JP5226381B2 - Outdoor structure - Google Patents

Description

The present invention relates to outdoor structure which is provided to protrude from the outer wall surface of a building.

Conventionally, as an outdoor structure provided so as to protrude from an outer wall surface, for example, a planter place or an air conditioner outdoor place is known (see, for example, Patent Document 1).
The outdoor unit for air conditioning described in Patent Document 1 includes a cantilevered support member fixed to the outer wall, a floor member placed on the support member, and a wall member fixed on the upper side of the support member. It is configured with. The support member is configured to have a frame having a four-round frame, and this frame is fixed to an arm that extends from the building frame, and a stand-up column that rises upward is fixed to the front frame and the arm. In addition, the wall member is configured to have a wall surface material that is bent into a substantially U-shaped plane, a plurality of support posts fixed to the wall surface material, a headboard fixed to the upper edge of the wall material, and the like. The wall member is fixed to the support member by being inserted into the column and screwed.

JP 2005-213871 A

  However, since the conventional outdoor unit for air conditioning described in Patent Document 1 is configured with a plurality of support columns, headboards, and the like, the structure becomes large and the number and weight of members increase. There is a problem of end up. Further, since the wall member column is inserted through the support column that rises from the frame or the arm, it is necessary to raise the wall member to assemble it, resulting in a problem that the assemblability is poor and the labor and cost increase.

The objective of this invention is providing the outdoor structure which can simplify a structure and can make workability favorable.

An outdoor structure according to the present invention includes at least a floor body that is supported by an outer wall and that protrudes substantially horizontally from the outer wall, and a front body that rises upward from the tip of the floor body. The floor body has a pair of side girders extending in a direction away from the outer wall with a base end supported by the outer wall, and a front girder connecting the ends of the pair of side girders, And a floor material provided inside the outer wall, a pair of side beams and a front beam, and a base end portion of the side beam in the floor rises along the outer wall. A wall-side vertical member is connected, and a side body is provided on the upper side of the side beam member between the wall-side vertical member and a side edge of the front body, and the front body and the side body are entirely It is assembled in the form of a panel, and the bottom edge of the front body and the top surface of the front beam member On one side, a receiving groove portion that opens toward the other side and a fixed piece portion along the receiving groove portion are formed, and on the other side, a protruding piece portion that can be inserted into the receiving groove portion, and the fixed piece portion And a fixed portion fixed to the fixing groove portion by inserting the protruding piece portion into the receiving groove portion and fixing the fixed portion to the fixed piece portion. One of the wall-side vertical member and the side edge of the front body and the left and right side edges of the side body is fixed to the body, and one of the engagement protrusions extends vertically and parallel to the outer wall surface. On the other side, an engaging groove that can be engaged with the engaging protrusion is formed, and the base end portion of the side beam member of the floor body is connected via an outer wall bracket fixed to the outer wall. The outer wall bracket is fixed to the outer wall. The side girder and the wall-side vertical member are connected to each other via a connecting member, and projecting from the fixed surface portion and extending along the side girder. It is fixed to the outer wall by a fixture that penetrates the wall-side vertical member, the connecting member, and the outer wall bracket .

  According to the present invention described above, when the front body assembled in an overall panel shape is fixed to the upper side of the floor body, the other protruding piece portion is formed in the receiving groove portion formed in one of the lower end edge of the front body and the front beam member. By inserting, the front body is positioned on the floor body, and the front body can be easily fixed to the floor body by fixing the fixed portion to the fixed piece after positioning. Therefore, there is no need to provide a holding column on the floor body or a column or headboard on the front body, the structure of the floor body and the front body can be simplified, and the number of members of the entire outdoor structure can be reduced. The weight can be reduced. Furthermore, since the front body can be positioned on the floor body simply by inserting the protruding piece into the receiving groove, it is not necessary to lift the front body high during assembly, making assembly easier and reducing labor and costs. it can. As a result of the improved assemblability, the floor body and the front body are assembled in advance and then fixed at a predetermined height position on the outer wall in addition to the installation procedure for attaching to the predetermined height position on the outer wall. Then, it is possible to adopt a construction procedure for attaching the front body to the floor body. Therefore, the workability of high-altitude work can be improved, and, for example, in the case where the outdoor structure is an air conditioner outdoor unit installation place, the front body can be attached after the air conditioner outdoor unit is installed on the floor body, Not only the workability of the outdoor structure itself, but also the workability of installing the air conditioner outdoor unit can be improved.

