JP2000139236A - Device for supporting growth posture or the like of cultivated plant - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device for supporting the growth posture, etc., of a cultivated plant capable of providing a large and long range for making an amendment for correcting a flower stalk of the cultivated plant into an upward directed posture by pulling effective, usable for a long period according to the growth of the cultivated plant, simply and rapidly performing operations to amend the growth posture, etc., of the flower stalk and correct the growth posture, etc., into the upward directed posture. SOLUTION: This device for supporting the growth posture, etc., of a cultivated plant comprises one long slender wiry body 12 having an engaging part 14 for freely detachably engaging or disengaging a rope, etc., for hanging and supporting a flower stalk part of the cultivated plant on one end side thereof and further an elastic bent part 16 having a reactional force capable of bending the wiry body 12 into a two-folded state and returning the wiry body 12 into a nearly linear state in the intermediate position in the longitudinal direction of the wiry body 12 and supporting the other end side on a supporting pipe applied to a pot seedling of the cultivated plant. The device has a high freedom of a pulling up angle of the flower stalk to the upper side and is capable of surely elastically pulling up and pulling the flower stalk even if the flower stalk of the cultivated plant is downwardly directed or variously deformed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an apparatus for supporting a cultivated plant, such as a growing posture, capable of correcting and holding a flower stem of a cultivated plant to a desired growing posture.

[0002]

BACKGROUND OF THE INVENTION Conventionally, orchids cultivated as potted flowers in ornamental cultivated plants, for example, pituitary flowers such as cymbidium, grow with their soft flower stems in a downward position, so that buds are formed during flowering. The flower blooms in a downward position, looks bad, and has poor aesthetics for ornamental use. Therefore, a splint is set up along with potted flowers such as orchids, and the soft flower stalks are pulled upward by the pulling means to correct the growth posture,
The flower buds are corrected so that they are in an upward position. Even if the traction means is opened before shipment, the flower buds that have grown can be flowered with the buds solidified in the upward position. These corrections need to be repeated several times by the time of shipment, including the flowering plants in the pot, and the worker adjusts the traction force by the traction means while checking the growth posture for each several flower buds per pot. It is done manually. As the traction means, for example, an elastic rubber member or a spring member such as a cord or the like, or a combination thereof is used.

[0003]

For example, when the flower stem is to be pulled by a coil spring-like pulling means, as shown in FIG. 7, one end of the coil spring is engaged with the upper end side of a support pipe having a splint, and flower buds are formed. The pulling is performed directly in the direction of the upward posture. A hook or the like provided at the lower end, which is the other end, is hooked on the flower stalk, and the flower stalk is pulled directly in a direction in which the flower buds are in an upward posture by the contracting force of the elongated coil spring. In this method, the contraction in the expansion and contraction direction is limited with respect to the entire length of the coil spring, and the effective traction range cannot be long.The coil spring contracts as much as the flower stem grows and expands, and the traction force is reduced. There is a problem that the effect of correcting the flower stalk is lost and the length of the support pipe or the coil spring must be changed and exchanged to adjust the tension frequently. For example, if the length of the support pipe is longer than the height of the grown flower stem, it is necessary to use a coil spring having a long overall length, and the unit price of the support pipe and the coil spring that need to be purchased in thousands to tens of thousands of units increases. Furthermore, it is difficult to manufacture the coil spring shape, the production cost is high, and it is necessary to stock a large amount of several types of coil springs having different overall lengths. There was a problem that purchasing was a heavy burden. In addition, since the pulling of the flower stalk is performed toward the upper end of the support pipe, the stem part bent downward by bending downward is bent and stretched in the opposite direction, and it is easy to damage the plant by applying excessive traction force to the stem. It is also difficult to correct the posture upright. At the same time, the pulling direction of the flower stalks is concentrated at one point, so that several flower stalks are closely attached to each other with the support pipe as a center, which often hinders manual work and takes much time. Furthermore, since the coil springs are entangled with each other, it is difficult to handle them, and it is difficult to carry or carry a large number of them. For example, the work while untangling is complicated and time-consuming, and the work efficiency is poor. Therefore, the workability is extremely poor and it takes a long time, and in particular, many workers are required to simultaneously correct a large number of flower stalks within a short period specified with the growth of flower buds, resulting in a high labor cost. There is.

