JP5658396B1 - 庇 - Google Patents

Abstract

An object of the present invention is to provide a ridge that is easy to manufacture and install, and particularly capable of installing a slat with a large projecting width and width. A scissors 1 includes a front edge mounted between left and right side frames 3L and 3R, a scissor plate 2 provided between the left and right side frames 3L and 3R, and a front end portion of the left and right side frames 3L and 3R. It consists of a plate 5 and a support pole 6 capable of adjusting the length for supporting the side frames 3L and 3R. The gutter plate 2 is formed by arranging a plurality of strip-like wing plates 21 between the left and right side plates 8 and 8 in parallel with each other in a grid pattern. On the inner surface of each side frame 3L, 3R, a guide groove 38a having an opening width is formed between the first and second protruding wall portions 35, 38 so that the side plate 8 of the flange plate 2 can be inserted and removed. The left and right side plates 8, 8 inserted into the guide grooves 38a of the side frames 3L, 3R are pushed at the upper ends by the tips of screws 87 screwed into the first projecting wall 35. The lower end portion is pressed against the second protruding wall portion 38. [Selection] Figure 2

Description

  The present invention relates to a gutter installed on an outer wall surface of a building, and in particular, the present invention relates to a gutter using a structure in which a plurality of slats are arranged side by side as a gutter plate.

  Conventionally, as shown in FIG. 12, such a saddle plate has a structure in which a plurality of strip-like blades 100 are inclined in parallel and in the same direction in a rectangular frame 104 and arranged in a lattice pattern. It is installed so that it may protrude ahead on the outer wall surface 10 of a building (for example, refer patent document 1). When the roof plate 103 is installed above the opening portion 11 of the building, direct sunlight is prevented from being inserted indoors from the opening portion 11, while light is taken in from the gap between the slats 100, 100. Appropriate lighting can be obtained. In the figure, reference numeral 101 denotes an externally attached gutter member.

Japanese Utility Model Publication No. 5-14369

  However, the scissors described in Patent Document 1 have a structure in which both end portions of each slat 100 are fixed to the frame body 104 and integrated as a whole, and thus are difficult to manufacture and assemble. It is difficult to make and install a large horizontal plate.

  The present invention has been made paying attention to the above-mentioned problems, and is easy to manufacture and install. In particular, it is an object of the present invention to provide an easy-to-install kite capable of installing a saddle plate having a large width and width. And

  The bag according to the present invention is installed on the outer wall surface of the building, and is provided between the left and right side frames whose base ends are fixed to the outer wall surface of the building so as to protrude forward, and the left and right side frames. It consists of a gutter plate, a front edge plate mounted between the front end portions of the left and right side frames, and a support pole capable of adjusting the length for supporting each side frame. The gutter plate is formed by arranging a plurality of strip-like wing plates parallel to each other between the left and right side plates in a lattice shape. The inner side surface of each side frame includes first and second projecting wall portions that are vertically opposed to each other with an interval corresponding to the width of the side plate of the saddle plate, and between the projecting wall portions, A guide groove having an opening width capable of inserting and removing the side plate is formed. The left and right side plates of the side plate inserted into the guide groove of each side frame are pushed at the upper end by the tip of the screw member screwed into the first projecting wall, and the lower end is the second projecting wall. It is fixed by being pressed on.

  In order to install the bag having the above-described configuration (hereinafter referred to as “the bag of the first embodiment”) on the outer wall surface of the building, the base end portions of the left and right side frames are fixed to the outer wall surface, and then each side frame is fixed. Support with support pole. By adjusting the length of each support pole, the left and right side frames are parallel to each other, and the respective leading ends are aligned on the same horizontal plane. Next, a gutter plate in which a plurality of slats are arranged side by side between the left and right side frames is assembled. This assembling work is done by inserting the left and right side plates of the plate into the guide grooves of the left and right side frames, fitting the plate between the left and right side frames, and then screwing the multiple points on each side plate of the plate. Secure with members. In this case, each side plate is fixed by pressing the upper end portion by the tip portion of the screw member screwed into the first protruding wall portion and pressing the lower end portion against the second protruding wall portion. After mounting the saddle plate, the front edge plate is mounted between the tip portions of the left and right side frames.

  The other ridge according to the present invention has a base end portion that is fixed to the outer wall surface of the building so as to protrude forward, and a base end portion that protrudes forward to an intermediate position between the left and right side frames. An intermediate frame fixed to the outer wall surface, a flange plate provided between the left side frame and the intermediate frame, and between the right side frame and the intermediate frame, and the left and right side frames and the tip of the intermediate frame It consists of a front edge plate mounted between them, and a support pole capable of adjusting the length for supporting each side frame and the intermediate frame. Each of the above-mentioned saddle plates is formed by arranging a plurality of strip-like wing plates parallel to each other in a lattice shape between left and right side plates. The first and second projecting wall portions that are vertically opposed to each other on the inner side surface of each side frame and the both side surfaces of the intermediate frame at intervals corresponding to the width of the side plate of the saddle plate, and A guide groove having an opening width is formed between the walls so that the side plate of the gutter plate can be inserted and removed. The left and right side plates of the side plate inserted into the guide grooves of the side frames and the intermediate frame are pushed at the upper end portions by the tip portions of the screw members screwed into the first projecting wall portions, and the lower end portions are the second ones. It is fixed by being pressed against the protruding wall.

