JPWO2015125220A1 - Rope fitting - Google Patents

Abstract

The present invention provides a rope attachment tool that can be easily and reliably attached to an intermediate portion as well as an end portion of a rope, and can be easily attached to an intermediate portion of a rope without removing the loosened rope. A rope attachment tool comprising an inner cylinder, an outer cylinder, and a closing member, wherein a tightened taper surface on an inner surface of the outer cylinder is tightened with a tightened taper surface on the outer surface of the inner cylinder to be attached to the rope. A plurality of divided partition members are provided by providing side opening portions on the side surfaces of the outer cylinder that are wider than the rope and smaller than the minimum outer diameter of the inner cylinder, straddling the rope so that the outer cylinder does not fall off. Open the holding opening part of the inner cylinder connected by the connecting member, straddle the rope, hold it by the holding means so that the inner cylinder does not fall off, close the side opening part of the outer cylinder with the closing member The rope mounting tool is configured to slide the outer cylinder along the inner cylinder and fasten the outer cylinder to the rope. [Selection] Figure 2

Description

  The present invention relates to a rope attachment device having a simple configuration that can be easily and reliably attached to an intermediate portion as well as an end portion of a rope. More specifically, the present invention relates to a rope attachment device that can be easily attached to the middle portion of the rope without detaching the rope that has become loose and can be tensioned by hooking the tension device.

  The types of ropes to which the rope fitting of the present invention is attached include wire ropes made by twisting a plurality of steel wires, and resin ropes made by twisting fine wires such as nylon resin. In addition to being used as a pulling means for towing, etc., it is bridged between two objects and used for various purposes such as position fixing, electric power transmission, and safety guide ropes for working at heights.

  Resin ropes are flexible, so they can be easily connected to two objects by tying the ends, and the roof of the vinyl greenhouse is not covered with the wind by fixing the position of the two objects or using the extended rope. It is used for various purposes such as restraining. On the other hand, there is a problem that the material is easily stretched and is easily stretched due to fluctuations in the outside air temperature, and the state of being stretched over and bound to two objects is easily changed.

  On the other hand, since the wire rope is not flexible, the end of the wire rope was held with a clasp or the like, or the ring rope was formed on the end line of the wire rope and hooked on the hook member, and the wire rope was bridged . The ring part at the end of the wire rope is bent back at the end line part of the wire rope, and the bent end line part along the main part of the wire rope is sandwiched between the end line part and the main body part The clip is formed by fixing the clip using a plurality of bolts.

  However, the wire rope has high rigidity and is difficult to bend back, and it is necessary to use a plurality of bolts to pinch the pincer, so it is difficult to bend the end of the wire rope and form a ring at the end. And it took time and effort. In addition, even when the end of the wire rope is held by a holding device such as a holding clamp, it takes time to hold the wire rope in the holding device, and the number of members of the holding device is large and the structure is complicated. there were.

  As an example of a holding clamp for holding a wire rope, Patent Literature 1 discloses a rope fastening including a rope fastener main body 90 having a rope passage groove therein and a pulling body 91 moved along the rope passage groove. The tool technology is disclosed (see FIG. 8). The rope fastener main body has a linear insertion groove for inserting the rope on one side surface, and a guide groove on the lower inner surface of the rope fastener main body along which the traction body is moved.

  The traction body is formed in a wedge shape along the guide groove, and the surface of the rope threading groove inside the rope fastener main body and the upper surface of the traction body opposite to the surface are a wedge surface that sandwiches the rope. . Further, the pulling body is provided with a string passing hole through which a string pulled along the guide groove is passed. After inserting the rope and the traction body into the rope fastener body, pulling the traction body by pulling the string, holding the rope between the opposing wedge surfaces of the fastener body and the traction body, The linear insertion groove on the side surface is closed so as to prevent falling off.

  However, in the case of this technique, since the rope is only held by the wedge surface where the fastener body and the traction body face each other, at least one of the rope fastener body and the traction body has an impact force. When added, the position of the wedge surface on the fastener main body side and the wedge surface on the towed body side is likely to be shifted, and there is a problem that the rope is easy to slip through. In particular, when pulling the tow body and pinching the rope with the wedge surface, it is easy to apply impact force to the rope fastener, and another rope fastener is attached to the rope without removing the rope fastener attached to the rope. It was difficult to do.

  On the other hand, since the conventional clamping clamp for clamping the electric wire is assembled using a large number of members such as a locking pin and a fastening bolt, there is a problem that the structure is complicated and installation is troublesome. Therefore, Patent Document 2 discloses a technique of a clamping clamp including an inner cylinder divided into two and an outer cylinder divided into two (see FIG. 9), in order to solve these problems. ).

  The inner cylinders 92 and 93 are provided with a taper on the outer peripheral surface and divided into two, and a flange portion is formed at the end. The outer cylinder 94 is provided with a taper that matches the taper of the inner cylinder on the inner surface and is divided into two parts, and a concave part and a convex part that perform frictional fitting are formed in the end side edge in the length direction. It is comprised so that a convex part may mesh. Moreover, the flange of the edge part of an inner cylinder is pinched | interposed into the surface where the fitted outer cylinder faces, and is made to move along an outer cylinder.

