JP6211422B2 - Firewood unit - Google Patents

Description

  The present invention relates to an eaves unit that extends from a building.

  As a fence unit provided to project from the building, for example, a small roof that supports both ends of the front end side of the entrance porch small roof eaves by pillars (for example, see Patent Document 1), or an upper part of the fence main body, A building cage (see, for example, Patent Document 2) in which the other end of an arm member whose one end is fixed to a bracket attached to the building side is known.

Japanese Patent No. 5015084

  The pillar material that supports the small roof is an originally useless member in a place where only the fence is required, and there is a problem that the space under the fence cannot be effectively used by the pillar material. Moreover, the arm material of the building cage is a member provided only to support the cage main body, and since it is exposed to the outside greatly, there is a risk of impairing the design.

  This invention is made | formed in view of this subject, The place made into the objective is providing the heel unit which is excellent in the designability and can use the space under the heel effectively.

  In order to achieve such an object, the present invention is a fence unit provided to project from a building, and is provided to project from the building, and is disposed along the outer wall surface of the building. A wall-side frame to be attached, a beam protruding in a direction intersecting with the outer wall surface, and fixed to the wall-side frame; and placed on the beam and inclined so as to be lowered toward the building A roof panel, a fence provided along an outer wall surface of the building between the roof panel and the building, and an upper portion thereof being opened; and being engaged with the building side at a position higher than the roof panel; And a cover member that covers the upper side of the beam and supports the beam.

  According to such a fence unit, since the roof panel is inclined so as to be lowered toward the building, the fence whose upper part is opened is placed on the outer wall surface of the building between the roof panel and the building. It is possible to provide along. For this reason, it is not necessary to provide a ridge at a position away from the outer wall surface of the building, and it is possible to arrange the ridge at a position that is not noticeable along the outer wall surface.

  In addition, the cover member covering the fence provided along the outer wall surface is engaged with the building side at a position higher than the roof panel and covers the upper side of the fence to support the beam. The roof panel can be supported on the building side by a cover member without being provided separately. Moreover, since the cover member covers the top of the ridge that is open at the top, it is provided with the same width as the length of the ridge and is provided over almost the entire width of the ridge. Can be supported. In other words, it is excellent in design and effectively uses the space under the heel without exposing the members that only support the heel, such as pillars supported from the bottom and arm materials supported from the top. Can be provided.

In this saddle unit, it is preferable that the cover member is engaged with an extending portion that extends upward from the roof panel of the wall-side frame.
According to such a fence unit, since the cover member is engaged with the extension portion of the wall side frame attached to the casing and fixed to the beam and extending upward from the roof panel, It can be easily attached from the outside, and the cover member can be supported by the housing via the wall side frame. Moreover, since the wall side frame is arrange | positioned along an outer wall surface, it is possible to support a cover member in the wide range along an outer wall surface. For this reason, it is possible to firmly support the beam by the cover member supported by the housing via the wall side frame.

In this saddle unit, the wall-side frame has an upper surface contact portion with which the upper surface of the beam is contacted and a lower end contact portion with which a lower portion of the fore end of the beam is contacted It is desirable.
According to such a saddle unit, when a force acts on the saddle unit from above due to, for example, snow, etc., the upper surface of the beam is brought into contact with the upper face contact portion of the wall side frame, and the lower part of the beam edge is placed on the wall side frame By contacting the lower edge contact portion, it is possible to provide a high load performance with respect to a load from above, because the downward tilting that lowers the tip of the beam is restricted.

In this saddle unit, the wall-side frame includes a lower surface contact portion that contacts the lower surface of the beam and an upper edge contact portion that contacts the upper portion of the beam edge. It is desirable that
According to such a saddle unit, when a force acts on the saddle unit from below due to, for example, a gust of wind, the lower surface of the beam comes into contact with the lower surface contact portion of the wall-side frame, and the upper part of the beam edge is the wall-side frame. By abutting the fore edge abutting portion, it is possible to provide a high load performance with respect to a load from below, because the upward tilting of the beam leading up is restricted.