A cable winding type apparatus as shown in FIG. 8 incorporates, for example, a mainspring into which a winding wire is wound, and a support pipe projecting from the main body is attached to a seedling. And the force that elastically winds the wound wire to be pulled out is referred to as traction force. Then, hooks and the like provided on the leading end side of the drawn winding wire are hooked on the flower stalk, and the flower bud is pulled in the upward posture direction by the force of pulling up the winding wire. In this method, as in the case of using the above-described coil spring, the contraction force of the winding to be pulled out is likely to be weakened early, and the effective range of effective traction in the upward posture direction cannot be taken long, and the flower stalk may not be taken. There is a problem that the tension cannot be easily adjusted even if the effect of correcting the flower stalk is gradually weakened because the winding wire is wound by an amount corresponding to the growth and extension. For example, even if the position of the main body is raised, it is necessary to make the support pipe considerably longer than the height of the grown flower, and the unit price of the support pipe which needs to be purchased in thousands to tens of thousands of units increases. Furthermore, since the main body of the cable winding type incorporates a mainspring spring and the like, the form is large, the structure is complicated, the manufacturing cost is high, and the purchase of a traction device including the main body and a long support pipe imposes a heavy burden. There was a problem. In addition, since only one support body can be attached to one support pipe, only one flower stem can be pulled by one support pipe, and it is necessary to use the same number of support pipes as the number of flower buds. There's a problem. In addition, since the large apparatus body is bulky, it is difficult to handle it and it is difficult to carry around or carry it. For example, the work while moving in a row returns to replenishment many times, so that there is a problem that the operation is complicated and the work efficiency is poor.

The present invention has been made in view of the above-mentioned conventional problems, and one object of the present invention is to provide a method for correcting a flower stem of a cultivated plant by pulling the cultivated plant in an upward posture so that the range of effect of the correction can be greatly extended to grow the cultivated plant. It is an object of the present invention to provide a support device for a growing position of a cultivated plant, which can be used for a long time, can easily correct the growth posture of the flower stem, and can easily and quickly correct the upward posture. Furthermore, it has an extremely simple structure, is easy to handle, and can be carried in large numbers to carry out continuous corrections to maintain high working efficiency. Moreover, it is easy to process and can be manufactured at low cost and can be used for a long term without failure. An object of the present invention is to provide a support device for a growth posture or the like. Another object of the present invention is that it can be easily mounted with a simple structure,
A plurality of main bodies can be attached to a single support pipe to reduce the number of pipes used, so that the growth posture of the flower stalk of a cultivated plant can be corrected longer, and the length of the support pipe is shortened to keep the purchase cost of the support pipe inexpensive. In addition, the present invention provides a supporting device for growing a cultivated plant capable of cultivating a pot flower or the like at low cost.

[0006]

In order to achieve the above object, the present invention comprises a single elongated striated body 12, one end of which has a rope for hanging a flower stem portion of a cultivated plant. And a locking portion 14 capable of detachably engaging and disengaging the same. At an intermediate position in the longitudinal direction of the striated body 12, the striated body 12 can be bent in two, and the striated body 12 is attached. The support device 10 is provided with an elastic bending portion 16 having a reaction force capable of returning to a substantially straight line, and supporting the other end side of the cultivated plant by supporting a standing pipe standing close to the cultivated plant. Be composed.

The elastic bending portion 16 may be formed in a spiral shape with the direction perpendicular to the longitudinal direction of the linear body 12 as the axial direction.

The locking portion 14 is provided with a helical winding portion 18 at one end of the striated body 12 so as to form an insertion gap which can be elastically opened in order to freely engage and disengage a cord or the like. It is good also as becoming.

The other end of the striated body 12 is inserted and held in a support pipe erected close to the cultivated plant to maintain the height of the striated body 12. The height holding portion 20 may include an S-shaped curved portion 22 so as to abut on the inner peripheral surface of the support pipe.

Further, a braking end 24 may be provided at the end of the S-shaped curved portion 22 to abut against the inner peripheral surface of the support pipe in the anti-bending direction when the striated body 12 is bent.