  In the case of the electric wire clamping clamp using this technique, since a set pin, a tightening bolt, or the like is not used, the mounting effort such as bolt tightening is reduced. However, it is necessary to attach each member constituting the retaining clamp one by one so that they do not come off while supporting the members attached to the wires so that they do not come off. The problem of easy attachment to the middle part of the handed rope could not be solved.

  According to any of the techniques disclosed in Patent Document 1 and Patent Document 2, it has been impossible to easily and reliably mount the rope mounting tool on the rope as described above. And when a resin rope or wire rope that is tied and tied between two objects is loosened, the rope attachment tool can be attached to the rope even if the rope attachment tool is already attached without removing the rope attachment tool already attached. It was not possible to attach it easily and reliably on the way.

Japanese Utility Model Publication No. 30-12335 Japanese Utility Model Publication No. 49-9995

  An object of the present invention is to provide a rope mounting tool having a simple configuration that can be easily and reliably mounted not only on an end portion of a rope but also on an intermediate portion. More specifically, it is possible to provide a rope attachment device that can be easily attached to the middle portion of the rope without detaching the rope that has become loose and can be tensioned by hooking the tension device. Let it be an issue.

  A rope attachment tool according to a first aspect of the present invention includes an inner cylinder for holding a rope, an outer cylinder for attaching the inner cylinder to the rope, and a closing member, and the inner surfaces of the outer cylinders facing each other. A tightening taper surface, a side opening portion having a width wider than the thickness of the rope so as to be attached from the side of the rope, and the inner cylinder has an outer surface of the tightening taper surface. A tightening taper surface having a shape corresponding to the shape, the closing member closing the side opening, and straddling the inner cylinder over the rope, straddling the rope, In the rope attachment device in which the outer cylinder to which the closing member is attached is slid along the rope, and the tightening taper surface tightens the to-be-tightened taper surface and attaches to the rope. To the rope so that it can be installed straddling And it has a holding opening portion opening I, while being embraced in the rope is characterized in that it comprises a rope holding means is held.

  The outer cylinder has a tapered surface in which one of the facing inner surfaces along the rope is narrowed at one of the cylinder open portions. The entire inner periphery of the outer cylinder may be a truncated cone-shaped tightening taper surface, or only two of the facing inner surfaces may be a tightening taper surface. Since the outer cylinder has a side opening that is wider than the thickness of the rope along the rope, it is attached so as to straddle the rope from the side of the rope that is bound at both ends via the side opening. be able to.

  The tightened taper surface on the outer surface of the inner cylinder is preferably a tightened taper surface having a shape aligned with the tightened taper surface on the inner surface of the outer cylinder. However, there may be a gap between the surface of the inner cylinder and the surface of the outer cylinder other than the facing tightening taper surface and the tightening taper surface, and the tightening taper surface and the tightening taper surface are It does not have to be in contact at all positions, and it is sufficient that the tightening taper surface functions to tighten the tightened taper surface by sliding the outer cylinder along the rope.

  The inner cylinder has a holding release portion that opens along the rope so that the inner cylinder can be attached across the rope, and the inner cylinder further includes rope holding means for holding the state held by the rope. With the holding release part opened and the rope tied together, it can be attached to the middle part of the rope across the inner cylinder, and even if the operator removes the hand from the inner cylinder, The cylinder is held by the rope. Further, from the side of the inner cylinder held at a desired position, the outer cylinder whose side surface opening portion is closed by the closing member and is formed into a cylindrical shape is slid along the rope, and the rope mounting tool is mounted. . The material of the inner cylinder is not limited to a metal material, a resin material, or the like.

  As a result, even if the inner cylinder is not touched to maintain the holding state on the rope, the inner cylinder is held at the desired position of the rope, and the outer cylinder is formed into a cylindrical shape and slid along the rope. By tightening the inner cylinder, a single worker can easily and reliably attach the rope fitting to the rope. Furthermore, even if an impact force is applied to the outer cylinder and the outer cylinder is displaced from the inner cylinder, the inner cylinder continues to be held by the rope. It will return to its original position and the rope fitting will not come loose.

  According to a second aspect of the present invention, in the rope attachment device according to the first aspect, the inner cylinder is divided into a plurality of sections along the rope, and includes a connecting member that connects the sections, and the connecting member includes The rope is a rope holding means for holding the inner cylinder held by the rope to the rope.

  The inner cylinder is divided into a plurality of sections along the rope, and includes a holding release portion that can be opened so as to hold the rope by connecting each section with a connecting member as a divided section material. . The connecting member is a holding means for holding the inner cylinder on the rope.

  As a result, if the holding release part of the inner cylinder is opened and the inner cylinder is held at a desired position of the rope, the inner cylinder is held by the rope by the connecting member which is the rope holding means. The Even if the material of the inner cylinder is hard and difficult to deform, it is possible to hold the inner cylinder on a rope by dividing the inner cylinder into a plurality of divided partition members and connecting them with connecting members.

  Here, the connecting member may be rope holding means that urges each section to surround the rope, or may be rope holding means that is plastically deformed by tightening from the outside after being held. Good. The material of the connecting member is not limited to a metal material, a resin material, or the like, and any shape can be used as long as the state in which the inner cylinder holds the rope after the rope is held across the rope is not limited.