In this eaves unit, the beam has a stepped portion at the end on the building side where the height of the beam is lower than the central side in the longitudinal direction, and the eaves are arranged in the stepped portion. Is desirable.
According to such a fence unit, in the beam on which the roof panel that is inclined so as to be lowered toward the building is placed, the fence is arranged at the step portion where the height of the end on the building side is low. It is possible to allow rainwater on the roof panel to flow into the fence. In particular, since the eaves are arranged at a step portion lower than the center of the beam on which the roof panel is placed, it is possible to suppress the thickness of the eaves in the vertical direction thinner than when the eaves are arranged on the beam as they are. For this reason, it is possible to provide a bag unit excellent in design.

In this scissor unit, it is desirable that the scissors are provided on the wall side frame.
According to such a saddle unit, since the saddle is provided on the wall side frame, it is possible to reduce the number of members, to provide a saddle unit that is easy to construct and easy to manage the members. Is possible.

It is preferable that the heel unit includes a ridge connected to the side wall frame and communicating with the heel, and the ridge is provided along the outer wall surface and covered with a decorative material.
According to such a kite unit, the kite connected to the side wall frame is provided along the outer wall surface overhanging the kite unit, so that the rainwater collected in the kite can flow to the ground side. It is possible to arrange the scissors at a position along the outer wall surface that is less noticeable. Moreover, since the cocoon is covered with a decorative material, it is not exposed to the outside. For this reason, it is possible to provide a bag unit having a better design.

  ADVANTAGE OF THE INVENTION According to this invention, it is possible to provide the cage | basket unit which is excellent in design nature and can use the space under a cage | basket effectively.

It is an external view which shows the state with which the bag unit which is an example of this embodiment was equipped. It is an external view of the bag unit which is an example of this embodiment. It is a disassembled perspective view which shows the structure of a heel unit. It is a sectional side view of a bag unit. It is a sectional side view which shows the connection part of a fence unit and a building. It is a sectional side view which shows the front frame side of a collar unit. It is a perspective view which shows the junction part of a rear frame and a beam. It is sectional drawing which shows the structure of a side frame and an eaves top.

Hereinafter, a saddle unit according to an embodiment of the present invention will be described with reference to the drawings.
For example, as shown in FIG. 1, the eaves unit 1 of the present embodiment projects outward from an outer wall surface 3 a above the entrance door 2 provided in the building 3. In the eaves unit 1 of the present embodiment, eaves extending downward along the outer wall surface 3a from the lower side of the eaves unit 1 are provided in a vertical beam 95 that constitutes a decorative material.

  In the following description, when the bag unit 1 is viewed from the outdoor side toward the entrance door 2, the vertical direction is the vertical direction, the horizontal line direction is the horizontal direction or the external wall direction, The direction of indoor / outdoor is shown as the prospective direction. In addition, even if it is a case where each member which comprises the saddle unit 1 is demonstrated as a single-piece | unit, it specifies and demonstrates a direction in the direction used as an up-down direction, a left-right direction, a prospective direction etc. similarly to the saddle unit 1.

  As shown in FIGS. 1 to 4, the fence unit 1 is arranged along the outer wall surface 3 a of the building 3 and is attached to the frame 3 b of the building 3. The front frame 24 is arranged substantially in parallel with a gap therebetween, and two side frames 30 connected to the left and right ends of the rear frame 10 and the front frame 24 by a frame connecting material 4 having a horizontal cross section of an L shape. And projecting in a direction intersecting with the outer wall surface 3a so as to be inclined between the rear frame 10 and the front frame 24 so that the height on the rear frame 10 side is slightly lowered. A beam 40 to be fixed, a roof panel 50 placed on the beam 40 and held on the front frame 24 and the two side frames 30 via the panel support member 5 and the panel pressing member 6, and the rear frame 10, the front frame The eaves 6 which covers the area | region enclosed by the frame 24 and the two side frames 30 in those lower end sides And the rear eave ceiling, which is spanned between the fixing brackets 57 respectively attached to the two side frames 30 and fixed to the respective fixing brackets 57 and the beams 40, and the part on the outer wall surface 3a side of the eave ceiling 60 is fixed. An attachment 65, a front eaves attachment 70 that is fixed to the front frame 24 and to which an end on the outdoor side of the eaves 60 is fixed, a cover member 80 that covers the upper side of the eaves 11 provided integrally with the rear frame 10, And decorative materials 90 and 91 attached to the outer peripheries of the front frame 24 and the two side frames 30.

