JP6661455B2 - Automatic door - Google Patents

Description

  The present invention relates to a sliding automatic door that moves an opening and closing door.

Conventionally, there is provided a FIX window (fit-fitting window) and an opening / closing door installed to be able to open and close an opening next to the FIX window, and the opening / closing door is opened and closed by driving an engine such as an electric motor. An automatic door is known (see Patent Document 1).
The FIX window is an existing one in which a glass panel is attached to a frame body divided by an upper frame, a lower frame, and left and right vertical frames. The opening is formed between one of the left and right vertical frames of the FIX window and a cubicle arranged at a distance from the one vertical frame in the left-right direction.

  Between the upper frame and the lower frame, a horizontal frame (blindness) is installed over the left and right vertical frames, and the outdoor finding size and the indoor finding size of the horizontal frame are the same, and the back of this horizontal frame Is fitted with a box containing the engine.

JP-A-2005-031055

  By the way, in the automatic door described in Patent Literature 1, the outdoor size of the horizontal frame is the same as the indoor size. Here, the room finding dimension on the back side of the horizontal frame is required to be strong enough to mount the engine box on the back side of the horizontal frame, and is set to a dimension corresponding to the vertical dimension of the engine box. In addition, it is difficult to reduce the room size of the horizontal frame. Along with this, in the automatic door described in Patent Literature 1, it is difficult to reduce the outdoor finding size, which is the same as the indoor finding size of the horizontal frame, and it is difficult to reduce the external finding size of the horizontal frame.

  SUMMARY OF THE INVENTION An object of the present invention is to provide an automatic door capable of reducing the size of an eyeless appearance to which an engine unit is attached.

The automatic door of the present invention includes a left and right vertical frame, an upper frame and a blind attached to the left and right vertical frame, and a vertical bone disposed below the blind and between the left and right vertical frames, A left and right vertical frame, an upper panel arranged in a frame formed by the upper frame and the blind, and one vertical frame of the left and right vertical frames, the vertical bone, and the blind formed by the blind A panel disposed in a frame, an opening formed by the other vertical frame of the left and right vertical frames, the vertical bone and the blind, and an opening / closing door disposed on the indoor side of the opening. And an engine unit that is attached to the eye and that opens and closes the opening / closing door, wherein the eye is an upper groove forming part for holding an upper panel, a lower groove forming part for holding a panel, and An upper piece that is continuous with the upper groove forming portion and the lower groove shape A lower prospective piece part continuous with the upper part, and an indoor finding piece part continuous with the upper prospective piece part and the lower prospective piece part, wherein the upper groove forming part is an outdoor facing piece facing the outdoor surface of the upper panel. and parts, and a chamber facing plate portion facing the interior surface of the upper panel with a continuous on said prospective piece, the lower groove forming portion, and an outdoor opposed piece which faces the outside surface of the panel An indoor facing piece that is continuous with the lower projection piece and faces the indoor surface of the panel, and the outdoor facing piece of the upper groove forming section and the outdoor facing piece of the lower groove forming section are combined. The outdoor find size is smaller than the indoor find size of the indoor find piece, and the outdoor find size of the outdoor facing piece of the upper groove forming portion and the outdoor facing piece of the lower groove forming portion is Indoor locating dimensions of the indoor locating piece Is smaller than, find the size of the indoor opposed piece of the upper groove forming portion is greater than find the dimensions of the chamber opposed piece of the lower groove forming portion, the engine unit is mounted to the indoor find piece It is characterized by being able to.

ADVANTAGE OF THE INVENTION According to the automatic door of this invention, while the interior finding piece part which has the finding dimension required for attaching an engine unit can be formed in an eyeless manner, and the said eyeless outdoor finding dimension is made small, and an eyeless appearance finding is carried out. The dimensions can be reduced in size, and the width of adjustment of the external appearance dimensions can be widened.
According to the automatic door of the present invention, the difference in the height position of the lower end of the outdoor facing piece and the indoor facing piece in the lower groove forming portion is the difference between the outdoor facing piece and the indoor facing piece in the upper groove forming portion. It can be smaller than the difference at the height position of the upper end. Since the portion where the difference is large is located above the blind lower groove forming portion and the lower prospective piece portion, the portion where the difference is large can be placed inconspicuously for those who pass through the opening of the automatic door.