  According to a third aspect of the present invention, in the rope attachment device according to the second aspect, the connecting member is a biasing member that biases each section of the inner cylinder toward the rope, and the rope is It is characterized by being rope holding means for holding. As a result, if the inner cylinder is held across the rope, the inner cylinder is held by the rope even if the worker releases his / her hand from the inner cylinder, and the attachment work of the rope attachment tool can be performed more easily.

  The material of the connecting member is not limited to a metal material, a resin material, or the like. It is only necessary to have an urging force that does not drop off the rope in a state in which the holding release portion is opened and the rope is held. Further, the shape is not limited to a shaft shape, a plate shape, or the like.

  According to a fourth aspect of the present invention, in the rope attachment device according to the second aspect, the connecting member is a plastically deformable member that connects the sections of the inner cylinder, and the inner cylinder is held by the rope. After that, it is characterized in that it is a rope holding means for holding the rope by plastic deformation by tightening from the outside. As a result, if the inner cylinder is held across the rope, the inner cylinder is held by the rope even if the worker releases his / her hand from the inner cylinder, and the attachment work of the rope attachment tool can be performed more easily.

  The material forming the connecting member is not limited to a metal material, a resin material, or the like. It is only necessary that the inner cylinder is prevented from falling off the rope by tightening each section from the outside in a state where the holding release portion is opened and the rope is held. Further, the shape is not limited to a shaft shape, a plate shape, or the like.

  According to a fifth aspect of the present invention, in the rope attachment device according to the first to fourth aspects, the outer cylinder has a width of the side opening portion that is held by a minimum outer diameter of the inner cylinder. Is also small.

  The width | variety of the side surface opening part of an outer cylinder is made smaller than the minimum outer diameter of the inner cylinder of the state hold | maintained. As a result, even when the side opening portion of the outer cylinder is not closed by the closing member, the outer cylinder may fall off the inner cylinder if the outer cylinder is slid along the rope so as to overlap the inner cylinder. Absent. And even if you attach the inner cylinder, outer cylinder, and closing member one by one in order, there is an advantageous effect that they do not come off the rope, and it is possible to more easily attach the rope fitting to the rope It becomes.

  According to a sixth aspect of the present invention, in the rope attachment device according to the first to fifth aspects of the present invention, the both ends of the side opening portion are provided with standing pieces having outwardly bent portions, and the closing member On both side edges of the groove, a groove portion is formed to be engaged with the bent portion, and one end portion of the groove portion is closed, and the closing member is engaged with the bent portion from the open groove end portion to slide. By doing so, the side opening portion is closed.

  According to 6th invention, the groove part of a closing member is engaged with the standing piece of an outer cylinder, a closing member is slid, and a side surface opening part is closed. Further, the outer cylinder is slid along the inner cylinder in the same direction as the closing member to tighten the inner cylinder, and the rope attachment tool is attached to the rope. This makes it possible to more easily and reliably attach the rope attachment tool to the rope.

  According to a seventh aspect of the present invention, in the rope attachment device according to the first to sixth aspects, the closing member includes a tongue piece extending from the position of the end of the side surface opening portion along the side surface opening portion, The tongue piece has a locking hole.

  Here, the locking member refers to a member attached to the rope attachment tool. It is not necessarily limited to a tensioning device, and may be a locking member for suspending another member on a rope, and its application is not limited. The closing member may be formed into a plate shape that can be easily manufactured, and the locking hole may be formed in the extended tongue piece of the plate-like closing member, but is not limited thereto. Since the locking part for hooking the tensioning device is formed on the closing member, it is easy to apply a pulling force in the direction along the rope, it is not damaged by applying a twisting force, and the closing member is difficult to loosen. Can be more easily and reliably attached to the rope.

  According to an eighth aspect of the present invention, in the rope attachment device according to the first to seventh aspects, the outer cylinder is provided with a tongue piece having a locking hole. By providing the outer cylinder with a tongue piece having a locking hole, it is possible to form a locking portion for hooking a tensioner at a plurality of locations around the outer cylinder. Thereby, a rope attachment tool is more strongly attached to a rope. Moreover, there is an advantageous effect that the rope can be tensioned from a plurality of directions.

-According to the first invention of the present invention, the inner cylinder is held at a desired position of the rope without touching the inner cylinder and maintaining the holding state on the rope. As a shape, it slides along the rope and tightens the inner cylinder so that even one worker can easily and reliably attach the rope fitting to the rope. Furthermore, even if an impact force is applied to the outer cylinder and the outer cylinder is displaced from the inner cylinder, the inner cylinder continues to be held by the rope. It will return to its original position and the rope fitting will not come loose.
-According to the second invention of the present invention, if the holding release part of the inner cylinder is opened and held at a desired position of the rope, the inner cylinder is connected to the rope by the connecting member which is the rope holding means. Even if the inner cylinder is made of a hard material that is hard to be deformed, the rope can be held.