  The rear frame 10 is an aluminum extrusion-molded material. As shown in FIG. 5, the rear frame 10 is provided with a flange 11 at the substantially center in the vertical direction, and the end of the beam 40 is abutted and fixed under the flange 11. Under the beam fixing portion 12 and the beam fixing portion 12, an eave ceiling wall side portion 13 is provided to block between the outer wall surface 3a and the end of the eave ceiling 60 on the outer wall surface 3a side. Moreover, the roof panel accommodation part 14 in which the outer wall 3a side edge part of the roof panel 50 is accommodated in the front end of the fence 11 is provided, and the outer wall 3a side edge part of the fence 11 is located above the roof panel 50. The extending portion 15 is extended, and an engaging portion 16 to which the cover member is engaged and a cover fixing portion 17 to which the cover member 80 is fixed are provided at the upper end of the extending portion 15. .

  As shown in FIGS. 3 to 5, the rear frame 10 of this embodiment is fixed to the housing 3 b and is vertically moved from the outer wall surface 3 a to the center in the left-right direction of the cage unit 1 and in the vicinity of the left and right ends. Are fixed by anchor bolts 7 protruding two by two. Each anchor bolt 7 protruding from the outer wall surface 3a is screwed with a protective plate 8 having a large outer shape so that the load is not concentrated on the outer wall surface around the anchor bolt 7 when the saddle unit 1 is attached. . Here, although the anchor bolts 7 for attaching the scissors unit 1 to the housing 3b are set at three positions in the left-right direction, the present invention is not limited to this, and the anchor bolts may be appropriately provided according to the width in the left-right direction of the scissors unit. Good.

  Of the two anchor bolts 7 arranged vertically, the upper anchor bolt 7 penetrates the extension 15 and is attached by the nut 9, and the lower anchor bolt 7 penetrates the beam fixing part 12 and is nut. 9 is attached. At this time, two nuts 9 are fastened to the anchor bolt 7 penetrating the rear frame 10 in order to prevent loosening. Further, since the beams 40 fixed to the beam fixing portion 12 are respectively disposed between the two anchor bolts 7 that pass through the beam fixing portion 12 and are adjacent to each other, the beam 40 and the anchor bolt 7 do not interfere with each other.

  The rear frame 10 includes an upper outer wall surface facing portion 15a in which a surface facing the extending wall 15 and the outer wall surface 3a of the beam fixing portion 12 that are in contact with the protective plate 8 screwed to the anchor bolt 7 is coplanar. A heel bottom portion 11a that has a lower outer wall surface facing portion 12a, projects between the upper outer wall surface facing portion 15a and the lower outer wall surface facing portion 12a substantially horizontally toward the outdoor side and forms the bottom of the heel 11. The tip of the heel bottom portion 11a rises upward and is provided on the top thereof, the panel placement portion 18 on which the roof panel 50 is placed via the cushion material 29, and the roof provided on the outer wall surface 3a side of the panel placement portion 18 It has the panel accommodating part 14 which accommodates the edge of the panel 50, and the groove part 19 which is provided between the panel mounting part 18 and the panel accommodating part 14, and is depressed below. The groove portion 19 is provided so as to receive water that has entered the panel housing portion 14.