[0011]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described together with embodiments of the present invention with reference to the accompanying drawings. 1 to 3 show a supporting device (hereinafter referred to as a supporting device) 10 for a growing posture of a cultivated plant according to an embodiment of the present invention.
The support device 10 is supported by a support pipe P standing upright next to the cultivated plant as shown in FIG. As shown in FIG. 1, the support device 10 is composed of a single elongated striated body 12, and a rope R or the like for suspending a flower stem portion F of a cultivated plant is detachably attached to and detached from one end side 12a. An engaging portion 14 is provided. In FIG. 1, in this embodiment, the striated body 12 is formed by bending a single elongated stainless steel wire having a diameter of about 1 mm to form a single long thin rod having a length of about 20 cm. However, it is very compact and can be easily carried by many people. In addition, the simple configuration enables mass production, lowers manufacturing costs, and does not break down, so it has high durability and can be used for a long time.

The other end side 12b of the striated body 12 is supported by a support pipe P that is erected close to the cultivated plant and used as a support device 10. This support device 10 is shown in FIG.
As shown in FIG. 3, the other end of the striatum 12 is inserted from the opening at the upper end of the support pipe P erected alongside the potted plant S, for example. In the embodiment, the support pipe P is a long pipe having a diameter of about 5 mm, and the length is suitably about the height at which the flower stem has grown when the potted plant S is erected next to the potted seedling S. I use something about a centimeter.
However, the diameter and height of the support pipe P are not limited to these, and may be arbitrarily changed. The other end 12b of the striated body 12 is desirably formed in a shape to be inserted into the inner diameter of the support pipe P, and the material is not limited to a wire-like stainless steel wire, but any elastic metal steel wire can be used. For example, bending work such as winding around a shaft rod is easy, and the manufacturing cost can be reduced, which is preferable. In addition, it may be formed by processing from spring steel or piano wire having elasticity.

An engaging portion 14 is provided at one end 12a of the striated body 12.
The rope R made of rubber material, synthetic fiber material, natural fiber string, etc. is detachably engaged and disengaged, and even if the rope R is frequently disengaged, it is securely locked. What you get. Specifically, the locking portion 14 is connected to one end 1 of the striated body 12.
A helical winding portion 18 is provided in 2a so as to form an insertion gap that can be elastically opened so as to freely engage and disengage the cable R or the like. As shown in the partial explanatory view of the locking portion 14 in FIG.
In the embodiment, the spiral winding portion 18 is formed in the shape of a winding spring wound by one and a half turns or more, and the adjacent winding springs are provided as insertion gaps 19 by forming a plurality of slight intervals. The wire R or the like is inserted into the insertion gap 19 to widen the space, and the space is restored by a force that elastically shrinks to hold and hold the wire R or the like. The cable R can be easily released by simply pulling out the cable R, so that the cable R can be easily and freely disengaged.

In the embodiment, for example, the cord R or the like uses a highly elastic rubber material, and the elasticity of the cord R or the like is used as a traction force. Combined with the elasticity of the striated body 12, the effective range in which it can be pulled is extended. It is suitable to have a strength that can be easily engaged with and disengaged from the insertion gap 19 of the locking portion 14. For example, if one or both ends are formed in a ring shape, the locking is easy and the work can be performed efficiently in a short time. The cord R is not limited to the present embodiment, and is, for example, a highly durable cord-like cord R made of synthetic resin such as synthetic resin or nylon having little elasticity or natural fiber such as cotton. May be used.

At an intermediate position in the longitudinal direction of the striated body 12, an elastic bending portion having a reaction force capable of bending the striated body 12 in two and returning the striated body 12 to a substantially linear shape. 16 is provided. In the embodiment, the elastic bending portion 16 is provided at the center position of the striated body 12.
When it is bent at a required angle from the center position of the wire 2, it is possible to bend the striated body 12 into almost two folds, and it has appropriate flexibility and resilience by elasticity. Striatal body 12 formed of steel wire
Are particularly suitable. However, the material, shape, and the like are not limited to the above, and any material may be used as long as the force for returning from the bent state can be reliably obtained as the traction force of the flower stem of the cultivated plant by elasticity. The setting position of the elastic bending portion 16 may be any position as long as it is an intermediate position of the striated body 12. In short, any position such as near one end 12a or near the other end 12b may be used as long as the arm to which the locking portion 14 is attached can be formed.

