Door device

Abstract

To modify a device, in which cutout parts 11e and 12e are formed in lower end edge side depth surface parts 11d and 12d so that a hinge body part 7c of a hinge 7 is installed between indoor and outdoor side surface plates in a lower end edge part of a main door 6, in such a manner that an object is prevented from being caught by cutout end edges of the cutout parts 11e and 12e.SOLUTION: A cover body 25 provided for covering a hinge body part 7c is configured to cover, beyond cutout notch ends of notches 11e, 12e, even the remaining cutout parts 11f, 12f.SELECTED DRAWING: Figure 13

Description

[Technical Field]

[0001] The present invention relates to the technical field of door devices that are installed at the entrances of buildings such as apartment buildings and houses. [Background technology]

[0002] Generally, in order to open and close the entrances and exits of buildings such as apartment buildings and houses, there are those that use a swing door system in which the door body swings open and closed in the indoor / outdoor direction with a vertical axis as the support axis. In this case, a hinge body is attached to the upper and lower edge of the door body, and the door body is attached so that it can be opened and closed freely via a pivot hinge (sometimes called a "cantilever hinge") in which the hinge axis is positioned offset from the hinge body in one direction. However, when the hinge body of a pivot hinge is attached to the vertical edge of the door body, if the hinge body is attached to the visible surface of the vertical edge of the door body, the hinge body will protrude vertically from the visible surface of the door body and be visible from the outside, which is not desirable in terms of appearance. Therefore, it has been proposed to form the above-mentioned vertical projected surface portions of the door body by bending the indoor / outdoor side panels of the door body inward in the indoor / outdoor direction, cut out the portions of the formed vertical projected surface portions corresponding to the hinge main body portion, and construct a structure in which the hinge main body portion is internally installed in the cut-out portion, so that the hinge main body portion cannot be seen from the outside (see, for example, Patent Document 1). [Prior art documents] [Patent documents]

[0003] [Patent Document 1] Japanese Patent Application Laid-Open No. 2007-138658 Summary of the Invention [Problem to be solved by the invention]

[0004] However, with the conventional products, when forming the cutouts in the indoor and outdoor side panels, the edges and corners of the cutouts become sharp and are exposed, which poses a risk of injury if a hand or foot accidentally comes into contact with them. These are the issues that the present invention aims to solve. [Means for solving the problem]

[0005] The present invention was created in view of the above-mentioned circumstances and with the aim of solving these problems. The invention of claim 1 is a door device in which a door body is journaled so as to be able to swing open and closed via a pivot hinge comprising a hinge body attached to the vertical edge of the door body and a hinge shaft positioned biased outward in the opening direction of the door body, and in which the projected surface portions of the vertical side edges of the door body are formed by bending the indoor / outdoor side panels inward in the indoor / outdoor direction at the vertical side edges of the door body, wherein cutout portions corresponding to the hinge body are formed in the projected surface portions of the vertical side edges so that the hinge body can be installed between the indoor / outdoor side panels, and a cover body provided to cover the hinge body is formed so as to extend beyond the cutout edges of the cutout portions in the projected surface portions and cover the outside in the indoor / outdoor direction. The invention of claim 2 is a door device according to claim 1, characterized in that the cover body is composed of an L-shaped plate material having a horizontal piece and a vertical piece, the horizontal piece being fastened to the projection surface portion at the door leading end portion beyond the hinge main body portion, and the vertical piece being fastened to the end surface portion at the door trailing end side of the door body. The invention of claim 3 is a door device as described in claim 2, characterized in that the door body has a projected surface portion of the door body's door trailing edge edge formed by bending the door trailing edge side edge portion of the indoor / outdoor side panel inward in the indoor / outdoor direction, and the vertical edge portion of the projected surface portion of the door body's door trailing edge side edge is covered by a corner portion between the horizontal piece portion and the vertical piece portion. [Effects of the Invention]

