JP3434743B2 - Snow stopper - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a snow stopper fitting for mounting a snow stopper angle.

[0002]

2. Description of the Related Art Conventionally, the problems to be solved by the invention
There is a type of snow stopper that has a mounting portion for attaching to the roof at the angle locking portion where the snow stopper angle is inserted.

The present invention further pursues the practicality of this type of snow-stopping angle-mounting type snow-stopping metal fitting, and makes contact with or close to the plate surface of the standing plate portion of the snow-stopping angle inserted into the angle locking portion. A locking piece for the standing plate portion that prevents the lever of the snow stop angle from moving in the front-rear direction is provided on the angle locking portion, and it is brought into contact with or close to the plate surface of the horizontal plate portion of the snow stop angle. By using a configuration in which the horizontal plate part locking pieces that prevent the snow stopping angle from moving in the vertical direction are provided in the angle locking part, the snow stopping angle is pressed in from two directions and locked to move the snow stopping angle back and forth. (EN) Provided is an epoch-making snow stopper fitting having a simple structure that can be firmly locked and fixed in a state in which it cannot be moved and vertically moved.

[0004]

The gist of the present invention will be described with reference to the accompanying drawings.

In the snow retaining fitting in which the mounting portion 3 for attaching to the roof is provided in the angle locking portion 2 into which the snow retaining angle 1 is inserted and inserted, when the snow retaining angle 1 is inserted into the angle locking portion 2, The standing plate portion locking piece 4 that comes into contact with or comes close to the plate surface of the standing plate portion 1A of the snow retaining angle 1 to prevent the snow retaining angle 1 from moving in the front-rear direction is attached to the angle locking portion 2. And a horizontal plate portion locking piece 5 for contacting or adjoining the plate surface of the horizontal plate portion 1B of the snow stopper angle 1 to prevent the snow stopper angle 1 from moving in the vertical direction. The locking piece 4 for the standing plate and the locking piece 5 for the horizontal plate are provided on the stopper 2.
It is composed of one piece that is cut out from or formed continuously.
The angle locking part 2 is a large standard size snow stopper.
Of the snow stop angle 1 when the angle 1 is inserted and inserted.
Each of the standing tip of the plate portion 1A and the lateral tip of the lateral plate portion 1B.
Set to a size that allows the clearance gap 6 to exist on the extension side of the tip
The present invention relates to a snow stopper fitting.

The angle locking portion 2 includes a standing wall portion 2A which locks the standing plate portion 1A of the snow retaining angle 1.
Bottom wall portion 2B for locking the horizontal plate portion 1B of the snow retaining angle 1
And the slanted wall portion 2 that bridges the standing wall portion 2A and the bottom wall portion 2B.
And a cutout piece obtained by cutting out the upper side of the slant wall portion 2C is used as the locking piece 4 for the standing plate portion, and a cutout portion obtained by cutting out the lower side of the slant wall portion 2C. The snow stopper fitting according to claim 1, wherein a piece of the piece is the lateral plate engaging piece 5.

The angle locking portion 2 is constructed so that at least the large standard size snow retaining angle 1 can be inserted and inserted, and the angle locking portion 2 can be either large or small standard size snow retaining angle. Even when 1 is inserted and inserted, a state in which the snow stop angle 1 is prevented from moving in the front-rear direction and the up-down direction by the locking piece 4 for the upright plate portion and the locking piece 5 for the horizontal plate portion The present invention relates to the snow stopper fitting according to any one of claims 1 and 2, wherein the snow stopper fitting is configured so as to be pressed down and locked.

[0008]

BEST MODE FOR CARRYING OUT THE INVENTION A preferred embodiment of the present invention (how to carry out the invention) will be briefly described with reference to the drawings and showing its function and effect.

The product of the present invention can be easily attached to the roof via the attachment portion 3.