  The extending portion 15 provided on the upper side of the heel bottom portion 11a is such that the upper end of the upper and outer wall surface facing portion 15a connected to the edge on the outer wall surface 3a side of the heel bottom portion 11a is extended to the outdoor side, and the distal end portion on the outdoor side is upward. And a cover fixing portion 17 having a horizontal surface on a position higher than the upper end of the upper outer wall surface facing portion 15a on which the cover member 80 is placed and fixed. Is provided. The horizontal surface on the cover fixing portion 17 is provided with an engaging portion 16 extending to the outer wall surface 3a side with respect to the upright portion 15b, and a hook portion 81 provided on the cover member 80 on the engaging portion 16. Are engaged. For this reason, the space | interval of the engaging part 16 and the outer wall surface 3a is formed more widely than the length of the nail | claw part 82 which the hook part 81 has. Here, the horizontal surface on the cover fixing portion 17 is positioned higher than the upper end of the upper / outer wall surface facing portion 15a.

  The beam fixing portion 12 provided on the lower side of the bottom portion 11a is in contact with the upper portion 40a and the lower portion 40b of the small edge on the outer wall surface 3a side of the rectangular beam 40 on the upper and lower sides of the lower outer wall facing portion 12a. The upper edge contact portion 12b and the lower edge contact portion 12c, and the upper surface contact portion 12d and the lower surface contact portion 12e with which the upper surface 40c and the lower surface 40d on the outer wall surface 3a side of the beam 40 are contacted are the beam 40. It is provided according to the inclination of the. Here, since the beam 40 is fixed to the beam fixing portion 12 via a rear bracket 56 described later, the rear bracket 56 attached to the beam fixing portion 12 and the small edge on the outer wall surface 3a side of the beam 40 do not interfere with each other. In addition, the fore edge upper contact part 12b and the fore edge lower contact part 12c are arranged on the outdoor side from the lower outer wall surface facing part.

  The upper surface abutting portion 12d is located slightly below the heel bottom portion 11a and is connected to the heel bottom portion 11a, and the lower surface abutting portion 12e protruding to the outdoor side extends from the lower outer wall surface facing portion 12a to the outer wall surface 3a side. Thus, the outer wall surface 3a is brought into contact with the outer wall surface 3a, and the front end of the outer wall surface 3a is extended downward to contact the outer wall surface 3a. The lower end of the outer wall surface contact portion 20 extends below the lower surface of the eaves 60, the lower end extends to the outdoor side, the end on the outdoor side is raised upward, and the upper end is It is provided so as to face the end of 60.

  As shown in FIG. 6, the front frame 24 has a front plate portion 25 that forms a vertical plane substantially parallel to the outer wall surface 3 a and the rear frame 10, and a front decorative material that protrudes from the upper end of the front plate portion 25 to the outdoor side. (Front decorative material) It has the upper decorative material fixing | fixed part 26 to which 90 is fixed, and the lower outdoor extension part 27 projected on the outdoor side from the lower end of the front board part 25. As shown in FIG. The lower outdoor extension 27 is screwed to an eaves front side member 28 that blocks between the lower end of the front plate part 25 and the end of the eaves 60 on the outdoor side. Since the beam 40 is fixed to the upper side of the front plate part 25, it is formed thicker than the lower part and reinforced.

  As shown in FIG. 7, the beam 40 is an extruded member, and has a beam body 41 having a hollow portion that has a rectangular cross section and communicates in the longitudinal direction, and left and right wall portions of the beam body 41 that form the hollow portion. The two upper extending portions 42 extending upward from the beam main body 41 so as to extend 41a and the upper edges of the two upper extending portions 42 on the opposite side to the opposite side, respectively, A panel placement portion 43 that extends substantially at right angles to the left and right wall portions 41a and on which the roof panel 50 is placed. The upper extension part 42 and the panel mounting part 43 are not provided at both ends in the longitudinal direction of the beam main body 41, and the beam main body 41 protrudes from the upper extension part 42 and the panel mounting part 43 to the tip side. Yes. That is, a portion where the upper extension portion 42 on the rear frame 10 side and the panel placement portion 43 are not provided in the longitudinal direction of the beam 40 corresponds to the stepped portion 44 in which the height of the beam 40 is lower than the center side.