[0006] By adopting the invention of claim 1, the hinge main body provided on the door body has a cutout portion formed in the projected surface portion of the upper and lower side edges, and the hinge main body is installed between the indoor and outdoor side panels; the cover body for covering the hinge main body extends beyond the cutout edge of the cutout in the projected surface portion and covers the outside in the indoor and outdoor direction, so that the cutout edge of the cutout is covered by the cover body for covering the hinge main body, and the cover body can be effectively used to prevent objects from getting caught on the cutout edge. By adopting the invention of claim 2, the cover body is made up of an L-shaped plate material having a horizontal piece and a vertical piece, and the horizontal piece is fastened to the projection surface portion at the door tip side beyond the hinge main body portion, and the vertical piece is fastened to the end surface portion of the door body on the door tail side, thereby enabling the cover body to be securely attached. By adopting the invention of claim 3, the upper and lower edge portions of the projected surface portion, which forms the end edge of the door body on the door tail side, are covered by the corner portion between the horizontal piece portion and the vertical piece portion of the cover body, thereby preventing objects from getting caught on the edge portion. [Brief explanation of the drawings]

[0007] [Figure 1] FIG. [Figure 2] FIG. [Figure 3] (A) and (B) are front and side views of the sleeve door. [Figure 4] (A)(B)(C) are a plan view, a horizontal cross-sectional view, and an enlarged cross-sectional side view of the upper frame portion of the sleeve door. [Figure 5] (A)(B)(C) are horizontal cross-sectional views of the frame material on the door edge of a sleeve door, a horizontal cross-sectional view of the French latch area, and a horizontal cross-sectional view of the lock receiving area. [Figure 6] This is a side view of the French lock portion of the sleeve door. [Figure 7] (A)(B)(C) are a front view, a side view, and a plan view of a closing plate for a French drop lock. [Figure 8](A) and (B) are side and front views of the lock receiving portion of the sleeve door. [Figure 9] (A)(B)(C) are a side view, a rear view, and a plan view of the reinforcing metal fitting. [Figure 10] 1A, 1B, 1C, and 1D are a side view, an exploded side view, a plan view showing the assembled state, and a plan view showing the exploded state of the lock receiving part. [Figure 11] FIG. 2 is a front view showing the upper and lower hinge portions of the main door. [Figure 12] (A)(B)(C)(D) are a front view, a bottom view, a side view of the lower hinge part, and a bottom view with the cover removed. [Figure 13] (A)(B)(C) are a cross-sectional front view of the lower hinge portion, a cross-sectional side view of the adjustment screw portion, and a cross-sectional side view of the main body portion. [Figure 14] (A), (B), and (C) are a front view, a side view, and a bottom view of the cover body. DETAILED DESCRIPTION OF THE INVENTION

[0008] An embodiment of the present invention will be described below with reference to the drawings. In the drawings, reference numeral 1 denotes a door device (parent-child door device) to be installed at an indoor / outdoor (indoor / outdoor) entrance E. The door frame (door frame) constituting the door device 1 is configured in a rectangular frame shape using left and right vertical frames 2 and 3 and upper and lower horizontal frames 4 and 5. A main door (parent door) 6, which is opened and closed for normal access through the entrance E, is attached to the vertical frame 3 on one side (the right side in FIG. 1 ) in the left-right direction, via a hinge 7 for the main door 6, and can be opened and closed in the front-to-back direction (indoor / outdoor directions). Meanwhile, a sleeve door (child door) 9, which is normally kept closed via a general-purpose French lock 8 (described later), is attached to the vertical frame 2 on the other side via a hinge 10 for the sleeve door 9, forming a double-door opening and closing system. With this configuration, the vertical frame 3 on one side serves as the trailing edge vertical frame of the main door 6, and the vertical frame 2 on the other side serves as the trailing edge vertical frame of the sleeve door 9. In the figure, 1a denotes a door stop provided at the leading edge of the side door 9 on the indoor side so as to come into contact with the main door 6 when it is closed.