Further , according to the present invention , by engaging the side edge of the side body provided on the upper side of the side beam member with the wall-side vertical member and the side edge of the front body, the side body can tilt the front body. The front body and the side body can be prevented from falling down, and the front body and the side body are configured to be able to stand up in a plane U shape or a plane L shape. Further, the wall-side vertical member and the engagement protrusion provided on one of the side edge of the front body and the side edge of the side body and the engagement groove provided on the other extend vertically and parallel to the outer wall surface. Since it is formed to extend and the engaging protrusion and the engaging groove can be guided vertically, the side body is inserted from above between the wall-side vertical member and the side edge of the front body to engage. The side body can be attached and the side body and the front body can be prevented from falling by simply engaging the projecting piece with the engaging groove. Therefore, the side body and the front body can be fixed to each other, and the side body and the front body can be fixed in a state where the side body, the front body, the floor body, and the wall-side vertical member are positioned. Can be improved.
Furthermore, according to the outdoor structure of the present invention, the side girders of the floor and the wall-side vertical members are connected to each other via the connecting member, so that their connection strength can be increased, and this connection By fixing the member to the wall-side vertical member and the outer wall bracket with a fixing tool, and fixing the fixing tool to the outer wall, the fixing strength of the outdoor structure to the outer wall can be improved.

Furthermore, in the outdoor structure of the present invention, one of the lower end edge of the side body and the upper surface of the side beam member is formed with a receiving groove that opens toward the other, and the other is formed with the receiving groove. It is preferable that a projecting piece that can be inserted into the floor is formed, and the side body is engaged with the floor by inserting the projecting piece into the receiving groove.
According to such a structure, like the above-mentioned front body, after inserting and positioning a protruding piece part in a receiving groove part, by fixing a side body, a front body, a wall side vertical member, and a floor body, The side body can be fixed easily.

Hereinafter, each embodiment of the present invention will be described with reference to the drawings.
In the second and subsequent embodiments, the same constituent members as those described in the first embodiment and the constituent members having the same functions are denoted by the same reference numerals as those in the first embodiment. Those descriptions are omitted or simplified.

[First Embodiment]
FIG. 1 is a perspective view showing an air conditioner outdoor unit yard 1 according to an embodiment of the present invention. FIG. 2 is a longitudinal sectional view showing the air conditioner outdoor unit yard 1. FIG. 3 is a cross-sectional view showing the air conditioner outdoor unit yard 1. In FIG. 1, illustration of an end cap provided at the end of each member is omitted in order to facilitate understanding of the joining state and member cross-section of the members.
In FIG. 1 to FIG. 3, the air conditioning outdoor unit storage place 1 is an outdoor structure for installing an outdoor unit such as an air conditioner, which is provided in a cantilever manner protruding from the wall surface (outer wall surface) WS of the outer wall W. A floor body 2 supported by the outer wall W and projecting substantially horizontally from the wall surface WS; a front body 3 provided to rise upward from the leading edge of the floor body 2; and a base end portion of the floor body 2 A pair of wall side vertical members 4 rising along the wall surface WS, and a pair of side surface members 5 rising upward from the side edge of the floor body 2 by connecting the pair of wall side vertical members 4 and the front body 3. And is configured.

  The floor body 2 has a pair of side beams 21 that are supported by the outer wall W and extend substantially horizontally in a direction away from the wall surface WS, and a front beam 22 that connects the ends of the pair of side beams 21. And a plurality of (three in the present embodiment) flooring 23 provided across the intermediate portions of the pair of side beam members 21. Each of the side beam member 21, the front beam member 22 and the floor material 23 is a hollow member made of an aluminum shape, and the side beam member 21 and the front beam member 22 are provided inside the hollow of the side beam member 21. The front girder member 22 is fixed with screws through end brackets, and end caps (not shown) are attached to both side edges of the front beam member 22 so as to close the end openings. Then, both ends of the flooring 23 are fixed with screws 231 (see FIG. 6) that penetrate the protruding piece 216 at the lower end of the side beam 21. Further, the base end portion of the side beam member 21 is fixed to the housing of the outer wall W via the outer wall bracket 24.