The above-described configuration of the heel is applied to a heel having a large lateral width, and an intermediate frame is provided at an intermediate position between the left and right side frames, and between the left side frame and the intermediate frame and the right side frame. A gutter is provided between each intermediate frame.
In order to install the bag having the above-described configuration (hereinafter referred to as “the bag of the second embodiment”) on the outer wall surface of the building, after fixing the base ends of the left and right side frames and the intermediate frame to the outer wall surface, Each side frame and intermediate frame are supported by support poles. By adjusting the length of each support pole, the left and right side frames and the intermediate frame become parallel to each other, and the respective leading ends thereof are aligned on the same horizontal plane. Next, between the left side frame and the intermediate frame and between the right side frame and the intermediate frame, a gutter plate in which a plurality of blades are arranged in a grid is assembled. This assembling work is done for each side plate by inserting the left and right side plates into the left and right side frames and the guide grooves of the intermediate frame, and between the left side frame and the intermediate frame and between the right side frame and the intermediate frame. After being fitted to each other, a plurality of portions of each side plate of the plate are fixed with screw members. In this case, each side plate is fixed by pressing the upper end portion by the tip portion of the screw member screwed into the first protruding wall portion and pressing the lower end portion against the second protruding wall portion. After mounting each saddle plate, a front edge plate is mounted between the left and right side frames and the tip of the intermediate frame.

  The other ridge according to the present invention has a base end portion that is fixed to the outer wall surface of the building so as to protrude forward, and a base end portion that protrudes forward to an intermediate position between the left and right side frames. And at least two intermediate frames fixed to the outer wall surface, and between the left side frame and the intermediate frame, between the right side frame and the intermediate frame, and between the adjacent intermediate frames, The front edge plate mounted between the left and right side frames and the front end of the intermediate frame, and a support pole capable of adjusting the length for supporting the side frames and the intermediate frame. Each of the above-mentioned saddle plates is formed by arranging a plurality of strip-like wing plates parallel to each other in a lattice shape between left and right side plates. First and second projecting wall portions that are vertically opposed to each other on the inner side surface of each side frame and the both side surfaces of each intermediate frame with a distance corresponding to the width of the side plate of the saddle plate, A guide groove having an opening width capable of inserting and removing the side plate of the flange plate is formed between the protruding wall portions. The left and right side plates of the side plate inserted into the guide grooves of the side frames and the intermediate frame are pushed at the upper end portions by the tip portions of the screw members screwed into the first projecting wall portions, and the lower end portions are the second ones. It is fixed by being pressed against the protruding wall.

The configuration of the above-described ridge is applied to a ridge having an even wider width, and at least two intermediate frames are provided at an intermediate position between the left and right side frames, and between the left side frame and the intermediate frame, A gutter is provided between the right side frame and the intermediate frame and between the intermediate frames.
In order to install the bag having the above-described configuration (hereinafter referred to as “the bag of the third embodiment”) on the outer wall surface of the building, the base ends of the left and right side frames and the intermediate frames are fixed to the outer wall surface. The side frames and the intermediate frames are supported by support poles. By adjusting the lengths of the support poles, the left and right side frames and the intermediate frames are parallel to each other, and their respective tips are aligned on the same horizontal plane. Next, a gutter plate in which a plurality of blades are arranged in a grid is assembled between the left side frame and the intermediate frame, between the right side frame and the intermediate frame, and between the intermediate frames. This assembling work is done for each side plate by inserting the left and right side plates into the left and right side frames and the guide groove of the intermediate frame, between the left side frame and the intermediate frame, and the right side frame and the intermediate frame. After being fitted to each other and between the intermediate frames, a plurality of side plates of the side plate are fixed by screw members. In this case, the side plate is fixed by pressing the upper end portion by the tip portion of the screw member screwed into the first protruding wall portion and pressing the lower end portion against the second protruding wall portion. After mounting each saddle plate, a front edge plate is mounted between the left and right side frames and the tip of each intermediate frame.

  In a preferred embodiment of the present invention, the saddle plate is constituted by connecting a plurality of saddle assemblies in the protruding width direction. Each scissors assembly is formed by arranging a plurality of strip-like slats between the left and right side plates in parallel and in the same direction and arranged in a grid, and inserted into the guide grooves. The left and right side plates are fixed by pressing the upper end portion of the screw member screwed into the first protruding wall portion and pressing the lower end portion thereof against the second protruding wall portion.