[0009] The main door 6 and the sleeve door 9 are provided with indoor and outdoor side panels (front and back panels) 11, 12, a filler 13 made of a core material such as a honeycomb core or a paper core that is filled between the indoor and outdoor side panels 11, 12, and a frame material 14 made of frame material on the four peripheral edges of the main door 6 and the sleeve door 9. The main door 6 is supported via a pivot hinge 7, and the sleeve door 9 is supported via a center-hanging hinge 10, so that they can swing open and closed toward the outdoors. First, with regard to the sleeve door 9, the vertical frame member 14a on the door front side of the frame material 14 has leg pieces 14c, 14d extending from both indoor and outdoor end edges of the spanning piece 14b on the door tail side toward the door front, giving it an U-shaped opening on the door front side, but the indoor side leg piece 14c is longer than the outdoor side leg piece 14d, and indoor and outdoor side panels 11, 12 are attached to these indoor and outdoor leg pieces 14c, 14d from the outside in the indoor / outdoor direction, but the indoor and outdoor side panels 11, 12 are bent inward in the indoor / outdoor direction at the door front side edge portion of each leg piece 14c, 14d.

[0010] In this case, as shown in Figure 5, the indoor side panel 11 that is attached from the indoor side to the longer indoor leg piece 14c is bent toward the outdoor side at the door-leading edge (tip edge) of the indoor leg piece 14c, and this bent panel forms the door-leading visible surface portion 11a that becomes the door-leading end face of the sleeve door 9. Moreover, the indoor side panel 11 is bent further from the tip edge of what has become the door-leading visible surface portion 11a toward the door trailing edge to form the outdoor side panel 11b, and the tip edge of the outdoor side panel 11b is configured to reach a position closer to the door trailing edge than the door-leading edge of the outdoor leg piece 14d. With this configuration, a space S is formed at the leading edge of the sleeve door 9, surrounded by the U-shaped leading edge vertical frame member 14a and the leading edge visible surface portion 11a. On the other hand, the outdoor side panel 12 is placed against the outdoor leg piece 14d from the outdoor side, and is bent from the tip edge of the outdoor leg piece 14d toward the indoor side and abuts (or closely faces) against the outdoor side portion 11b of the indoor side panel 11, forming a step surface portion 12a that abuts against the outdoor side portion 11b in a step-like manner, and further forming a bent surface portion 12b that is bent from the step surface portion 12a toward the door tail side while following the outdoor side portion 11b.

[0011] The sleeve door 9 configured in this manner is provided with an intercom device 15 and a lighting fixture 16, which are exemplified as electrical and electronic appliances (electrical and electronic devices), exposed to the outdoors, but the wiring 17 for electrically connecting these intercom device 15 and lighting fixture 16 passes through a wiring pipe (through hole) 9a arranged inside the sleeve door 9 and is electrically connected by being arranged from the upper edge of the sleeve door 9 to the indoor side via a through hole 4a provided in the upper horizontal frame 4. In this case, the upper edge of the sleeve door 9 is made up of a stack of an upper frame member 14e in a U-shape with an open bottom, and upper visible surface portions 11c, 12c, which are formed by bending the indoor / outdoor side panels 11, 12 in the indoor / outdoor direction at their upper edge portions on a spanning portion 14g of the upper frame member 14e.A through hole 14f is formed in the upper edge of the sleeve door 9 configured in this manner, but the through hole 14f is in the shape of a semi-ellipse that is long in the indoor / outdoor direction, and the arc-shaped edge on the outdoor side does not reach the outdoor leg piece 14j of the upper frame member 14e, while the edge on the indoor side is configured by cutting out the upper end of the indoor side leg piece 14h of the upper frame member 14e, including the corresponding portion of the indoor side panel 11. When the sleeve door 9 is opened to the outdoors, the wiring 17 that passes through the wiring pipe 9a moves relative to the indoor side with respect to the through hole 14f that passes through it loosely. However, by maximizing this relative movement, when the wiring 17 abuts against the indoor side edge of the through hole 14f formed in the upper frame material 14e, the wiring 17 will not abut against the horizontal cutout edge 14k like the edge formed on the outdoor side of the spanning piece 14g, but will abut against the upward cutout upper end 14i of the indoor side leg piece 14h from the outdoor side. As a result, the risk of the wiring 17 abutting against the horizontal cutout edge 14k and suffering early abrasion damage is reduced, making it effective for sleeve doors 9 that are opened infrequently.