In the automatic door according to the aspect of the invention, it is preferable that an expected size of the left and right vertical frames is larger than an expected size of the vertical bone, and the opening and closing door is installed between the expected surfaces of the left and right vertical frames.
According to such a configuration, a single-pull automatic door can be formed in the opening by attaching the engine unit to the door and arranging the opening / closing door on the indoor side of the opening.
In addition, since the opening and closing door is installed between the expected surfaces of the left and right vertical frames, the expected dimensions of the vertical bone can be reduced even if the configuration that can withstand the wind load by reducing the found dimensions of the left and right vertical frames and increasing the expected dimensions Thus, the opening and closing door can be arranged at a position along the opening.

In the automatic door of the present invention, it is preferable that a mohair that closes a gap with the opening / closing door is attached to the blind and the vertical bone.
According to such a configuration, when the engine unit is retrofitted to the existing eyelet, and the door is installed closer to the room than the opening, a gap is formed between the eyelet and the vertical bone and the door. Also, the mohair described above can suppress light leakage from the gap and invasion of insects.

  Advantageous Effects of Invention According to the present invention, it is possible to provide an automatic door capable of reducing the size of an eyeless appearance where an engine unit is mounted.

FIG. 1 is an external appearance view showing a one-sided automatic door according to an embodiment of the present invention. FIG. 3 is a vertical sectional view showing the automatic door according to the embodiment. FIG. 3 is a cross-sectional view showing the automatic door according to the embodiment. FIG. 6 is a cross-sectional view illustrating an automatic door according to a modification of the present invention. The external appearance figure which shows the double-pull type automatic door which concerns on the modification of this invention.

[Configuration of the present embodiment]
Hereinafter, embodiments of the present invention will be described with reference to the drawings.
1 to 3, an automatic door 1 according to the present embodiment automatically opens and closes by forming an opening with respect to curtain wall units arranged side by side up, down, left, and right that constitute a curtain wall along an outer wall surface of a building. A door was set up.

  The automatic door 1 is formed by a frame including an upper frame 10, a lower frame 20, and a blind 30 which are horizontal frames, and left and right cubicles 40, 50 (vertical frame) and a vertical bone 60 which are vertical frames. The body 2 and the panel 3 arranged in the frame formed by the lower frame 20, the blind 30, the ridge 50 and the vertical bone 60, and the upper frame 10, the blind 30 and the ridges 40 and 50. The vehicle includes a panel 4 (upper panel) arranged in the frame, an engine unit 7 attached to the eyelet 30, and an opening / closing door 8 suspended from the engine unit 7. An opening 9 communicating between the inside and outside of the room is formed by the eyelet 30, the cubic 40, and the vertical bone 60.

  The upper frame 10, the lower frame 20, the blinds 30, the cubicles 40 and 50, and the vertical bone 60 are each formed by an extruded aluminum member. The upper frame 10 and the blind 30 are attached to the cubicles 40 and 50, and the lower frame 20 is attached to the vertical bone 60 and the cubicle 50. The upper end of the vertical bone 60 is attached to an intermediate position of the blind 30. In the present embodiment, the panels 3 and 4 are formed of a multi-layer glass panel.

  As shown in FIG. 2, the upper frame 10 has an outdoor finding piece 11, prospective pieces 12 and 13, an indoor finding piece 14, and a groove forming portion 15 for holding a panel. The prospective piece 12 is located below the prospective piece 13. The outdoor finding piece 11 is continuous with the outdoor ends of the prospective pieces 12 and 13, and the indoor end of the prospective pieces 12 and 13 is continuous with the indoor finding piece 14. A groove forming portion 15 is continuous with a lower end portion of the outdoor finding piece portion 11 and an outdoor end portion of the prospective piece portion 12.