The snow stopper angle 1 is inserted into the angle locking portion 2 of the present invention attached to this roof, and, for example, the locking piece 4 for the standing plate provided on the angle locking portion 2.
Strike the snow with a hammer or the like, and set up the standing plate 1 of the snow stop angle 1.
Bending so as to come into contact with A, and bringing the bent standing plate locking piece 4 into contact with or close to the plate surface of the standing plate 1A, the movement of the snow stop angle 1 in the front-back direction is prevented. Therefore, the horizontal plate locking piece 5 provided on the angle locking portion 2 is hit with a hammer or the like to stop the snow-covering angle 1.
When it is bent so as to come into contact with the horizontal plate portion 1B, and when the bent horizontal plate portion locking piece 5 is brought into contact with or brought close to the plate surface of the horizontal plate portion 1B, the snow stopping angle 1 is vertically moved. Will be prevented from moving.

That is, the snow stopper angle 1 inserted and inserted into the angle locking portion 2 is locked in two directions by the locking piece 4 for the upright plate portion and the locking piece 5 for the horizontal plate portion so as to move forward and backward. Since the vertical movement is prevented, the locking strength of the snow retaining angle 1 at the angle retaining portion 2 becomes extremely strong, and the snow retaining angle 1 can be locked and fixed very stably. become.

The present invention also provides a large standard size snow stop.
Even if the angle 1 is too tight, there is a gap 6
It was formed on the angle locking part 2, but on this angle locking part 2
The snow stop angle 1 inserted and inserted is as described above.
The vertical plate locking piece 4 and the horizontal plate locking piece 5 are used to
From moving forward and backward and up and down
Since it is locked to the
In addition, the small standard size snow squeeze angle 1
Even when it is inserted into the guru locking part 2, it stands upright.
The plate part locking piece 4 and the lateral plate part locking piece 5 are engaged from two directions.
It will stop and will be locked and fixed very stably.

Therefore, in the past, this kind of snow stopping angle 1
For snow-type angles that can be attached, size
It is possible to install several types of snow protection angles 1 with different
There is no such thing as a standard size snow cover angle 1 to use
You have to select and use the snow stopper according to the
However, according to the snow stopper of the present invention, this is a large-sized unit.
Both standard size and small standard size can be used
It will be a very practical snow stop fitting.

In addition, a large standard size snow stopping angle
Since it was formed in the angle locking part 2 which rattles even 1,
The large standard size snow cover angle 1 is also a small standard size
It is easy to insert the snow stopper angle 1
Easy installation work for the angle locking part 2 of the angle 1
Will be done.

In addition, in the factory, the standing plate portion locking piece 4 and the horizontal plate portion locking piece 5 which are bent to proper positions are mass-produced in advance, and this standing plate portion locking piece 4 is produced on site. The snow retaining angle 1 may be inserted and inserted into the angle locking portion 2 in which the locking piece 4 and the lateral plate locking piece 5 are bent, and in this case also, the same effect as the above is exhibited. .

Further, since the upright plate portion locking piece 4 and the horizontal plate portion locking piece 5 are formed by a piece portion which is cut out from the angle locking portion 2 or formed continuously. The upright plate portion locking piece 4 and the horizontal plate portion locking piece 5 can be easily configured by cutting out from the angle locking portion 2 or integrally molding the angle locking portion 2 for mass production. It can be configured at a low cost.

Further, for example, as shown in FIGS. 4 to 6, from the rear side of the standing plate portion 1A of the snow guard angle 1 in which the standing plate portion locking piece 4 is inserted into the angle locking portion 2 and inserted. If the standing plate portion 1A is configured to be bent toward the rear plate surface, the operation is slightly different.