  As shown in FIGS. 3 and 5, the end portion on the outer wall surface 3 a side of the wall portion 41 a of the beam 40 is adjacent to the end portion plate portion 45 that is adjacent to the wall portion 41 a of the beam 40 and faces each other. The upper connecting part 46 that connects the upper edges of the part opposing plate parts 45 has a U-shape, and is made of steel to which the cover member 80 placed on the upper connecting part 46 via the roof panel 50 is fixed. The cover fixing member 47 is screwed.

As shown in FIGS. 3 and 4, the beam 40 is arranged at a position where the two side frames 30 are substantially divided into three equal parts, and each of the rear frame 10 and the front frame 24 is made of, for example, a front made of steel or aluminum. It is fixed to the rear frame 10 via a bracket 55 and a rear bracket 56. That is, the beam 40 is attached to the housing 3 b via the rear bracket 56, the rear frame 10 and the anchor bolt 7. Here, if the beam 40 is attached to the housing 3b, the beam 40 may be attached indirectly via members such as the rear bracket 56, the rear frame 10, and the anchor bolt 7 as in this embodiment. 40 may be directly attached to the housing 3b.
The front bracket 55 is inserted into the fore end of the beam 40 and is adjacent to the wall 41a so as to be adjacent to each other and face each other, and the front connecting portion 55b that connects the edges of the front facing plate portion 55a on the outdoor side. And the front connecting portion 55b is fixed to the front frame 24, and the wall portion 41a of the beam 40 is screwed to the front facing plate portion 55a.

  As shown in FIG. 7, the rear bracket 56 includes a plate-like rear frame fixing portion 56 a that is abutted against the beam fixing portion 12 of the rear frame 10 and is screwed, and a surface on the outdoor side of the rear frame fixing portion 56 a. And a rear opposing plate portion 56b that protrudes toward the outdoor side and is adjacent along the wall portion 41a of the beam 40 and faces each other. The rear frame fixing part 56a has a thickness that does not interfere with the beam 40 with which the fore edge is in contact with the fore edge abutment part 12b and the fore edge lower abutment part 12c, and protrudes in the left-right direction from the two rear facing plate parts 56b. It is formed and is fixed to the beam fixing portion 12 of the rear frame 10 at a portion protruding left and right.

  As shown in FIG. 8, the side frame 30 is an extrusion-molded member, and has a side frame body 31 having a hollow portion that has a vertically long rectangular cross section and communicates in the longitudinal direction. And a positioning projection 32 for positioning a side frame attachment 35 which is provided between the side frame main body 31 and is fixed to the lower surface of the side frame main body 31. The side frame attachment 35 has substantially the same length as the side frame 30, one end in the left-right direction forms a side frame fixing portion 35 a that is screwed to the lower surface of the side frame main body 31, and the other end is The eave heaven mounting portion 35b for mounting the end of the eave heaven 60 is formed. Further, an opening through which a flange 94 communicating with the flange 11 passes is provided on the rear frame side of the side frame attachment 35, and the flange 94 passes through the opening and is connected to the lower surface of the flange 11 of the rear frame 10. At the same time, it is arranged in a decorative material such as a vertical rail 95 provided along the outer wall surface 3a.

  The eave ceiling 60 is configured by arranging a plurality of eave ceiling members 61 having a strip shape long in the prospective direction so as to extend across the eave ceiling wall side portion 13 and the eave ceiling front side member 28 of the rear frame 10. ing. One end 61 a in the left-right direction of each eave ceiling 61 is supported by engaging with the adjacent eave ceiling 61, and the other end 61 b is fixed to the rear eave ceiling attachment 65 and the front eave ceiling attachment 70, respectively. Has been.

