JP2011057246A - Binding band - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a binding strap for forming an annular shape whose shape is fixable and whose size, diameter, etc. are freely set by a user to be steadily maintained. <P>SOLUTION: This binding strap 1 is provided with a band part 4 formed with first fitting protrusions 2 arranged in a line form in the longitudinal direction on its front face 3, a first buckle part 6 with a first insertion hole 5 for inserting the band part 4 and a first catching piece 7 for catching the protrusions 2 on the wall face 8 of the hole 5. The buckle part 6 is arranged on one end 9 of the band part 4. Furthermore, the strap 1 is provided with a second fitting protrusions 11 arranged in a line form in the longitudinal direction on the back face 10 of the band part 4, a second buckle part 13 with a second insertion hole 12 for inserting the band part 4 and a second catching piece 14 for catching the protrusions 11 on the wall face 15 of the hole 12. The band part 4 is arranged being inserted in the second insertion hole 12 of the buckle part 13 and the buckle part 6 is arranged with the insertion hole 5 for inserting the band part 4 provided with the fitting protrusions 11. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

The present invention relates to a binding band, and more particularly, to a binding band characterized in that the size of the formed annular band portion can be fixed and fixed.

Generally, an annular key holder that holds a key or the like includes a spring structure in order to maintain a ring shape. There is also provided a ring shape in which metal wires are formed in a double spiral shape. The following are four specific cases. I will write about the first case. Preferably, the key ring has a circular ring, and the ring is coupled to the first winding part that is circled and to the first winding part, and toward the first winding part. A second winding part that is elastically pulled or, preferably, a second winding part that goes around, the first winding part extending between the two winding parts and from the two free ends. The key head is separated from the second winding part by the distance between which the key head passes through the distance so as to fix it to the key ring or remove it, and the knob is provided with a nail shape The knob has an introduction end that is thin enough and wide enough to be inserted into the gap, and by rotating the knob, the two windings move away enough to insert the key head And the auxiliary ring fixes the knob to the ring. The knob has an opening through which an auxiliary ring passes, and the relative dimensions of the auxiliary ring, the introduction end, and the knob opening are such that the knob is inserted with its width within the interval. When rotated substantially 90 ° with the introduction end, the auxiliary ring is selected to contact the knob so that rotation of the knob is not possible in one rotation direction and the user can hold the knob without holding it. There is a key ring (see Patent Document 1) characterized in that the knob is held between the two winding portions so that a key can be inserted between the two winding portions. Next, the second case is described. A ring-shaped core part that is partly cut out to form an opening; and a resilient and repellent material that is wound around and attached to one end of the core, with one end locked to the core; It is slidably mounted near the other end of the core body, one end is elastically contacted with the other end of the elastic material, and the other end is elastically applied to one end of the core body by the elastic force of the elastic material. And a pipe body that can close the opening of the core body, and can be locked to the other opening end of the pipe body slid against the elastic force of the elastic material at the other end of the core body. There is a ring body (see Patent Document 2) characterized in that a locking projection is provided. Next, the third case is described. In a booklet of a ring binding type consisting of a plurality of stacked cards and a ring inserted into a hole provided in each card, when the ring is rotated around an insertion portion to the hole, the ring A ring-bound booklet characterized in that a cutout portion having a depth that is greater than the thickness of the ring is provided on at least one side of the card (Patent Document 3). See). Next, the fourth case is described. An elongated band portion having a plurality of teeth arranged in the longitudinal direction; and a frame-shaped buckle portion having an insertion hole for inserting the band portion at one end of the band portion; In a binding band that is provided with a pawl piece having a locking tooth that meshes with the tooth on one side, and the band part cannot be pulled out from the buckle part by the pawl piece, a tooth tip of the tooth is provided on both sides of the band part. A flat guard part that is the same or higher than the tooth tip is provided, the pawl piece is provided on one side of the insertion hole, and a retracting part that accommodates the band part is provided on the other side of the insertion hole. The band portion in a state where the teeth and the locking teeth are engaged with each other is slid in the direction of the streaks of the teeth and the locking teeth, and one of the guard portions is moved to the retracting portion, while the other The guard portion is placed on the locking teeth, and the teeth are detached from the locking teeth. In is the fastening band (see Patent Document 4), characterized in that the band portion was possible withdrawal from the buckle.
Special table 2005-529660 JP2002-112878 JP2000-153686A JP2003-237823A

