JP3208736U - Tying tool - Google Patents

Abstract

An object of the present invention is to freely adjust the size of a ring formed by a rubber cord, and to bind an electric cord and a communication cable to be bundled, rolled paper, a plurality of pens, a notebook and a pen, a portable terminal and an earphone, etc. Provided is a binding tool that can surely bind objects even when the number, size, shape, type, etc. of objects are various. A rubber cord adjusting member (12) capable of forming a ring made of a rubber cord on each of an inlet side and an outlet side by passing the rubber cord (11) at least twice is provided, and the rubber cord adjusting member (12) has a position relative to the rubber cord. By changing the size, the sizes of the rubber string rings formed on the entrance side and the exit side are changed to bind the objects to be bound. [Selection] Figure 1

Description

  The present invention relates to a binding tool for binding various kinds of binding objects such as an electric cord, a communication cable, rolled paper, a plurality of pens, a notebook and a pen, a portable terminal and an earphone, such as the same object or different objects.

  Conventionally, various binding tools for binding objects to be bound such as electric cords and communication cables have been proposed. As a binding tool using a rubber string, for example, at least one hook is attached to a rubber band of an arbitrary size. (For example, refer patent document 1).

JP 2002-104491 A

  However, since the binding tool described in Patent Document 1 is configured by attaching at least one hook to a rubber band of an arbitrary size, the size of the ring (ring) formed by a rubber string (rubber) that extends. Since the length is constant, if the number of electric cords or the like to be bundled is small or large, there is a case where the cords cannot be surely bundled.

  In particular, binding objects include not only electrical cords and communication cables, but also rolled paper, multiple pens, notebooks and pens, portable terminals and earphones, etc. Since a wide variety of objects are targeted, if the size of the ring formed by the rubber string can be easily adjusted, the usability is greatly improved.

  Therefore, the present invention has been made in view of such problems, the size of a ring formed by a rubber string can be freely adjusted, an electric cord to be bundled, a communication cable, a rolled paper, Easily adjust the size of the ring formed by the rubber strap even when the number, size, shape, type, etc. of binding objects such as multiple pens, notebooks and pens, mobile terminals and earphones are various. Then, it aims at providing the binding tool which can be bound reliably.

In order to solve the above-described problem, a binding tool according to the present invention is a binding tool that binds an object to be bound using a rubber string configured in a ring shape, and is configured to pass the rubber string at least twice. A rubber string adjusting member capable of forming a ring (ring) by the rubber string is provided on each of an inlet side and an outlet side of the rubber string, and the rubber string adjusting member changes a position of the rubber string adjusting member with respect to the rubber string. By this, it is comprised so that the magnitude | size of the ring (ring) by the said rubber cord formed in the entrance side and exit side of the said rubber cord in the said rubber cord adjustment member can be changed, It is characterized by the above-mentioned. .
Here, the rubber cord adjusting member may further include a rubber cord pressing portion that presses the outer surfaces of the rubber cord and passes the rubber cord tightly with respect to the rubber cord adjusting member.
In addition, the rubber string pressing portion is configured such that the back surface side or the front surface side of the rubber string adjusting member is opened and the rubber string is configured to be detachable from the rubber string pressing portion. On the opposite side of the rubber cord pressing portion with respect to the center, two rubber cord passage holes through which the rubber cord passes more loosely than the rubber cord pressing portion are provided, and the rubber cord passage holes are provided with the rubber cord passage holes. The rubber cord may be configured so that the rubber cord cannot be attached and detached through the rubber cord passage hole.
Further, the rubber cord adjusting member has a substantially quadrangular shape having four sides that are straight or curved in plan view, and the rubber cord pressing portion is on a diagonal line of the rubber cord adjusting member. On the other hand, the two rubber string threading holes are provided closer to the corners on the diagonal line of the rubber string adjusting member provided with the rubber string threading part than the corners on both sides of the diagonal line. It is better to configure as described.
Further, it is preferable that a through hole through which the rubber cord passes is provided and an end member through which the rubber cord is passed is provided.
Moreover, it is further preferable that the end member is provided at a connection portion where both ends of the rubber cord are connected.

