 70, and prevents rattling from coming into contact with the outdoor side portion of one of the existing reed frame frames 59.
That is, the rehabilitation sliding door frame 250 is inserted into the existing sliding door frame 63 from the outdoor side to the indoor side in a framed state and attached, so that the dimension between the outdoor side parts of the two existing frame frames 59 and 60 is 2 It is preferable that the size is larger than the size between the indoor side portions of the two rehabilitating frame frames 70 and 71 so that they can be easily inserted. A gap is generated between the two existing eaves frames 59, 60 and the outdoor side of the frame.
For this purpose, a backlash preventing member 311 is provided.

  Specifically, the backlash preventing member 311 has a mounting portion 311a that is attached to the outer side outside surface of the web 142 of one refurbishment frame 70, and a protruding portion 311b that extends from the mounting portion 311a toward the indoor side. The protrusion 311b is in contact with the outdoor flange 146 of one of the existing flange frames 59 to prevent rattling.

It is preferable that the mounting portion 311a is hard and the protruding portion 311b is soft.
For example, the mounting portion 311a is a hard or semi-rigid resin, and the protruding portion 311b is a semi-rigid or soft resin.
In this way, the backlash preventing member 311 can be firmly attached, and the protruding portion 311b can be elastically deformed and pressed against the outdoor flange 146 to reliably prevent rattling.
In addition, since the backlash preventing member 311 has a sealing property and is provided on the entire length in the longitudinal direction of one of the repaired saddle frames 70, the sealing function is exhibited. Since it is a double seal, the sealing performance is improved.
Note that the backlash preventing member 311 may be short, and a plurality of the reed guard frames 70 may be provided at intervals in the longitudinal direction.

A cover 312 is detachably attached to the flange 149 of the frame frame holding member 74. After fixing the flange 149 and the indoor flange 147 of one of the existing frame 59 with a screw 154, the cover 312 is attached and the screw 154 is attached. Cover invisible.
The indoor flange 147 and the indoor flange 167 of the other existing gutter frame 60 have lateral pieces 147a and 167a directed toward the indoor side, respectively.
In addition, since the outdoor side collar frame seal material 310 and the backlash prevention member 311 attached to the other modification collar frame 71 are the same as those described above, the same reference numerals are used and description thereof is omitted.

In this embodiment, the frame frame holding members 74 and 75 are continuously attached from the existing upper frame 62 to the existing lower frame 56, and the upper frame holding member 76 is interposed between the frame frame holding members 74 and 75. Mounted.
Further, the collar frame sealing material 77, the upper frame sealing material 78, and the lower frame sealing material 79 are dry-type sealing materials, for example, watertight packing, and the upper end portion of the collar frame sealing material 77 is the upper frame sealing material 78. The lower end portion of the collar frame seal material 77 is continuous with the end portion of the lower frame seal material 79.
Thereby, watertightness and airtightness are improved.

Next, a procedure for mounting the repairing sliding door frame 250 to the existing sliding door frame 63 will be described. This procedure is almost the same as the installation procedure of the rehabilitation sliding door device 50 shown in FIGS. 1 and 2, except that the rehabilitation saddle frame and the reed frame holding member are fastened with screws and connected. To do.
(Procedure 1)
The outdoor guide rail 114 of the existing lower frame 56 is cut and removed. This cutting operation is performed with a circular saw or a dedicated cutting tool.
(Procedure 2)
The auxiliary mounting member 106 is attached to the indoor guide rail 115 of the existing lower frame 56 with a screw 110. The attachment auxiliary member 106 may extend over the entire length of the indoor guide rail 115, or a plurality of short attachment auxiliary members 106 may be attached at intervals in the longitudinal direction.
(Procedure 3)
The lower frame seal material 79, the outdoor lower frame seal material 300, and the outdoor upper frame are added to the retrofit sliding door frame 78 in which the renovation lower frame 69, the rehabilitation frame frames 70 and 71, and the rehabilitation upper frame 72 are rectangular. The sealing material 302 for the outdoor side and the sealing material 310 for the outdoor frame frame are mounted, the sliding sliding door frame 250 is inserted into the existing sliding door frame 63 from the outdoor 73 side of the opening 54, and the lower frame sealing material 79 is inserted into the existing lower frame. 56, the outdoor lower frame sealing material 300 is in contact with the front wall 102 of the existing lower frame 56.
In this state, the repair lower frame 69 and the attachment auxiliary member 106 are fixed by screws 112 and the repair lower frame 69 is attached to the existing lower frame 56.