[0012] Furthermore, the French locks 8 are installed above and below the space S in the visible surface portion 11a on the door front side of the sleeve door 9. The French locks 8 are general-purpose locks that are configured to be locked by operating the operating device 8a up and down, so that the lock rod 8d appears and disappears from the upper and lower edge portions of the sleeve door 9 and fits into the lock holes 4b, 5b provided in the upper and lower horizontal frames 4, 5; further details will be omitted. In this embodiment, the French drop lock 8 is fastened via a screw 8c to the door-end visible surface 11a where the operating device 8a is visible, and furthermore, the left and right outer surface portions of the French drop lock 8 are covered with a blocking plate 8b, thereby preventing the operating device 8a from being accidentally unlocked and the side door 9 from being opened. Incidentally, the covering plate 8b for the door leading side visible surface portion 11a can be attached and removed by using a pop nut or by forming a tapped hole in the door leading side visible surface portion 11a so that a screw can be screwed in, but in this embodiment the covering plate 8b is fastened with a screw 8e using a pop nut.

[0013] Furthermore, the sleeve door 9 is provided with a lock receiving portion (strike) into which the lock bolt of the lock device provided on the main door 6 is fitted, but in this embodiment, two types of lock devices, a first and a second, for the main lock and the auxiliary lock, are provided as lock devices, and therefore, a first lock body portion 18 and a second lock body portion 19, which constitute the first (for the main lock) and second (for the auxiliary lock) lock devices, are provided above and below the edge of the door leading side of the main door 6, and the first body portion 18 is provided with a deadbolt by inserting a key (not shown) into the key hole portion 18a to operate the lock. The first lock body 18 is equipped with a locking mechanism in which deadbolt 18b appears and retracts to lock and unlock, and a locking mechanism in which latch bolt 18d, which is always protruding and locked when the operating handle 18c is operated, retracts to unlock, while the second lock body 19 is equipped with only a locking mechanism in which deadbolt 19b appears and retracts to lock and unlock when a key is inserted into keyhole 19a and the lock is operated, but does not have any locking mechanism equivalent to the latch bolt 18d provided on the first lock body 18 side.

[0014] Since the first and second lock body portions 18, 19 are provided on the main door 6 side in this manner, it is necessary to provide the first and second lock receiving portions 20, 21 corresponding to these first and second lock body portions 18, 19 on the side edge of the sleeve door 9, and for this reason the following considerations have been taken into account in this embodiment. As mentioned above, the door-front side vertical frame member 14a of the sleeve door 9 is U-shaped, and a door-front side visible surface portion 11a is provided at the opening on the door-front side, where the tip portion of the indoor side panel 11 is bent.The first and second lock receiving portions 20, 21 are installed inside the space S formed by the vertical frame 14a and the door-front side visible surface portion 11a, and in this embodiment, the door-front side vertical frame member 14a has the door-front side visible surface portion 11a portion, where these lock receiving portions 20, 21 are actually attached, reinforced with reinforcing metal fittings 22.

[0015] The reinforcing bracket 22 is L-shaped in plan view, having a visible piece 22a and a recessed piece 22b, with the visible piece 22a welded (fixed) to the indoor leg piece 14c of the door-front vertical frame member 14a in a state where it abuts from the outdoor side, and the recessed piece 22b is arranged in a state where it abuts against the door-front recessed surface portion 11a of the indoor side panel 11 from the door tail side (back side). Furthermore, reinforcing metal fitting 22 is formed as an elongated member spanning between first and second lock receiving portions 20, 21, and projection piece 22b has first and second installation holes (installation grooves) 22c, 22d formed at the top and bottom for attaching first and second lock receiving portions 20, 21. In this case, first and second installation holes 22c, 22d are groove-shaped and open at the tip edge (outdoor edge) of projection piece 22b.