-According to the third and fourth inventions of the present invention, if the inner cylinder is held across the rope, the inner cylinder is held by the rope even if the operator releases the hand from the inner cylinder. Installation work can be made easier.
According to the fifth aspect of the present invention, even when the side opening portion of the outer cylinder is not closed by the closing member, if the outer cylinder is slid along the rope so as to overlap the inner cylinder, the outer cylinder Does not fall off from the inner cylinder. And even if you attach the inner cylinder, outer cylinder, and closing member one by one in order, there is an advantageous effect that they do not come off the rope, and it is possible to more easily attach the rope fitting to the rope It becomes.
According to the sixth aspect of the present invention, the groove portion of the closing member is engaged with the bent portion of the standing piece of the outer cylinder, and the closing member is slid to close the side opening portion. Further, the outer cylinder is slid along the inner cylinder in the same direction as the closing member to tighten the inner cylinder, and the rope attachment tool is attached to the rope. This makes it possible to more easily and reliably attach the rope attachment tool to the rope.

-According to the seventh invention of the present invention, since the locking portion for hooking the tensioning device is formed on the closing member, it is easy to apply a pulling force in the direction along the rope, and it is not damaged by applying a twisting force. In addition, the closure member is less likely to loosen, and the rope attachment tool can be attached to the rope more easily and reliably.
According to the eighth aspect of the present invention, by providing the outer cylinder with the locking portion, it is possible to form the locking portion for hooking the tensioning device at a plurality of locations around the outer cylinder, and the rope The fitting is more strongly attached to the rope. Moreover, there is an advantageous effect that the rope can be tensioned from a plurality of directions.

Explanatory drawing of a structure of a rope mounting tool (Example 1). Explanatory drawing of the mounting process of a rope mounting tool (Example 1). Explanatory drawing of the state which tensions a rope using a rope mounting tool (Example 1). Explanatory drawing of a rope attachment tool (Example 2). Explanatory drawing of a rope attachment tool (Example 3). Explanatory drawing of a rope attachment tool (Example 4). Explanatory drawing of the tension | tensile_strength state using a rope mounting tool (Example 4). The rope fastener of patent document 1 (prior art). The rope fastener of patent document 2 (prior art).

  The purpose is to allow easy and reliable attachment to the middle part of the rope as well as the end of the rope, and to allow easy attachment to the middle part of the rope without removing the loosened rope. This was achieved by reducing the main parts held by the rope and preventing it from falling off the rope.

  In Example 1, it consists of four division | segmentation division materials connected with a connection member, the inner cylinder 10 urged | biased toward the rope of diameter 12mm, the outer cylinder 20 which consists of a board | plate material which clamps it, and the side surface of an outer cylinder A rope mounting tool 1 including a closing member 30 that closes an opening will be described with reference to FIGS. 1 to 3. FIG. 1 is a diagram illustrating the configuration of a rope mounting tool 1 according to a first embodiment of the present invention, FIG. 2 is a diagram illustrating a mounting process of the rope mounting tool 1, and FIG. It is explanatory drawing of the state made to tense using the mounting tool.

  1A is a plan view, FIG. 1B is a cross-sectional view taken along the line AA in FIG. 1A, and FIG. 1C is a BB position in FIG. 1B. FIG. 1D is a cross-sectional view taken along the line CC in FIG. 1B. 2A is an explanatory diagram of a process of straddling the inner cylinder over the rope, and FIG. 2B is a process of striding the outer cylinder over the rope and sliding along the rope so as to contact the inner cylinder. FIG. 2 (C) is an explanatory view of a process of sliding the closing member along the outer cylinder, tightening the inner cylinder with the outer cylinder, and attaching the mounting tool to the rope.

  The rope attachment tool 1 includes an inner cylinder 10, an outer cylinder 20, and a closing member 30. The inner cylinder 10 that holds the rope 100 includes a divided partition member 11 that is divided into four in the direction along the rope, and a connecting member 12 that connects adjacent divided partition members. It is set as the holding | maintenance opening | release part 13 which can open one clearance gap between adjacent division | segmentation division materials in the direction along a rope so that it can be held over a rope. This holding release part 13 is not limited to the direction along a rope, For example, you may open | release in the direction which cross | intersects a rope diagonally.

  The inner surface 14 of each divided partition member is a curved surface so as to contact the rope, and is formed into a rough surface so as not to slip from the rope. Since the rope attachment tool 1 is to attach the rope 100 by slightly deforming the rope cross section, the inner surface 14 of the inner cylinder of the rope attachment tool used for the rope having the thickness of the attachment target standard is It is possible to touch a rope that is slightly thicker or slightly thinner than the standard. Here, the rough surface is not limited to those having small irregularities and those having irregular grooves formed in a direction crossing the rope. Also, the material of the rope to be attached is not limited, and the material of the divided partition material can be selected according to the rope to be attached and is of course not limited.

  The divided partition members 11 forming the inner cylinder of the rope fitting 1 are connected by a connecting member to form a cylindrical body. The outer surface 15 of the cylindrical body has one open end 16 constricted and the other open end 17 is The outer shape is widened, and the outer shape is formed into a tapered surface having a substantially truncated cone shape, and is a tightened tapered surface that is fastened to the outer cylinder. The length of each divided partition material 11 is 70 mm, the thickness of the open end 16 on the narrowed side is 3 mm, and the thickness of the open end 17 on the expanded side is 6 mm. Each divided partition member is formed with a narrow hole 18 into which the connecting member 12 is inserted and fitted at a position facing the adjacent divided partition member.