(Procedure 4)
The frame frame holding members 74 and 75 are inserted (inserted) between the two existing frame frames 59 and 60 and the two repair frame frames 70 and 71 from the interior 68 side, and the frame frame holding members 74 and 75 are inserted. The front end portions 155 and 157 of the webs 150 and 170 are engaged with the engaging pieces 144 and 156, respectively. At this time, the flange frame seal material 77 is attached to the flanges 149 and 169, and the cover 312 is removed.
As shown in FIG. 9, the hand extends over the outdoor side portions (front walls 140, 160) of the reed frame frames 70, 71 and the indoor side portions (flanges 149, 169) of the frame frame holding members 74, 75. A tightening tool 320 such as a vise is provided and tightened. The tightening tool 320 is preferably provided at two places on the upper and lower sides, but may be one place or three or more places.

As a result, the outdoor side portions (sealing material mounting portions 313) of the reed saddle frames 70 and 71 are pressed against the outdoor side portions (outdoor flanges 146 and 166) of the existing saddle frames 59 and 60, respectively. The indoor side portions (flanges 149, 169) of the holding members 74, 75 are pressed against the existing indoor frame 59, 60 indoor side portions (internal flanges 147, 167), and the respective reed frame frames 70, 71 and The existing saddle frames 59 and 60 are firmly held by the frame holding members 74 and 75.
In this state, the reed saddle frames 70 and 71 (webs 142 and 162) and the reed frame holding members 74 and 75 (webs 150 and 170) are fixed by screws 153 and 173, respectively.
Thereafter, the tightening tool 320 is removed.

  By doing in this way, each reed frame 70,71 can be attached firmly firmly.

(Procedure 5)
An upper frame holding member 76 is inserted (inserted) between the existing upper frame 62 and the upper frame 72 for repair, and the indoor side (flange 134) of the upper frame holding member 76 and the indoor side of the upper frame 72 for repair The part (inner side flange 121) is fixed with screws 134.
Since this screw 134 is directed toward the indoor outside direction, the outdoor side portion (seal material mounting portion 304) of the upper frame 72 for repair is made to be the outdoor side portion (outdoor flange 126 of the existing upper frame 62) by the tightening force of the screw 134. ) And the indoor side portion (flange 130) of the upper frame holding member 76 is pressed against the indoor side portion (indoor side flange 121) of the upper frame 72 for repair. The existing upper frame 62 can be firmly held by the holding member 76, and the upper frame 72 for repair can be firmly attached.

  Thereafter, the indoor side portions (indoor side flanges 147 and 167) of the existing frame frames 59 and 60 and the indoor side portions (flanges 149 and 169) of the frame frame holding members 74 and 75 are fixed by screws 154 and 174, respectively. The indoor side portion (indoor side flange 306) of the existing upper frame 62 and the indoor side portion (flange 130) of the upper frame holding member 76 are fixed with screws 136.

(Procedure 6)
Covers 303 and 312 are attached to the upper frame holding member 76 and the collar frame holding members 74 and 75, respectively.

According to this embodiment, the same operational effects as those shown in FIGS. 1 and 2 and the following operational effects are exhibited.
(1) The attachment auxiliary member 106 is attached to the existing lower frame 56, and the indoor side leg portion 91 and the support wall 89 of the repair lower frame 69 (that is, the indoor side portion of the repair lower frame 69) are mounted on the attachment auxiliary member 106. By changing the height dimension of the mounting auxiliary member 106 by fixing it to the mounting auxiliary member 106 with the screw 112, the same shape can be applied to the existing lower frame 56 having a different shape. It is possible to attach the supporting lower wall 56 and the rear wall 104 of the repair lower frame 56 to the same height.

(2) Further, the above-described (1) and the outdoor lower frame seal material 300 are in pressure contact with the front wall 102 of the existing lower frame 56, so that the rising height of the indoor guide rail 115 is increased. Can also be attached with a lower frame 69 for repair having the same shape.
For example, as shown in FIG. 10, the height of the attachment assisting member 106 is increased, the indoor side wall 108 is brought into contact with the bottom wall 103, and is attached to the indoor side guide rail 115 with screws 110.
The indoor side lower frame sealing material 300 is brought into contact with the front wall 102.
In this case, the support wall 89 protrudes slightly above the rear wall 104.

  (3) Further, as shown in FIGS. 11 and 12 according to the above (1) and (2), the upper end of the rear wall 104 of the existing lower frame 56 has a protruding portion 104b on the outdoor side, and the existing upper frame Even when the inner portion 306b of the indoor flange 306 of 62 is displaced to the outdoor side, the repair lower frame 69, the repair upper frame 62, and the repair saddle frames 70 and 71 having the same shape can be attached.