[0016] The lock receiving portions 20, 21 differ in that the first lock receiving portion 20 receives both the deadbolt 18b and the latch bolt 18d, while the second lock receiving portion 21 receives only the deadbolt 19b, but in this embodiment they have the same structure, and therefore from here on, the first lock receiving portion 20 will be described in detail, and an explanation of the second lock receiving portion 21 will be omitted unless specifically necessary. Incidentally, since the second lock receiving portion 21 only receives the deadbolt 19b, it can be made smaller than the first lock receiving portion 20, but this is something that can be changed as needed.

[0017] The first lock receiving portion 20 is configured to include an outer metal fitting 20a that is placed against and abuts against the door-leading-side visible surface portion 11a of the indoor side panel 11 from the door-leading-side, and an inner metal fitting 20b that is placed against and abuts against the door-tail-end portion 22b of the reinforcing metal fitting 22 from the door-tail-end side by providing the reinforcing metal fitting 22. As described above, the first lock receiving portion 20 is configured to be attached in a state in which the door-leading-side visible surface portion 11a and the visible portion 22b, which are arranged in a stacked configuration, are sandwiched between the door-leading-side visible surface portion 11a and the visible portion 22b, by tightening the upper and lower end edges with screws 20c with the outer metal fitting 20a abutting against the door-leading-side visible surface portion 11a and the inner metal fitting 20b abutting against the visible portion 22b of the reinforcing metal fitting 22. When the first lock receiving portion 20 is thus assembled into the sleeve door 9, the bent piece portion 20d formed by bending at the outdoor edge portion of the outdoor fitting 20a of the first lock receiving portion 20 is configured to cover the opening 22e formed in the first assembly hole 22c of the reinforcing fitting 22, thereby also serving to reinforce that portion.

[0018] On the other hand, as mentioned above, the upper edge of the main door 6 is pivotally supported by the upper horizontal frame 4 via the hinge 7 so that it can swing open and closed freely, and the lower edge is pivotally supported by the one side vertical frame 3 so that it can swing open and closed freely. The hinge 7 is a pivot hinge, and is composed of a door-side hinge half 7a provided on the main door 6 side, and a frame-side hinge half 7b provided on the door frame side. The door-side hinge half 7a comprises a hinge main body 7c attached to both the upper and lower edge portions of the main door 6, and an extension portion 7d extending from the hinge main body 7c to the outdoors; when the door-side hinge half 7a is attached to the lower edge portion of the main door 6, a bearing hole 7e is provided in the extension portion 7d, and when it is attached to the upper edge portion, a hinge shaft 7f protrudes upward from the extension portion 7d. In contrast, the frame-side hinge half 7b attached to the door frame side has a hinge shaft 7g formed in the frame-side hinge half 7b that corresponds to the lower door-side hinge half 7a and that fits into the bearing hole 7e, and the frame-side hinge half 7b that corresponds to the upper door-side hinge half 7a has a bearing hole 7h formed in which the hinge shaft 7f fits.

[0019] Of the hinges 7 configured in this manner, the hinge main body 7c of the door-side hinge half 7a that is attached to the top and bottom of the main door 6 differs only in whether the extension 7d is provided with a hinge shaft 7f or a bearing hole 7e, and the attachment structure of the door-side hinge half 7a to the main door 6 side has the same configuration despite the difference in the top and bottom (head and bottom), so from here on, we will explain the door-side hinge half 7a that is attached to the bottom, and will omit explanations of the upper door-side hinge half 7a unless specifically necessary.

