JP4475253B2 - 樋 Bracket - Google Patents

Description

  The present invention relates to the technical field of saddle brackets.

  Conventionally, rainwater that has fallen on the roof, etc. is diffused by the action of surface tension on the entire top surface of the rain gutter cover, and the rain water that flows out is smoothly drained into the gutter without scattering to the outside of the gutter as much as possible. Ingenuity has been made.

  Furthermore, in the conventional rain gutter cover, the rain gutter cover is provided with a through hole and a water collecting groove so that rain water flowing out from the roof is reliably discharged from the gutter cover into the gutter. (Japanese Patent Laid-Open No. 11-100533).

  In addition, since the gutter receiving body that supports the gutter has a high position, the positioning work and the mounting work for mounting cannot be performed as expected, and some errors are unavoidable.

  Therefore, due to the installation work of the gutter body constructed as described above, the rear opening edge of the rain gutter and the rear locking part of the rear end of the gutter body are in surface contact with the gutter. Rather than being in point contact, the rain gutter was easily damaged.

  Furthermore, since conventional rain gutters are made of vinyl chloride, they have the property of extending in the summer and shrinking in the winter, so that they come into contact with the locking portions at the front and rear opening edges of the gutter body. The front and rear opening edges of the rain gutter were subject to point contact or surface contact depending on the season and were easily damaged.

Therefore, the product life of the rain gutter was shortened.

Further, when a conventional rain gutter is hung on a roof to be painted and painted, there is a risk of bending due to the weight of the ladder.
Japanese Patent Laid-Open No. 11-100533

  The rain gutter cover 28 of the gutter device described in Japanese Patent Application Laid-Open No. 11-100533 disclosed above has a plurality of through holes 30 and three water collecting grooves 32 having the through holes 30 in the bottom portion. However, in the rain gutter cover having such a structure, if there is a large amount of rain on the roof and rain water flows out on the top surface of the gutter cover at a considerable speed, the rain water that flows into the three water collecting grooves 32 is dropped. However, there was a possibility that most of the water flowed out toward the front end of the rain gutter cover and scattered to the outside of the gutter as it was.

  Further, the water collecting groove 30 formed in the rain gutter cover 28 of Japanese Patent Laid-Open No. 11-100533 disclosed above is a top part constituting the water collecting groove 30 and other parts where the through holes 30 are formed. , Has become the same.

  For this reason, the structure of the water collecting groove 30 of the rain gutter cover 28 reduces the flow rate of a large amount of rain water at the top surface of the gutter cover when a large amount of rain water falling on the roof flows out at a considerable speed. It is a structure that cannot prevent the rainwater that has been squeezed out or spilled out to the outside of the gutter.

  However, according to the present invention, even if a large amount of rainwater falls on the roof and rainwater flows out to the upper surface of the rain gutter cover at a considerable speed, the flow velocity is weakened by disturbing the flow rate of the rainwater and splashing and reversing the rainwater. At the same time, a part of the rainwater that has been weakened and whose flow velocity has weakened is discharged into the rain gutter through a small hole provided in the gutter cover, and further rain water is caused by surface tension from the front part of the gutter cover. The rainwater was drained into the rain gutter so that it would not splash outside the gutter.

  Furthermore, the gutter body that supports the gutter that constitutes the gutter metal fitting of the present invention is not used by attaching to the eaves as a single unit, but separately attached pendulum type metal fittings to the eaves in advance, The attached pendulum bracket and the hook body are connected by loosening the fastening brackets slightly so that the hook body swings like a pendulum. The rear locking part of the end part was made not to make point contact with the rain gutter. Therefore, even if it is a rain gutter made of a material that depends on the temperature of the seasons (for example, made of vinyl chloride), since the gutter body swings like a pendulum, it is always in surface contact and may be damaged. And the product life of rain gutters can be extended.