  The groove forming portion 15 includes a groove piece 151, an outdoor facing piece 152 that is continuous with the outdoor end of the groove piece 151, and an indoor facing piece that is continuous with the indoor end of the groove piece 151. And one piece 153. The groove prospective piece 151 is arranged along the direction in which the upper frame 10 is expected. The outdoor facing piece 152 and the indoor facing piece 153 are arranged along the direction in which the upper frame 10 is found, and hang down from the groove prospective piece 151. The outdoor facing piece portion 152 is arranged to face the outdoor surface of the panel 4. The outdoor facing piece 152 is provided with a backup material and a seal material that abut on the outdoor surface of the panel 4. The indoor facing piece 153 is arranged to face the indoor surface of the panel 4. The room opposing piece 153 is provided with a backup material and a seal material that are in contact with the indoor surface of the panel 4.

  As shown in FIG. 2, the lower frame 20 has an outdoor finding piece 21, prospective pieces 22 and 23, and an indoor finding piece 24. The outdoor finding piece 21 and the indoor finding piece 24 are continuous with the prospective pieces 22 and 23. The prospective piece 22 is located above the prospective piece 23. Between the prospective piece parts 22 and 23, a continuous piece part 25 continuous with the outdoor finding piece part 21 and the indoor finding piece part 24 is formed. The opening / closing guide member 91 is attached to the projection piece 23 of the lower frame 20 via a bracket.

  An engagement groove forming portion 26 is formed on the outdoor side portion of the prospective piece portion 22 by two protruding portions rising upward. The ridge 6 is engaged with the engagement groove forming portion 26, and an outdoor facing piece 27 located opposite to the outdoor surface of the panel 3 is configured by the engagement groove forming portion 26 and the ridge 6. The ridge 6 is arranged to face the outdoor surface of the panel 3. A back-up material and a seal material that come into contact with the outdoor surface of the panel 3 are provided on the pressing edge 6.

  The indoor side portion of the prospective piece portion 22 is raised upward and is continuous with the indoor finding piece portion 24, and the raised indoor side portion extends to the outdoor side in the prospective direction of the lower frame 20. An indoor facing piece 28 is formed. The outdoor end of the indoor facing piece 28 is arranged to face the indoor surface of the panel 3. At the outdoor end of the indoor facing piece 28, a backup material and a seal material that are in contact with the indoor surface of the panel 3 are provided. The prospective piece 22, the outdoor facing piece 27, and the indoor facing piece 28 form a groove forming portion for holding the panel.

  The outdoor finding piece 21 is disposed (set back) at a position retracted to the indoor side from the outdoor facing piece 27 in the expected direction of the lower frame 20. A skirting board cover 29 shown in FIG. 2 is attached to the outdoor finding piece 21. The outdoor surface of the baseboard cover 29 is flush with the outdoor surface of the outdoor facing piece 27. In addition, both edges of the baseboard cover 29 are closed by the cubicle 50 and the vertical bone 60.

  As shown in FIG. 1, the blinds 30 are arranged along the left-right direction and attached to the left and right cubicles 40, 50. As shown in FIG. 2, the blind 30 has projection pieces 32 and 33, a room finding piece 34, an upper groove forming part 35 and a lower groove forming part 36 for holding a panel. The prospective piece 32 (upper prospective piece) is located above the prospective piece 33 (lower prospective piece). The prospective pieces 32 and 33 are continuous with the indoor finding piece 34. The upper groove forming portion 35 is continuous with the outdoor end of the prospective piece 32. The lower groove forming portion 36 is continuous with the outdoor end portion of the prospective piece portion 33. The upper groove forming portion 35 and the lower groove forming portion 36 are connected by a continuous piece 31. The mohair 5 is mounted on the indoor finding piece 34.

The upper groove forming portion 35 engages with the groove forming portion 351 and the engaging groove forming portion 352 and the engaging groove forming portion 352 formed by the two protrusions rising upward from the groove forming piece 351. An outdoor facing piece 353 formed by the pressed ridge 6 and an indoor facing piece 354 rising upward from the indoor end of the groove projection piece 351. The groove piece 351 is continuous with the upper end of the continuous piece 31, and the indoor facing piece 354 is continuous with the outdoor end of the piece 32.
The groove prospective piece 351 is arranged along the prospective direction of the blind 30. The outdoor facing piece 353 and the indoor facing piece 354 are arranged along the direction in which the blind 30 is found, and stand up from the groove prospective piece 351.
The pressing edge 6 of the outdoor facing piece 353 is disposed to face the outdoor surface of the panel 4. The pressing edge 6 is provided with a backup material and a sealing material that contact the outdoor surface of the panel 4. The indoor facing piece 354 is arranged to face the indoor surface of the panel 4. The room opposing piece 354 is provided with a backup material and a seal material that are in contact with the indoor surface of the panel 4.