To explain this case, the angle locking portion 2
When the snow guard angle 1 of a standard size smaller than the angle lock portion 2 is inserted and inserted, the small snow guard angle 1 is packed as close to the front of the angle lock portion 2 as possible. In this state, the upright plate portion locking piece 4 is bent from the rear side of the upright plate portion 1A so as to abut against the upright plate portion 1A, and the upright plate portion locking piece 4 is raised. When the snow stopper angle 1 comes into contact with or comes close to the rear plate surface of 1A, the snow stopper angle 1 is sandwiched by the front end portion of the angle locking portion 2 and the locking piece 4 for the standing plate portion and is prevented from moving in the front-rear direction. It will be. Then, in the same manner as described above, the lateral plate engaging piece 5 is bent so as to come into contact with the lateral plate portion 1B of the snow stopper angle 1, and the lateral plate engaging piece 5 is bent.
When the plate surface of B is brought into contact with or brought close to the plate surface of B, the vertical movement of the snow stop angle 1 is prevented. Therefore, in this case also, the same effect as the above by locking from two directions can be obtained. can get.

[0019]

Embodiments of the present invention will be described with reference to the drawings.

The present embodiment is applied to a snow stopper fitting in which an attachment portion 3 for attaching to a roof is provided in an angle locking portion 2 into which a snow stopper angle 1 is inserted and inserted.

To be more specific, the angle locking portion 2 and the mounting portion 3 are integrally formed of one horizontally long plate material, and one end side of this plate material is formed into a predetermined bending shape to mount the mounting portion. 3 is formed, the other end side of the plate material is folded back to form an annular shape, and
This annular portion includes a standing wall portion 2A that locks the standing plate portion 1A of the snow stop angle 1, a bottom wall portion 2B that locks the lateral plate portion 1B of the snow stop angle 1, and the standing wall portion 2A and the bottom wall. As the configuration including the portion 2B and the slanted wall portion 2C that bridges the portion 2B, the angle locking portion 2 having a triangular insertion tube is configured.
Reference numeral 7 in the drawing is a reinforcing rib provided on the angle locking portion 2 (sloping wall portion 2C).

Further, in this embodiment, as shown in each drawing,
Although the slant wall portion 2C shows the triangular angle locking portion 2 of the type located on the eaves side of the roof, the slant wall portion 2C may be the angle locking portion 2 of the type positioned on the top side of the roof.

In this embodiment, when the snow retaining angle 1 is inserted into the angle locking portion 2, the snow retaining angle 1 comes into contact with or comes close to the plate surface of the standing plate portion 1A of the snow retaining angle 1. Standing plate portion locking pieces 4 that prevent the snow from moving in the front-rear direction are provided on the angle locking portion 2, and the snow retaining angle 1 comes into contact with or comes close to the plate surface of the horizontal plate portion 1B of the snow stop angle 1. The angle plate 2 is provided with a horizontal plate locking piece 5 for preventing the stop angle 1 from moving in the vertical direction.

1 and 2 are the first embodiment, FIG. 3 is the second embodiment, FIGS. 4 and 5 are the third embodiments, and FIG. 6 is the fourth embodiment. Shows.

The first embodiment will be described.

The upright plate portion locking piece 4 and the horizontal plate portion locking piece 5 of this embodiment are formed by cutting out or connecting the angle locking portion 2 with each other. It is formed by bending it so as to abut against the standing plate portion 1A or the lateral plate portion 1B of the snow stopper angle 1 inserted into and inserted into 2.

To explain further, as shown in FIG. 1, by forming a band-like shape by cutting out a range from an upper portion to a middle portion of the middle portion of the slanted wall portion 2C so as to have a lower cutting tip, The cut-out piece is provided so as to be bent toward the standing wall portion 2A so as to be approachable, and the strip-shaped cut-out piece is used as the locking piece 4 for the standing plate portion.

Further, the cutout piece is cut and formed on the bottom wall 2B by cutting out a range from the lower portion to the middle of the middle portion of the slanted wall portion 2C so as to have a cutout tip upward. The strip-shaped cut-out piece is provided so that it can be bent and approached toward each other, and is used as the locking piece 5 for the lateral plate portion.