For example, the outdoor side wall portion 107 of the auxiliary mounting member 106 is attached to the outdoor side surface of the indoor side guide rail 115 via the spacer 330 with the screw 110, the indoor side wall portion 108 and the protruding portion 104b are separated from each other, and the sealing material for the lower frame A spacer for 79 is formed.
Since the position of the repair lower frame 69 is shifted to the outdoor side, the outdoor lower frame sealing material 300 is separated from the front wall 102 of the existing lower frame 56.
For this purpose, a sealing material receiver 331 is attached to the outdoor portion of the bottom wall 103 with a screw 332 over the entire length in the longitudinal direction, and the outdoor lower frame sealing material 300 is pressed against the sealing material receiver 331. It may be fixed with screws 333.
In this case, since the outdoor guide rail 114 is low, it is not cut and removed, but when it is high, it is cut and removed.
That is, when only the effects (1), (2), and (3) described above are achieved, the outdoor guide rail 114 need not be cut and removed.

  In the case of the upper frame, since the outdoor upper frame sealant 302 is separated from the outdoor side portion (outdoor flange 126) of the existing upper frame 62, a sealant receptacle 334 is attached to the outdoor side portion with a screw 335, and this seal The outdoor upper frame seal material 302 (indoor fin 302b) is brought into pressure contact with the material receiver 334.

As described above, since the lower frame 69 for repair and the upper frame 62 for repair are displaced to the outside of the room, the positions of the reed frame 70 and 71 are also displaced to the outside of the room as shown in FIG. The outdoor side portions (outdoor flanges 146 and 166) of the existing saddle frames 59 and 60 are separated from the outdoor side saddle frame seal material 310.
Therefore, a seal material receiver 340 is attached with screws 341 near the outdoor side of the existing frame frames 59, 60 (outside the web 148, 168), and the outdoor frame frame seal material 310 (the indoor side fins 310) is attached to the seal material receiver 340. 310b) is pressed.

The seal material receiver 340 includes an attachment piece 340a, an inward piece 340b, a protruding piece 340c, and an outward piece 340d. The attaching piece 340a is attached by a screw 341, and the protruding piece 340c is more chamber than the outdoor flanges 146,166 It protrudes outward and contacts the protruding end surfaces of the outdoor flanges 146 and 166.
The outdoor side frame seal material 310 is in pressure contact with the outward piece 340d.
Further, the backlash preventing member 311 is in contact with the outwardly facing piece 340d to prevent rattling.

  In the above (1), (2), and (3), the estimated dimensions (dimensions between the indoor flange and the outdoor flange) of each existing lower frame 56, each existing upper frame 62, and each existing frame 59, 60 are as follows. They are all the same, and the expected lower dimensions of the repair lower frame 69, the repair upper frame 62, and the repair saddle frames 70, 71 are all the same.

  Further, as shown in FIG. 13, a laterally facing piece 89a is provided at the upper end portion of the support wall 89 of the repair lower frame 69 toward the indoor side. You may make it overlap on the piece 104a.

Further, as shown in FIG. 14, the indoor side guide rail 115 of the existing lower frame 56 is cut and removed in the same manner as described above, and the attachment auxiliary member 106 is fixed to the rear wall 104 of the existing lower frame 56 with screws 110. Also good.
For example, the indoor side wall portion 108 of the attachment assisting member 106 is fixed to the rear wall 104 of the existing lower frame 56 with screws 110. In this case, it is preferable that a screw insertion hole (not shown) is formed in the outdoor side wall 107 and screwed from the screw insertion hole.

6 and FIG. 7, if the action and effect by attaching the outdoor upper frame sealing material 302 and the outdoor outdoor frame sealing material 310 is achieved, the refurbishing sliding door frame 78 is attached as shown in FIG. It is not restricted to what is shown in FIG. 7, You may attach as shown in FIG. 15, FIG.
In other words, the sliding door frame 78 for repair is inserted into the existing sliding door frame 63 and attached, and the sliding door device for repair having a shape in which the opening 53 protrudes to the outdoor side from the sliding sliding door frame 78 is applied. Can do.

  Although not shown, the outdoor guide rail 114 and the indoor guide rail 115 of the existing lower frame 56 may be cut and removed, and the repair lower frame 69 may be fixed to the existing lower frame 56. In this case, the repair upper frame 72 and the two repair saddle frames 70 and 71 may be attached in the same manner as in FIG. 1, FIG. 2 or FIG. 6, and FIG. It may be attached.