The lower groove forming portion 36 includes a groove prospect piece 361, an outdoor facing piece 362 continuous with the outdoor end of the groove prospect piece 361, and an indoor space continuing to the indoor end of the groove prospect piece 361. And an opposing piece 363. The groove piece 361 is continuous with the lower end of the continuous piece 31, and the indoor facing piece 363 is continuous with the outdoor end of the piece 33.
The groove prospective piece 361 is arranged along the prospective direction of the blind 30. The outdoor facing piece portion 362 and the indoor facing piece portion 363 are arranged along the direction in which the blind 30 is found, and hang down from the groove prospective piece portion 361.
The outdoor facing piece 362 is arranged to face the outdoor surface of the panel 3. The outdoor facing piece 362 is provided with a backup material and a seal material that are in contact with the outdoor surface of the panel 3. The indoor facing piece 363 is arranged to face the indoor surface of the panel 3. The room opposing piece 363 is provided with a backup material and a seal material that are in contact with the indoor surface of the panel 3.

The outdoor finding size 37 (the finding size from the upper end of the outdoor facing piece portion 353 to the lower end of the outdoor facing piece portion 362) including the outdoor facing piece portions 353 and 362 is smaller than the indoor finding size 38 of the indoor finding piece portion 34. Have been.
Further, the found size of the indoor facing piece portion 354 of the upper groove forming portion 35 is larger than the found size of the indoor facing piece portion 363 of the lower groove forming portion 36. For this reason, the difference in height between the lower end of the outdoor facing piece 362 and the lower end of the indoor facing piece 363 is smaller than the difference in height between the upper end of the outdoor facing piece 353 and the upper end of the room facing piece 354. Is also smaller.

  3 is provided with a first standing member 401, and is combined with a second standing member 501A of the curtain wall unit C adjacent to the right side of the automatic door 1 in the left-right direction to divide it. Make up the standing.

  The first standing member 401 includes the prospective piece 41, a room finding piece 43 continuous with the indoor end of the prospective piece 41, and the longitudinal bone 60 side along the finding direction of the cubic 40 from the prospective piece 41. , A frame member 45 engaged with the extending piece 44 and screwed to the outdoor portion of the prospective piece 41, and a frame member 45 of the extending piece 44 and the prospective piece 41. And an indoor frame member 46 screwed to the indoor side portion. The room finding piece 43 protrudes outward from the prospective piece 41 in the finding direction of the cubic 40. The frame member 45 and the indoor frame member 46 form a flat prospect surface.

  The prospective piece portion 41 has engaging portions 47, 48, 49A, and 49B that protrude outward in the direction of finding the cubic 40. The engaging portions 47, 48, 49A, 49B are arranged in order from the outdoor side to the indoor side, and are respectively engaged with the second upright member 501A. The engagement portion 48 is attached to the second directional member 501A by an attachment screw.

  3 includes a second vertical member 501, which is combined with the first vertical member 401A of the curtain wall unit C adjacent to the left side of the automatic door 1 in the left-right direction to divide the vertical direction. Make up the standing.

  The second ridge member 501 includes a projection piece portion 51, an engagement groove forming portion 53 formed by two projections projecting inward from the outdoor portion of the projection piece portion 51 in the finding direction of the ridge 50, An opposing portion 54 is formed in a portion of the piece portion 51 located closer to the indoor side than the engagement groove forming portion 53.

  The ridge 6 is engaged with the engagement groove forming portion 53. The pressing edge 6 is arranged to face the outdoor surface of the panel 3. A back-up material and a seal material that come into contact with the outdoor surface of the panel 3 are provided on the pressing edge 6. The outdoor facing piece portion 52 is configured by the engagement groove forming portion 53 and the pressing edge 6.