[0020] The hinge main body 7c constituting the door side hinge half 7a has a rectangular shape that is long in the left-right direction, and an extension portion 7d is formed extending from the door end side of the long side on the outdoor side, and the hinge main body 7c is fixed to the lower frame material 24. Specifically, the lower frame material 24 is composed of a leading edge frame portion 24a and a trailing edge frame portion 24b, both of which are square-shaped with an opening at the top, and the leading edge frame portion 24a is provided with a spanning piece 24c that extends to the lower edge of the sleeve door 9, and lower edge visible surface portions 11d, 12d, which are formed by bending the lower edges of the indoor and outdoor side panels 11, 12 inward in the indoor / outdoor direction, are attached to the spanning piece 24c using rivets 24d as fastening means.

[0021] In contrast, the trailing edge side frame portion 24b is arranged so that the spanning piece portion 24e is higher than the leading edge side frame portion 24a, thereby allowing the hinge main body portion 7c to be arranged in the space below the spanning piece portion 24e, with the indoor and outdoor sides surrounded by the indoor and outdoor side panels 11, 12. The hinge main body 7c is placed on the spanning piece 24e from below and is fastened to a back plate 7i placed on the top surface of the spanning piece 24e via a screw 7j. However, the back plate 7i is longer toward the door edge than the hinge main body 7c, and is configured so that the position of the hinge main body 7c can be adjusted by loosening the adjustment screw 7k that screws in from the spanning piece 24e.

[0022] The lower edge visible surface portions 11d, 12d of the indoor / outdoor side panels 11, 12 have cutout portions 11e, 12e formed by cutting out portions corresponding to the hinge main body portion 7c and the adjustment screw 7k, so that the hinge main body portion 7c and the adjustment screw 7k can be seen from below.As a result, the lower edge visible surface portions 11d, 12d have remaining cutout portions 11f, 12f in the areas extending from the inner edges of the cutout portions 11e, 12e to the front and back outer surfaces of the main door 6. Furthermore, in this product, the lower edges 11h, 12h of the door tail edge side visible surface portions 11g, 12g of the indoor and outdoor side panels 11, 12 are in a state in which the cut-out edges at the lower edge side visible surface portions 11d, 12d are left exposed. Furthermore, in this embodiment, the outer periphery of the extension 7d is covered with a covering material 26.

[0023] In this way, cutout portions 11e, 12e are formed on the lower edge side visible surface portions 11d, 12d with remaining cutout portions 11f, 12f remaining, and a cover body 25 for covering the hinge main body portion 7c is provided on the lower edge side visible surface portions 11d, 12d. The cover body 25 is L-shaped and comprises a horizontal piece (lower piece) 25a and a vertical piece 25b, with the horizontal piece 25a being wide enough to extend beyond the notch edges of the cutouts 11e and 12e and cover the remaining cutout portions 11f and 12f on the outside, and the leading edge of the horizontal piece 25a is fastened to the lower end projection surfaces 11d and 12d of the adjustment screw 7k using a rivet 25c as a fastener. Meanwhile, the vertical piece 25b is fastened to the trailing edge projection surfaces 11g and 12g of the trailing edge vertical frame member 27, which is U-shaped and has an open leading edge, using a rivet 25d as a fastener. By attaching the cover body 25 to the main door 6 in this manner, the cover body 25 covers not only the cutout edges of the cutout portions 11e and 12e, but also the lower edges 11h and 12h of the visible surface portions 11g and 12g on the door tail edge side.

[0024] In the present embodiment configured as described above, the door device 1 is a double-door type having a main door 6 supported so as to be freely opened and closed via a hinge 7, and a side door 9 supported so as to be freely opened and closed via a hinge 10. In this case, the hinge 7 supporting the main door 6 is configured to have a door-side hinge half 7a and a frame-side hinge half 7b. The hinge body 7c of the door-side hinge half 7a is provided in a state in which it is fitted to the lower edge of the main door 6 by cutouts 11e, 12e formed in the lower edge side visible surfaces 11d, 12d formed by bending the lower edge portions of the indoor and outdoor side panels 11, 12. There is a risk that the cutout portions 11e, 12e may be left exposed and objects may get caught on them, but the cutout portions 11e, 12e are formed so that the cover body 25 provided to cover the hinge main body 7c extends beyond the cutout edges of the cutout portions 11e, 12e and covers the remaining cutout portions 11f, 12f on the outside in the indoor / outdoor direction.As a result, the cutout edges of the cutout portions 11e, 12e are covered effectively by making effective use of the cover body 25 that covers the hinge main body 7c, and the cover body can be used effectively to prevent objects from getting caught on the cutout edges.