Therefore, in this embodiment, the angle locking portion 2
As shown in FIG. 2, the snow retaining angle 1 is inserted into the snow retaining angle 1 and the locking piece 4 for the upright plate portion provided on the angle locking portion 2 is provided.
Strike the snow with a hammer or the like, and set up the standing plate 1 of the snow stop angle 1.
Bending so as to abut A, this locking piece 4 for standing plate
When the abutment is brought into contact with or close to the front side plate surface of the standing plate portion 1A, rattling movement of the snow stop angle 1 in the front-rear direction is prevented, and the lateral plate portion engagement member provided in the angle locking portion 2 is prevented. The stop piece 5 is hit with a hammer or the like and bent so as to come into contact with the horizontal plate portion 1B of the snow-covering angle 1, and the horizontal plate portion locking piece 5 is brought into contact with the front plate surface of the horizontal plate portion 1B. When they are brought close to each other, rattling movement of the snow stopper angle 1 in the vertical direction is prevented.

That is, the snow stopper angle 1 inserted and inserted into the angle locking portion 2 is locked in two directions by the locking piece 4 for the standing plate portion and the locking piece 5 for the horizontal plate portion so as to move in the front-back direction. Therefore, the snow stopping angle 1 is extremely strong in the angle locking portion 2 and the snow stopping angle 1 moves in the front-rear direction and in the vertical direction. The locking piece 4 for the standing plate portion and the locking piece 5 for the horizontal plate portion are simply secured to each other in the snow-prevention angle 1. Since the snow-prevention angle 1 can be fixed by a simple operation simply by bending the plate surface of the standing plate portion 1A and the plate surface of the horizontal plate portion 1B, the snow-prevention angle 1 can be fixed to the angle locking portion 2. The structure is such that the mounting work can be easily performed.

Further, in this embodiment, the angle locking portion 2 is constructed so that at least the large snowflakes angle 1 having a standard size can be inserted therein.

Explaining further, this angle locking portion 2
When the large standard size snow retaining angle 1 is inserted and inserted, the standing tip of the standing plate portion 1A of the snow retaining angle 1 and the lateral end of the lateral plate portion 1B do not engage with each other, and The size is set so that the allowance space 6 can be present on the extension side of the tip of the tip.

Therefore, in the present embodiment, even a large standard size snow-prevention angle 1 is formed in the angle locking portion 2 which rattles through the clearance gap 6, but is inserted in the angle locking portion 2. As described above, the inserted snow-prevention angle 1 is in a state in which it is prevented from moving from two directions in the front-rear direction and the vertical direction by the upright plate portion locking piece 4 and the horizontal plate portion locking piece 5. Since it is locked, it will be locked and fixed extremely stably, and also a small standard size snow stop angle 1
Even when the plug is inserted into the angle locking portion 2, the upright plate locking piece 4 and the horizontal plate locking piece 5 are locked in two directions and are extremely stably locked and fixed. It is configured to be different. Note that the alternate long and short dash line in FIG. 2 shows a large standard size snow stopping angle 1, and the solid line in FIG. 2 shows a small standard size snow stopping angle 1.

Therefore, in the past, there is no snow-covering angle of the type in which the snow-covering angle 1 can be mounted, and there is no structure in which a plurality of snow-covering angles 1 having different sizes can be mounted by one unit. It was necessary to select and use the snow stopper fittings according to the standard size of the snow stopper angle 1. However, according to the snow stopper fittings of the present embodiment, a large standard size and a small standard can be provided by this one. It will be a very practical snow stopper that can be attached and used in any size.

Further, since even the large standard size snow retaining angle 1 is formed in the angle locking portion 2 which rattles,
It is easy to insert the large standard size snow retaining angle 1 and the small standard size snow retaining angle 1 into each other, so that the snow retaining angle 1 can be easily attached to the angle locking portion 2.

The second embodiment will be described.

This embodiment differs from the first embodiment in the cut-out positions of the upright plate portion locking piece 4 and the lateral plate portion locking piece 5.