  The front body 3 includes a front upper frame 31, a front lower frame 32 (lower edge of the front body), and left and right front vertical frames 33 (side edges of the front body), and a front upper frame 31 inside the four-sided frame. And a plurality of front grid members 34 provided over the front lower frame 32, and are assembled in a whole panel shape. The front upper frame 31, the front lower frame 32, the front vertical frame 33, and the front lattice member 34 are each made of an aluminum shape, and the end portions of the front upper frame 31 and the front vertical frame 33 are connected to each other. The end portions of the front vertical frame 33 and the front vertical frame 33 are fixed to each other by screws, and an end cap 35 is attached to the upper end edge of the front vertical frame 33 so as to close the upper end opening. The upper and lower ends of the front grid member 34 are fixed with screws that penetrate the front upper frame 31 and the front lower frame 32 from the outer wall W side. The front lower frame 32 of the front body 3 is fixed to the front beam 22 of the floor body 2 with a fixing structure described later, and the front vertical frame 33 and the side vertical frame 53 (described later) of the side body 5 will be described later. They are connected to each other by a connecting structure.

  The wall-side vertical member 4 is an aluminum-shaped member having a substantially U-shaped cross section that opens toward the outer wall W side, and is fixed to the casing of the outer wall W with screws. Further, the lower end portion of the wall-side vertical member 4 is fixed to the side beam member 21 base end portion of the floor body 2 via a connecting bracket 41 which is a connecting member, and the wall-side vertical member 4 and the side surface vertical frame of the side body 5. 54 (described later) are connected to each other by a connecting structure described later. Further, end caps 42 and 43 are attached to the upper and lower end edges of the wall-side vertical member 4, and the upper and lower end edges are blocked by these end caps 42 and 43.

  The side body 5 includes a side upper frame 51, a side lower frame 52 (lower end edge of the side body), left and right side vertical frames 53 and 54 (left and right side edges of the side body), and an interior in which the four sides are framed. It has a side lattice material 55 provided across the side upper frame 51 and the side lower frame 52, and is constructed by being assembled into an overall panel shape. The side surface upper frame 51, the side surface lower frame 52, the side surface vertical frames 53 and 54, and the side surface lattice members 55 are each made of an aluminum shape, and the end portions of the side surface upper frame 51 and the side surface vertical frames 53 and 54 are made of each other. The ends of the side lower frame 52 and the side vertical frames 53 and 54 are fixed to each other with screws, and the upper and lower ends of the side lattice member 55 are fixed with screws penetrating the side upper frame 51 and the side lower frame 52. Has been. The side lower frame 52 of the side body 5 is engaged with the side beam 21 of the floor body 2 in an engagement structure described later, and the front side vertical frame 53 and the front vertical frame 33 are connected to each other later. The side wall vertical frame 54 on the outer wall W side and the wall side vertical member 4 are connected to each other by a connection structure described later.

Next, a fixing structure between the floor body 2 and the front body 3 will be described with reference to FIG. Here, FIG. 4 is an enlarged longitudinal sectional view showing the lower end portion on the front end side of the air conditioner outdoor unit yard 1.
The front girder material 22 of the floor body 2 is provided with a square girder-shaped front girder main body 221, and the upper surface portion 222 of the front girder main body 221 opens along the longitudinal direction of the front girder material 22. A receiving groove 223 and a fixed piece 224 that rises along the receiving groove 223 are formed. On the other hand, the front lower frame 32 of the front body 3 is generally U-shaped and opens downward, and extends downward from the outer end of the upper surface 321 and the prospective direction of the upper surface 321 to the upper surface 222 of the front beam member 22. A placing piece portion 322 to be placed, a rising piece portion 323 that rises from the upper surface portion 321, and a hanging piece portion 324 as a protruding piece portion that extends inward from the rising piece portion 323 and bends downward. It is formed. The front lower frame 32 is positioned with respect to the front beam member 22 by mounting the mounting piece portion 322 on the upper surface portion 222 of the front beam member 22 and inserting the hanging piece portion 324 into the groove portion 223. It can be done. Furthermore, the front lower frame 32 is fixed to the front beam member 22 by fixing a screw (fixing tool) 225 that penetrates the fixed piece portion 224 of the front beam member 22 from the inside in the prospective direction to the hanging piece portion 324. In other words, the fixed portion is configured by the hanging piece 324. The front grid member 34 of the front body 3 is fixed by screws 325 that penetrate the rising piece 323 of the front lower frame 32 from the inside in the prospective direction.