  The connecting member 12 is formed of a thin metal plate having elasticity such as spring steel, stainless steel, and brass. The connecting member 12 is fitted into the hole 18 formed in the divided partition member, so that the four divided partition members 11 are formed in the cylinder, and each divided partition member is attached toward the central axis of the cylinder. Be forced. In the rope attachment tool 1, the connecting member 12 that connects the adjacent divided partition members is two thin plates, but the number is not limited, and the shape of the connecting member may be, for example, a thin shaft. That is.

  The outer cylinder 20 is formed by bending a metal plate having a thickness of 2 mm. On the side surface of the outer cylinder (upward in FIGS. 1 and 2), there is a side opening 21 that is wider than the rope and narrower than the outer diameter of the cylindrical inner cylinder on the narrowed side, along the axis. It is opened in the direction. On both edges of the side opening portion, standing pieces 23 having outwardly bent portions 22 are provided. The bent portion 22 extends with the same width in the direction along the rope, and engages with a groove portion of a closing member described later. The inner surface 24 of the outer cylinder has a gradient that matches the tightened taper surface of the inner cylinder, and is curved to be a tightened taper surface. The length of the outer cylinder is not limited.

  The width of the closing member 30 is 37 mm, and a groove portion 31 having a groove width of 2 mm and a height of 2 mm is provided so as to face the inner sides of both side edges. One groove end portion 32 of the groove portion is closed, the other groove end portion 33 is opened, and has a tongue piece portion 34 extending forward from the position of the groove end portion 33, and a diameter for hooking the locking member to the tongue piece portion A 12 mm locking hole 35 is formed. Since the tongue piece 34 extends along a gradient in which the divided section material 11 of the inner cylinder expands, the locking hole 35 is located at a position 10 mm away from the outer surface of the rope 100 and is locked like the tensioning device 101. It is easy to hook the tool (see FIG. 3). The closing member 30 may be formed by bending a plate material or may be formed in the above shape by casting, forging or the like. In addition, although the thickness of each part of the closing member 30 is 3 mm, it is not limited to this, The thickness around the locking hole 35 may be increased.

  Next, with reference to FIG. 2, a mounting process for mounting the rope mounting tool 1 on the rope will be described. First, the inner cylinder 10 is opened so as to resist the urging force of the connecting member 12 so that the holding opening 13 of the inner cylinder has an opening wider than the rope so as to straddle the rope. Attach the inner cylinder to the rope so as to straddle the rope from the side (see the arrow in FIG. 2 (A)). If it does so, each division | segmentation division material 11 will be pressed toward a rope with the urging | biasing force of the connection member 12, and the inner cylinder 10 will be in the state hold | maintained on the rope (FIG. 2 (B) figure).

  Next, the outer cylinder is attached across the rope. The outer cylinder 20 has a side opening portion having a width wider than the thickness of the rope so that the wide side of the tightening taper surface of the outer tube faces the open end portion 16 on the narrowed side of the tightened taper surface. 21 is inserted and attached so as to straddle the rope from the side of the rope 100. Then, the outer cylinder 20 is slid toward the inner cylinder 10 along the rope so that the tightening taper surface of the outer cylinder is in contact with the tightened taper surface of the inner cylinder (see the arrow in FIG. 2B). .

  Since the width of the side opening portion 21 of the outer cylinder is smaller than the minimum outer diameter α (see FIG. 1) of the inner cylinder, if a part of the outer cylinder 20 overlaps the inner cylinder 10, the outer cylinder becomes the inner cylinder. It will be in the state which does not fall from a catching rope. FIG. 2 (C) shows a state where the tightening taper surface of the outer cylinder is in contact with the tightened taper surface of the inner cylinder. It is easy to attach.

  Further, the groove portion 31 of the closing member holds the bent portion 22 of the side opening portion, and the closing member 30 is hooked on the outer cylinder 20 from the side of the open end portion 16 on the narrowed side of the tightened tapered surface. Then, the closing member is slid so as to close the side surface opening portion 21 of the outer cylinder (see the arrow in FIG. 2C). Then, the closed groove end portion 32 (left side in FIG. 2C) is slid to a position where it comes into contact with the bent portion 22 of the outer cylinder. Further, by sliding the closing member 30 in the same direction, the tightening taper surface of the outer tube tightens the tightened taper surface of the inner tube, and the rope fitting 1 is mounted on the rope 100.

  Here, referring to FIG. 3, a state in which the rope attachment tool 1 of the present invention is attached to the loose rope, and the rope attachment tool 1 is tensioned by removing the slack of the rope 100 using the tension tool 101. explain. In FIG. 3, the tension device of Japanese Patent No. 5004144 is used as an example of the tension device, but other tension devices may be used. FIG. 3 (A) shows a state in which two rope attachment devices 1 are attached to a loose rope, and FIG. 3 (B) shows a state in which the rope has been loosened by applying a tensioning device. .

  First, the two rope fittings 1 are shown in FIG. 2 so that the locking hole 35 of the closing member 30 is on the inside and the surface of the closing member 30 faces upward in the middle of the loose rope. It is attached by the process. Then, the claw portion 102 formed on the front side of the shaft body of the tensioner is locked in the locking hole 35 of one rope attachment tool (left side in FIG. 3), and the shaft body that is slid along the shaft body is The claw portion 104 formed on the surrounding cylinder 103 is locked in the locking hole 35 of the other rope attachment tool (right side in FIG. 3) (see FIG. 3A).