More specifically, as shown in FIG. 3, by cutting out the upper and lower portions of the end portion of the slanted wall portion 2C,
The case where the upright plate portion locking piece 4 and the horizontal plate portion locking piece 5 are configured is shown. Note that the other configurations and operational effects are similar to those of the first embodiment.

The third embodiment will be described.

The present embodiment differs from the first embodiment in the structure of the standing plate locking piece 4. In addition, the angle locking portion 2 of the present embodiment shows a case where the size is set such that the large standard snow stopping angle 1 is just fitted and locked.
However, the large standard size snow-covering angle 1 is
Of the standing tip of the standing plate portion 1A and the lateral tip of the lateral plate portion 1B.
An angle that rattles with an extra space 6 on the extension side of each tip
The use of the locking portion 2 constitutes an embodiment of the present invention.

The engagement plate 4 for the standing plate portion of this embodiment will be described in detail. From the middle of the middle portion of the slant wall portion 2C to the upper edge of the boundary between the slant wall portion 2C and the standing wall portion 2A. 2A of standing wall through
A case is shown in which the range up to the middle of the middle part of the above is cut out and formed in a band shape so as to have a cutting end on the side of the standing wall portion 2A, and this band-shaped cut piece is used as the locking piece 4 for the standing plate portion. .

In the present embodiment, the method of fixing the snow stopper angle 1 is different from that of the first and second embodiments.

More specifically, as shown in FIG.
When the snow guard angle 1 of a standard size smaller than the angle lock portion 2 is inserted and inserted, first, the small snow guard angle 1 is packed as close to the front of the angle lock portion 2 as possible.

Then, in this state, the standing plate portion locking piece 4 is pushed from the rear side of the standing plate portion 1A with a hammer or the like.
A is bent toward the rear side plate surface, and the standing plate part locking piece 4 is brought into contact with or close to the rear side plate surface of the standing plate part 1A, thereby standing up the front end surface part of the angle locking part 2. The snow stopper angle 1 is sandwiched and locked with the plate portion locking piece 4 to prevent the snow stopper angle 1 from moving in the front-rear direction. The locking operation of the locking piece 5 for the horizontal plate portion is the same as that in the first embodiment, and therefore will be omitted.

Therefore, also in this embodiment, when the small snow shaving angle 1 having the standard size is locked, the two directions of the vertical plate locking piece 4 and the horizontal plate locking piece 5 are provided. From the above, a firm locking effect can be obtained, and the same operational effect as described above can be exhibited.

Further, in this structure, when the load of snow is applied from the rear side of the snow stopper angle 1, a stronger engagement of the snow stopper angle 1 with respect to the angle locking portion 2 than in the first and second embodiments. It will exert a stopping effect, and a strong snow stopping effect will be obtained.

When a large standard size snow retaining angle 1 which is just fitted into the angle locking portion 2 as shown by the one-dot chain line in FIG. 5 is inserted and inserted, the snow retaining angle 1 is the snow retaining angle. Angle 1 and angle lock 2
Although the rattling is somewhat caused by the slight gap generated in the vertical direction, the movement of the snow-prevention angle 1 in the front-rear direction is substantially prevented by being locked by the angle locking portion 2, and therefore the locking for the standing plate portion is performed. The piece 4 need not be bent in particular. (The locking piece 4 for the standing plate portion can hardly be bent.) At this time, the locking piece 5 for the horizontal plate portion may or may not be bent but may be bent and locked. In this case, a stronger fixing action and a rattling prevention effect can be obtained.

A fourth embodiment will be described.

This embodiment differs from the third embodiment in the cut-out positions of the upright plate portion locking pieces 4 and the lateral plate portion locking pieces 5.

More specifically, as shown in FIG.
By cutting out the upper and lower parts of the end portion of the slanted wall portion 2C, the standing plate portion locking piece 4 and the horizontal plate portion locking piece 5 which are used in the same manner as the third embodiment are configured. The case is shown.