Next, a connection structure between the side body 5, the front body 3, and the wall-side vertical member 4 will be described with reference to FIG. Here, FIG. 5 is an enlarged cross-sectional view showing a side end portion of the air conditioner outdoor unit yard 1.
The front vertical frame 33 of the front body 3 includes a rectangular tube-shaped vertical frame main body 331, a first protruding piece 332 that protrudes from the side edge of the vertical frame main body 331 toward the outer wall W, and a vertical frame main body. It has a second protruding piece 333 that protrudes from the side edge of 331 toward the outer wall W and has a bent tip. The wall-side vertical member 4 includes a vertical member body 401 having a substantially U-shaped cross section that opens toward the outer wall W, and a first protruding piece that protrudes from the outer surface of the vertical member body 401 toward the front body 3. 402 and a second protruding piece 403 that protrudes from the outer surface of the vertical member body 401 toward the front body 3 and has a bent tip. On the other hand, the side surface vertical frames 53 and 54 of the side body 5 are formed in a substantially U-shaped cross section, and are found face portions 531 and 541 parallel to the wall surface WS, and first projecting pieces projecting from the find face portions 531 and 541 in the prospective direction. It has part 532,542 and the 2nd protrusion piece part 533,543 which protrudes from the finding surface part 531 and 541 while bending in the prospective direction.

  An engagement protrusion 334 is formed at the tip of the second protrusion piece 333 of the front vertical frame 33 so as to extend vertically and to the first protrusion piece 332 side in parallel with the wall surface WS. Similarly, at the tip of the second protruding piece 403 of the wall-side vertical member 4, an engaging protruding piece 404 is formed that extends vertically and extends to the first protruding piece 402 side in parallel with the wall surface WS. On the other hand, the base end portions of the second projecting piece portions 533 and 543 of the side vertical frames 53 and 54 are open to the outside in the finding direction (on the opposite side to the first projecting piece portions 532 and 542) and are continuously engaged vertically. Engagement grooves 534 and 544 that can be engaged with the projecting pieces 334 and 404 are formed. Such a side body 5 is engaged by inserting the first and second projecting pieces 532 and 533 of the side vertical frame 53 between the first and second projecting pieces 332 and 333 of the front vertical frame 33. The engaging groove 534 is engaged with the protruding piece 334, and the first and second protruding pieces 542 and 543 of the side vertical frame 54 are connected to the first and second protruding pieces 402 and 403 of the wall-side vertical member 4. It is inserted between the front vertical frame 33 and the wall-side vertical member 4 from above with the engagement groove 544 engaged with the engagement protrusion 404. Then, the side vertical frame 53 is fixed to the front vertical frame 33 by fixing the screw 535 penetrating in the direction of finding the second protruding piece 333 of the front vertical frame 33 to the front vertical frame 33, and the wall side vertical The side vertical frame 54 is fixed to the wall-side vertical member 4 by fixing a screw 545 penetrating in the direction of finding the second protruding piece 403 of the material 4 to the second protruding piece 543.