  Further, the present invention is assembled with the upper receiving bracket, the rain gutter cover, the gutter receiving body, the rain water drop guiding portion, the thickness adjusting nut, and the coupling metal fitting, so that there is snow on the rain gutter cover. Even if a load is applied, even if a ladder or the like is leaned up, the gutter is firmly fixed, so it will not be damaged enough to withstand snow and will not be bent even if the ladder is leaned up. Therefore, it is possible to climb the roof with peace of mind.

As a means for solving the above-described problem, the saddle bracket according to claim 1 is provided with a mounting attachment portion 29 with a small hole 28 that is attached to an eave edge that is bent at a predetermined angle at a rear end portion of the inclined support portion 21 . An upper bracket b comprising a support portion 22 formed by inclining the front portion at a predetermined angle; a vertical mounting portion with a hole formed by bending the tip of the support portion 22 ; and the upper bracket b A rain gutter cover a that can be placed on the top surface of the gutter, a gutter body c that supports the gutter, a pendulum bracket e that is connected to the gutter body c, and a rain water fall guidance that induces rain water into the gutter d In the saddle bracket comprising the plate portion f , the thickness adjusting nut g, and the connecting bracket i ,
The rain gutter cover a reverses the flow direction of the flowing out rain water at the front part of the gutter cover a , reduces the flow speed of the rain water, and smoothly discharges the rain water into the gutter d . We provide a weakening part s ,
The gutter receiving body c is formed with a support portion 31 that supports the gutter d , and a front locking portion 33 that bends the front end portion upward to lock the front opening edge 42 of the gutter d. A front mounting portion 32 with a hole 34 is formed in a lower portion of the front locking portion 33, a bolt 35 with a head 36 is threaded through the hole 34 , and the rear end portion of the flange body e is folded upward. and music forming the rear catch part 37 for locking the rear opening edge 43 of the gutter d, to form a rear attachment portion 38 with the hole 39 in the lower portion of the rear catch part 37, into the hole 39 with welding the attached head 41 bolt 40 to the rear mounting portion 38 through the bolts 40 with heads 41,
The pendulum-type metal fitting e is provided with a mounting portion 44 connected to the rear locking portion 37 of the hook body c at the center, and the left end portion of the mounting portion 44 is bent at a right angle by a predetermined length. A leg portion 45 is formed, the tip end portion of the leg portion 45 is extended at a right angle to form a left side portion 46 with a small hole 47 , and the right end portion of the attachment portion 44 is a right angle by a predetermined length. A leg portion 45 bent to the right side, a right side portion 49 with a small hole 48 is formed by extending the tip end portion of the leg portion 45 outward at a right angle, and a back side portion 44b of the mounting portion 44. to, the gutter bearing main body c rear attachment portion 38 nut 50 screwed with the bolt 40 with a head 41 which penetrates from the hole 39 of the welded, small holes allowed to screwing the bolt 40 to the mounting portion 44 44a ,
The rainwater drop guide plate portion f is formed with vertical attachment portions 51 with small holes 52 in the upper portion, and a plurality of the small holes 52 are formed in parallel at predetermined intervals, and the vertical attachment portions are formed. In the lower end portion of the portion 51 , an inclined portion 53 is formed for guiding rain water bent inwardly into the rain gutter d ,
The hook body c is connected to the pendulum bracket e in a pendulum-like manner through the bolt 40 so as to be able to swing at all times while adjusting the tightening of the nut 50 ,
The upper receiving metal fitting b , the rain gutter cover a , the gutter receiving body c , the rain water drop guiding plate part f , the thickness adjusting nut g, and the connecting metal fitting i are integrally connected. It is a metal fitting.

Gutter receiving brackets according to claim 2, the gutter rainwater flow rate weakly reducing unit s constituting the cover a is, the front portion 2 constituting the rain gutter cover a, allowed reversing the direction of the flow velocity of the rainwater that has flowed out, the flow rate of rainwater slightly higher than the surface portion 1 of the gutter cover a which allowed to decrease slightly, having a predetermined height to discharge the rainwater Hesi weak flow rate of且雨water smoothly into the gutter d,且2. The reversing part 4 having a slightly protruding shape and having a bottomed part 5 is formed, and the top part of the reversing part 4 is extended outward to form a connecting part 16 with a hole 17 . It is a saddle bracket.