With respect to Patent Document 1 of the conventional example, if the sentence described in the document is cited, the advantage of the key ring having two winding portions elastically biased with each other in the ring alone is pinched or grasped. The second winding part is elastically made with respect to the first winding part by a considerable force acting in the opposite direction by a fingernail or the like, which is offset by a disadvantage that does not occur in the conventional key ring that opens and closes Because it is energized, it is difficult to insert and remove the key from the key ring, and when you try to remove or attach the key to the key ring with two winding parts, As pointed out that damaging is not an exception, it is not easy to handle. Therefore, in Patent Document 1, in order to pick, in other words, a tool is provided, and the problem is to be solved by this picking tool. The fingernails are not damaged and the considerable force acting in the opposite direction is also reduced. However, although the force applied in the opposite direction is reduced also in the invention of Document 1, since it still requires a force when used, it cannot be said that the degree of burden on the hand is small and handling is easy. There is a problem that it is difficult. Also in Patent Document 2, in a single ring similar to Patent Document 1, if a sentence described in the document is cited, for example, it takes time to attach or remove a key or the like to the ring. Opening the base end of a heavyly wound piano wire with your fingertips requires a strong force, often damaging your fingertips and nails, especially when the hole of a key or the like is thick. However, as pointed out that the above operation is extremely difficult, it is difficult to handle. Thus, Patent Document 2 is developed to eliminate the conventional drawbacks and inconveniences, and aims to make it possible to easily achieve the incorporation and removal of the key while securely holding the key. However, for example, when vibration or impact is applied, the opening / closing state of the opening may be inferior, or there is a possibility that the opening may be inadvertently open, and the possibility of lack of certainty is not low. In addition, it is difficult to handle easily, and there is a problem that the degree of burden on the hand is not small. Furthermore, since it is difficult to say that the structure is simple, there is a problem that it is generally difficult to provide at a low cost. Regarding Patent Document 3, the degree of ring binding is lower than that of Patent Documents 1 and 2, and there is a problem that the ring is not open and the possibility that cards inserted into the ring come out of the ring and are scattered is not low. . Regarding Patent Document 4, although the band portion cannot be pulled out from the buckle portion, it is possible to form an annular shape. However, if the band portion continues to move in the direction of inserting the band portion relative to the buckle portion, There is a problem that the size, size, diameter, and the like are gradually reduced, and the size, size, diameter, etc. of the annular shape cannot be kept constant, that is, the annular shape cannot be fixed. The present invention solves the above-mentioned problems, and does not require a large force during handling, does not damage the fingernail, and has a greater degree of burden on the hand than the conventional annular ring. It is an object to provide a binding band that is relatively easy to handle. Compared to the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or it is less likely to open accidentally, providing a reliable binding band The purpose is to do. It is another object of the present invention to provide a binding band that has a simple structure and does not have a low degree of ring binding as compared with the conventional annular ring. It is another object of the present invention to provide a binding band in which the annular size, size, diameter, etc. are kept constant as compared with the conventional binding band, and the annular shape can be fixed.

In addition, for Patent Documents 1 to 3, although an annular shape is formed and the annular size, size, diameter, etc. are maintained constant, and the annular shape can be fixed, the annular size, size, diameter, etc. There is a problem that it is difficult for users to set and use them freely. The present invention solves the above problems, forms an annular shape, maintains the annular size, size, diameter, etc. constant, and can fix the annular shape, and further, the annular size, size, diameter It is an object of the present invention to provide a binding band that can be freely set and used on the user side.