  DESCRIPTION OF SYMBOLS 50 ... Sliding door apparatus for repair, 51 ... Window, 52 ... Building, 53 ... Opening part, 54 ... Opening, 55 ... Lower edge part, 56 ... Existing lower frame, 57, 58 ... Side edge part, 59, 60 ... Existing fence 61, upper edge, 62 ... existing upper frame, 63 ... existing sliding door frame, 64, 65 ... sliding door shoji, 66, 67 ... guide rail, 68 ... indoor, 69 ... lower frame for repair, 70, 71 ... repair Reed frame, 72 ... Upper frame for repair, 73 ... Outdoor, 74,75 ... Retainer member for reed frame, 76 ... Retainer member for upper frame, 77 ... Seal member for reed frame, 78 ... Seal member for upper frame, 79 ... lower frame sealing material, S1, S2 ... space, 84 ... drain hole, 85 ... first bottom wall part, 86 ... second bottom wall part, 87 ... third bottom wall part, 89 ... support wall, 97, 98 ... packing, 102 ... front wall, 103 ... bottom wall, 104 ... back wall, 114 ... outdoor side guide rail, 115 ... indoor side guide rail, 106 ... removal Auxiliary member 107, outdoor side wall, 108 indoor wall, 109 upper wall, 110, 111, 112 screw, 112 end, 120 front wall, 121 rear wall, 122 bottom wall, 187, 188 ... packing, 205 ... first engagement piece, 206 ... second engagement piece, 250 ... sliding door frame for repair, 300 ... outdoor lower frame seal material, 302 ... outdoor upper frame seal material, 310 ... chamber Outer flange frame sealing material, 311 ... anti-rattle member, 320 ... tightening tool, 331 ... sealing material receiver, 334 ... sealing material receiver, 340 ... sealing material receiver.

Claims (10)