  The opposing portion 54 is formed to have a substantially U-shaped cross section, and the opposing piece 541 located opposite to the interior surface of the panel 3 is provided with a backup material and a seal material that are in contact with the interior surface of the panel 3. ing.

  In addition, the prospective piece 51 has engaging portions 57, 58, 59A, 59B protruding outward in the finding direction of the cubic 50. The engagement portions 57, 58, 59A, and 59B are arranged in order from the outdoor side to the indoor side, and engage with the first upright member 401A, respectively.

  As shown in FIG. 1, the vertical bone 60 is arranged along the vertical direction from the lower frame 20 and is attached to the blind 30. As shown in FIG. 3, the vertical bone 60 has an outdoor finding piece 61, prospective pieces 62, 63, an indoor finding piece 64, and two projecting pieces protruding from the outdoor side of the prospective piece 62 toward the panel 3. An engagement groove forming portion 65 formed by the two projections; a room facing piece 66 extending toward the panel 3 from the prospective piece 62 at a position on the indoor side of the engagement groove forming portion 65; And a continuous piece 67 continuous with the interior finding piece 64. The mohair 5 is mounted on the indoor finding piece 64.

The ridge 6 is engaged with the engagement groove forming portion 65. The ridge 6 is arranged to face the outdoor surface of the panel 3. A backing material and a sealing material that contact the outdoor surface of the panel 3 are provided on the pressing edge 6. The outdoor facing piece 68 is constituted by the engagement groove forming portion 65 and the pressing edge 6.
The indoor facing piece 66 is arranged to face the indoor surface of the panel 3. A back-up material and a sealing material that are in contact with the indoor surface of the panel 3 are provided in the indoor facing piece 66.

  The cubicles 40, 50 have larger expected dimensions than the upper frame 10, the lower frame 20, the blinds 30, and the vertical bone 60 so as to cope with a larger wind load. The cubicles 40 and 50 are configured to protrude more toward the indoor side than the upper frame 10, the lower frame 20, the blinds 30, and the vertical bones 60.

  As shown in FIGS. 2 and 3, the engine unit 7 includes a rail member 71 screwed to the room finding piece 34 of the blind 30, a roller 72 movably engaged along the rail member 71, and a roller 72. An engine (not shown) such as an electric motor that drives the vehicle 72 is accommodated in the case 70. The opening / closing door 8 is suspended from the shaft of the roller 72 via a bracket 73. The engine unit 7 is arranged along the eyelet 30.

  As shown in FIGS. 1 to 3, the opening and closing door 8 is configured by assembling an upper frame 81, a lower frame 82, left and right vertical frames 83 and 84, and a panel 85. The panel 85 is formed of a multi-layer glass panel in the present embodiment. The bracket 73 described above is attached to the upper frame 81. A guide piece 86 that is guided in the left-right direction by the opening / closing guide member 91 is attached to the lower frame 82.

  The opening / closing door 8 is suspended from the engine unit 7 via the bracket 73 so as to be disposed on the indoor side of the opening 9 and between the prospective surfaces of the prospective pieces 41, 51 of the cubicles 40, 50, In addition, it is arranged on the room finding piece 64 of the vertical bone 60 with a gap. In a state where the opening 9 is closed, as shown in FIG. 2, the upper frame 81 is in contact with the mohair 5 attached to the room finding piece 34 of the blind 30, and as shown in FIG. 83 is in contact with the prospective surface of the indoor frame member 46 of the cubic 40, and the vertical frame 84 is in contact with the mohair 5 attached to the indoor finding piece 64 of the vertical bone 60.

[Operation of this embodiment]
Hereinafter, the opening and closing operation of the automatic door 1 according to the present embodiment will be described. The automatic door 1 is provided with a sensor (not shown) for detecting a person approaching the opening 9, and the engine of the engine unit 7 operates based on the detection by the sensor.