According to a third aspect of the present invention, the top 6a constituting the reversing portion 15 of the rainwater flow velocity weakening portion s constituting the rain gutter cover a or the protruding upper surface portion is more than the surface of the gutter cover a. The saddle bracket according to claim 1 or 2, characterized in that it is formed slightly higher.

The saddle bracket according to claim 1 is tightened while securing a relation that can swing in a pendulum manner with respect to a pendulum bracket that attaches a wide collar body that supports a rain gutter in advance to a predetermined portion of the eaves. Since the connection is made via the tool, the supported gutter is supported not in a point contact but in a surface contact state with the gutter body. For this reason, since the gutter body is always in surface contact with the gutter, the edge of the gutter is less likely to be damaged, and the product life of the gutter can be extended.

Furthermore, the present invention is such that, when the rain gutter being supported is made of vinyl chloride material, even if the rain gutter is stretched or contracted depending on the temperature of the seasons, the supported gutter body responds quickly to the pendulum bracket. Since it moves, a surface contact state is ensured between the rain gutter and the gutter body, and damage to the gutter can be prevented.

The present invention also provides a gutter body that contacts the pendulum bracket that supports the gutter, an upper gauze on which the gutter cover is placed and brought into contact, a rainwater drop guide plate portion, a thickness adjustment nut, Is assembled with a separate connecting bracket, so that the gutter is firmly fixed. Moreover, even if there is a considerable amount of snow on the gutter cover, it can withstand sufficiently, so that the gutter cover has an advantage that there is no risk of damage.

Next, the saddle bracket according to claim 2 and claim 3 has a rainwater flow velocity weakening portion, a reversing portion having a predetermined height and having a bottomed portion, and a top portion of the reversing portion being formed. Since it has a connecting part with holes that extend outward, even if a large amount of rain falls on the roof and flows out to the gutter cover, the rainwater collides with the reversal part described above, and the rainwater splashes up and reverses. The rainwater flow rate is drastically reduced, and the splashed rainwater can be drained into the rain gutter along the surface portion of the holed connecting portion extending outward from the top of the reversing portion. it can. Therefore, there is an advantage that even a large amount of rainwater is not scattered outside the rain gutter.

Furthermore, the present invention forms a rainwater reversing portion having a predetermined height and a slightly protruding shape on the rain gutter cover, so that a large amount of rainwater falling on the roof is flipped up by the reversing portion to cause a reversal phenomenon. Thus, the direction of the flow rate of the rainwater is reversed in the reverse direction, the flow rate of the rainwater is remarkably reduced, and the rainwater whose flow rate is remarkably reduced is drained into the rain gutter along the surface portion of the reversal part. Therefore, even if there is a large amount of rainfall on the roof, the rainwater that has flowed out does not splash outside the gutter cover.

Furthermore, the present invention has the same effects as the invention of the first aspect.

Since the embodiments of the invention described in claims 1 to 3 of the present invention are common, they will be collectively described as follows based on the drawings.

a is a rain gutter cover which comprises the gutter receiving metal fitting of this invention.

  Reference numeral b denotes an upper metal fitting for supporting and fixing the rain gutter cover a from below.

  c is a gutter receiving body for supporting the gutter d.

  “e” is a pendulum type metal fitting connected to the above-described hook body c.

f is a rainwater drop guide plate for guiding rainwater into the gutter d.

  g is a thickness adjusting nut.

  h is a connecting metal fitting.

  The implementation of the sealed rain gutter cover a will be described.

  The cover a is connected to the upper surface of the upper receiving bracket b via bolts and nuts described later.

  Further, the cover a is provided with a rainwater flow velocity weakening portion s at the front portion 2 that significantly reduces the flow rate of rainwater flowing down from the roof 3 and surely drains rainwater into the rain gutter. Reference numeral 1 denotes a surface portion of the cover a.

  An embodiment as an example of the implementation of the rainwater flow velocity weakening portion s will be described as follows.