The configuration of the above-described rod is applied to a rod having a large protruding width. After fixing the base ends of the left and right side frames and the intermediate frame to the outer wall surface, the side frame and the intermediate frame are supported by a support pole. To support. By adjusting the length of each support pole, the left and right side frames and the intermediate frame become parallel to each other, and the respective leading ends thereof are aligned on the same horizontal plane.
Next, between the left and right side frames in the first embodiment, and between the left side frame and the intermediate frame and between the right side frame and the intermediate frame in the second embodiment. Further, in the bag of the third embodiment, a plurality of slats are arranged in a lattice pattern between the left side frame 3L and the intermediate frame 4, between the right side frame 3 and the intermediate frame, and between the intermediate frames 4. Assemble each of the plurality of scissors assemblies arranged side by side. In this assembling operation, the left and right side plates are inserted into the guide grooves of the side frame and the intermediate frame, and then, a plurality of portions of the side plates of the side plate are fixed with screw members. In this case, the side plate is fixed by pressing the upper end portion by the tip portion of the screw member screwed into the first protruding wall portion and pressing the lower end portion against the second protruding wall portion. After mounting each saddle plate, a front edge plate is mounted between the left and right side frames and the tip of each intermediate frame.
According to this embodiment, even if the ridge has a large width, since the ridge plate is divided into a plurality of ridge assemblies, it is easy to assemble the plate and reduce the work load on the operator. In addition to greatly improving work efficiency, handling is much easier compared to handling a single plate, and each work such as packing, packing, and transportation is simplified. The labor required for transportation is also reduced.

  In a scissors according to a preferred embodiment, the first projecting wall portion is provided with a scissor-shaped retaining piece formed by bending the tip edge downward at a right angle over the entire length. According to this embodiment, since the upper end portion of the side plate engages with the retaining piece, the side plate is prevented from escaping from the guide groove.

  In a scissors according to a preferred embodiment, each of the left and right side plates has a concave portion extending over the entire length of the side plate on the upper end surface, and a tip portion of a screw member screwed into the first protruding wall portion is in contact with the concave portion. . According to this embodiment, since the tip end portion of the screw member engages with the concave portion of the side plate, escape of the side plate from the guide groove is prevented.

  According to this invention, since the side plate is assembled by inserting the left and right side plates of the side plate into the guide grooves formed on the inner side surface of the side frame and both side surfaces of the intermediate frame, the manufacture and installation of the side plate is easy, and the width It is possible and easy to install even a large plate. In addition, by constructing the saddle plate by connecting a plurality of saddle assemblies in the exit width direction, even a saddle plate having a large exit width can be manufactured and installed.

It is a top view of the bag which is one Example of this invention. It is sectional drawing which abbreviate | omitted the intermediate part which followed the AA line of FIG. It is sectional drawing which abbreviate | omitted the intermediate part which followed the BB line of FIG. It is sectional drawing which shows the structure of each heel assembly. It is sectional drawing which shows the other Example of the scissors assembly. It is explanatory drawing which shows the example of an assembly of the cover board by the Example of FIG. It is a top view of the bag which is another Example of this invention. It is sectional drawing which abbreviate | omitted the intermediate part which follows the CC line of FIG. It is a top view of the bag which is further another Example of this invention. It is sectional drawing which abbreviate | omitted the intermediate part which follows the DD line | wire of FIG. It is a top view which shows the assembly | attachment state of a scissors assembly. It is a perspective view of the conventional bag.

FIG. 1 shows an example in which a basket 1 according to an embodiment of the present invention is installed on a terrace. In the figure, reference numeral 10 denotes an outer wall surface of the building, and the eaves 1 are installed in a front-down posture such that the eaves plate 2 projects forward on the outer wall surface 10. Needless to say, the basket 1 according to the present invention can be installed in places other than the terrace.
The saddle 1 in the illustrated example is mounted between the left and right side frames 3L and 3R that are parallel to each other, the saddle plate 2 provided between the left and right side frames 3L and 3R, and the distal ends of the left and right side frames 3L and 3R. The front edge plate 5 and a support pole 6 capable of adjusting the length of the side frames 3L and 3R suspended from above are configured. Each gutter plate 2 is formed by connecting a plurality (three in the illustrated example) of gutter assemblies 2a, 2b, 2c in the width direction. The support pole 6 may support the side frames 3L and 3R from below.

  As shown in FIGS. 2 and 3, the left and right side frames 3 </ b> L and 3 </ b> R are respectively fixed to the outer wall surface 10 of the building by the left and right support brackets 7 so as to protrude forward. Each support fitting 7 is attached to the same height position of the outer wall surface 10 of the building, and is fixed to the outer wall surface 10 with anchor bolts 70 in close contact with the upper end portion of the back plate portion 71 and Upper and lower support plate portions 72 and 73 that are bent at the lower end portion are integrally provided. The support plate portions 72 and 73 are parallel to each other and are slightly lowered forward. A pair of left and right reinforcing plates 76 and 77 are interposed at both side positions between the upper and lower support plate portions 72 and 73, and are integrated by welding or the like.