  First, when the sensor detects a person approaching the opening 9, the engine of the engine unit 7 is operated to drive the roller 72 along the rail member 71, and the opening / closing door 8 is moved from the closed position shown in FIG. Automatically moves to the open position on the side. When the opening / closing door 8 reaches the opening position, the opening movement is stopped and the operation waits for a predetermined time. After the standby, if the sensor is in a state of sensing a person, the apparatus waits for a further predetermined time. When the sensor is not detecting a person, the engine of the engine unit 7 is operated to drive the roller 72 in the reverse direction along the rail member 71, and the door 8 is moved from the open position to the closed position. Moves automatically closed until. When the opening / closing door 8 reaches the closed position, the closing movement is stopped, and the door 8 is stopped until the sensor detects a person again. Thus, the automatic door 1 opens and closes.

[Effects of the present embodiment]
(1) In the present embodiment, the automatic door 1 includes left and right cubicles 40 and 50, an upper frame 10 and a blind 30 attached to the cubicles 40 and 50, and a , 50, a panel 4 (upper panel) disposed in a frame formed by left and right cubicles 40, 50, an upper frame 10 and a blind 30; The panel 3 arranged in the frame formed by the bone 60 and the eyelet 30, the opening 9 formed by the ridge 40, the vertical bone 60 and the eyelet 30, and the room 3 located closer to the room than the opening 9. An opening / closing door 8 and an engine unit 7 attached to the eyelet 30 for opening and closing the door 8 in the left-right direction. The eyeless 30 includes an upper groove forming portion 35 for holding an upper panel, Continuous with the lower groove forming portion 36 and the upper groove forming portion 35. An upper groove forming portion having an upper prospective piece portion 32, a lower prospective piece portion 33 continuing to the lower groove forming portion 36, and an indoor finding piece portion 34 continuing to the upper prospective piece portion 32 and the lower prospective piece portion 33; 35 has an outdoor facing piece portion 353 facing the outdoor surface of the upper panel 4, the lower groove forming portion 36 has an outdoor facing piece portion 362 facing the outdoor surface of the panel 4, and an upper groove forming portion 35. The outdoor finding size 37 of the outdoor facing piece portion 353 and the outdoor facing piece portion 362 of the lower groove forming portion 36 is smaller than the indoor finding size 38 of the indoor finding piece portion 34, and the engine unit 7 is provided with the indoor finding piece. It is characterized by being attached to the part 34.
With the above configuration, the indoor finding piece 34 having the necessary dimensions for mounting the engine unit 7 can be formed in the blind 30, and the outdoor finding dimension 37 of the blind 30 can be reduced to reduce the blind 30. Can be made slim, and the adjustment range of the appearance finding dimension can be expanded.
Further, in the present embodiment, the following effects can be exhibited.
(2) The expected size of the cubicles 40 and 50 is made larger than the expected size of the vertical bone 60, and the opening / closing door 8 is installed between the imaginary surfaces of the cubicles 40 and 50.
For this reason, by mounting the engine unit 7 on the blind 30 and arranging the opening / closing door 8 on the indoor side of the opening 9, the one-sided automatic door 1 can be retrofitted to the opening 9. In addition, since the opening and closing door 8 is installed between the prospective surfaces of the cubicles 40 and 50, the vertical dimensions can be reduced even if the founding dimensions of the cubicles 40 and 50 are slimmed, and the prospective dimensions are increased to withstand the wind load. The expected size of 60 does not increase, and the opening and closing door 8 can be arranged at a position along the opening 9.
(3) The upper groove forming portion 35 has an indoor facing piece portion 354 that is continuous with the upper prospective piece portion 32 and faces the indoor surface of the upper panel 4. It has an indoor facing piece portion 363 that is continuous and faces the interior surface of the panel 3, and the found size of the indoor facing piece portion 354 of the upper groove forming portion 35 is the found size of the indoor facing piece portion 363 of the lower groove forming portion 36. Will be larger than
For this reason, the difference in the height position of the lower end of the outdoor facing piece portion 362 and the indoor facing piece portion 363 in the lower groove forming portion 36 is the difference between the upper end of the outdoor facing piece portion 353 and the upper end of the indoor facing piece portion 354 in the upper groove forming portion 35. It can be smaller than the difference at the height position. Since the portion where the difference is large is located above the lower groove forming portion 36 and the lower projection piece portion 33 of the blind 30, the portion where the difference is large for a person who passes through the opening 9 of the automatic door 1. It can be placed in an inconspicuous manner.
(4) The mohair 5 for closing the gap with the opening / closing door 8 is attached to the blind 30 and the vertical bone 60. For this reason, when the engine unit 7 is retrofitted to the existing blind 30 and the door 8 is installed on the indoor side of the opening 9, a gap is formed between the blind 30 and the vertical bone 60 and the door 8. Even if it does, light leakage from the gap and invasion of insects can be suppressed by the mohair 5 described above.