  The rainwater flow velocity weakening portion s may be created in various forms to reduce the rainwater flow velocity, but the flow velocity direction of the rainwater flowing out from the roof 3 is formed in the front portion 2 constituting the rain gutter cover a. An inversion portion 4 having a bottom portion 5 is provided which is slightly higher than the surface portion 1 of the rainwater cover a, which reverses and weakens the flow rate of rainwater.

  And the said inversion part 4 forms the inclined part 5a which inclines slightly like FIGS. 1-3, and is connected with the said bottomed part 5. FIG. Therefore, the water storage part 4a is formed with the inversion part 4, the inclined part 5a, and the bottomed part 5.

  In the weakened portion s of the shape, rainwater flows out from the roof 3 to the surface portion 1 of the gutter cover a and collides with the reversing portion 4 from the inclined portion 5a, so that the flow velocity is reversed. The inverted rainwater is stored in the water storage part 4a, and when the small hole 9 is formed in the bottomed part 5a, the other rainwater that is drained from the small hole 9 to the gutter d, It is drained to the gutter a by the action of surface tension exceeding 6. Accordingly, rainwater does not scatter outside the gutter a.

  Further, according to the present invention, the top portion 6 of the reversing portion 4 is bulged outwardly and extends in a hanging shape to form a connection portion 7 with a hole 8.

  A plurality of small holes 9 for draining rainwater into the gutter d may not be formed in the bottomed portion 5 at predetermined intervals.

  The rain gutter cover a is formed with a plurality of through-holes 12 penetrating the bolts 10 with the heads 11 to be connected to the upper bracket b. A nut 13 is screwed onto the bolt 10 with the head 11.

  Reference numeral 14 denotes protrusions protruding at predetermined intervals that weaken the flow rate of rainwater protruding from the surface portion 1 of the rain gutter cover a.

  Further, a second example of implementation of the rainwater flow velocity weakening portion s is as follows.

  The rainwater flow velocity weakening portion s of the second embodiment is configured to reverse the flow rate direction of rainwater flowing out from the roof 3 to the front portion 2 constituting the rain gutter cover a so as to weaken the rainwater flow velocity and to supply rainwater. A reversing portion 15 having a predetermined height that allows drainage to smoothly drain into the rain gutter d and bulging out slightly from the surface portion 1 of the rain gutter cover a may be formed. The inversion part 15 may protrude slightly from the surface part 1 of the gutter cover a or may have a bulging shape. The function of the reversing unit 15 is to reduce the flow direction of rainwater and to reverse the flow direction at the same time as it is reduced. Reference numeral 9 denotes a small hole formed in the base of the reversing unit 15, and 6 a denotes the top of the reversing unit 15.

  Then, the top portion 6a of the reversing portion 15 is extended outwardly in a curved shape to form the connecting portion 16 with a hole 17.

  Furthermore, a plurality of through-holes 12 are formed in the rain gutter cover a of the second embodiment at predetermined intervals so as to penetrate the bolts 10 with the heads 11 connected to the upper receiving metal fitting b. A nut 13 is screwed onto the bolt 10 with the head 11.

  Reference numeral 19 denotes protrusions that protrude from the surface portion 1 of the gutter cover a at predetermined intervals in order to weaken the flow rate of rainwater.

  The above is the form of the first and second embodiments of the gutter cover a.

  Further, an embodiment of the upper receiving metal fitting b that supports the gutter cover a will be described as follows.

  The catch b supports and fixes the gutter cover a from below, and forms an inclined support portion 21 that supports the gutter cover a.

  And the front part of the said support part 21 is bent, and the bending support part 22 is formed.

  Further, the lower end of the support portion 22 is bent to form a lower vertical support portion 23. The lower vertical support portion 23 is provided with a small hole 24 that passes through a bolt 26 having a head portion 25. Reference numeral 27 denotes a bolt 26 and a screwed nut.

  On the other hand, a mounting portion 29 having small holes 28 on the left side and the right side that are bent downward with a predetermined inclination angle with respect to the inclined support portion 21 is formed at the rear end portion of the inclined support portion 21. .