  Next, the nut 105 in contact with the outside of the cylinder is rotated and moved by an impact wrench or the like (see the arrow in FIG. 3A). Then, the distance between the two rope attachment tools 1 approaches (see the arrow in FIG. 3B), and the rope 100 is in a tensioned state (see FIG. 3B). More specifically, the closure members 30 of the two rope attachment tools are pulled linearly along the alternate long and short dash line shown in FIG. The rope stretches to the side and the rope becomes tense.

  In Example 2, it consists of two division | segmentation division materials connected with a connection member, the inner cylinder 40 plastically deformed and hold | maintained at a rope, the outer cylinder 50 which consists of a board | plate material which clamps it, and the side surface opening part of an outer cylinder The rope mounting tool 2 including the closing member 60 for closing the cover will be described with reference to FIG. FIG. 4 is a diagram illustrating the configuration of the rope attachment tool 2 according to the second embodiment of the present invention. 4A is a cross-sectional view taken along the line BB in FIG. 4B, FIG. 4B is a cross-sectional view taken along the line A-A in FIG. 4A, and FIG. These are sectional drawings in the CC position of Drawing 4 (B).

  The inner surface of the divided partition member 41 of the inner cylinder 40 of the rope attachment tool 2 is formed into a rough surface so as to be in contact with the rope and not slipped from the rope, like the rope attachment tool 1. . The divided section members of the rope attachment tool 2 are connected by a connecting member 42, the outer shape of the inner cylinder 40 is a substantially rectangular body, the lower part is a holding opening part 43, and only the outer surface 44 of the side part facing each other. Is a tapered surface. On the outer surface of the inner cylinder 40, one open end 45 is narrowed and the other open end 46 is expanded.

  Here, the minimum outer diameter of the rope attachment tool 2 refers to the distance between the outer surfaces of the narrowed open end 45. A narrow-diameter hole 47 into which the connecting member 42 is inserted and fitted is formed on the upper surface facing the divided partition member 41 of the rope attachment tool 2. The taper surface is a tightened taper surface that is fastened to the outer cylinder, and the corner portion 48 is obliquely removed and narrowed along the rope so as not to interfere with the constricted portion 52 of the side surface opening portion described later.

  The connecting member 42 of the rope fitting 2 is a shaft having a diameter that fits into the hole 47 of the divided partition material, and may be selected from materials that are easily plastically deformed, such as lead, soft iron, copper, etc. It is not limited. The connecting member 42 is fitted into the hole 47 formed in the divided partition member 41, and two divided partition members are formed in the cylindrical body. Since the connecting member is a material that is easily plastically deformed, if the lower holding opening 43 in FIG. 4 is opened and held across the rope 100 and then tightened from both sides, the inner cylinder 40 is roped. Will be held. The cross-sectional shape, number, and thickness of the connecting member 42 are not limited as in the first embodiment.

  The outer cylinder 50 is formed by bending a metallic plate material. Both edges of the plate material so that the open side 51 (upper side in FIG. 4) of the outer cylinder is wider than the thickness of the rope 100 and narrower than the width of the open end 45 on the narrowed side of the tightened tapered surface. A bent portion 53 is formed on the inner side toward the side via a constricted portion 52. The bent portion 53 extends in the direction along the rope with the same width, and is engaged with a groove portion 61 of a closing member described later. The inner surface 54 in the lateral direction of the outer cylinder is a tightening taper surface so as to have a gradient that matches the tightening taper surface of the inner cylinder, and the width of one open end is narrow and the width of the other open end is Widely formed.

  The closing member 60 is provided with a groove portion 61 so as to face the inner sides of both side edges, and is engaged with the bent portion 53. One groove end 62 is closed and the other groove end 63 is open. In the rope attachment tool 2, an annular locking portion 65 is formed on the top surface of the closing member 64. In the rope attachment tool 2, the annular locking portion 65 is formed by forging integrally with the closing member, but may be welded by welding. Since the annular locking portion 65 of the rope attachment device 2 is provided at a position farther from the rope than the rope attachment device 1, it is easy to hook a claw portion such as a tension device.

  Since the process of attaching the rope attachment tool 2 to the rope 100 is the same as that of the rope attachment tool 1 of the first embodiment, it is omitted here. In the second embodiment, by pulling the rope fitting 2 in the direction of the arrow shown in FIG. 4B, the closed groove end 62 of the closing member 60 pushes the end of the outer cylinder on the narrowed side. The operation of mounting the rope mounting tool 2 on the rope by the tightening tapered surface of the side surface of the outer cylinder tightening the tightened tapered surface of the side surface of the inner cylinder is the same as in the first embodiment.

  In Example 3, the rope attachment tool 3 having a different configuration of the outer cylinder and the closing member from Example 2 will be described with reference to FIG. Parts having the same configurations as those of the second embodiment are denoted by the same reference numerals in the drawings, and description thereof is omitted. FIG. 5 is a diagram illustrating the configuration of the rope attachment tool 3 according to the third embodiment of the present invention. 5A is a cross-sectional view taken along the line BB in FIG. 5B, FIG. 5B is a cross-sectional view taken along the line A-A in FIG. 5A, and FIG. These are sectional drawings in the CC position of Drawing 5 (B).