  Each of the left and right side frames 3L and 3R has a tubular portion 30 whose cross-sectional shape in a direction orthogonal to the length direction is a vertically long rectangular shape. By fitting the base end portion of the tubular portion 30 into the outer surface of the support fitting 7, the side frames 3 </ b> L and 3 </ b> R are supported by the left and right support fittings 7. Screws 74 are provided between the upper wall portion 31 of the tubular portion 30 and the support plate portion 72 above the support fitting 7 and between the left and right side wall portions 33 and 34 of the tubular portion 30 and the left and right reinforcing plates 76 and 77, respectively. , 75 are integrally fixed. Since the base end portion of the tubular portion 30 is fitted to the outer surface of the front-lowering support fitting 7, the side frames 3 </ b> L and 3 </ b> R are front-lowering, and by adjusting the length of the support pole 6, The inclinations of the side frames 3L and 3R are aligned, and the respective leading ends are aligned on the same horizontal plane.

  Each of the side frames 3L and 3R has a first protruding wall portion 35 and a lower plate portion 36 protruding from one side wall portion 33 of the tubular portion 30, and a first protruding in the opposite direction from the outer surface of the other side wall portion 34. The protruding wall portion 35 and the lower plate portion 36 are each integrally provided. The lower plate portions 36 on both sides are set to have a larger projecting width than the first projecting wall portion 35. The first projecting wall portions 35, 35 and the upper wall portion 31 on both sides, the lower plate portions 36, 36 on both sides, and the lower wall portion 32 are on the same plane, and the side frames 3L, 3R are located on the center line. It has a symmetrical shape.

  The leading edge of the first projecting wall 35 is bent downward at a right angle over the entire length, and a hook-shaped retaining piece 37 is formed. Second projecting wall portions 38, 38 are integrally formed over the entire length at the center of the height of both side wall portions 33, 34 of the tubular portion 30, respectively. A guide groove 38 a is formed between the first protruding wall portion 35 and the second protruding wall portion 38. The front edge of the lower plate portion 36 is bent at a right angle upwards over the entire length to form a support piece 39. The inner side of the support piece 39 is a groove 39a.

  In each of the guide grooves 38a, side plates 8 of the saddle assemblies 2a to 2c, which will be described later, can be inserted and slid from the open portion of the front end. The retaining piece 37 prevents the side plate 8 of each of the saddle assemblies 2a to 2c from escaping from the guide groove 38a. The groove 39a collects rainwater and guides it to the front edge plate 5 at the lower end of the slope. The support piece 39 is set to have a larger bending width than the retaining piece 37 so that the groove 39a becomes deep. The upper end of the support piece 39 supports the lower end of each slat 21 constituting each of the heel assemblies 2a to 2c.

  The left and right side frames 3L and 3R described above are formed by aluminum extrusion. Since the side frames 3L and 3R of this embodiment are symmetrical with respect to the center line, one type of extrusion mold material is used for any of the left side frame 3L, the right side frame 3R, and an intermediate frame 4 described later. Can also be used. When this extruded mold is used as the left side frame 3L, only the right side is involved in fixing the roof plate 2 when only the right side is used as the right side frame 3R. Both sides are related to the fixing of the plate 2.

  The saddle plate 2 is configured by connecting three saddle assemblies 2a to 2c in the width direction. As shown in FIGS. 4 (1) to (3), each of the scissors assemblies 2a to 2c has a plurality of strip plate-like wing plates 21 arranged in parallel in a lattice pattern in parallel and in the same direction. Is. Each slat 21 in each cage assembly 2a-2c is inclined forward and downward so that sunlight from diagonally forward is not inserted into the room. Both end portions of each wing plate 21 are in contact with the inner surfaces of the left and right side plates 8, 8 and are fixed by two screws 22. Each vane 21 is formed by extrusion molding of aluminum. Screw fixing holes 23 and 24 into which the screws 22 are screwed are provided at the upper end and the center of each slat 21.

As shown in FIG. 3 and FIG. 4, a gutter groove 25 that receives rainwater that flows down is formed at the lower end edge of each slat 21. The ridge groove 25 is located below the side plates 8 and 8 and is open at both ends. Each wing plate 21 is inclined forward and downward, and upper and lower ends of the inclined surface are horizontal portions 26 and 27. The horizontal edge 27 at the lower end is bent upward at the leading edge, and the inner side of the bent edge 28 is the groove 25. Between the adjacent slats 21, 21, the upper and lower horizontal portions 26, 27 overlap with each other across the space, and rainwater that has poured down directly hits one of the slats 21, so between the slats 21, 21 Do not pass through the gap.
Since each wing plate 21 is made of aluminum, the front and back surfaces constitute a reflecting surface that diffuses and reflects light. A part of the light repeatedly reflected by each reflecting surface is guided to the lower side of the fence 1 and illuminates the floor surface brightly.