  Reference numeral 30 denotes a stopper for fixing the mounting portion 29 to the eaves or the like via a small hole 28.

  Further, a second embodiment of the upper receiving metal fitting b is as shown in FIGS.

  The upper receiving bracket b of the second embodiment forms a lower vertical support portion 23 by bending the front portion of the inclined support portion 21 that supports the gutter cover a and bending it at a predetermined angle. The lower vertical support portion 23 is provided with a small hole 24 that penetrates the bolt 26 with the head 25. Reference numeral 27 denotes a nut screwed to the bolt 26.

  Next, an embodiment of the collar body c will be described.

  The gutter receiving body c is formed with a support portion 31 that supports the gutter d, and a front locking portion 33 that bends the front end portion upward to lock the front opening edge 42 of the gutter d. A front mounting portion 32 with a hole 34 is formed in a lower portion of the front locking portion 32. Further, a bolt 35 with a head 36 is passed through the hole 34, and the front mounting portion 33 and the bolt 35 are welded. A nut 35a is screwed onto the bolt 35.

  Further, the rear end portion of the gutter receiving body c is bent upward to form a rear locking portion 37 for locking the rear opening edge 43 of the rain gutter d, and a hole is formed in the lower portion of the rear locking portion 37. A rear mounting portion 38 with 39 is formed. Then, the bolt 40 with the head 41 is passed through the hole 39 and the bolt 40 with the head 41 is screwed into the rear mounting portion 38.

  “e” is a pendulum type metal fitting connected to the above-described hook body “e”, and the embodiment is as follows.

  The pendulum-type metal fitting e is provided with a mounting portion 44 connected to the rear locking portion 37 of the hook body c at the center, and the left end portion of the mounting portion 44 is bent at a right angle by a predetermined length. The leg portion 45 is formed, the tip end portion of the leg portion 45 is extended at a right angle to form the left side portion 46 with a small hole 47, and the right end portion of the mounting portion 44 is perpendicular to the predetermined length. A leg portion 45 bent in a shape is formed, and a distal end portion of the leg portion 45 is extended outward at a right angle to form a right side portion 49 with a small hole 48.

  Further, a nut 50 that is screwed to the bolt 40 with a head 41 that passes through the hole 39 of the rear mounting portion 38 of the flange main body c is welded to the back side portion 44 b of the mounting portion 44. 44a is a small hole provided in the attachment portion 44 into which the bolt 40 is screwed.

  Furthermore, the pendulum type metal fitting e in the present invention can include the following examples as a form corresponding to the inclination angle of the eaves.

  That is, a mounting portion c that is connected to the rear locking portion 37 of the support main body c is provided at a central portion that constitutes the pendulum type metal fitting e. Then, the left end portion of the mounting portion 44c is bent at a right angle by a predetermined length to form a leg portion 45a, and further, the tip end portion of the leg portion 45a is inclined slightly toward the lower surface portion and is perpendicular to the outside. A left side portion 46a with a small hole 47a extending in a shape is formed.

  Further, the right end portion of the mounting portion 44c is bent at a right angle by a predetermined length to form a leg portion 45a, and the tip end portion of the leg portion 45a is inclined slightly toward the lower surface portion so as to be perpendicular to the outside. A right side portion 49a with a small hole 48a is formed.

  Also, a nut 50 that is screwed with a bolt 40 with a head 41 penetrating from the hole 39 of the rear mounting portion 38 of the flange main body e is welded to the back surface portion 44d of the mounting portion 44c. 44e is a small hole provided in the attachment portion 44c into which the bolt 40 is screwed.

  A stopper 30 is driven into the small holes 47, 47a, 48, and 48a, and the pendulum bracket e is driven into a predetermined portion of the eaves.

  Next, an embodiment of the rainwater drop guide plate part f will be described.

  The rainwater drop guide plate part f forms a vertical attachment part 51 with a small hole 52 in the upper part. A plurality of the small holes 52 are formed in parallel at predetermined intervals.