The rear eaves ceiling attachment 65 is fixed to the two side frames 30 while being fixed to the lower surface of the beam 40 as shown in FIG. In the rear eave ceiling attachment 65, each eave ceiling material 61 extending between the eave ceiling wall side portion 13 and the eave sky front side member 28 of the rear frame 10 is provided between the eave ceiling wall side portion 13 and the eave sky front side member 28. Screwed from below on the rear frame 10 side. As shown in FIG. 6, the front eave ceiling attachment 70 is fixed to the eave ceiling front member 28 and is opposed to the upper surface of each eave ceiling member 61 disposed on the eave ceiling front member 28. Each eaves top 61 is screwed to 71 from below.

  As shown in FIG. 3, the roof panel 50 has a rectangular flat plate shape, is placed on and supported by the panel placement portion 43 of the beam 40, and the panel placement portion at the end on the rear frame 10 side. 18, the edge on the rear frame 10 side is held by the panel housing portion 14, and is sandwiched from above and below by the panel support member 5 and the panel pressing member 6 fixed to the front frame 24 and the two side frames 30. The roof panel 50 is attached and is inclined so as to decrease in height toward the building 3.

  The front decorative material 90 is provided so as to cover the front frame 24 from the outdoor side, and is screwed to the upper decorative material fixing portion 26. The left and right side decorative materials 91 are provided so as to cover the left and right side frames 30 from the side, and are screwed to the side frame main body 31 from above. The front decorative material 90 and the side decorative material 91 are connected via a corner cap 93 therebetween. The decorative material 90 is attached to the front frame 24 or the left and right side frames 30, and includes upper and lower protrusions 90a and 91a protruding from the upper and lower edges of the front frame 24 and the left and right side frames 30, and the upper and lower protrusions. Exterior finish is given to the vertical wall parts 90b and 91b provided between the parts 90a and 91a. The front decorative material 90 and the side decorative material 91 are screwed in a state in which the end portions of each of the front decorative material 90 and the side decorative material 91 are cut at 45 degrees and are in contact with each other so as to sandwich the corner cap 93 at the cut end portions. .

  The decorative materials 90 and 91 can be configured in various shapes according to the design of the heel unit 1, and are configured to be screwed over the front frame 24 and the left and right side frames 30. By changing 90 and 91, it is possible to constitute the bag unit 1 having a different design, and attachment and replacement are also easy.

  As shown in FIG. 5, the cover member 80 is placed on the cover fixing portion 17 of the rear frame 10, and the rear plate is connected to the placement plate portion 83 and provided on the outer wall surface 3 a side. The hook portion 81 engaged with the ten engaging portions 16, the panel side plate portion 84 placed on the roof panel 50, and the placement plate portion 83 and the panel side plate portion 84 are connected by an inclined surface. And an inclined plate portion 85. The cover member 80 has substantially the same width as that of the roof panel 50 in the left-right direction along the outer wall surface 3a, and the mounting plate portion 83 is spaced at a predetermined interval from the cover fixing portion 17 of the rear frame 10 (this embodiment). It is screwed at 6 locations).

  The panel side plate portion 84 is penetrated together with the roof panel 50 and is attached to a cover fixing member 47 provided on the beam 40 and a support metal fitting 89 fixed to the left and right side frames 30 with bolts 58 that are waterproofed. It is fixed. That is, the cover member 80 covers the outer wall side portion of the roof panel 50 held in the panel housing portion 14 of the rear frame 10 and the upper side of the eaves 11 whose upper side is opened between the roof panel 50 and the rear frame 10. It has been broken. After the cover member 80 is attached, the sealing material 79 is filled between the hook portion 81 of the cover member 80 and the outer wall surface 3a.

  The panel side plate portion 84 of the cover member 80 is provided with a cutout portion 86 that is cut out so as to be connected to a lower end side portion of the inclined plate portion 85. The notch 86 is on the roof panel 50 and is a flow for reaching the ridge 11 when water on the outdoor side from the cover member 80 flows toward the cover member 80 along the inclination of the roof panel 50. There is a road. Moreover, the opening 87 for cleaning the collar 11 is provided in the both ends in the left-right direction of the inclination board part 85, and the grommet 88 is mounted | worn with the opening 87. FIG.