[Modification]
The present invention is not limited to the configuration described in the above embodiment, and modifications within a range that can achieve the object of the present invention are included in the present invention.
For example, in the above-described embodiment, the vertical frame 83 on the door end side of the opening / closing door 8 comes into contact with the indoor frame member 46 to be in a closed state as shown in FIG. 3, but is not limited thereto. As shown in the figure, the configuration of the indoor frame member 46 may be omitted, and the vertical door 83 may be brought into contact with the prospective piece 41 of the cubicle 40 so that the door 8 is closed. In this case, the vertical frame 83 on the door end side is located on the indoor side of the frame member 45 and is accommodated within the found dimensions of the cubicle 40, so that it can be a hidden framing hidden from the outdoor side by the cubicle 40.

In the above-described embodiment, a straight cubic is provided as the door-side cubic 40, but the invention is not limited to this, and an outgoing cubic 100 (corner cubic) may be provided as shown in FIG. . The protruding corner ridge 100 includes a rectangular tubular cubic main body 103 having a first engagement piece 101 and a second engagement piece 102, a mounting frame 104 engaged with the first engagement piece 101, A frame member 45 and an indoor frame member 46 attached to the attachment frame 104, and a panel holder 105 engaged with the second engagement piece 102 are provided.
By attaching the frame member 45 and the indoor frame member 46 to the protruding corner cubicle 100 in this manner, a door stop portion for the opening / closing door 8 can be configured.

In the above-described embodiment, the single-pull type automatic door 1 has been described. However, the present invention is not limited to this. For example, a double-pull type automatic door 200 as shown in FIG. 5 may be used.
The automatic door 200 includes left and right cubicles 40, 50, left and right vertical bones 60, 60 disposed between the cubicles 40, 50, a blind eye 30 attached to the cubicles 40, 50, and a right cubicle 40. A first panel 3 (panel) disposed between the left and right vertical bones 60 and a second panel 3 (panel) disposed between the left sill 40 and the left vertical bone 60; The opening formed by 60, 60 and the blind 30, the left and right doors 8, 8 disposed on the indoor side of the opening, and the left and right doors 8, 8 attached to the blind 30, An engine unit that moves toward and away from each other in the left-right direction, the expected dimensions of the cubicles 40, 50 are made larger than the expected dimensions of the left and right vertical bones 60, 60, and the left and right opening doors 8, 8 are provided. Is installed between prospective faces of left and right cubicles 40 and 50 It is.
The upper frame 10 is attached to the upper ends of the cubicles 40 and 50, and the upper panel 4 is arranged between the upper frame 10 and the eyelet 30. The lower frame 20 is attached to each of the ridge 40 and the vertical bone 60 and the ridge 50 and the vertical bone 60.
According to this double-pull type automatic door 200, the engine unit is attached to the blind 30, and the left and right opening doors 8, 8 are arranged on the indoor side of the opening, so that the double-pulling automatic door 200 is provided at the opening. Can be added later. Also, since the left and right doors 8, 8 are installed between the prospective surfaces of the left and right cubicles 40, 50, the found dimensions of the left and right cubicles 40, 50 are slimmed, the prospective dimensions are enlarged, and the wind load is reduced. Even in a configuration that can withstand, the expected size of the left and right vertical bones 60 does not increase, and the left and right opening and closing doors 8, 8 can be arranged at positions along the openings.

  In the above embodiment, the found size of the indoor facing piece 354 of the upper groove forming portion 35 is larger than the found size of the indoor facing piece 363 of the lower groove forming portion 36, but is not limited thereto. For example, the found size of the indoor facing piece portion 354 may be smaller than the found size of the indoor facing piece portion 363, and the found size of the indoor facing piece portions 354 and 363 may be the same as each other.