Existing upper frame made of extruded aluminum alloy attached to the opening of the building, existing lower frame made of extruded aluminum alloy and provided with indoor and outdoor guide rails, extruded aluminum alloy An existing sliding door frame having an existing frame made of
The outdoor guide rail of the existing lower frame is cut and removed from the vicinity of the base , and an attachment auxiliary member having an indoor side wall portion and an upper wall portion is provided near the interior of the existing lower frame, and the indoor side wall of the auxiliary auxiliary member is provided. The upper part of the bottom wall of the bottom wall of the existing lower frame that is connected to the end on the most indoor side is fixed with screws so that the upper wall part is more outward than the indoor side wall part and is horizontal. Installation,
After this, an upper frame for repair made of an extruded shape of aluminum alloy, a frame for repair made of extruded shape of aluminum alloy, an extruded shape of aluminum alloy, and stepped upward from the outside to the inside of the room. Inclined, lower outdoor side, higher indoor side than outdoor side, and provided with a bottom wall having indoor side leg portions closer to the indoor side, a support wall closer to the indoor side than the indoor side leg portions of this bottom wall refurbishment for sliding door frame having a lower frame for renovation having the said insert from the outdoor side to an existing sliding door frame, the supporting wall interior side leg portion of the repair for the lower frame on the wall portion of the mounting aid member Support,
A method for refurbishing a sliding door device, wherein the front wall of the lower frame for refurbishment is fixed to the front wall of the existing lower frame with screws, so that the rehabilitating sliding door frame is attached on the basis of an attachment auxiliary member. Existing upper frame made of extruded aluminum alloy attached to the opening of the building, existing lower frame made of extruded aluminum alloy and provided with indoor and outdoor guide rails, extruded aluminum alloy An existing sliding door frame having an existing frame made of
The outdoor guide rail of the existing lower frame is cut and removed from the vicinity of the base , and an attachment auxiliary member having an outdoor wall portion and an upper wall portion is provided closer to the interior of the existing lower frame. Fixed to the indoor guide rail of the existing lower frame with screws so that its upper wall part is closer to the indoor side than the outdoor wall part and is horizontal ,
After this, an upper frame for repair made of an extruded shape of aluminum alloy, a frame for repair made of extruded shape of aluminum alloy, an extruded shape of aluminum alloy, and stepped upward from the outside to the inside of the room. Inclined, lower outdoor side, higher indoor side than outdoor side, and provided with a bottom wall having indoor side leg portions closer to the indoor side, a support wall closer to the indoor side than the indoor side leg portions of this bottom wall refurbishment for sliding door frame having a lower frame for renovation having the said insert from the outdoor side to an existing sliding door frame, the supporting wall interior side leg portion of the repair for the lower frame on the wall portion of the mounting aid member Support,
A method for refurbishing a sliding door device, wherein the front wall of the lower frame for refurbishment is fixed to the front wall of the existing lower frame with screws, so that the rehabilitating sliding door frame is attached on the basis of an attachment auxiliary member. The refurbishment of the sliding door device according to claim 1 or 2, wherein a portion between the indoor side leg portion and the support wall in the bottom wall of the rehabilitation lower frame is fixed to the upper wall portion of the attachment auxiliary member with a screw. Method. An exterior upper frame seal material is attached to the outdoor portion of the upper frame for repair, and a sliding door frame for repair is attached to the outdoor portion of the repair cage frame of the repair sliding door frame. The outdoor frame sealing material is inserted into the existing sliding door frame from the outdoor side, the outdoor frame sealing material is in contact with the upper edge of the building opening, and the outdoor frame sealing material is applied to the vertical edge of the building opening. claim 1 or 2 or 3 repair method of the sliding door apparatus according to such that contact. The method for repairing a sliding door device according to claim 1, 2, 3, or 4, wherein the space between the indoor side portion of the existing lower frame and the indoor side portion of the repair lower frame is watertight. The existing sliding door frame remaining in the opening of the building is an existing upper frame made of an extruded shape of an aluminum alloy, an existing lower frame made of an extruded shape of an aluminum alloy and provided with an indoor guide rail and an outdoor guide rail, an aluminum alloy The outdoor guide rail of the existing lower frame was cut off and removed from the vicinity of the base, and had an indoor side wall and an upper wall near the interior of the existing lower frame . A mounting auxiliary member is provided, and the indoor side wall of the mounting auxiliary member is on the rear surface of the bottom wall of the bottom wall of the existing lower frame, and the upper wall is on the outdoor side of the indoor side wall. It is fixed with screws so that it is opposite and horizontal ,
In this existing sliding door frame, there is an upper frame made of an aluminum alloy extruded shape, an aluminum alloy extruded shape, an upwardly inclined step from the outside to the inside, and the outside is low. deviation is higher than the outdoor close, and comprises a bottom wall have a room side leg portion to the indoor side nearer refurbishment for the lower frame having a support wall on the indoor side nearer than the room side leg portion of the bottom wall, aluminum A renovated sliding door frame having a reed frame made of an extruded shape of an alloy is inserted,
The indoor leg portion and the support wall of the lower frame for repair of the sliding door frame for repair are supported by the upper wall portion of the attachment auxiliary member,
A repair sliding door device, wherein a front wall of the lower frame for repair is fixed to a front wall of an existing lower frame with screws. The existing sliding door frame remaining in the opening of the building is an existing upper frame made of an extruded shape of an aluminum alloy, an existing lower frame made of an extruded shape of an aluminum alloy and provided with an indoor guide rail and an outdoor guide rail, an aluminum alloy The outdoor guide rail of the existing lower frame was cut and removed from the vicinity of the base, and the outdoor lower wall and the upper wall were provided near the interior of the existing lower frame . A mounting auxiliary member is provided, and the outdoor wall of the mounting auxiliary member is fixed to the indoor guide rail of the existing lower frame, and the upper wall is fixed to the indoor side with respect to the outdoor wall and horizontal with a screw. is attached Te,
In this existing sliding door frame, there is an upper frame made of an aluminum alloy extruded shape, an aluminum alloy extruded shape, an upwardly inclined step from the outside to the inside, and the outside is low. deviation is higher than the outdoor close, and comprises a bottom wall have a room side leg portion to the indoor side nearer refurbishment for the lower frame having a support wall on the indoor side nearer than the room side leg portion of the bottom wall, aluminum A renovated sliding door frame having a reed frame made of an extruded shape of an alloy is inserted,
The indoor leg portion and the support wall of the lower frame for repair of the sliding door frame for repair are supported by the upper wall portion of the attachment auxiliary member,
A repair sliding door device, wherein a front wall of the lower frame for repair is fixed to a front wall of an existing lower frame with screws. The repair sliding door device according to claim 6 or 7, wherein a portion of the bottom wall of the repair lower frame between the indoor side leg portion and the support wall is fixed to the upper wall portion of the attachment auxiliary member with a screw. The outdoor upper frame sealant is attached to the outdoor part of the upper frame for repair, and the outdoor upper frame sealant is in contact with the upper edge of the opening of the building,
The refurbishment according to claim 6, 7 or 8, wherein an outdoor reed frame sealing material is attached to an outdoor side of the reed reed frame, and the outdoor reed frame seal material is in contact with the vertical edge of the opening of the building. Sliding door device. The repair sliding door device according to claim 6, 7, 8, or 9, wherein a space between the indoor side portion of the existing lower frame and the indoor side portion of the repair lower frame is watertight.

Images