  According to the fence unit 1 of the present embodiment, the beam 40 on which the roof panel 50 is placed has a slope that decreases in height toward the outer wall surface 3a, and thus a member for tilting the roof panel 50. It is possible to form a roof surface whose height decreases toward the building 3 simply by placing the roof panel 50 on the beam 40 without using.

  Further, since the roof panel 50 placed on the beam 40 is inclined so as to decrease in height toward the building 3, the roof 11 having the upper part opened between the roof panel 50 and the outer wall surface 3 a. It can be provided along the outer wall surface 3a. For this reason, it is not necessary to provide a fence in the position away from the outer wall surface 3a of the building 3, and it is possible to provide it in a position which is not conspicuous along the outer wall surface 3a. Further, as in the present embodiment, the rod 94 is not exposed to the outside by disposing the rod 94 in the vertical rail 95 provided along the outer wall surface 3a. For this reason, it is possible to provide the heel unit 1 which is more excellent in design. Here, the decorative material provided so that the collar 94 is not exposed to the outside is not limited to the vertical rail 95, and may be, for example, a sleeve wall or a face lattice provided on the side of the entrance along the outer wall surface. It does not matter if it can cover the ridges to be placed.

  Further, the cover member 80 covering the eaves 11 provided along the outer wall surface 3a is engaged with the building 3 side at a position higher than the roof panel 50, and covers the upper side of the eaves 11 to support the beam 40. The roof panel 50 can be supported on the building 3 side by the cover member 80 without separately providing a member for supporting the roof panel 50.

  Further, since the cover member 80 covers the top of the ridge 11 whose upper portion is opened, the cover member 80 is provided with the same width as the length of the ridge 11, and is provided over almost the entire width of the ridge. For this reason, it is possible to support the heel with high strength by the wide cover member 80. In other words, it is excellent in design and effectively uses the space under the heel without exposing the members that only support the heel, such as pillars supported from the bottom and arm materials supported from the top. It is possible to provide a dredge unit 1 capable of

  In addition, since the ridge 11 is disposed in the stepped portion 44 where the height of the beam 40 is low, it is possible to suppress the thickness of the ridge in the vertical direction thinner than when the ridge 11 is disposed on the beam 40 as it is. Further, the cover member 80 is provided on the upper portion of the rear frame 10 having the same height as the front frame 24 and the side frame 30 to which the decorative materials 90 and 91 and the decorative materials 90 and 91 are attached. It is configured to be engaged with the engaging portion 16 to support the beam 40. That is, since the cover member 80 is also configured to fit within the thickness in the vertical direction of the bag, the cover member 80 is not visually recognized by a person standing on the ground. For this reason, it is possible to provide the heel unit 1 which is more excellent in design.

  Further, the cover member 80 is fixed to the housing 3b and the engaging portion 16 provided on the upper end side of the extending portion 15 extending upward from the roof panel 50 of the rear frame 10 with which the beam 40 abuts. Can be easily attached from the outside of the building 3, and the cover member 80 can be supported by the housing 3 b via the rear frame 10. Further, since the rear frame 10 is disposed along the outer wall surface 3a, the cover member 80 can be supported in a wide range along the outer wall surface 3a. Therefore, the beam 40 can be firmly supported by the cover member 80 supported by the housing 3b via the rear frame 10.

  As described above, the cover member 80 is configured such that the cover member 80 is accommodated within the vertical thickness of the heel, so that the cover member 80 is fixed to an outer wall or the like above the conventional heel to support the heel. Thus, the position where the cover member 80 is engaged with the member (the beam 40 in the present embodiment) fixed on the outdoor side is low. For this reason, when the position fixed on the outdoor side is arranged on the outdoor side (front frame 24 side), the cover member has a substantially flat shape and is weak against the vertical load acting on the bag. Therefore, the fixing position of the cover member 80 with respect to the beam 40 is a position that covers the upper side of the fence 11 and is provided in the vicinity of the boundary between the fence 11 and the roof panel 50, and the angle formed by the inclined plate portion 85 and the beam 40 is set. It is set so that the drag force against the applied load is increased.