  The left and right side plates 8 in each of the saddle assemblies 2a to 2c are formed to have a length corresponding to one third of the protruding width of the flange 1 by extrusion molding of aluminum, and are used to fix the wing plate 21 with screws. The fixing part 81 and the horizontal leg part 83 bent at the lower end part of the stop fixing part 81 over the entire length are provided (see FIG. 2). Below the horizontal legs 83, the open ends of the ridges 25 of each slat 21 are located, and the ridges 25 of each slat 21 communicate with the ridges 39a of the left and right side frames 3L, 3R. .

In the first heel assembly 2a on the rear end side shown in FIG. 4 (1), the heel groove 25 at the lower end of the wing plate 21 at the head position protrudes forward from the side plate 8, and this first heel assembly. When the second saddle assembly 2b shown in FIG. 4 (2) is connected to 2a, the blade 21 at the leading position of the first saddle assembly 2a and the blade 21 at the trailing position of the second saddle assembly Overlap vertically.
Similarly, in the intermediate second rod assembly 2b, the groove groove 25 at the lower end of the blade 21 at the leading position protrudes forward from the side plate 8, and this second rod assembly 2b is shown in FIG. 4 (3). When the third rod assembly 2c shown is connected, the blade 21 at the leading position of the second rod assembly 2b and the blade 21 at the trailing position of the third rod assembly 2c overlap vertically.

In the saddle assemblies 2a to 2c, the left and right side plates 8 and 8 are positioned and fixed by being inserted between the first projecting wall portion 35 and the second projecting wall portion 38 of the left and right side frames 3L and 3R. Thus, the three scissors assemblies 2a to 2c are assembled between the left and right side frames 3L and 3R to form the scissors plate 2. In this state, both open ends of the groove 25 of each slat 21 are positioned above the grooves 39a of the side frames 3L and 3R.
In addition, about the coffin with a larger projecting width, the coffin plate 2 is assembled by connecting a larger number of coffin assemblies.

  On the upper end surface of each of the left and right side plates 8, a recess 85 having a certain depth and having rising portions 86, 86 on both sides is formed over the entire length (see FIG. 2). The tips of screws 87 screwed into a plurality of locations of the first projecting wall portions 35 of the side frames 3L and 3R are in contact with the recesses 85, respectively. When each screw 87 is screwed and the side plate 8 is pushed downward, the horizontal leg portion 83 at the lower end edge of the side plate 8 is pressed against the upper surface of the second projecting wall portion 38 of the side frames 3L, 3R, and each wing plate The end portion 21 is pressed against the upper end surface of the support piece 39. The upper ends of the side plates 8 are engaged with the retaining pieces 37 of the first projecting wall portions 35 of the side frames 3L and 3R, and the tips of the screws 87 are engaged with the recesses 85 on the upper end surfaces of the side plates 8. As a result, the escape of the side plate 8 from the guide groove 38a is prevented.

  FIGS. 5 (1) to 5 (3) show other embodiments of the saddle assemblies 2a to 2c. In this embodiment, each scissors assembly 2a to 2c can be used in either the front or back direction, and each scissors assembly 2a to 2c is configured as in the embodiment shown in FIG. The leading wing plate 21 does not protrude forward from the side plate 8 and is located between the side plates 8 and 8.

FIGS. 6 (1) to 6 (4) show an assembly example of the saddle plate 2 by the saddle assemblies 2a to 2c of the embodiment shown in FIG.
In FIG. 6 (1), the kite assemblies 2 a to 2 c are connected so that all the slats 21 are inclined forward and downward, so that sunlight from obliquely above is not inserted indoors.
In FIG. 6 (2), the kite assemblies 2a to 2c are connected so that all the slats 21 are inclined downward, so that sunlight from diagonally above is inserted indoors.
FIG. 6 (3) shows that the first wing assembly 2a has the wing plate 21 inclined downward, and the second and third heel assemblies 2b and 2c have the wing plate 21 inclined downward. In this way, the kite assemblies 2a to 2c are connected to each other, and the sunlight from obliquely above is not inserted deeply indoors, but enters directly under the kite.
FIG. 6 (4) shows that the first wing assembly 2a has an inclination in which each wing plate 21 is lowered downward, and each of the second and third heel assemblies 2b and 2c has an inclination in which each wing plate 21 has an inclination downward. As shown in the figure, the kite assemblies 2a to 2c are connected to each other, and the sunlight from obliquely above is inserted indoors deeply, but does not enter underneath the kite, the entrance of the building, the window side, or the like. This embodiment is suitable for installation at a storefront or the like, and prevents display items from being tanned by sunlight.