The binding device according to the present invention includes a rubber cord adjusting member capable of forming a rubber cord ring on each of the inlet side and the outlet side of the rubber cord by passing the rubber cord at least twice. By changing the position of the rubber cord adjusting member relative to the rubber cord, the size of the ring (ring) formed by the rubber cord formed on the rubber cord inlet side and the outlet side of the rubber cord adjusting member can be changed. it can.
Therefore, even if the number, size, shape, type, etc. of binding objects such as electrical cords and communication cables to be bound, rolled paper, multiple pens, notebooks and pens, mobile terminals and earphones are various, rubber cords By simply adjusting the size of the ring (ring) formed by the above, it can be surely bound.

It is a front view of the binding tool which concerns on this invention. It is a side view of the binding tool which concerns on this invention. It is the sectional view on the AA line in FIG. It is a rear view of the binding tool which concerns on this invention. (A), (b) is the top view and bottom view of the binding tool which concern on this invention, respectively. (A), (b) It is an enlarged bottom view and an enlarged back view of the rubber cord adjustment member which respectively comprises the binding tool which concerns on this invention. It is a figure which shows the method 1 (state which passed the binding target object through the rubber string) which binds the binding target object with the binding tool which concerns on this invention. It is a figure which shows the method 1 (The state which pulled the rubber string through the binding target object and bound it) with the binding tool which concerns on this invention. It is a figure which shows the method 2 (state which turned the rubber string around the binding target object) 2 which binds a binding target object with the binding tool which concerns on this invention. It is a figure which shows the method 2 (state which made the rubber string make a round around the binding object, and hooked the front end of the rubber string) with the binding tool according to the present invention. It is a figure which shows the method 2 (The state which pulled the rubber string around the binding object, hooked the rubber string, and then pulled and bound it) with the binding tool according to the present invention. Method 3 for binding objects to be bound with the binding device according to the present invention (maximum distance between the rubber cord adjusting member and the end ball, and winding one or more times from the rubber cord adjusting member side to complete the winding. After that, the end ball is pulled until it exceeds the rubber string adjusting member, and the elastic string is used to hook the rubber string in the vicinity of the end ball onto the rubber string adjusting member to bind the binding object.

  Next, an embodiment of a binding tool according to the present invention will be described.

  As shown in FIGS. 1 and 2, a binding tool 1 according to the present invention includes an electric cord, a communication cable, rolled paper, a plurality of pens, using a rubber cord 11 configured in a ring shape. It binds the binding object 2 such as a notebook and pen, a portable terminal, and an earphone, and includes a rubber string adjusting member 12 and an end ball 13 that is an end member.

<Rubber string 11>
The rubber cord 11 is formed of, for example, a well-known rubber cord in which the periphery of rubber is covered with fibers, and the front and rear ends thereof are combined to form a ring (ring). The rubber string 11 is passed through the through-hole 13a of the end ball 13 before being combined into a ring shape.

<Rubber string adjusting member 12>
As shown in FIGS. 1 to 5, the rubber cord adjusting member 12 forms a ring (ring) by the rubber cord 11 on the inlet side and the outlet side of the rubber cord 11 by passing the rubber cord 11 at least twice. It is made of synthetic resin or the like, and, as will be described later, by changing the position of the rubber string adjusting member 12 with respect to the rubber string 11, the rubber string adjusting member 12 has an inlet side (rubber described later). The size of the first ring (ring) 11b and the second ring (ring) 11c by the rubber cord 11 formed respectively on the string passing portions 12b and 12b side and the outlet side (the rubber string pressing portion 12a side described later). It is configured so that the height can be changed.

  The rubber string adjusting member 12 is formed in a substantially quadrangular shape having a plan view, four sides being straight or curved, and having four corners.

  As shown in FIGS. 6A and 6B, the rubber cord adjusting member 12 presses the outer side surfaces of the rubber cord 11 passing through the rubber cord passing portions 12b and 12b on the back side (bottom surface side). The rubber string adjusting member 12 has a rubber string pressing portion 12a through which the rubber string 11 is tightly passed.