  Further, when a force acts on the eaves unit 1 from above due to, for example, snow accumulation, the upper surface 40c on the outer wall surface 3a side of the beam 40 is brought into contact with the upper surface contact portion 12d of the rear frame 10, and the lower portion 40b of the fore edge of the beam 40 is By abutting on the lower edge abutting portion 12c of the rear frame 10, it is possible to provide a higher load performance with respect to a load from above because the beam 40 is prevented from falling down such that the tip of the beam 40 is lowered. It is.

  Further, when a force acts on the eaves unit 1 from below due to, for example, a gust of wind, the lower surface 40d on the outer wall surface 3a side of the beam 40 is brought into contact with the lower surface contact portion 12e of the rear frame 10, and the upper portion 40a of the fore edge of the beam 40 is By abutting against the fore-edge upper abutting portion 12b of the rear frame 10, the upward tilting of the beam 40 so that the tip of the beam 40 rises is restricted, so that a higher load performance with respect to a load from below is provided. Is possible.

  Moreover, since the eaves 11 are formed integrally with the rear frame 10, it is possible to provide an eaves unit 1 that can reduce the number of members, can be easily constructed, and can be easily managed. is there.

  The above embodiment is for facilitating the understanding of the present invention, and is not intended to limit the present invention. The present invention can be changed and improved without departing from the gist thereof, and it is needless to say that the present invention includes equivalents thereof.

1 庇 unit, 3 building, 3a outer wall surface, 3b skeleton, 10 rear frame, 11 樋,
12b Small mouth upper contact portion, 12c Small mouth lower contact portion, 12d Upper surface contact portion,
12e lower surface contact part, 15 extension part, 40 beam, 40a upper part of forehead,
40b Lower edge of the forehead, 40c Upper surface of the beam, 40d Lower surface of the beam, 44 Stepped portion,
50 roof panels, 80 cover members, 94 竪 樋, 95 vertical bars

Claims (7)

A fence unit that extends from the building,
A wall side frame disposed along the outer wall surface of the building and attached to the building frame;
A beam protruding in a direction intersecting the outer wall surface and fixed to the wall side frame;
A roof panel that is placed on the beam and is inclined so that its height decreases toward the building;
A fence provided along the outer wall surface of the building between the roof panel and the building and having an open top,
A cover member that is engaged with the building side at a position higher than the roof panel and covers the upper side of the fence to support the beam;
A cocoon unit characterized by comprising: The bag unit according to claim 1,
The said cover member is engaged with the extension part extended upwards from the said roof panel of the said wall side frame, The fence unit characterized by the above-mentioned. The bag unit according to claim 2,
The wall-side frame has an upper surface contact portion with which the upper surface of the beam is contacted;
A lower edge abutting portion with which a lower end of the edge of the beam is abutted;
A cocoon unit characterized by having. The scissor unit according to claim 2 or claim 3,
The wall-side frame has a lower surface contact portion with which the lower surface of the beam is contacted,
A fore-edge upper contact portion with which the upper end of the fore-edge of the beam is contacted;
A cocoon unit characterized by having. A scissor unit according to any one of claims 1 to 4,
The beam has a stepped portion at the end on the building side where the height of the beam is lower than the center side in the longitudinal direction,
A scissor unit, wherein the scissors are arranged at the stepped portion. A saddle unit according to any one of claims 2 to 5,
The scissor unit, wherein the scissors are provided on the wall-side frame. A scissor unit according to any one of claims 1 to 6,
A hook connected to the side wall frame and communicating with the hook;
The bag is provided along the outer wall surface and covered with a decorative material.

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