  The front edge plate 5 is formed by extrusion molding of aluminum, and a front wall portion 50 facing the front end surfaces of the left and right side frames 3L, 3R with a predetermined gap 54 therebetween, and the side frames 3L, 3R. An upper wall portion 51 that is put on the upper surface of the front end portion and screwed and a lower wall portion 52 that is screwed to the lower surface of the front end portion of each side frame 3L, 3R are integrally provided. An internal space formed over the entire length inside the lower wall portion 52 constitutes a rainwater drainage passage 53, and this drainage passage 53 communicates with the groove 39a of each side frame 3L, 3R via a gap 54. ing. Discharge ports 55 are formed at both ends of the lower wall portion 52 for discharging rainwater collected in the discharge path 53 to the outside. In FIG. 3, reference numeral 56 denotes an end plate that closes open portions at both ends of the front edge plate 5.

  On the base end portion of the gutter 1 having the above-described configuration, a gutter member 9 having an upper surface opening for receiving rainwater flowing down along the outer wall surface 10 of the building is provided over the entire width of the gutter. The eaves member 9 in the illustrated example is formed by extrusion molding of aluminum. The eaves body 90 has an upper surface opening that accommodates rainwater, and the side frames 3L and 3R integrally formed along the front edge of the eaves body 90. An attachment piece 91 and an attachment piece 92 to the outer wall surface 10 integrally formed along the rear edge of the bag main body 90 are configured. The front mounting piece 91 has a shape bent downward, and the tip edge thereof is screwed onto the tubular portions 30 of the left and right side frames 3L, 3R. The rear mounting piece 92 has a belt shape and is screwed to a mounting plate 93 attached to the outer wall surface 10 of the building. As shown by a dotted line in FIG. 2, a notch 94 is formed at both ends of the bottom plate of the main body 90, and rainwater is discharged downward from the notch 94. Opening portions at both ends of the rod main body 90 are respectively closed by the blocking plates 95, and the lower ends of the respective blocking plates 95 reach positions above the groove 39a of the left and right side frames 3L and 3R. A guide portion 96 that enters the ridge groove 39a is bent at the lower end of the closing plate 95, and rainwater flowing down along the inner surface of the closing plate 95 is guided into the ridge groove 39a by the guide portion 96. Since a large amount of rainwater flowing down along the outer wall surface 10 of the building is collected by the saddle member 9, it is possible to prevent extra rainwater from flowing into the furrow grooves 25 of the slats 21 of the saddle plate 2. In addition, the eaves member 9 functions as a rain shield and an awning.

  The left and right side frames 3L, 3R are suspended from above by support poles 6. Each of the support poles 6 is configured such that mounting brackets 64 and 65 are respectively attached to both ends of a pole body 61 made of a metal pipe whose length can be adjusted via screw shafts 62 and 63. Each of the screw shafts 62 and 63 is attached to one end with mounting brackets 64 and 65, and the other end is screwed into nut members (not shown) attached to both ends of the pole body 61. The mounting bracket 64 on the lower end side is fixed to the upper surfaces of the side frames 3L and 3R with bolts 66, and the mounting bracket 65 on the upper end side is fixed to the outer wall surface 10 of the building with anchor bolts 67.

  The screw shafts 62 and 63 of the support pole 6 have screw directions opposite to each other. When the pole body 61 is rotated in one direction, the screw shafts 62 and 63 protrude from both ends of the pole body 61 and the length of the support pole 6 is increased. On the other hand, when the pole body 61 is rotated in the opposite direction, the screws The shafts 62 and 63 enter the inside of the pole body 61 and the length of the support pole 6 is shortened. By adjusting the length of the support pole 6, the inclinations of the left and right side frames 3L and 3R are adjusted, and the respective front end portions can be aligned on the same horizontal plane.

  7 and 8 show the configuration of another embodiment of the present invention. In this embodiment, the two side plates 2 are connected to each other in the width direction, and the left and right side frames are fixed to the outer wall surface 10 of the building by the support metal fitting 7 so as to protrude forward. 3L, 3R, an intermediate frame 4 whose base end is fixed to the outer wall surface 10 of the building by the support bracket 7 in a state of protruding forward to an intermediate position between the left and right side frames 3L, 3R, and a left side frame It is attached between two end plates 2 and 2 provided between 3L and the intermediate frame 4 and between the right side frame 3R and the intermediate frame 4, and between the front end portions of the left and right side frames 3L and 3R. The front edge plate 5 and the support poles 6 capable of adjusting the lengths of the side frames 3L and 3R and the intermediate frame 4 suspended from above are configured. The support fitting 7 has the same configuration as in the above embodiment.

  Each gutter plate 2 is formed by connecting three gutter assemblies 2a to 2c in the width direction. Each of the saddle assemblies 2a to 2c is formed by arranging a plurality of strip-like blades 21 between the left and right side plates 8 and 8 in parallel and in the same direction in a lattice pattern. A gutter groove 25 having an upper surface opening is formed on the lower end edge of each slat 21 over the entire length. The left and right side frames 3L and 3R, each side plate 2, the front edge plate 5, and the support pole 6 have the same configuration as in the above-described embodiment, and here, the corresponding components are denoted by the same reference numerals. Detailed description will be omitted.