  That is, the distance L1 between the left and right inner surfaces of the rubber cord pressing portion 12a is set to be not more than twice the outer diameter R of the rubber cord 11, and the rubber cord 11 is tightly tightened by the rubber cord adjusting member 12. Yes.

  And the convex part 12a1, 12a1 is provided in the lower side of both the left and right sides of the rubber cord pressing part 12a, respectively, and the interval L2 between the convex parts 12a1, 12a1 is the inside of the left and right of the rubber cord pressing part 12a. If the distance between the side surfaces is smaller than the distance L1 and the outer diameter R of the rubber cord 11 is substantially equal to one, and the number of the rubber cord 11 is one between the convex portions 12a1 and 12a1, the rubber cord 11 is easily removed from the rubber cord pressing portion 12a. Although it can be easily removed, when two rubber cords 11 are provided, the rubber cord 11 cannot be easily removed from the rubber cord pressing portion 12a.

  Further, on the opposite side of the rubber cord pressing portion 12a with respect to the center of the rubber cord adjusting member 12, two rubber cords through which the rubber cord 11 passes more loosely than the rubber cord pressing portion 12a, as shown in FIG. 6B and the like. Through portions 12b and 12b are provided, and the rubber cord passage portions 12b and 12b pass through the rubber cord 11 so that the rubber cord 11 cannot be removed.

  The rubber string threading portions 12b, 12b are provided on the diagonal line of the rubber string adjusting member 12, while the rubber string adjusting member is provided with the rubber string threading parts 12b, 12b rather than the corners on both sides of the diagonal line. It is provided close to the corners on 12 diagonal lines.

<End ball 13>
The end ball 13 is provided with a through hole 13a through which the rubber string 11 passes, and the rubber string 11 is configured to pass through the through hole 13a.

  The end ball 13 is provided so as to cover the wire fitting 11a of the wire connection portion where both ends of the rubber cord 11 are connected.

  Next, usage examples 1 and 2 of the binding tool 1 according to the embodiment configured as described above will be described. In the following description, a rounded sheet is described as an example of the binding object 2, but the binding object 2 is not limited to this, and includes an electric cord, a communication cable, a plurality of pens, a notebook, and the like. Pens, portable terminals, earphones, and the like that can be bundled even when the number, size, shape, type, etc. are various are all applicable.

<Usage example 1 of the binding tool 1 of the embodiment>
FIGS. 7 and 8 are diagrams illustrating a first usage example in the case of binding a rounded paper that is the binding object 2 by the binding tool 1 according to the embodiment.

  In the case of the usage example 1, first, as shown in FIG. 7, the rolled paper is passed through the first ring (ring) 11b formed by the rubber cord 11 of the binding tool 1, and then, as shown in FIG. The end ball 13 is pulled with respect to the rubber cord adjusting member 12, the rubber cord 11 is pulled out from the rubber cord adjusting member 12 to the end ball 13 side, and the size of the second ring (ring) 11c on the end ball 13 side is increased. Thus, the size of the first ring (ring) 11b that binds the rounded paper is reduced.

  Therefore, according to the usage example 1, it is possible to bind paper that is easily rolled using the binding tool 1 according to the embodiment.

<Use Example 2 of Binding Tool 1 of Embodiment>

  FIGS. 9-11 is a figure which shows the usage example 2 in the case of binding the rounded paper which is the binding target object 2 with the binding tool 1 which concerns on embodiment.

  In the case of the usage example 2, first, as shown in FIG. 9, the rubber string 11 on the side of the first ring (ring) 11b formed on the side opposite to the end ball 13 side of the binding tool 1 is gathered and rolled up. Then, as shown in FIG. 10, the end ball 13 and the rubber cord adjusting member 12 are passed through the tip of the rubber cord 11 on the first ring (ring) 11b side.

