JP6570056B2 - Crane plant catcher - Google Patents

Description

[Technical Field] The present invention relates to a vine plant capturing tool used for greening a slope surface or a building wall surface, which is of a type that prevents deviation of a once planted plant for greening.

As a wall greening device for a drooping plant, a restraining means for the drooping plant is disclosed in Patent Document 1 in which the present patent applicant is involved.

JP 2010-75053 A

In the material for dripping greening in Patent Document 1, since the receiving port 22 for introducing the drooping plant P into the enclosing portion 2 and the neck portion 23 are located on the same plane, the hanging vine plant is located on this plane. Thus, it is introduced into the neck portion 23 only at the portion that comes into contact with the wire.

In addition, since the neck portion 23 has a right-sided quadrilateral shape, the drooping plant P that has once entered the enclosure portion 2 through the neck portion 23 again enters the neck portion 23 when it is swung by wind pressure or the like, and enters the outside from the receiving port 22. There was a fear of escape.

An object of the present invention is to provide a trap for a vine plant that does not deviate even if it swings, ensuring the restraint of a drooping plant that has once entered the surrounding area.

(Claim 1) A vine plant capturing tool according to the present invention comprises an attachment portion and an enclosure portion that form an angle with each other, and a hanging portion of a vine plant for wall greening is placed from the funnel-shaped receptacle to the enclosure portion. It is an improved material for dripping greenery that captures and prevents shaking caused by wind pressure.

The surrounding portion includes a pair of frame portions, a pair of receiving portions that are bent at the ends of the frame portions to reveal the receiving ports, and a narrow neck that follows the ends of the pair of receiving portions. to Ru it is composed of a pair of neck.

The receiving portion extends on a slope inclined at an angle with respect to a plane including the frame portion. A check mechanism that resists escape by allowing the penetrating portion of the creeper plant to enter the opening surface because the neck portion is close to the receiving side on the opening surface side of the neck, and allows the hanging portion of the vine to enter the opening surface. Is arranged.

The creeping plant once captured in the surrounding portion from the receiving port by the check mechanism disposed in the neck portion is difficult to pass through the opening surface even if it swings due to wind pressure or the like, and passes through the neck. There is little risk of getting out again.

In addition, since the receiving portion extends on a slope inclined at an angle with respect to the plane including the frame portion, the vine hanging from the vine plant is received at the portion having the same height as the frame portion. In the vicinity of the portion where the mouth portion is bent from the frame portion, the lead portion is guided to the receiving portion, and in the portion lower than the frame portion, the receiving portion is in the vicinity of the portion following the neck portion. It can guide and introduce into the surrounding part.

(Claim 2 ) The neck portion may extend at an angle with the receiving portion on the slope from the end of the receiving portion.
If it carries out like this, since the angle which this neck part makes mutually becomes small and this neck becomes a trapezoid shape with this receiving side wide, it is easy to introduce a vine plant.

(Claim 3 ) The check mechanism may be a flexible member disposed in the neck portion.
In this way, the flexible members are brought into close contact with each other to easily close the opening surface, and the non-return mechanism exerts its function almost completely, so that the vine plant enters the neck from the surrounding portion and exits to the receiving port. Effectively prevent. In addition, if the flexible member is disposed on the neck portion by an attaching / detaching function means such as press fitting, the flexible member can be easily replaced with a new one when the flexible member is damaged.

(Claim 4 ) The flexible member may be a pipe made of any one of silicon rubber, synthetic rubber, natural rubber and plastic, and the pipe may be press-fitted to the neck at one end. .
If it carries out like this, since this neck part can be fitted and arrange | positioned in the hole of this pipe, arrangement | positioning work will become easy. In this case, the pipe and the neck portion are detachable unless a fixing means is employed.

(Claim 5 ) The flexible member may be a coil spring, and the coil spring may be screwed to the neck at one end.
If it carries out like this, it can arrange | position only by screwing this coil spring in this flexible member. In this case as well, it is possible to make it freely attachable / detachable as described in paragraph 0014.

(Claim 6 ) The flexible member may be a bar extending from the neck portion.
In this way, the bar has a simple structure and is not easily damaged. In order to dispose the bar on the neck, a fitting cylinder may be formed at one end of the bar, or the end surface of one end may be bonded to the end of the neck.

( 7 ) The flexible member may be a thin plate material extending from the neck portion, and the thin plate material may be disposed with its plate surfaces facing each other.
By doing so, the vine plant moves between the opposing plate surfaces, so there is no fear of being damaged by coming into contact with the edge of the thin plate material.