  Further, an inclined portion 53 is formed at the lower end portion of the vertical attachment portion 51 to guide rainwater that is bent inwardly into the rain gutter d. The inclined portion 53 needs a length that slightly enters the rain gutter d.

  Next, the implementation of the thickness adjusting nut g will be described.

  The thickness adjusting nut g has a thickness of 4 mm, and a small hole 26a through which the bolt 26 passes is provided at the center.

  The nut g is for preventing intrusion of dust, fallen leaves or the like having a size of 4 mm or more.

  i is a connecting metal fitting and has the following embodiments.

  A small hole 54 through which the bolt 26 passes is formed in the upper part, and a long hole 55 that penetrates the bolt 35 is formed in the lower part.

  The tip of the bolt 35 is rounded. Reference numeral 35 a denotes a nut screwed to the bolt 35.

  Further, the sealed rain gutter cover a is placed on the inclined support portions 21 of the plurality of upper receiving metal fittings b attached to the eaves at predetermined intervals, and the rain gutter cover a and the upper receiving metal fitting b are connected to the bolts 10 through holes. The nut 13 is passed through 12 and screwed to adhere.

  Further, a plurality of the pendulum type metal fittings e are fixed to a predetermined position of the eaves via a stopper 30. At that time, if the eaves is vertical as shown in FIGS. 1, 2, 5, and 6 in correspondence with the inclination angle of the eaves, the pendulum type metal fitting e shown in FIGS.

  For example, when the eaves edge is slightly inclined as shown in FIGS. 3 and 7, the pendulum-type metal fitting e illustrated in FIGS. 11, 12, and 13 is used.

  The bolt 40 passes through the hole 39 and is screwed into the nut 50 through the mounting portion 44 of the pendulum bracket e attached via the stopper 30 as described above and the rear mounting portion 38 of the hook body c. Slight loosening is applied, and the support body c is connected to such a degree that it can swing like a pendulum.

  Therefore, according to the present invention, the pendulum brackets e and e and the hook body c are tightened to the extent that they cannot swing in the left-right direction as described above.

  Further, when the rain gutter d is fitted into the support portion 31 of the attachment gutter receiving body c as described above, the front opening edge 42 constituting the gutter d is engaged by the front locking portion 32. Stopped.

  The rear opening end 43 of the gutter d is also locked by the rear locking portion 37.

  Further, the thickness adjusting nut g is placed on the outer side of the connecting portion 7 with the hole 8 of the rain gutter cover a overlapped with the lower vertical portion 23 of the upper receiving bracket b, and the rain water falls on the outer side of the nut g. When the guide plate part f is further applied to the outer side of the guide plate part f with the connecting fitting i, the hole 8, the small hole 24, the small hole 26a, the small hole 52, and the small hole 54 are matched. Bolts 26 are passed through the holes and small holes that have been matched as described above and screwed with nuts 27.

  Further, the hole 34 of the locking portion 33 and the elongated hole 55 of the connecting fitting i are matched, and a bolt 35 is passed through these holes and elongated holes, and a nut 35a is screwed.

  When the bolt 35 and the nut 35a are screwed together, the bolt 35 is finely adjusted while being moved slightly in the elongated hole 55 to be screwed in a predetermined position.

  As described above, the gutter cover a, the upper receiving metal fitting b, the pendulum type metal fitting e, the eaves receiving body c, the rain water guiding portion f, the thickness adjusting nut g, the connecting metal fitting i, and the fastening metal fitting It sticks with.

  Further, the gutter cover a constituting the present invention assembled as described above is attached with a predetermined inclination angle as shown in FIGS.

  Then, a large amount of rainwater that has fallen on the roof 3 flows out toward the front part of the rain gutter a with a predetermined flow rate corresponding to the amount of rain. Collides with the reversing portion 4 of the rainwater flow velocity weakening portion s, and the flow velocity direction is reversed. A part of the rainwater reversed as described above is temporarily stored in the water storage portion 4a, but is discharged into the rain gutter d through the small hole 9.