In the embodiment, this elastic bending portion 16
The linear body 12 is spirally wound around a direction perpendicular to the longitudinal direction of the linear body 12 as an axial direction. As shown in FIG. 1, the linear body 12 is formed into a spiral spring shape wound three times around a shaft rod. I have. When the elastic pipe 16 is inserted into the support pipe P from the other end 12b of the striated body 12, the elastic bent portion 16 hits the upper end of the support pipe P and stops. When the striated body 12 is bent at a required angle in two folds with the winding spring-shaped elastic bending portion 16 as a bending center, an arm is formed as shown in FIG. Will be. Then, as shown in FIG. 4, when the locking portion 14 is bent in a state where the other end 12b is inserted into the support pipe P, the arm is formed by bending the elastic bending portion 16 into a substantially L-shape. You.

At this time, the elastic bending portion 16 in the form of a wound spring can generate a returning force against the bending of the arm portion as an upward pulling force at the locking portion 14 at the tip of the arm.
Rather than simply controlling the elasticity in the axial direction determined by the spring constant, the spiral direction of the winding spring is set to the direction of pulling the flower stalk portion F, so that the reaction force can be used as a restoring force and a large traction force can be secured, and the effective range of the traction force The arm can set the direction of pulling directly above the flower stalk,
The posture can be corrected without forcing the flower stem portion F of the plant. In addition, there is room for the spring characteristics in the winding direction of the spiral,
Since there is little elastic settling, it can be used for a long time, and the cost can be reduced accordingly.

As shown by the imaginary line in FIG. 4, the support device 10 is bent from the elastic bending portion 16 to a substantially L-shape until the locking portion 14 returns to a substantially linear shape by elasticity. Generates traction. Arms protruding in a substantially L-shape have a high degree of freedom in lifting angle. Cable R on locking part 14
When the flower stem portion F of the cultivated plant is towed upward by locking the etc., the flower stem portion F can be continuously pulled up while maintaining the traction force without suddenly decreasing the pulling force as the growth of the plant grows. it can. Therefore, it is not necessary to frequently correct the growth posture of the flower buds of the large amount of the potted seedlings S, and it is possible to perform the work with a small number of people, and the labor required for the work of correcting the flower stem portion F is specifically achieved. What you get.

Further, in the embodiment, the other end side 12b of the striated body 12 is inserted and held in a support pipe P erected close to the cultivated plant to maintain the height position of the striated body 12. The height holding part 20 which can be provided. This height holder 2
Numeral 0 is provided with an S-shaped curved portion 22 that is inserted from the upper end opening of the support pipe P and abuts on the inner peripheral surface thereof. In this embodiment, the end of the linear body 12 is curved in an S-shape. It is bent with a width T in the longitudinal direction. The width T is preferably formed to be approximately the same as the inner diameter of the support pipe P in order to smoothly and arrest the sliding of the inserted height holding portion 20 at an arbitrary position. At the inner peripheral surface and is supported. The support device 10 inserted and supported in the support pipe P can be easily slid to an arbitrary height position and stopped. The shape of the S-shaped curved portion 22 may be any shape as long as it can be easily inserted into the support pipe P. In addition to the S-shaped curved portion as in the embodiment, for example, the end portion may be simply formed into an L-shaped or wavy shape. Is also good.

In the embodiment, a braking end 24 is provided at the end of the S-shaped curved portion 22 to contact the inner peripheral surface of the support pipe P in the anti-bending direction when the striated body 12 is bent. As shown in FIG. 3, the braking end 24 is formed as a V-shaped protrusion at the end of the S-shaped curved portion 22, and the end surface of the braking end 24 abuts against the inner peripheral surface of the support pipe P. Produces a braking force due to friction. In FIG. 4, when the rope R or the like is locked to the locking portion 14 and is bent in a two-fold rightward direction, the braking end 24 of the S-shaped curved portion 22 is moved via the fulcrum 23 by a reaction force against the bending. The support pipe P is fixed so as to be pressed and bite against the inner peripheral surface on the left side. It is very reasonable to use the reaction force against the tractive force that can be generated whenever the striated body 12 is bent in two, and use it as the braking force. When the inflorescence portion F of the cultivated plant is pulled up by the rope R or the like by the support device 10, the height holding portion 20 together with the locking portion 14 to which a downward force is applied securely slides in the downward direction. To prevent.