Further, in the present embodiment, the standing plate portion locking piece 4 is used.
In the present embodiment, the length dimension of is set to a length dimension in which the cut-out tip of the standing plate locking piece 4 is only up to the same position as the upper edge of the sloping wall portion 2C. Even in the upright plate engaging piece 4 having a short construction, the same effects as those of the third embodiment can be sufficiently exhibited. Of course, the standing plate locking piece 4 may have the same length dimension as that of the third embodiment.

The other constructions and effects are similar to those of the third embodiment.

In the above-mentioned first to fourth embodiments, the case where the upright plate portion locking piece 4 and the horizontal plate portion locking piece 5 are cut out from the angle locking portion 2 and formed. , But
For example, a strip-shaped piece is integrally formed from the standing wall portion 2A, the bottom wall portion 2B, or the slanted wall portion 2C of the angle locking portion 2, and the strip-shaped piece is formed side by side with the standing plate portion 1A of the snow stopper angle 1. A configuration may be used in which the standing plate portion locking piece 4 and the lateral plate portion locking piece 5 that come into contact with or come close to the installation plate portion 1B are used, and such a configuration is also simple in design.

The shapes of the upright plate portion locking piece 4 and the horizontal plate portion locking piece 5 are not limited to those of the first to fourth embodiments, and the design can be changed appropriately. is there.

Further, in the present embodiment, the standing plate portion locking piece 4 is used.
And the horizontal plate portion locking piece 5 come into contact with or close to the plate surface of the standing plate portion 1A and the plate surface of the horizontal plate portion 1B of the snow stopper angle 1, and the forward and backward movement of the snow stopper angle 1 Although the structure for preventing the vertical movement is shown, the standing plate portion locking piece 4 and the horizontal plate portion locking piece 5 are respectively set up on the standing plate portion 1A of the snow stop angle 1. A configuration may be adopted in which the tip end and the lateral tip of the lateral plate portion 1B are brought into contact with and locked to or close to each other to prevent the snow stop angle 1 from moving in the front-rear direction and the vertical direction. That is, when the snow retaining angle 1 is inserted into the angle locking portion 2, the standing plate portion 1A of the snow retaining angle 1 is inserted.
Abut this snow stop angle at or near the standing tip of
An upright plate portion locking piece 4 for preventing the vertical movement of the snow is provided on the angle locking portion 2, and is brought into contact with or close to the lateral tip of the horizontal plate portion 1B of the snow stopper angle 1. The horizontal plate portion locking piece 5 for preventing the snow stop angle 1 from moving in the front-rear direction is provided in the angle locking portion 2, and the standing plate portion locking piece 4 and the horizontal plate portion locking piece are provided. The reference numeral 5 may be a single piece cut out from the angle locking portion 2 or continuously formed.

[0056]

Since the present invention is constructed as described above, the snow-prevention angle inserted into and inserted into the angle locking portion is provided in two directions by the locking piece for the standing plate portion and the locking piece for the horizontal plate portion. Since it is locked, the locking strength at the angle locking part of this snow stop angle becomes extremely strong, and this two-way locking ensures that the snow stop angle moves in the front-back and up-down directions. It becomes a snow stopper fitting excellent in practicality that is blocked and locked and fixed very stably, and moreover, the locking piece for the standing plate portion and the locking piece for the horizontal plate portion are the angle engaging members. Since it is constituted by a piece cut out from the stopper or continuously formed, the vertical plate locking piece and the horizontal plate locking piece are cut out from the angle locking portion or the angle locking portion. It can be easily configured by integrally molding at the time of molding,
It will be an epoch-making snow metal fitting that is extremely practical, such as being able to provide inexpensive products with excellent mass productivity.