  The intermediate frame 4 has the same configuration as the left and right side frames 3L and 3R, and includes a first protruding wall portion 45 and a lower plate portion 46 that protrude from one side wall portion 43 of the tubular portion 30, and the other side wall. The first protruding wall 45 and the lower plate 46 that protrude in the opposite direction from the portion 44 are each integrally provided. Each lower plate portion 46 is set to have a projecting width larger than that of the first projecting wall portion 45. The first projecting wall portions 45, 45 and the upper wall portion 41 on both sides, the lower plate portions 46, 46 on both sides, and the lower wall portion 42 are on the same plane, and the intermediate frame 4 is symmetrical with respect to the center line. It is the shape of.

  The leading edge of the first projecting wall portion 45 is bent downward at a right angle over the entire length, and a retaining piece 47 having a hook shape is formed. Second projecting wall portions 48, 48 are integrally formed over the entire length at the center of the height of both side wall portions 43, 44 of the tubular portion 40. A guide groove 48 a is formed between the first protruding wall portion 45 and the second protruding wall portion 48. The front edge of each lower plate portion 46 is bent at a right angle upward along the entire length, and a support piece 49 and a groove 49a are formed inside thereof.

  In the guide grooves 48a, the side plates 8 of the saddle assemblies 2a to 2c can be inserted and slid from the open portions of the front ends. The retaining piece 47 prevents the side plates 8 of the saddle assemblies 2a to 2c from escaping from the guide groove 48a. The groove 49a collects rainwater and guides it to the front edge plate 5 at the lower end of the slope. The support piece 49 is set to have a larger bending width than the retaining piece 47 so that the groove 49a becomes deep. The upper end of the support piece 49 supports the lower end of each slat 21 constituting each heel assembly 2a to 2c.

9 and 10 show the configuration of still another embodiment of the present invention. In this embodiment, the three side plates 2 are connected in the width direction, and the left and right side frames are fixed to the outer wall surface 10 of the building by the support metal fitting 7 so as to protrude forward. 3L, 3R, two intermediate frames 4 whose base ends are fixed to the outer wall surface 10 of the building by the support bracket 7 in a state of protruding forward to an intermediate position between the left and right side frames 3L, 3R, and the left side 3 side plates 3 provided between the side frame 3L and the intermediate frame 4, between the right side frame 3R and the intermediate frame 4, and between the adjacent intermediate frames 4 and 4, respectively, It consists of a front edge plate 5 mounted between the front ends of the frames 3L and 3R, and a support pole 6 capable of adjusting the length of the side frames 3L and 3R and the intermediate frames 4 from above. Yes. Each saddle plate 2 is formed by connecting three saddle assemblies 2a to 2c in the width direction.
The left and right side frames 3L and 3R, the two intermediate frames 4, the three flange plates 2, the front edge plate 5, and the support pole 6 have the same configuration as that of the above-described embodiment. The description is omitted by giving the same reference numerals to the components.

  In the embodiment shown in FIGS. 1 to 3 (hereinafter referred to as “first embodiment”), the base ends of the left and right side frames 3L and 3R are used to install the ridge having the above-described configuration on the outer wall surface 10 of the building. In the embodiment shown in FIGS. 7 and 8 (hereinafter referred to as “second embodiment”) and the embodiment shown in FIGS. 9 and 10 (hereinafter referred to as “third embodiment”), the left and right side frames 3L, The base ends of the 3R and the intermediate frame 4 are fitted in the left and right support brackets 7 that are previously attached to appropriate positions on the outer wall surface 10 and then the side frames 3L and 3R and the intermediate frame 4 are moved upward by the support pole 6. Suspend more. By adjusting the length of each support pole 6, the left and right side frames 3L and 3R in the first embodiment, and the left and right side frames 3L and 3R and the intermediate frame 4 in the second and third embodiments are moved forward. In the lowered state, they are parallel to each other, and their respective tips are aligned on the same horizontal plane.

  Next, between the left and right side frames 3L and 3R in the first embodiment, between the left side frame 3L and the intermediate frame 4 and between the right side frame 3R and the intermediate frame 4 in the second embodiment. Further, in the third embodiment, three flanges are provided between the left side frame 3L and the intermediate frame 4, between the right side frame 3R and the intermediate frame 4, and between the intermediate frames 4 and 4, respectively. The plate 2 is formed by assembling the assemblies 2a to 2c. In the first embodiment, for example, as shown in FIG. 11, in the first embodiment, the left and right side plates 8 are inserted into the guide grooves 38a of the left and right side frames 3L and 3R for each of the saddle assemblies 2a to 2c. After the rod assemblies 2a to 2c are sequentially fitted between the left and right side frames 3L and 3R, a plurality of side plates 8 of the rod assemblies 2a to 2c are pressed and fixed with screws 87. The same applies to the second and third embodiments. After the saddle plates 2 are assembled by assembling the saddle assemblies 2a to 2c, the front edge plate 5 is mounted between the front ends of the side frames 3L and 3R. .