Next, a connection structure between the side body 5 and the side beam 21 of the floor body 2 will be described with reference to FIG. Here, FIG. 6 is an enlarged longitudinal sectional view showing a lower part of the side end of the air conditioner outdoor unit yard 1.
The side beam member 21 of the floor body 2 is formed in a stepped square tube shape, a first upper surface portion 211 on the lower side located on the outside, a second upper surface portion 212 on the upper side located on the inside, and the first The second upper surface portions 211 and 212 are connected to each other and a vertical surface portion 213 extending up and down, and an inner surface portion 214 extending up and down continuously from the second upper surface portion 212 are formed. A receiving groove portion 215 is formed at the intersection of the first upper surface portion 211 and the vertical surface portion 213 along the longitudinal direction of the side beam member 21 and opens upward. A projecting piece 216 that protrudes to support the flooring 23 is formed. On the other hand, the lower side frame 52 of the side body 5 is generally U-shaped and opens downward, and includes an upper surface 521 and a first upper surface of the side beam 21 extending downward from the outer end of the upper surface 521 in the prospective direction. 211, a mounting piece 522 mounted on the upper surface 521, a rising piece 523 that rises from the upper surface 521, and a hanging piece 524 as a protruding piece that extends inward from the rising piece 523 and bends downward. Are formed. The side lower frame 52 is inserted into the receiving groove portion 215 while placing the placing piece portion 522 on the first upper surface portion 211 of the side beam member 21 and bringing the hanging piece portion 524 into contact with the vertical surface portion 213. The positioning can be performed with respect to the side beam 21. Further, the side lattice member 55 of the side body 5 is fixed by screws 525 that penetrate the rising piece 523 of the side lower frame 52 from the inside in the prospective direction.

Next, the connection structure between the side beam member 21 of the floor 2 and the wall-side vertical member 4 and the attachment structure to the outer wall W of the air conditioner outdoor unit storage 1 will be described with reference to FIG. Here, FIG. 7 is an exploded perspective view showing a fixing structure of the base end portion of the air conditioner outdoor unit yard 1.
The connection bracket 41 that connects the side beam member 21 and the wall-side vertical member 4 is a piece-like hardware formed in a substantially U-shaped cross section, and two screws 411 that penetrate the connection bracket 41 from the outer wall W side. The side beam member 21 and the wall-side vertical member 4 are connected to each other by passing through the vertical member body 401 and screwing these screws 411 into the screw holes of the side beam member 21. Further, the longitudinal member main body 401 is formed with an insertion hole 405, and the connection bracket 41 is formed with an insertion long hole 412. The insertion hole 405 and the insertion long hole 412 serve as a fixing tool to be described later. A screw 246 is inserted. Further, a slit hole 406 is formed at the lower end of the vertical member main body 401 to allow a connecting piece 242 of the outer wall bracket 24 to be described later to be inserted therethrough.

  The outer wall bracket 24 is provided along the wall surface WS and fixed to the outer wall W, and a connecting piece 242 as an extending piece extending in a direction protruding from the outer wall W continuously to the fixing surface 241. And is formed in a substantially L-shape as a whole. The fixed surface portion 241 is formed with three insertion holes 243, 244, 245 arranged vertically, and screws 246, 247, 248 are inserted into the insertion holes 243, 244, 245, respectively. The outer wall bracket 24 is fixed to the outer wall W by 247 and 248. The side beam member 21 and the wall-side vertical member 4 connected by the connection bracket 41 as described above are inserted into the slit hole 406 of the wall-side vertical member 4 after inserting the connecting piece portion 242 of the outer wall bracket 24. The connecting piece 242 is fixed to the outer wall bracket 24 and the outer wall W by screwing a screw 249 that penetrates the inner surface 214 of the side beam member 21. Further, from the opposite side to the outer wall W, a screw 246 is inserted into the insertion hole 405 of the vertical member main body 401, the insertion long hole 412 of the connecting bracket 41 and the insertion hole 243 of the outer wall bracket 24, and this screw 246 is inserted into the casing of the outer wall W. The longitudinal member main body 401, the connecting bracket 41, and the outer wall bracket 24 are integrally fixed to the outer wall W by screwing.