  At that time, in the rubber string adjusting member 12, the two rubber string threading portions 12b and 12b are provided on the diagonal line of the rubber string adjusting member 12, while the rubber string threading part is located more than the corners on both sides of the diagonal line. Since the portions 12b and 12b are provided close to the diagonal corners of the rubber cord adjusting member 12, the rubber cord 11 on the first ring (ring) 11b side as shown in FIG. After passing the tip through the rubber cord adjusting member 12, it is possible to prevent the tip of the rubber cord 11 on the first ring (ring) 11b side from coming off from the rubber cord adjusting member 12 together with the elasticity of the rubber cord 11.

  And finally, as in the case of Usage Example 1, as shown in FIG. 11, the end ball 13 is pulled against the rubber cord adjusting member 12, and the rubber cord 11 is pulled out from the rubber cord adjusting member 12 to the end ball 13 side. The size of the second ring (ring) 11c on the end ball 13 side is increased, and the length of the rubber string 11 on the side of the first ring (ring) 11b rotating around the rolled paper is shortened.

  Therefore, according to the usage example 2, the rolled paper can be easily bundled using the binding tool 1 according to the embodiment.

  In particular, in the usage example 2, since the periphery of the binding object 2 is wrapped around with the two rubber cords 11 and bound, the case of the usage example 1 in which one rubber cord 11 goes around the binding object 2 is made. However, the binding object 2 can be bound more strongly.

  In the case where the binding object 2 is an electric cord, a communication cable, a writing instrument or the like, and the number is small or thin, as an application example of the usage example 2, the periphery of the binding object 2 is surrounded by two rubber cords 11. Then, it may be bound by turning twice or more than three times.

<Usage example 3 of the binding tool 1 of the embodiment>

  FIG. 12 is a diagram illustrating a usage example 3 in the case where the rolled paper that is the binding target object 2 is bound by the binding tool 1 according to the embodiment.

  In the case of the usage example 3, for example, the rubber string adjusting member 12 is pulled in the direction opposite to the end ball 13 so that the distance between the rubber string adjusting member 12 and the end ball 13 is separated as much as possible. The binding tool 1 is wound once or a plurality of times with the string adjusting member 12 first. In FIG. 12, the winding is performed twice, but is not limited to two. Further, in this usage example 3, in order to maximize the distance between the rubber cord adjusting member 12 and the end ball 13, the size of the second ring (ring) 11c on the end ball 13 side is maximized, while the end ball The size of the first ring (ring) 11b on the opposite side to 13 is almost zero.

  After the winding is completed, the end ball 13 is pinched and pulled, and as shown in FIG. 12, the elastic cord 11 closes the rubber cord 11 in the vicinity of the end ball 13 to the rubber cord adjusting member 12 to bind the binding object 2. Unite.

<Effect of binding tool 1 of embodiment>
As described above, the tying member 1 according to the embodiment allows the rubber string 11 to pass through at least twice, so that the rubber string 11 has an inlet side (rubber string threaded portion 12b, 12b side) and an outlet side (rubber string pressing portion 12a side). ) And a rubber cord adjusting member 12 capable of forming a first ring (ring) 11b and a second ring (ring) 11c by the rubber cord 11, respectively. By changing the position of the string adjusting member 12, the size of the first ring (ring) 11b and the second ring (ring) 11c in the rubber string adjusting member 12 can be changed. Even if the number, size, shape, type, etc. of binding objects 2 such as cords, communication cables, rolled paper, multiple pens, notebooks and pens, portable terminals and earphones are various, rubber 11 easily adjusted to the size of the ring (hoop) formed makes it possible to reliably bundling.

  In particular, in the tying member 1 of the embodiment, the rubber string adjusting member 12 presses the outer surfaces of the rubber string 11 passing through the rubber string threading portions 12 b and 12 b so that the rubber string 11 is attached to the rubber string adjusting member 12. Since the rubber string pressing portion 12a that is tightly passed is provided, the first ring (ring) 11b and the second ring formed by the rubber string 11 formed on the rubber string 11 at the inlet side and the outlet side of the rubber string adjustment member 12 respectively. Since the size of the ring 11c can be arbitrarily adjusted and fixed, the usability is improved and the bundling work is facilitated.