According to the vine plant capturing tool of the present invention, since the neck portion is provided with a check mechanism for the opening surface of the neck, the vine plant once captured by the surrounding portion from the receiving port is Even if it oscillates due to wind pressure or the like, it is difficult to pass through the opening surface, and there is little possibility of slipping out through the neck.

In addition, since the receiving portion extends on a slope inclined at an angle with respect to the plane including the frame portion, the vine hanging from the vine plant is received at the portion having the same height as the frame portion. In the vicinity of the portion where the mouth portion is bent from the frame portion, and in the portion lower than the frame portion, the receiving portion is introduced into the receiving portion in the vicinity of the portion following the neck portion. It can be captured by the go part and the vine guide range can be expanded.

According to the second aspect , since the angle between the neck portions is small, the neck has a wide trapezoidal shape on the receiving side, and it is easy to introduce vine plants.

According to the third aspect , the flexible members are brought into close contact with each other to easily close the opening surface, and the check mechanism exhibits its function almost completely, so that the vine plant enters the neck from the surrounding portion and receives it. Effectively prevents getting out into the mouth.

According to the fourth aspect , since the neck portion can be fitted and disposed in the hole of the pipe, the disposing operation is simplified.

According to the fifth aspect , the coil spring can be disposed simply by screwing into the flexible member.

According to claim 6 , the bar has a simple structure and is not easily damaged.

According to the seventh aspect, since the vine plant moves between the opposing plate surfaces, there is no fear of being damaged by coming into contact with the edge of the thin plate material.

It is a slope view which shows the example of the trap of the vine plant concerning this invention in the state installed in the greening surface G. It is the same top view. It is a front view. It is a slope view of a state in which the green surface G is partly greened by the drooping vine plant T and the plant T is captured by the surrounding part 2 of the capturing tool. It is a partial cutaway view which shows the specific example of a flexible member. It is a figure in which a flexible member shows an example of a pipe. It is a figure in which a flexible member is an example of a spring. It is a figure which shows the example whose flexible member is a bar. It is a figure which shows the example whose flexible member is a thin-plate material.

(Claim 1) As shown in the above-mentioned prior literature, this trapping tool guides the hanging portion T ′ of the hanging vine plant T that greens the wall surface from the funnel-shaped receiving port 3 to the surrounding portion 2. This is to prevent shaking caused by wind pressure.
The surrounding portion 2 includes a pair of frame portions 4, a pair of receiving portions 5 that are bent at the ends of the frame portions 4 to expose the receiving ports 3, and narrow ends following the ends of the pair of receiving portions 5. It is composed of a pair of neck portions 7 that reveal a width neck 6. The receiving portion 5 extends on a slope P ₂ inclined at an angle α with respect to the plane P ₁ including the frame portion 4 .
The relative distance for this neck portion 7 is climbing invasion of hanging portions T 'of the plant to the opening surface 8 proximate an opening surface 8 side of the neck 6 with respect to the receiving opening 3 side allows it to resist escape A check mechanism 9 is provided.

Since the check mechanism 9 for the opening surface 8 of the neck 6 is provided in the neck portion 7, the vine plant T once captured by the surrounding portion 2 through the receiving port 3 is swung by wind pressure or the like. However, it is difficult to pass through the opening surface 8, and there is little possibility that it will pass through the neck 6 to the outside again.

Further, the mouth part 5 than you are extended upward slope P ₂ inclined at an angle with respect to a plane P ₁ including the frame portion 2 alpha, the depending portion T 'of vine plants T, the same as the frame section 4 In the height portion, the receiving portion 5 can be guided to the receiving port 3 in the vicinity of the portion bent from the frame portion 4 and captured by the surrounding portion 2, and in the lower portion than the frame portion 4, the receiving portion 5 is the neck In the vicinity of the part following the part 7, it can be guided to the receiving port 3 and captured by the surrounding part 2. Therefore, the guided capture range of the vine can be expanded.

(Claim 2 ) The neck portion 7 extends from the end of the receiving portion 5 at an angle β with the receiving portion 5 on the slope P ₂ .
In this case, since the neck portion 7 has a smaller angle between the neck portions 7, the neck 6 has a wide ladder shape on the side of the receiving port 3, and the vine plant T is easily introduced.