  According to the above embodiment, even if the ridge is a large ridge, since the ridge plate 2 is divided into a plurality of ridge assemblies 2a to 2c, the assembly operation of the ridge plate 2 is easy. The work burden on the operator is reduced, and the work efficiency is greatly improved. In addition, handling is extremely easy compared to handling a single sheet of board, and each operation such as packing, packing, and transportation is simplified, and the labor of each operation is greatly reduced. The cost required for this is also low.

1 庇 2 庇 plate 2a to 2c 庇 assembly 3L, 3R side frame 4 intermediate frame 5 front edge plate 6 support pole 8 side plate 10 outer wall surface 21 wing plate 35 first protruding wall portion 37 retaining piece 38 second protrusion Wall part 38a Guide groove 85 Concave part 87 Screw

Claims (6)

  It is a fence installed on the outer wall surface of the building, and the left and right side frames whose base ends are fixed to the outer wall surface of the building so as to protrude forward, and the left and right side frames provided between the left and right side frames, It consists of a front edge plate mounted between the front end portions of the side frames and a support pole capable of adjusting the length supporting each side frame, and the saddle plate is formed of a plurality of strip plates between the left and right side plates. The slats are parallel and inclined to each other and are arranged in a lattice pattern, and on the inner side surfaces of the side frames, a first facing the top and bottom with an interval corresponding to the width of the side plate of the side plate, A guide groove having an opening width capable of inserting and removing the side plate of the rib plate is formed between the second protruding wall portions and the protruding wall portions, and left and right sides of the rib plate inserted into the guide grooves of the side frames. Each side plate has an upper end pressed by a tip of a screw member screwed into the first protruding wall and a lower end pressed against the second protruding wall. Fixed eaves formed by.   It is a fence installed on the outer wall of the building, and its base end protrudes forward to the middle position between the left and right side frames and the left and right side frames fixed to the outer wall of the building. An intermediate frame in which the base end is fixed to the outer wall surface of the building, a girdle provided between the left side frame and the intermediate frame and between the right side frame and the intermediate frame, left and right side frames, and It consists of a front edge plate that is mounted between the front end portions of the intermediate frame, and a support pole that can be adjusted in length to support each side frame and the intermediate frame. The belt-like slats are arranged in parallel and inclined in a lattice pattern, and the inner side surface of each side frame and the both side surfaces of the intermediate frame are respectively set to the width of the side plate of the roof plate. The first and second projecting wall portions that are vertically opposed to each other with a corresponding interval, and the side plate of the rib plate can be inserted and removed between the projecting wall portions. Guide grooves having an opening width are formed, and the left and right side plates of the side plate inserted into the guide grooves of the side frames and the intermediate frame are upper ends by the tip portions of screw members screwed into the first projecting wall portions. A hook that is fixed by pressing the part and pressing the lower end part against the second protruding wall part.   It is a fence installed on the outer wall of the building, and its base end protrudes forward to the middle position between the left and right side frames and the left and right side frames fixed to the outer wall of the building. At least two intermediate frames whose base ends are fixed to the outer wall surface of the building, between the left side frame and the intermediate frame, between the right side frame and the intermediate frame, and between adjacent intermediate frames, respectively Each of the aforesaid plates, a front edge plate mounted between the left and right side frames and the tip of the intermediate frame, and a support pole capable of adjusting the length for supporting each side frame and the intermediate frame. The gutter plate is formed by arranging a plurality of strip-like slats between the left and right side plates in parallel with each other and in a lattice pattern, and the inner side surface of each side frame and both sides of each intermediate frame. The surface includes first and second projecting wall portions that are vertically opposed to each other with an interval corresponding to the width of the side plate of the roof plate. In addition, a guide groove having an opening width capable of inserting and removing the side plate of the plate is formed between the projecting walls, and the left and right side plates of the plate inserted into the guide groove of each side frame and the intermediate frame are A hook that is fixed by pressing the upper end portion of the screw member screwed into the protruding wall portion of 1 and pressing the lower end portion against the second protruding wall portion.   The scissors according to any one of claims 1 to 3, wherein the scissors plate is configured by connecting a plurality of scissors assemblies in the protruding width direction, and each scissors assembly is between left and right side plates. A plurality of strip plate-like wing plates are arranged in parallel and in the same direction in parallel with each other in a lattice pattern, and the left and right side plates of each heel assembly inserted into the guide groove are A hook that is fixed by pressing the upper end portion of the screw member screwed into the protruding wall portion and pressing the lower end portion thereof against the second protruding wall portion.   The scissors according to any one of claims 1 to 3, wherein the first projecting wall portion includes a scissors-shaped retaining piece formed by bending a tip edge downward at a right angle over the entire length.庇 that consists of.   4. The scissors according to claim 1, wherein each of the left and right side plates has a concave portion extending over the entire length of the side plate on an upper end surface, and a tip of a screw member screwed into the first projecting wall portion. The collar is in contact with the recess.

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