As a result, as shown in FIG. 4, the supporting device 10 is provided with the height holding portion 20 inserted into the support pipe P.
Of the potted seedling S while sliding in the support pipe P
It can be used in a state where it is stopped at the pulling position corresponding to the growth growth of, and at this time, the sliding of the height holding portion 20 in the downward direction is securely fixed by the contact of the braking end 24. In other words, it is the same as pulling the flower stem portion F of the cultivated plant upward using the long support pipe P using the short support pipe P. Therefore, even if the flower stem portion F grows and extends, the height of the supporting device 10 is raised and adjusted to adjust the locking portion 1.
If the bend 4 is bent, it is possible to always obtain the traction necessary for correcting the flower bud by correcting the downward position of the flower stalk to the upward position. It is possible to use short support pipe P with low unit price,
It is possible to mass-produce the potted flower corrected to the flower stem portion F in the upward posture at low cost.

More specifically, the height holding portion 20 of the supporting device 10 is inserted from the upper end opening of the support pipe P erected alongside the potted plant S of the cultivated plant, and the locking portion 14 is raised to an arbitrary height. Press down to the stop position to stop. Next, the locking member 15 is engaged with the flower stalk portion F of the potted seedling S in an oblique manner, and one end of the cable R or the like is locked thereto. The height of the locking portion 14 is lowered so that the locking portion 14 is grasped and bent rightward in two folds to form a substantially L-shaped arm. The other end of the rope R pulled up by hand and hooked on the locking member 15 is inserted into the insertion gap of the spiral winding portion 18 at the tip of the locking portion 14 so that the flower stem portion F of the cultivated plant is in the upward posture and locked. I do. It is possible to easily adjust the length of the hanging support of the cable R or the like, and it is possible to quickly start over and correct even if the traction force is weakened. In the embodiment, the binding member 15 is a vinyl binding wire in which a wire is coated with a resin material. However, for example, the rope R or the like may be directly locked on a flower stalk.

At this time, it is checked whether the growth posture of the flower stem portion F of the potted seedling S is a correct upward posture, and if there is a problem, the rope R or the like is quickly disengaged from the locking portion 14 to adjust the posture. It only needs to be locked again and can be corrected quickly. Since the time-consuming correction work can be reliably performed in a short time, it is concretely performed to perform the correction work in a short time with a small number of workers. As shown in FIG.
The return force of the locking portion 14 at the tip of the arm, which is formed by bending in the shape of a letter, tends to return to a substantially linear shape, and the rope R
And the like, to raise the flower stem portion F of the cultivated plant to an upward posture. The range of the traction force that can be corrected from a substantially L-shape to a substantially straight shape in an upward posture can be extended, and even if the flower stalk F grows and grows, it corresponds to the limit where the arm returns correspondingly. You can continue to use the traction force to modify the flower stem. Therefore, the growth posture of the inflorescence stem of the cultivated plant can be reliably corrected and shipped, and the potted seedlings S corrected to upward flower buds with high commercial value can be produced at low cost.

FIG. 5 shows a state where the flower stem portion F of the cultivated plant is pulled upward. In this state, as shown in FIG. 6, when the potted seedlings S grow and extend significantly, the traction force for returning the locking portion 14 to a straight line and pulling the flower stem portion F upward is reduced. Therefore, the rope R or the like locked on the spiral winding portion 18 of the locking portion 14 is pulled out from the insertion gap, and the support device 10 is pulled up to lock the locking portion 14.
Raise the height position. Further, the flower stem portion F is lifted upward to correct the growth posture, and is again inserted into the spiral winding portion 18 at the tip of the locking portion 14 and locked. In this way, an upward traction force required for correction can be generated again at the locking portion 14 at the tip of the arm. As a result, even if the short support pipe P is used, the response to the flower stem growth of the potted seedling S can be quickly performed by an extremely simple operation.