  In the tying member 1 of the embodiment, the rubber string pressing portion 12a is configured such that the back surface side of the rubber string adjusting member 12 is open and the rubber string 11 is detachable from the rubber string pressing portion 12a. On the opposite side of the rubber cord pressing portion 12a with respect to the center of the rubber cord adjusting member 12, two rubber cord passage portions 12b and 12b through which the rubber cord 11 passes more loosely than the rubber cord pressing portion 12a are provided. In the string passing portions 12b and 12b, the rubber string 11 is prohibited from being attached and detached.

  Therefore, the bundling operator, for example, a first ring (ring) 11b, which is two rings (rings) formed by the rubber cord 11 formed respectively on the entrance side and the exit side of the rubber cord 11 in the rubber cord adjustment member 12; When arbitrarily adjusting the size of the second ring (ring) 11c, the rubber cord 11 is removed from the rubber cord pressing portion 12a, and the lengths of the inlet side and the outlet side of the rubber cord passing portions 12b and 12b are changed. While the size of the two rings (rings) can be arbitrarily adjusted, when fixing the size of the two rings (rings) after the adjustment, the rubber cord 11 is fitted into the rubber cord pressing portion 12a to It is also possible to fix by pressing firmly between the outer sides, making it easy and reliable to adjust and fix the size of the two rings (rings) with the rubber strap 11, improving usability , Thereby facilitating the bundling operation.

  In the tying member 1 of the embodiment, the rubber cord adjusting member 12 is formed in a substantially quadrangular shape having a four-sided straight line or a curved shape and four corners in a plan view. 12b and 12b are provided on the diagonal line of the rubber cord adjusting member 12, while the two rubber cord passing portions 12b and 12b are the rubber cord adjusting member 12 provided with the rubber cord passing portions 12b and 12b. It is provided closer to the corner on the diagonal line of the rubber cord adjusting member 12 provided with the rubber string passage portions 12b, 12b than the corner on the diagonal line orthogonal to the diagonal line.

  Therefore, when binding the binding object 2 such as an electric cord or a communication cable to be bound, rolled paper, a plurality of pens, a notebook and a pen, a portable terminal and an earphone, for example, an excess rubber cord on the end ball 13 side After the ring 11 is wound around the object 2 to be bound, it becomes easy to hook the end of the rubber string 11 onto the rubber string adjusting member 12, so that the usability is improved and the binding work is easy. It becomes.

  Furthermore, in the binding tool 1 of the embodiment, since the rubber string 11 is passed through the end ball 13, the rubber string 11 on the second ring (ring) 12c side is finally pulled to tighten the binding object 2. Since the end ball 13 only needs to be grasped, the usability is improved in this respect, and the bundling work is facilitated.

  Further, since the end ball 13 is provided around the wire fitting 11a in which both ends of the rubber cord 11 are connected so that the wire fitting 11a is hidden by the end ball 13, not only the usability but also the aesthetics can be improved. it can.

  In the description of the above embodiment, the rubber cord adjusting member 12 has been described as having a substantially square shape with four sides being straight or curved and having four corners in plan view. The shape of the adjustment member is not limited to the shape of the embodiment, but may be a planar view, a circular shape, an elliptical shape, a polygon such as a triangle, a pentagon, a hexagon, or a heart shape, a star shape, or a ribbon shape. The shape of the character or the like may be used, or a simple rubber rod adjusting member having a rectangular shape in plan view may be used.

  In the description of the above embodiment, the tying member 1 uses a rubber cord 11 having a length of about 20 cm and passes through the rubber cord adjusting member 12 and the end ball 13, and then both ends are connected to the wire fitting. 11a, the rubber cord 11 is described as a short-type binding tool 1 with a ring (ring) shape. However, in the present invention, the length of the rubber cord 11 is not limited. The rubber cord 11 may constitute a middle type tying tool 1 with a length of about 40 cm, and the rubber cord 11 with a length of about 60 cm is a long type. The binding tool 1 may be configured.