Also, conventionally, this kind of snow stopping angle is attached.
Different types of snow-covering angles can be used.
It is also possible to install several types of snow stop angles with one unit
Depending on the standard size of the snow stop angle to be used,
I had to select and use a snow stopper, but the book
According to the snow stopper of the present invention, a large standard size
Both small and standard size items can be attached and used.
Above, even a large standard size snow shaving angle rattles
Since it is formed on the angle locking part,
Snow guard angle is also small standard size snow guard angle
Easy to insert and insert, snow lock angle lock
Very practical, such as easy installation work for
It becomes an excellent snow stopper.

According to the second aspect of the present invention, the standing plate portion locking piece and the horizontal plate portion locking piece that can reliably exhibit the above-mentioned effects can be easily designed and realized by a simple structure. It will be a snow stopper with a more practical structure.

According to the third aspect of the present invention, a large standard size snow stopping angle and a small standard size snow stopping angle can be mounted and used in one unit, and the structure is excellent in versatility. It becomes a snow clasp with a more practical structure that can attach and lock both the standard size snow guard angle and the small standard size snow guard angle very stably.

[Brief description of drawings]

FIG. 1 is a perspective view showing a first embodiment.

FIG. 2 is an explanatory side view showing a usage state of the first embodiment.

FIG. 3 is a perspective view showing a second embodiment.

FIG. 4 is a perspective view in which a mounting portion shown in a third embodiment is omitted.

FIG. 5 is an explanatory side view showing the usage state of the third embodiment with the mounting portion omitted.

FIG. 6 is a perspective view showing a fourth embodiment with a mounting portion omitted.

[Explanation of symbols]

1 Snow Stop Angle 1A Standing Plate 1B Horizontal Plate 2 Angle Locking Part 2A Standing Wall 2B Bottom Wall 2C Sloping Wall 3 Mounting Part 4 Standing Plate Locking Piece 5 Horizontal Plate Locking Piece 6 extra space

─────────────────────────────────────────────────── ─── Continuation of the front page (56) References JP2000-64539 (JP, A) (58) Fields investigated (Int.Cl. ⁷ , DB name) E04D 13/10

Claims (3)

(57) [Claims] Claim: What is claimed is: 1. A snow stopper fitting comprising a mounting portion for mounting on a roof in an angle locking portion into which a snow stopper angle is inserted, when the snow stopper angle is inserted into the angle locking portion. The angle plate is provided with a locking piece for the standing plate part that abuts or comes close to the plate surface of the standing plate part of the angle to prevent the snow stopping angle from moving in the front-rear direction. An engaging piece for the horizontal plate portion, which comes into contact with or comes close to the plate surface of the horizontal plate portion and prevents the vertical movement of the snow guard angle, is provided in the angle locking portion. The stop piece and the locking piece for the lateral plate portion are formed by a piece portion cut out from the angle locking portion or continuously formed, and the angle locking portion has a large standard size.
The snow stop angle is
Each of the standing tip of the gru upright plate and the horizontal tip of the horizontal plate
A snow stopper fitting characterized in that it is set to a size that allows an extra space to be present on the extension side of the tip . 2. The angle locking portion includes a standing wall portion that locks a standing plate portion of the snow guard angle, a bottom wall portion that locks a lateral plate portion of the snow guard angle, and the standing wall portion. It consists of a bottom wall and a sloping wall that bridges over the top of the sloping wall.
The cut-out piece cut out from the side is used as the locking piece for the standing plate portion, and the cut-out piece cut out from the lower side of the slanted wall portion is used as the locking piece for the horizontal plate portion. The described snow stopper. 3. The angle locking portion is configured so that at least the large standard size snow retaining angle can be inserted and inserted, and any large or small standard size snow retaining angle can be inserted and inserted into the angle locking portion. When you do
It is configured such that the vertical plate portion locking piece and the horizontal plate portion locking piece can press and lock the snow retaining angle in a state in which movement in the front-back direction and the vertical direction is prevented. The snow stopper fitting according to any one of claims 1 and 2, which is characterized.