The supporting device 10 for growing the cultivated plant according to the present invention is not limited to the configuration of the embodiment described above, but may be any device within the scope of the invention described in the claims. Modifications may be made. For example, the striated body 12 is formed by bending a thin metal steel wire, but is made of a material having a moderate elasticity and good workability capable of generating a traction force, and may be formed of a long thin plate, for example. Further, the shape and the like of the elastic bending portion 16 may be arbitrarily set. Further, the configuration of the locking portion 14 and the height holding portion 20 may be such that the rope or the like can be easily engaged and disengaged and the height position of the support device 10 can be arbitrarily restrained with respect to the support pipe P. Good.

[0026]

As described above, according to the support apparatus for growing a cultivated plant according to the present invention, the cultivated plant is composed of one elongated striatum, and the inflorescence portion of the cultivated plant is suspended from one end thereof. With a locking portion that can detachably disengage cords and the like for
At an intermediate position in the longitudinal direction of the striated body, an elastic bending portion having a reaction force capable of bending the striated body in two and returning the striated body to a substantially linear shape is provided. Since the side is supported by a support pipe that is erected close to the potted plant of the cultivated plant, it is bent at a required angle in two folds from the elastic bent part, an arm is formed, and a locking part at the tip Because of the structure attached, the angle of pulling up the flower stem is high, and even if the flower stem of the cultivated plant is facing downward or variously deformed, it is securely locked with the locking part. It can be pulled up and pulled elastically until the locking portion returns to a substantially linear shape. Since the striatum bent in two from the elastic bend is elastically pulled up until it returns to a substantially linear shape, the effective range of flower bud correction by pulling on the flower stalk can be extended to fit the growth Can be used for a long time. A growth posture in which the buds flower upward by simply supporting one end of a cord or the like tied to the flower stem of the cultivated plant with the support pipe attached to the potted seedling, simply by locking the locking part at the tip of the arm The operation for straightening and holding can be easily and reliably performed in a short time, and a large number of potted plants can be corrected in a short period of time, so that labor costs can be reduced. In addition, the locking part as the arm tip is larger than the flower stalk and is taken out and higher, so it is easy to hold the locking part in hand and it is very easy to lock ropes etc. Can be corrected to a desired growth posture. Furthermore, since thin linear bodies can be easily bent, etc., a simple supporting device can be mass-produced and the manufacturing cost can be reduced. Moreover, since there is no failure, the durability is good if formed of, for example, a stainless steel wire. Becomes The support device formed in an elongated shape with a simple configuration can be handled easily without taking up a space, so that a large number of devices can be carried at a time and work can be performed at a high efficiency.

Further, since the elastic bending portion is formed in a spiral shape with the direction perpendicular to the longitudinal direction of the linear body as the axial direction, the spring direction is simply determined by setting the spiral direction to the pulling direction for pulling the flower stem. Rather than controlling elasticity in the axial direction determined by a constant, it is possible to secure a very large range in which the flower stem of the cultivated plant can be pulled up, and thus to maintain the pulling force without suddenly decreasing the pulling force as the plant grows. Cultivation management, which tends to be clear, is easy because the lifting force does not need to be adjusted frequently. The elastic bending part is formed into a spiral spring by helical winding of the striated body, bending it to the required angle in two folds, and maintaining a good reaction force to return the locking part at the arm tip to the original position. Thus, the effect of raising the flower stem of the cultivated plant can be reliably obtained. In addition, since it is formed in a wound spring shape, there is a margin in the spring characteristics in the winding direction, the elastic settling is small, the durability is extremely high, and the required traction force can be maintained for a long time.

Further, the locking portion is provided with a helical winding portion so as to form an insertion gap which can be elastically opened so as to freely engage and disengage a cable or the like at one end side of the striated body. The ropes can be easily inserted into and removed from the insertion gap of the locking part, so that the ropes and the like can be easily disengaged from the locking part according to the height of the flower stem portion of the cultivated plant. The suspension length can be easily and quickly adjusted. Even if the traction force is weakened as the cultivated plant grows, the growth posture of the flower stem portion can be quickly and redone and corrected from the state as it is, and the troublesome and complicated work can be easily and quickly performed each time.