(Claim 3 ) The check mechanism 9 is a flexible member 91 disposed in the neck portion 7.
In this case, the flexible member 91 to each other is easy to close the closed state open surface 8 by proximity to each other, the non-return mechanism 9 is almost completely perform its function, vine plants T from surrounding portion 2 It is effectively prevented from entering the neck 6 and coming out to the receiving port 3. Further, if the flexible member 91 is disposed on the neck portion 7 by means of an attaching / detaching function means such as press fitting, the flexible member 91 can be easily replaced with a new one when the flexible member 91 is damaged.

(Claim 4 ) The flexible member 91 is a pipe 911 made of any one of silicon rubber, synthetic rubber, natural rubber and plastic, and this pipe 911 is press-fitted to the neck portion 7 at one end. .
In this case, since the neck portion 7 can be fitted and disposed in the hole 912 of the pipe 911, the arrangement work is simplified. Unless the fixing means is particularly employed, the pipe 911 and the neck portion 7 are detachable.

(Claim 5 ) The flexible member 91 is a coil spring 913, and the coil spring 913 is screwed to the neck portion 7 at one end.
In this case, the coil spring 913 can be disposed simply by screwing it into the flexible member 91. In this case as well, it is possible to make it freely attachable / detachable as described in paragraph 0014.

(Claim 6 ) The flexible member 91 is a bar 914 extending from the neck portion 7.
In this case, the bar 914 has a simple structure and is not easily damaged. In order to dispose the bar 914 on the neck portion 7, a fitting cylinder 915 may be formed at one end of the bar 914, or an end face-to-end bonding structure may be used.

(Claim 7 ) The flexible member 91 is a thin plate material 916 extending from the neck portion 7, and the thin plate material 916 is disposed with its plate surface 917 facing each other.
In this case, since the vine plant T moves between the opposing plate surfaces 917, there is no fear of being damaged by coming into contact with the edge of the thin plate material 916. In order to dispose the thin plate material 916 on the neck portion 7, a fitting tube portion 915 may be formed at one end portion of the thin plate material 916 and may be elastically attached by a slot 918 method.

DESCRIPTION OF SYMBOLS 1 Attachment part 2 Surrounding part T Crane plant T 'Hanging part 3 Receptacle part 4 Frame part 5 Receptacle part 6 Neck 7 Neck part 8 Opening surface 9 Non-return mechanism 91 Flexible member 911 Pipe 912 Hole 913 Coil spring 914 Rod Material 915 Tube portion 916 Thin plate material 917 Plate surface 918 Slot P ₁ plane P ₂ slope α angle β angle G Greening surface

Claims (7)

A hanging part (T ') of a hanging vine plant (T) that has a mounting part (1) and an surrounding part (2) that form an angle with each other and is greened on the wall surface from the funnel-shaped receptacle (3) to the surrounding part (2) In order to prevent shaking caused by wind pressure, etc.
The surrounding portion (2) includes a pair of frame portions (4), a pair of receiving portions (5) that bend at the ends of the frame portion (4) to reveal the receiving ports (3), and the pair It consists of a pair of neck portions (7) that reveal a narrow neck (6) following each end of the receiving portion (5),
Receiving opening (5) is extended to the slope (P ₂₎ on the inclined with respect to a plane (P ₁₎ including the frame portion (4) at an angle (alpha),
Opposing spacing receiving opening in the neck (7) (3) side with respect to the hanging portion of the vine plants of the rotor surface adjacent with the opening face (8) of the neck (6) to (8) A trapping device for vine plants, characterized in that a non- return mechanism (9) that allows intrusion of (T ') but resists escape is provided.
The neck portion (7) receiving opening from the end of the (5), according to claim 1 which extends without receiving opening on oblique surface (P ₂₎ and (5) an angle (beta) Vine plant trap.
The vine plant capturing tool according to claim 1 or 2, wherein the check mechanism (9) is a flexible member (91) disposed in the neck portion (7).
The flexible member (91) is a pipe (911) made of any one of silicon rubber, synthetic rubber, natural rubber and plastic, and the pipe (911) is connected to the neck portion (7) at one end. The trapping device for vine plants according to claim 3 , which is press-fitted.
The vine plant trap according to claim 3 , wherein the flexible member (91) is a coil spring (913), and the coil spring (913) is screwed into the neck portion (7) at one end. .
The vine plant capturing tool according to claim 3 , wherein the flexible member (91) is a bar (914) extending from the neck (7).
In the thin plate (916) extending the flexible member (91) from the neck (7), said thin plate (916) is as claimed in claim 3 in which the plate surface is disposed to face Crane plant trap.

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