  In the rope attachment tool 3, the through-hole 66 is provided in the top | upper surface of the closing member 64, and the hook member 70 is protruded from the inner side to the outer side, and is used as a locking portion. The hook member 70 includes a base portion 71 along the rope and a plate-like hook portion 72 that protrudes upward from the base portion and is curved at the tip. The thickness of the plate-like hook portion is substantially the same as the width of the through hole. The length of the plate-like hook portion 72 in the direction along the rope is slightly shorter than the length of the through-hole 66 along the rope 100 and has a length that allows play for inserting the curved tip portion of the hook portion. Yes.

  Further, the height of the groove portion 55 of the outer cylinder is higher than the height of the groove portion of the second embodiment, and the base portion 71 of the hook portion can be stored between the inner cylinder 40 and the closing member 64. Yes. When a member such as a tensioner is hooked on the hook portion 72 inserted into the through-hole 66 of the closing member and pulled in the direction of the arrow in FIG. 5B, the side surface portion of the hook portion 72 is The closing member 64 is pushed and slid, and the closed groove end 67 of the closing member pushes the end of the outer cylinder 50 on the narrowed side so that the tightening taper surface on the side surface of the outer cylinder is on the side surface of the inner cylinder. The rope mounting tool 3 is mounted on the rope by tightening the tightened taper surface. Since the process and operation for attaching the rope attachment tool 3 are the same as those in the first and second embodiments, the description thereof is omitted.

  In the fourth embodiment, tongue pieces 26 are formed on both side surfaces of the outer cylinder 25 of the rope attachment tool 1 of the first embodiment, and a locking hole 27 is formed in each tongue piece, so that it can be pulled from a plurality of directions. The rope mounting tool 4 is described with reference to FIG. Parts having the same configurations as those of the first embodiment are denoted by the same reference numerals in the drawings, and description thereof is omitted. 6 (A) is a plan view, FIG. 6 (B) is a cross-sectional view taken along the line AA in FIG. 6 (A), and FIG. 6 (C) is a position taken along the line BB in FIG. 6 (B). FIG.

  A tongue piece 26 having a locking hole 27 having the same diameter as the locking hole 35 of the closing member 30 is welded to the outer cylinder 25 of the rope fitting 4 by welding. The thickness of the tongue piece is the same as the thickness of the closing member 30. Further, a protrusion 36 is provided in front of the open groove portion of the closing member to prevent the closing member from retreating so that the tapered surface tightened with the tightened tapered surface does not loosen.

  Here, one embodiment of the rope attachment device 4 will be described with reference to FIG. 7 through a usage pattern for tensioning the looseness of the rope holding the vinyl roof 80 of the greenhouse. FIG. 7A is a view showing an embodiment in which the rope attachment tool 1 is used to take the rope loose, and FIG. 7B is a rope attachment tool 4 that is used to take the rope loose. It is a figure which shows embodiment.

  When the rope 100 for holding the vinyl roof in the greenhouse is loosened, as shown in FIG. 7 (A), two rope mounting tools 1 of the first embodiment are mounted, and the tension tool 101 is hooked between them. Can be tense. However, since the fulcrum of the rope remains the rope end point 106 and the distance between the fulcrum of the rope has not changed, the rope may loosen again due to repeated vibrations if the greenhouse continues to be winded. .

  However, as will be described below, if the distance between the fulcrums of the rope is reduced, the rope is prevented from loosening again even if the vibration caused by the wind is repeated. First, the rope mounting tool 4 of Example 4 is mounted on the upper side of the loose rope. And the rope mounting tool 1 of Example 1 is mounted on the lower side of the rope, and the rope is loosened by the tensioning tool 101.

  Furthermore, a rope fulcrum 107 is newly formed on the ground on both sides of the loose rope, and the rope attachment 1 is attached to the rope 108 extending from each fulcrum. 101 is locked. Since the rope attachment tool 4 is pulled obliquely by the two ropes 108 from below, the position of the rope attachment tool 4 becomes a fulcrum that does not shift from side to side, the distance between the fulcrum of the rope 100 is shortened, and vibration is repeated. However, the rope 100 is less likely to loosen again. Of course, the rope attachment tool 4 is more strongly attached to the rope because it is pulled and attached from a plurality of directions.

(Other)
In the above-described embodiments, in order to facilitate understanding of the invention, the direction described in the drawings is shown and described, but it is needless to say that the direction is not limited to the described direction.
-A connection member is not limited to the member inserted in a division | segmentation division material, Of course, it is good also as a connection member by making thin plate | board thickness of a part of inner cylinder.

The above-described examples are examples of the embodiment of the present invention, and the material, shape, and dimensions of the constituent members of the rope fixing tool are not limited, and the material of the rope to be applied is not limited. Changes within a range not departing from the gist are naturally included in the technical scope of the present invention.
The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The technical scope of the present invention is shown not by the above description but by the scope of the claims, and is intended to include meanings equivalent to the scope of the claims and all modifications within the scope.