The other end of the striated body is provided with a height holding portion which is inserted and held in a support pipe erected close to the cultivated plant to hold the height position of the striated body. Since the height holding portion is provided with an S-shaped curved portion so as to abut on the inner peripheral surface of the support pipe, the height support portion is brought into contact with the inner peripheral surface of the support pipe simply by inserting it into the support pipe. Since the supporting device is fixedly supported, the supporting device can be easily and surely mounted, and the rattle does not rattle, so that the flower stalk is not easily dropped even if it is pulled by the locking portion. In addition, a thin striated body can insert a plurality of elongated height support portions into a single support pipe, and since a plurality of support devices can be mounted, the number of support pipes used can be greatly reduced, so that material costs can be reduced. .

Also, since the braking end which comes into contact with the inner peripheral surface of the support pipe in the anti-bending direction when the striated body is bent is provided at the end of the S-shaped curved portion, the other end of the linear rod is provided. Is held in a state where the position is pulled upward from the support pipe, so that the pulling force operation can be easily performed. For example, even if a load is applied by raising the height position of the locking portion and pulling the flower stem, the braking end of the end abuts so as to bite into the inner peripheral surface of the upright pipe in the anti-bending direction and is set at the set position. Hold. The height support part can be raised in accordance with the growth of the plant to be cultivated, so the range of correction of the flower stem part by towing can be extended, the length of the standing pipe can be shortened and the unit price per one can be reduced. It can be inexpensive and can reduce material costs.

[Brief description of the drawings]

FIG. 1 is an overall perspective view of a support device for a growing posture of a cultivated plant according to an embodiment of the present invention.

FIG. 2 is a partial explanatory view of a locking portion of a support device for a growth posture of the cultivated plant and the like.

FIG. 3 is a partial explanatory view of a height support portion of a support device for a growth posture and the like of the cultivated plant.

FIG. 4 is a partially cut-away configuration and operation explanatory view showing a state where a supporting device for growing a cultivated plant or the like is attached to a support pipe and a flower stem portion of a potted seedling is pulled.

FIG. 5 is an operation explanatory view showing a state in which a flower stalk portion of a potted seedling is corrected by mounting a support device such as a growing posture of a cultivated plant.

FIG. 6 is an operation explanatory view showing a state in which the height of the supporting device such as the growing posture of the cultivated plant is raised, and the correction of the flower stem portion of the potted seedling that has been grown by mounting is corrected.

FIG. 7 is a partial operation explanatory view showing a state where a flower stalk portion of a pot seedling is corrected by a conventional traction means.

FIG. 8 is a partial explanatory view showing the configuration of another conventional traction means.

[Explanation of symbols]

 Reference Signs List 10 Supporting device for growing posture of cultivated plant 12 Striatal body 14 Locking part 16 Elastic bending part 18 Spiral winding part 20 Height holding part 22 S-shaped bending part 24 Braking end P Support pipe S Pot seedling F Flower stem portion FR cable

Claims (5)

[Claims] 1. A wire comprising a single elongate striated body, one end of which is provided with a locking portion capable of detachably engaging and disengaging a cord or the like for suspending a flower stem portion of a cultivated plant; At an intermediate position in the longitudinal direction of the striated body, an elastic bending portion having a reaction force capable of bending the striated body into two folds and returning the striated body to a substantially linear shape is provided. A support device for supporting the growth posture of a cultivated plant, which is supported by a support pipe that is erected close to the cultivated plant. 2. The support device according to claim 1, wherein the elastic bending portion is formed in a spiral shape with a direction perpendicular to the longitudinal direction of the striatum as an axial direction. 3. The locking portion is provided with a spiral winding portion at one end side of the striated body so as to form an insertion gap that can be elastically opened to freely engage and disengage a cable or the like. Item 3. A supporting device for growing a cultivated plant according to item 1 or 2. 4. A height holding portion which is inserted and held in a support pipe erected close to a cultivated plant to hold a height position of the striatum on the other end side of the striatum. 4. The support device for growing posture of a cultivated plant according to claim 1, wherein the height holding portion includes an S-shaped curved portion so as to abut on an inner peripheral surface of the support pipe. 5. The cultivated plant according to claim 4, wherein a braking end is provided at an end of the S-shaped curved portion, the braking end being in contact with the inner peripheral surface of the support pipe in the anti-bending direction when the striatum is bent. Support device for growth posture.