Next, a procedure for attaching the air conditioner outdoor unit yard 1 to the outer wall W will be described with reference to FIG. Here, FIGS. 8A and 8B are perspective views showing the installation procedure of the air conditioner outdoor unit yard 1.
First, as shown in FIG. 8A, the floor body 2 in which the side beam member 21, the front beam member 22 and the floor member 23 are assembled, and the wall-side vertical member 4 are connected by a connecting bracket 41 and a screw 411. Further, the outer wall bracket 24 is fixed to the outer wall W with the lower two screws 247 and 248.
Next, the connected floor body 2 and the wall-side vertical member 4 may be fixed to the outer wall bracket 24 and the outer wall W, and before fixing to the outer wall bracket 24, the floor body 2 and the wall-side vertical member are shown as follows. After attaching the front body 3 and the side body 5 to 4, the assembled floor body 2, front body 3, side body 5 and wall-side vertical member 4 may be fixed to the outer wall bracket 24 and the outer wall W. . When the side body 5 and the wall-side vertical member 4 are fixed to the outer wall bracket 24 and the outer wall W, the connecting piece portion 242 of the outer wall bracket 24 is connected to the side beam member 21 through the slit hole 406 of the wall-side vertical member 4. After inserting and fixing the side beam member 21 to the outer wall bracket 24 with screws from the inside of the side beam member 21, the wall side vertical member 4 is connected from the side opposite to the outer wall W as shown in FIGS. A screw 246 that penetrates the bracket 41 and the outer wall bracket 24 is fixed to the casing of the outer wall W. Further, at the upper part of the wall-side vertical member 4, the wall-side vertical member 4 is penetrated by a screw similar to the screw 246, and the wall-side vertical member 4 is fixed to the outer wall W by fixing this screw to the casing of the outer wall W. .

  As a procedure for attaching the front body 3 and the side body 5 to the floor body 2 and the wall-side vertical member 4, first, the front body 3 is fixed onto the front girder material 22 of the floor body 2. At this time, as shown in FIG. 4, the mounting piece portion 322 of the front lower frame 32 in the front body 3 is placed on the upper surface portion 222 of the front beam member 22, and the hanging piece portion 324 is inserted into the receiving groove portion 223. The fixing piece portion 224 of the front beam member 22 and the hanging piece portion 324 of the front lower frame 32 are fixed with screws 225, and the front body 3 and the floor body 2 are fixed. Next, the side body 5 is inserted and attached between the front vertical frame 33 of the front body 3 and the wall-side vertical member 4 from above. At this time, as shown in FIG. 5, the first and second protruding pieces 532 and 533 of the side vertical frame 53 in the side body 5 are arranged between the first and second protruding pieces 332 and 333 of the front vertical frame 33. And the engaging protrusion 334 is engaged with the engaging groove 534, and the first and second protruding pieces 542 and 543 of the side vertical frame 54 are connected to the first and second of the wall-side vertical member 4. The front body 3 and the wall-side vertical member 4 are connected to each other through the side body 5 by inserting between the projecting pieces 402 and 403 and engaging the engagement groove 544 with the engagement protrusion 404. The fall of 3 is regulated. Further, as shown in FIG. 6, the placement piece 522 of the side lower frame 52 in the side body 5 is placed on the first upper surface portion 211 of the side beam member 21 in the floor body 2, and the hanging piece of the side lower frame 52 is placed. The side lower frame 52 is positioned with respect to the side beam member 21 by inserting the portion 524 into the receiving groove portion 215 of the side beam member 21. Then, the second protruding piece 333 of the front vertical frame 33 and the second protruding piece 533 of the side vertical frame 53 are fixed with screws 535, and the second protruding piece 403 of the wall-side vertical member 4 is fixed with screws 545. By fixing the second projecting piece portion 543 of the side surface vertical frame 54, the side surface body 5, the floor body 2, the front surface body 3, and the wall side vertical member 4 are fixed.

  After fixing the air-conditioning room outdoor unit place 1 to the outer wall W as described above, the air-conditioning room external unit may be installed on the upper side of the floor 2, and the front body 3 and the side body are installed when installing or replacing the air-conditioning outdoor unit. 5 or one side member 5 may be temporarily removed from the floor 2 and the wall-side longitudinal member 4 before the air conditioning outdoor unit is installed.

According to this embodiment, there are the following effects.
(1) That is, since the air conditioner outdoor unit storage place 1 is configured by attaching the front body 3 and the side body 5 assembled in an overall panel shape to the floor body 2 and the wall-side vertical member 4 fixed to the outer wall W. Supports, caps, etc. can be eliminated, the structure of the air conditioner outdoor unit place 1 can be simplified, the number of members of the entire air conditioner outdoor unit place 1 can be reduced, and the weight can be reduced.