[0025] Moreover, in this device, the cover body 25 is made up of an L-shaped plate material having a horizontal piece 25a and a vertical piece 25b, and the horizontal piece 25a is fastened to the projection surface portions 11d, 12d at the door front side beyond the hinge main body portion 7c, and the vertical piece portion 25b is fastened to the projection surface portions 11g, 12g at the door rear side of the door body, so that the installation of the cover body 25 is reliable and easy without being affected by the cutout portions 11e, 12e.

[0026] Furthermore, the main door 6 has a projected surface portion of the door body's door trailing edge formed by bending the door trailing edge portion of the indoor / outdoor side panel inward in the indoor / outdoor direction, and the vertical edge portion of the projected surface portion of the door trailing edge is covered by the corner portion between the horizontal piece and the vertical piece. Moreover, in this case, the vertical edge portions 11h, 12h of the rear-end visible surface portions 11g, 12g of the main door 6 are covered by the corner portion between the horizontal piece portion 25a and the vertical piece portion 25b of the cover body 25, thereby preventing objects from getting caught on the edge portions 11h, 12h. [Industrial Applicability]

[0027] The present invention can be used as a door device that is installed at the entrance of a building such as an apartment building or a house. [Explanation of symbols]

[0028] 1 Door device 4 Upper horizontal frame 4a through hole 6 Main Door 7 Hinge 7a Door side hinge half 7c Hinge body 8 French Drop Lock 8a Operating tools 8b Closure plate 9 Side door 11 Indoor side panel 11a Door end side visible surface 11d Lower end edge side prospective surface 11e Notch 11f Remaining notch 12 Outdoor side board 14a Door end vertical frame material 14b straddle section 14c Indoor leg piece 14d Outdoor side leg piece 14e upper frame material 14f through hole 15 Intercom device 16 Lighting fixtures 17 Wiring 18 First lock body 19 Second lock body 20 First lock receiving part 21 Second lock receiving part 22 Reinforcement metal fittings 22a Finding piece 22b Projection part 24 Lower frame material 24b End of door frame 24e straddle section 25 Cover body 25a Horizontal piece 25b Vertical piece 27 Door end vertical frame material E Entrance / Exit S Space

Claims

1. The door body is pivotally supported so as to be able to swing open and close via a pivot hinge that is configured to include a hinge body portion attached to the edge portion of the door body in the vertical direction and a hinge shaft that is disposed at a position biased outward in the opening direction of the door body, In a door device in which the projected surface portions of the vertical side edges of the door body are formed by bending the indoor / outdoor side panels inward in the indoor / outdoor direction at the vertical side edges of the door body, A notch corresponding to the hinge body is formed on the projecting surface of the vertical side edge so that the hinge body can be installed between the indoor and outdoor side panels, A door device characterized in that the cover body provided to cover the hinge main body is formed so as to cover beyond the cutout edge of the cutout portion in the visible surface portion and to the outside in the indoor / outdoor direction.

2. The cover body is made of an L-shaped plate material having a horizontal piece and a vertical piece, The horizontal piece is fastened to the projection surface at the door edge portion beyond the hinge body, 2. The door device according to claim 1, wherein the vertical piece is fastened to an end surface of the door body on the trailing edge side.

3. The door body has a door trailing edge portion formed by bending the door trailing edge portion of the indoor / outdoor side panel inward in the indoor / outdoor direction, 3. The door device according to claim 2, wherein the vertical edge of the projected surface of the trailing edge of the door is covered by a corner between the horizontal piece and the vertical piece.

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