  In the above embodiment, the mohair 5 is attached to the blind 30 and the vertical bone 60, but these configurations may be omitted.

  In the above embodiment, the cubic 40 includes the indoor frame member 46, but this configuration may be omitted. In this case, the opening / closing door 8 directly contacts the prospective surface of the prospective piece 41 of the cubic 40 to close the opening 9.

  1,200: Automatic door, 10: Upper frame, 100: Standing corner, 101: First engaging piece, 102: Second engaging piece, 103: Standing body, 104: Mounting frame, 105 ... Panel holder, 11, 21, 61 ... outdoor finding piece, 12, 13, 22, 23, 41, 51, 62, 63 ... prospective piece, 14, 24, 34, 43, 64 ... indoor finding piece, 15: groove forming portion, 151, 351, 361: groove prospective piece, 27, 52, 68, 152, 353, 362, 363: outdoor facing piece, 28, 66, 153, 354: indoor facing piece, 2 ... frame body, 20 ... lower frame, 25,67 ... continuous piece part, 26,53,65,352 ... engaging groove forming part, 29 ... baseboard cover, 3,4,85 ... panel, 30 ... 31: continuous piece, 32: upper piece, 33: lower piece, 35: upper groove forming part, 3 ... lower groove forming portion, 37 ... outdoor finding dimension, 38 ... indoor finding dimension, 40, 50 ... cubic (vertical frame), 401, 401A ... first standing member, 44 ... extension piece, 45 ... frame member , 46 ... indoor frame material, 47, 48, 49A, 49B, 57, 58, 59A, 59B ... engaging part, 5 ... mohair, 501, 501A ... second standing member, 54 ... facing part, 541 ... facing piece Part, 6 ... ridge, 60 ... vertical bone, 7 ... engine unit, 70 ... case, 71 ... rail member, 72 ... roller, 73 ... bracket, 8 ... door, 81 ... upper frame, 82 ... lower frame, 83, 84 ... vertical frame, 86 ... guide piece, 9 ... opening, 91 ... opening and closing guide member, C ... curtain wall unit.

Claims (3)

Left and right vertical frames, an upper frame and blinds attached to the left and right vertical frames, a vertical bone disposed below the blinds and between the left and right vertical frames, and the left and right vertical frames, A frame and an upper panel arranged in a frame formed by the blinds, and a vertical frame of one of the left and right vertical frames, a panel arranged in the frame formed by the vertical bones and the blinds And the other vertical frame of the left and right vertical frames, an opening formed by the vertical bone and the blind, an opening / closing door disposed closer to the indoor side than the opening, and the eyeless attachment. And an engine unit for opening and closing the opening and closing door,
The stitches are an upper groove forming portion for holding an upper panel, a lower groove forming portion for holding a panel, an upper prospective piece portion continuing to the upper groove forming portion, and a lower prospective portion continuing to the lower groove forming portion. A piece, and a room finding piece that is continuous with the upper prospect piece and the lower prospect piece,
The upper groove forming portion has an outdoor facing piece facing the outdoor surface of the upper panel, and an indoor facing piece that is continuous with the upper prospective piece and faces the interior surface of the upper panel ,
The lower groove forming portion has an outdoor facing piece portion facing the outdoor surface of the panel, and an indoor facing piece portion that is continuous with the lower prospective piece portion and faces the indoor surface of the panel ,
The outdoor finding size combining the outdoor facing piece portion of the upper groove forming portion and the outdoor facing piece portion of the lower groove forming portion is smaller than the indoor finding size of the indoor finding piece portion,
The found size of the indoor facing piece portion of the upper groove forming portion is larger than the found size of the indoor facing piece portion of the lower groove forming portion,
The automatic door, wherein the engine unit is attached to the room finding piece. The automatic door according to claim 1,
The expected size of the left and right vertical frames is made larger than the expected size of the vertical bone,
The automatic door according to claim 1, wherein the opening and closing door is installed between prospective surfaces of the left and right vertical frames. In the automatic door according to claim 1 or 2 ,
An automatic door, wherein a mohair that closes a gap with the opening / closing door is attached to the blind and the vertical bone.

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