(2) Further, when fixing the front body 3 assembled in the whole panel shape to the front beam member 22 of the floor body 2, the hanging piece 324 of the front lower frame 32 is inserted into the receiving groove portion 223 of the front beam member 22. Thus, the front body 3 is positioned on the floor body 2, and after positioning, the fixed piece portion 224 of the front girder material 22 and the hanging piece portion 324 of the front lower frame 32 are fixed with the screw 225. Can be fixed easily.

(3) When the side body 5 is inserted between the front vertical frame 33 of the front body 3 and the wall-side vertical member 4, the front vertical frame 33 is inserted into the engaging grooves 534 and 544 of the side vertical frames 53 and 54. By engaging the engaging protrusions 334 and 404 of the wall-side vertical member 4, the side body 5 can be prevented from falling down by the side body 5, and the front surface body 3 and the wall-side vertical member 4 The fall can be restricted, and the front body 3 and the side body 5 can be more easily assembled.

(4) Further, the side beam member 21 and the wall-side vertical member 4 of the floor body 2 are connected to each other via the connecting bracket 41, and penetrates the connecting bracket 41, the wall-side vertical member 4 and the outer wall bracket 24. By fixing the screw 246 to be fixed to the casing of the outer wall W, the side beam member 21 and the wall-side vertical member 4 can be integrally fixed to the outer wall W, and the fixing strength of the air conditioner outdoor unit storage place 1 to the outer wall W is improved. Can be made.

[Second Embodiment]
Next, a second embodiment of the present invention will be described with reference to FIG.
FIG. 9 is an exploded perspective view showing an air conditioner outdoor unit place 1A of the second embodiment.
The air conditioner outdoor unit place 1A of the present embodiment is configured to have a floor body 2 and a front body 3 that are substantially the same as the air conditioner outdoor unit place 1, and the upper ends and outer walls of the left and right front vertical frames 33 in the front body 3. W is connected with a connecting cross member 6. That is, the air-conditioning outdoor unit storage place 1A does not have the wall-side vertical member 4 or the side body 5, but has the connecting cross member 6 instead of the side body 5 in the air-conditioning outdoor unit storage place 1 of the first embodiment. It is different. Hereinafter, the differences will be described in detail.

  The connecting cross member 6 is an aluminum-shaped angle member, the base end portion is fixed to a bracket 61 fixed to the outer wall W, and the distal end portion is fixed to the upper end portion of the front vertical frame 33 with screws. . At this time, the structure of the front body 3 and the structure for fixing the floor 2 to the front beam member 22 are the same as those in the first embodiment. In this embodiment, the front body 3 is connected by the connecting cross member 6. The fall of the body 3 is regulated. Further, the base end portion of the side beam member 21 in the floor body 2 is fixed to the housing of the outer wall W by an outer wall bracket (not shown) substantially the same as the outer wall bracket 24, and is along the upper surface of the side beam member 21. The auxiliary bracket 26 is also fixed to the outer wall W.

In addition, this invention is not limited to the said embodiment, Including other structures etc. which can achieve the objective of this invention, the deformation | transformation etc. which are shown below are also contained in this invention.
For example, in the above-described embodiment, the air-conditioning outdoor unit yard 1, 1 </ b> A has been described as an example of the outdoor structure. It may be for placing an installation object.
Moreover, in the said embodiment, although the floor body 2 was comprised including the elongate flooring 23, it is not restricted to this but the flooring 2 is comprised including a plate-shaped floor surface material. May be. Further, in the front body 3 and the side body 5, instead of the front lattice material 34 and the side lattice material 55, a surface material such as a resin panel or a metal panel may be used, and the lattice material is not limited to a vertical lattice, Arbitrary forms such as a horizontal grid or a vertical and horizontal crossing can be adopted. Furthermore, the front body and the side body of the present invention are not limited to the structure in which the lattice material is attached to the inside of the upper frame, the lower frame, and the left and right vertical frames as in the above-described embodiment, but are plate-like panel materials. It may be configured. In this case, the drooping piece portion may be formed at the lower end edge of the panel material, and the engagement protrusion piece or the engagement groove portion may be formed at the side edge of the panel material.