  Furthermore, since a part of the rainwater reversed as described above has a reduced flow velocity, it exceeds the reversing part 4 and from the connecting part 7 to the inclined part 53 of the rainwater guiding part f by the surface tension phenomenon. It is surely drained into the gutter a.

  In the present invention, since the thickness adjusting nut g is interposed, dust and the like exceeding the thickness of the nut g are prevented from entering. Accordingly, dust or the like accumulates in the gutter d and does not deteriorate the flow of rainwater.

  Even if the rain gutter cover a constituting the present invention is attached with a predetermined inclination angle as shown in FIGS. 5, 6, and 7, the rain water flowing out from the roof 3 to the gutter cover a is The rainwater flow velocity weakening portion s is reversed by the reversing portion 15.

  When the small hole 9 is formed, a part of the rainwater that has been reversed is drained into the rain gutter d from the small hole 9, and the rain gutter cover is made while the flow rate of other rain water is reduced. The water is reliably drained from the front surface portion of a to the connection portion 16 and from the inclined portion 53 of the rainwater guiding portion f into the rain gutter a through the gap portion formed by the thickness adjusting nut g.

  And dust or the like larger than the thickness of the nut g does not enter the rain gutter d.

  Further, the opening degree portions 42 and 43 of the rain gutter d to be inserted and the locking portions 32 and 37 with respect to the tightening degree of the pendulum-type metal fitting e and the hook main body c constituting the present invention are not point contacts but surfaces. In order to maintain the contact state, the tightening degree of the bolt 40 and the nut 50 is finely adjusted so that the support body c swings like a pendulum.

  Therefore, even if the gutter d expands or contracts due to a change in temperature, the gutter body c corresponds to the change.

It is a partially cutaway perspective view showing the assembled state of the present invention metal fitting.

FIG. 2 is a partially cutaway longitudinal front view of the state where the saddle bracket of FIG. 1 is assembled.

It is a partial notch longitudinal cross-sectional view which shows 2nd Example of a collar bracket.

FIG. 3 is a partially cut left side view of the saddle bracket of FIG. 1.

It is a perspective view which shows 2nd Example of this invention collar bracket.

FIG. 6 is a partially cut longitudinal front view of the rain gutter fitting shown in FIG. 5.

It is a partial notch longitudinal front view which shows 3rd Example of a rain gutter metal fitting.

It is a front view of a pendulum type metal fitting.

It is a right view of the metal fitting.

It is a top view of the metal fitting.

It is a front view of 2nd Example of the metal fitting.

It is a right view of the metal fitting of FIG.

It is a top view of the metal fitting of FIG.

It is a partially notched top view which shows the point contact state of a gutter main body and a rain gutter.

It is a partially notched top view which shows the point contact state of a gutter main body and a rain gutter.

It is a partially notched top view which shows the surface contact state of a hook main body and a rain gutter.

a rain gutter cover b upper catch metal c gutter body d gutter e pendulum type metal fitting f rain water drop guide plate g thickness adjustment nut i connecting metal fitting s rain water flow velocity reduction part 1 surface part 2 front part 3 roof 4 reversing part 4a Water storage part 5 Bottomed part 5a Inclined part 6 Top part 6a Top part 7 Connection part 8 Hole 9 Small hole 10 Bolt 11 Head 12 Through hole 13 Nut 14 Protrusion part 15 Reverse part 16 Connection part 17 Hole 19 Protrusion part 21 Support part 22 Folding support portion 23 Vertical support portion 24 Small hole 25 Head 26 Bolt 27 Nut 28 Small hole 29 Mounting portion 30 Stopper 31 Supporting portion 32 Front locking portion 33 Front mounting portion 34 Hole 35 Bolt 35a Nut 36 Head 37 Rear locking portion 38 Rear mounting portion 39 Hole 40 Bolt 41 Head portion 42 Front opening edge portion 43 Rear opening edge portion 44 Mounting portion 45 Leg portion 46 Left side portion 47 Small hole 48 Small hole 49 Right side portion 50 Nut 5 1 Vertical attachment part 52 Small hole 53 Inclined part 54 Small hole 55 Long hole