1, 2, 3, 4 ... Rope fittings,
10, 40 ... inner cylinder, 20, 25, 50 ... outer cylinder, 30, 60 ... closing member,
11, 41 ... Divided partition material, 12, 42 ... Connecting member, 13, 43 ... Holding unit,
14 ... inner surface, 15 ... outer surface,
16 ... Open end, 17 ... Open end, 18 ... Hole,
21 ... Open side part, 22 ... Bending part, 23 ... Standing piece, 24 ... Inner surface,
26 ... tongue piece, 27 ... locking hole,
31 ... groove, 32, 33 ... groove end, 34 ... tongue piece, 35 ... locking hole, 36 ... projection,
44 ... outer surface, 45, 46 ... open end, 47 ... hole, 48 ... corner,
52 ... Constriction part, 53 ... Bending part, 54 ... Inner surface, 55 ... Groove part,
61 ... groove part, 62, 63 ... groove end part, 65 ... locking part, 64 ... closing member, 66 ... through hole,
67 ... groove end,
70 ... hook member, 71 ... base part, 72 ... hook part,
80 ... vinyl roof,
90 ... Rope fastener main body, 91 ... Traction body, 92, 93 ... Inner cylinder, 94 ... Outer cylinder,
DESCRIPTION OF SYMBOLS 100 ... Rope, 101 ... Tension tool, 102 ... Claw part, 103 ... Cylindrical body, 104 ... Claw part,
105 ... Nut, 106 ... Rope end point, 107 ... Rope fulcrum, 108 ... Rope

  A rope attachment tool according to a first aspect of the present invention includes an inner cylinder for holding a rope, an outer cylinder for attaching the inner cylinder to the rope, and a closing member, and the inner surfaces of the outer cylinders facing each other. A tightening taper surface; a side opening portion that is open to a width wider than the thickness of the rope so as to be attached from a side of the rope; and the inner cylinder is tightened on the outer surface thereof. A tightened taper surface having a shape corresponding to the shape of the taper surface is provided, and the closing member closes the side surface opening portion, and holds the rope in a state where the rope is held across the inner cylinder. In the rope attachment device in which the outer cylinder to which the closing member is mounted is slid along the rope and the tightening taper surface tightens the tightened taper surface and is attached to the rope. And straddle the rope It has a holding opening part that opens along the rope so as to be attached, and has rope holding means that holds the holding state even if no external force is applied to the inner cylinder. It is characterized by.

  A rope attachment tool according to a first aspect of the present invention includes an inner cylinder for holding a rope, an outer cylinder for attaching the inner cylinder to the rope, and a closing member, and the inner surfaces of the outer cylinders facing each other. A tightening taper surface; a side opening portion that is open to a width wider than the thickness of the rope so as to be attached from a side of the rope; and the inner cylinder is tightened on the outer surface thereof. A tightened taper surface having a shape corresponding to the shape of the taper surface is provided, and the closing member closes the side surface opening portion, and holds the rope in a state where the rope is held across the inner cylinder. In the rope attachment device in which the outer cylinder to which the closing member is mounted is slid along the rope and the tightening taper surface tightens the tightened taper surface and is attached to the rope. And straddle the rope The rope has a holding opening that opens along the rope so as to be attached, and the inner cylinder has the inner cylinder attached to the rope, and the rope can be applied even if no external force is applied to the inner cylinder. It is characterized by comprising rope holding means for holding the state held by the.

Claims (8)

An inner cylinder for holding the rope, an outer cylinder for attaching the inner cylinder to the rope, and a closing member,
The outer cylinder has a surface whose inner surfaces facing each other serve as a tightening taper surface, and has a side surface opening portion wider than the thickness of the rope so as to be attached from the side of the rope. Provided with a tightened taper surface having a shape corresponding to the shape of the tightening taper surface on the outer surface, the closing member closes the side opening portion,
In a state where the rope is held across the inner cylinder, the outer cylinder to which the closure member is attached is slid along the rope, and the tightening taper surface is In the rope attachment tool for fastening the fastening taper surface to the rope,
The inner cylinder includes a holding opening that opens along the rope so that the inner cylinder can be attached across the rope, and includes a rope holding means that holds the state held by the rope.
Rope fittings characterized by that. The inner cylinder is divided into a plurality along the rope and includes a connecting member for connecting the sections,
The connecting member is rope holding means for holding the inner cylinder held by the rope to the rope.
The rope attachment tool according to claim 1, wherein: The connecting member is a biasing member that biases each section of the inner cylinder toward the rope, and is a rope holding means that holds the rope.
The rope attachment tool according to claim 2, wherein The connecting member is a plastically deformable member that connects each section of the inner cylinder, and the rope is plastically deformed by tightening from the outside after the inner cylinder is held by the rope, and the rope Rope holding means to hold,
The rope attachment tool according to claim 2, wherein The outer cylinder has a width of the side opening portion smaller than a minimum outer diameter of the inner cylinder in a state of being held,
The rope attachment device according to any one of claims 1 to 4, wherein the rope attachment device is provided. On both edges of the side opening part, a standing piece having a bent part toward the outside is provided,
Grooves to be engaged with the bent part are formed on both side edges of the closing member, and one of the groove end parts is closed, and the closing member is engaged with the bent part from the opened groove end part. The side opening is closed by being slid.
The rope attachment device according to any one of claims 1 to 5, wherein the rope attachment device is provided. The closing member includes a tongue piece extending from the position of the end of the side surface opening portion along the side surface opening portion, and the tongue piece has a locking hole.
The rope attachment device according to any one of claims 1 to 6, wherein the rope attachment device is provided. The outer cylinder is provided with a tongue piece having a locking hole,
The rope attachment device according to any one of claims 1 to 7, wherein

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