In addition, the best configuration, method and the like for carrying out the present invention have been disclosed in the above description, but the present invention is not limited to this. That is, the invention has been illustrated and described with particular reference to certain specific embodiments, but without departing from the spirit and scope of the invention, Various modifications can be made by those skilled in the art in terms of material, quantity, and other detailed configurations.
Therefore, the description limiting the shape, material, etc. disclosed above is an example for easy understanding of the present invention, and does not limit the present invention. The description by the name of the member which remove | excluded the limitation of one part or all of such restrictions is included in this invention.

It is a perspective view showing the outdoor structure concerning a 1st embodiment of the present invention. It is a longitudinal cross-sectional view which shows the said outdoor structure. It is a cross-sectional view showing the outdoor structure. It is a longitudinal cross-sectional view which expands and shows the front end side lower end part of the said outdoor structure. It is a cross-sectional view which expands and shows the side edge part of the said outdoor structure. It is a longitudinal cross-sectional view which expands and shows the side end lower part of the said outdoor structure. It is a disassembled perspective view which shows the fixing structure of the base end part of the said outdoor structure. It is a perspective view which shows the attachment procedure of the said outdoor structure. It is a perspective view which shows the outdoor structure which concerns on 2nd Embodiment of this invention.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1,1A ... Air-conditioning outdoor unit storage place (outdoor structure), 2 ... Floor body, 3 ... Front body, 4 ... Wall side vertical member, 5 ... Side body member, 6 ... Connection cross member, 21 ... Side girder member, 22 ... Front girder material, 23 ... Floor material, 24 ... Outer wall bracket, 31 ... Front upper frame, 32 ... Front lower frame, 33 ... Front vertical frame, 34 ... Front lattice material, 41 ... Connection bracket (connection member), 51 ... Side Upper frame, 52 ... side frame, 53, 54 ... side frame, 55 ... side lattice material, 215, 223 ... receiving groove, 224 ... fixed piece, 241 ... fixed surface, 242 ... connecting piece (extended piece) Part), 246 ... screw (fixing tool), 324 ... hanging piece (projecting piece, fixed part), 334 ... engaging protrusion, 404 ... engaging protruding piece, 524 ... hanging piece (projecting piece) , 534, 544... Engaging groove, W.

Claims (2)

An outdoor structure that includes at least a floor body that is supported by an outer wall and protrudes substantially horizontally from the outer wall, and a front body that rises upward from the front end of the floor body,
The floor body includes a pair of side beam members extending in a direction away from the outer wall with a base end portion supported by the outer wall, a front beam member connecting the distal ends of the pair of side beam members, the outer wall, a pair of And the floor material provided in the inside surrounded by the side girder material and the front girder material,
A wall-side vertical member that rises along the outer wall is connected to a base end portion of the side beam member in the floor body,
On the upper side of the side beam member between the wall side vertical member and the side edge of the front body, a side body is provided,
The front body and the side body are assembled in an overall panel shape,
One of the lower end edge of the front body and the upper surface of the front beam member is formed with a receiving groove that opens toward the other, and a fixed piece along the receiving groove, A protruding piece portion that can be inserted into the receiving groove portion, and a fixed portion that is fixed to the fixing piece portion with a fixing tool are formed,
While inserting the protruding piece portion into the receiving groove portion and fixing the fixed portion to the fixed piece portion, the front body is fixed to the floor body ,
One of the wall-side vertical member and the side edge of the front body and the left and right side edges of the side body is formed with an engaging protrusion that extends vertically and extends parallel to the outer wall surface. Is formed with an engaging groove that can be engaged with the engaging protrusion.
A base end portion of the side beam member of the floor body is fixed to the outer wall via an outer wall bracket fixed to the outer wall, and the outer wall bracket is fixed along the outer wall surface, and the fixing surface portion. Projecting from and extending along the side beam material,
The side beam member and the wall-side vertical member are connected to each other via a connecting member, and are fixed to the outer wall by a fastener that passes through the wall-side vertical member, the connecting member, and the outer wall bracket. Outdoor structure. One of the lower edge of the side body and the upper surface of the side beam member is formed with a receiving groove that opens toward the other, and the other is formed with a protruding piece that can be inserted into the receiving groove. ,
Wherein the protruding parts by inserting received in the groove the outdoor structure according to claim 1, wherein the side member is engaged with the floor body.

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