DESCRIPTION OF SYMBOLS 1 Binding tool 11 Rubber string 11a Connection metal fitting 12 Rubber string adjustment member 12a Rubber string press part 12a1, 12a1 Protrusion part 12b, 12b Rubber string passage part 13 End ball (end member)
2 Binding objects

In order to solve the above-described problem, a binding tool according to the present invention is a binding tool that binds an object to be bound using a rubber string configured in a ring shape, and is configured to pass the rubber string at least twice. A rubber string adjusting member capable of forming a ring (ring) by the rubber string is provided on each of an inlet side and an outlet side of the rubber string, and the rubber string adjusting member changes a position of the rubber string adjusting member with respect to the rubber string. By this, it is comprised so that the magnitude | size of the ring (ring) by the said rubber cord formed in the entrance side and exit side of the said rubber cord in the said rubber cord adjustment member can be changed, It is characterized by the above-mentioned. .
Here, the rubber cord adjusting member may further include a rubber cord pressing portion that presses the outer surfaces of the rubber cord and passes the rubber cord tightly with respect to the rubber cord adjusting member.
In addition, the rubber string pressing portion is configured such that the back surface side or the front surface side of the rubber string adjusting member is opened and the rubber string is configured to be detachable from the rubber string pressing portion. on the opposite side of the rubber cord pressing portion with respect to the center, said has rubber rubber cord insertion section of the two positions loosely through the rubber cord than the cord pressing portions are provided, said elastic cord to the rubber cord insertion section You may comprise so that the said rubber string cannot be attached or detached from the said rubber string passage part by letting it pass .
Further, the rubber cord adjusting member has a substantially quadrangular shape having four sides that are straight or curved in plan view, and the rubber cord pressing portion is on a diagonal line of the rubber cord adjusting member. while provided, the rubber cord insertion section of the two places, provided close to the corners on a diagonal line of the rubber string adjusting member to which the elastic cord pressing portion is provided than the corners on both sides of the diagonal It is better to configure as described.
Further, it is preferable that a through hole through which the rubber cord passes is provided and an end member through which the rubber cord is passed is provided.
Moreover, it is further preferable that the end member is provided at a connection portion where both ends of the rubber cord are connected.

Claims (6)

A rubber string adjusting member capable of forming a ring of the rubber string on each of the inlet side and the outlet side of the rubber string by passing the rubber string at least twice;
The rubber string adjusting member is
By changing the position of the rubber cord adjusting member relative to the rubber cord, the size of the ring formed by the rubber cord formed on the rubber cord adjusting member on the inlet side and the outlet side of the rubber cord can be changed. A tying tool characterized by being configured as described above. The binding tool according to claim 1,
The rubber string adjusting member is
A binding tool comprising a rubber cord pressing portion that presses the outer surfaces of the rubber cord and tightly passes the rubber cord against the rubber cord adjusting member. The binding tool according to claim 2,
While the rubber string pressing part is configured such that the back side or the front side of the rubber string adjusting member is open and the rubber string is detachable from the rubber string pressing part,
On the opposite side of the rubber cord pressing portion with respect to the center of the rubber cord adjusting member, two rubber cord passage holes through which the rubber cord passes more loosely than the rubber cord pressing portion are provided. The tying member is characterized in that the rubber cord is passed through the hole, and the rubber cord cannot be attached / detached through the rubber cord passage hole. In the tying member according to any one of claims 1 to 3,
The rubber string adjusting member is
In plan view, it is a substantially quadrangular shape with four sides straight or curved and having four corners,
The rubber cord pressing portion is provided on a diagonal line of the rubber cord adjustment member, while the two rubber cord passage holes are provided with the rubber cord passage portions rather than the corner portions on both sides of the diagonal line. A tying member provided near a corner of a diagonal line of the rubber cord adjusting member. In the tying member according to any one of claims 1 to 4,
A binding tool comprising a through hole through which the rubber cord passes, and an end member through which the rubber cord is passed. The binding tool according to claim 5,
The said end member is provided in the connection part which connected the both ends of the said rubber cord, The binding tool characterized by the above-mentioned.

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