Claims (3)

A mounting attachment portion 29 with a small hole 28 attached to the eaves that bends at a predetermined angle at the rear end portion of the inclined support portion 21 , a support portion 22 that is formed by inclining the front portion at a predetermined angle, and the support An upper receiving bracket b comprising a vertical mounting portion with a hole formed by bending the tip of the portion 22 , a rain gutter cover a that can be placed on the upper surface of the upper receiving bracket b , and a gutter d from the gutter bearing main body c to a pendulum fitting e to be connected to the gutter bearing main body c, and rainwater falling guide plate portion f which induce rainwater into the gutter d, the thickness adjustment nut g, and coupling fittings i In the saddle bracket
The rain gutter cover a reverses the flow direction of the flowing out rain water at the front part of the gutter cover a , reduces the flow speed of the rain water, and smoothly discharges the rain water into the gutter d . We provide a weakening part s ,
The gutter receiving body c is formed with a support portion 31 that supports the gutter d , and a front locking portion 33 that bends the front end portion upward to lock the front opening edge 42 of the gutter d. A front mounting portion 32 with a hole 34 is formed in a lower portion of the front locking portion 33, a bolt 35 with a head 36 is threaded through the hole 34 , and the rear end portion of the flange body e is folded upward. and music forming the rear catch part 37 for locking the rear opening edge 43 of the gutter d, to form a rear attachment portion 38 with the hole 39 in the lower portion of the rear catch part 37, into the hole 39 with welding the attached head 41 bolt 40 to the rear mounting portion 38 through the bolts 40 with heads 41,
The pendulum-type metal fitting e is provided with a mounting portion 44 connected to the rear locking portion 37 of the hook body c at the center, and the left end portion of the mounting portion 44 is bent at a right angle by a predetermined length. A leg portion 45 is formed, the tip end portion of the leg portion 45 is extended at a right angle to form a left side portion 46 with a small hole 47 , and the right end portion of the attachment portion 44 is a right angle by a predetermined length. A leg portion 45 bent to the right side, a right side portion 49 with a small hole 48 is formed by extending the tip end portion of the leg portion 45 outward at a right angle, and a back side portion 44b of the mounting portion 44. to, the gutter bearing main body c rear attachment portion 38 nut 50 screwed with the bolt 40 with a head 41 which penetrates from the hole 39 of the welded, small holes allowed to screwing the bolt 40 to the mounting portion 44 44a ,
The rainwater drop guide plate portion f is formed with vertical attachment portions 51 with small holes 52 in the upper portion, and a plurality of the small holes 52 are formed in parallel at predetermined intervals, and the vertical attachment portions are formed. In the lower end portion of the portion 51 , an inclined portion 53 is formed for guiding rainwater bent inwardly into the rain gutter d ,
The hook body c is connected to the pendulum bracket e in a pendulum manner through the bolt 40 so as to be always swingable while adjusting the tightening of the nut 50 ,
The upper receiving metal fitting b , the rain gutter cover a , the gutter receiving body c , the rain water drop guiding plate part f , the thickness adjusting nut g, and the connecting metal fitting i are integrally connected. Hardware. The gutter cover a rainwater flow rate weakly reducing unit s constituting a is the guttering forward portion 2 constituting the cover a, allowed reversing the direction of the flow velocity of the rainwater that has flowed out, the gutter where allowed to weakly reducing the flow rate of the rainwater It is slightly higher than the surface portion 1 of the cover a , has a predetermined height that allows rainwater to flow smoothly into the gutter d by reducing the flow rate of rainwater, and has a bottomed portion 5 that has a slightly protruding shape. The hook receiving bracket according to claim 1, wherein a reversing part 4 is formed, and a top part of the reversing part 4 is extended outward to form a connection part 16 with a hole 17 . The top part 6a constituting the reversing part 15 of the rainwater flow velocity weakening part s constituting the rain gutter cover a or the projecting upper surface part is formed slightly higher than the surface of the gutter cover a. The collar bracket according to claim 1 or 2.

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