According to the present invention, the above problem is solved as follows.
(1) A band portion having first engagement protrusions arranged on the surface in the longitudinal direction is provided, a first buckle portion having a first insertion hole through which the band portion is inserted is provided, and the first engagement protrusion is engaged. A first locking piece to be stopped is provided on the wall surface of the first insertion hole, the first buckle portion is disposed at one end of the band portion, and the band portion is allowed to be inserted into the first insertion hole to allow the first locking piece. In the binding band that locks the first engaging protrusion by the movement and restricts the movement of the band part in the return direction, the second engaging protrusion is arranged in the longitudinal direction on the back surface of the band part, and the band part is inserted A second buckle portion having a second insertion hole is provided, a second locking piece for locking the second engagement protrusion is provided on a wall surface of the second insertion hole, and a second insertion hole of the second buckle portion is provided. The band portion is inserted through the second insertion hole, the band portion is allowed to pass through the second insertion hole, and the second engagement protrusion is locked by the second locking piece in the return direction. A first buckle portion having a first insertion hole through which the band portion provided with the second engagement projection is provided is disposed by restricting movement of the band portion, and insertion of the band portion into the first insertion hole is performed. A return direction in which the allowable insertion direction and the insertion direction in which the band portion is allowed to pass through the second insertion hole are contradictory, and the movement of the band portion is restricted by locking the first engagement protrusion by the first locking piece. And the return direction that restricts the movement of the band portion by locking the second engagement protrusion by the second locking piece, the band portion is inserted through the first insertion hole, and the first locking piece causes the first The first buckle portion that has moved the band portion in the insertion direction while locking the engagement protrusion, and the band while the band portion is inserted into the second insertion hole and the second engagement protrusion is locked by the second locking piece. The second buckle part moved in the insertion direction, and the band part insertion direction and Ri to regulate the movement direction, by keeping the size of the band portion of the formed annular fixed and the binding band, characterized in that it fixedly provided.

(2) In the binding band according to the above (1), the second buckle portion connected to the second insertion hole instead of the band portion being inserted into the second insertion hole of the second buckle portion. A binding band is characterized in that a cut portion is provided at one end of the band and a band portion is inserted through the cut portion into the second insertion hole.

(3) A band part having first engaging protrusions arranged on the surface in the longitudinal direction is provided, a first buckle part having a first insertion hole through which the band part is inserted is provided, and the first engaging protrusions are engaged. A first locking piece to be stopped is provided on the wall surface of the first insertion hole, the first buckle portion is disposed at one end of the band portion, and the band portion is allowed to be inserted into the first insertion hole to allow the first locking piece. In the bundling band that locks the first engaging protrusion and restricts the movement of the band part in the return direction, a protruding piece is provided integrally with the band part, and the band part is inserted through the first insertion hole. The first buckle part, which has moved the band part in the insertion direction while the first engaging protrusion is locked by the one locking piece, and the protruding piece are brought into contact with each other, so that the band part can be inserted in the insertion direction and the return direction. The movement is restricted, and the size of the formed annular band can be fixed and fixed. And bundle band.

The present invention has the following effects.
(1) According to the invention described in claim 1 of the present invention, compared with the conventional annular ring, it does not require a large force during handling, and does not damage the fingernail. The degree of the burden is not large and handling is relatively easy. In addition, as compared with the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or there is less possibility of accidental opening and there is certainty. Further, as compared with the conventional annular ring, the structure is simple and the degree of ring binding is not low. Or, compared with the binding band of the conventional example, the size, size, diameter, etc. of the annular shape can be kept constant, and the annular shape can be fixed. Furthermore, compared to the conventional annular ring or the conventional binding band, the size, size, diameter, etc. of the annular shape can be freely set and used on the user side.

(2) According to the invention described in claim 2 of the present invention, compared with the conventional annular ring, it does not require a large force during handling, and does not damage the fingernail. The degree of the burden is not large and handling is relatively easy. In addition, as compared with the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or there is less possibility of accidental opening and there is certainty. Further, as compared with the conventional annular ring, the structure is simple and the degree of ring binding is not low. Or, compared with the binding band of the conventional example, the size, size, diameter, etc. of the annular shape can be kept constant, and the annular shape can be fixed. Furthermore, compared with the conventional annular ring or the conventional binding band, the size, size, diameter, etc. of the annular shape can be freely set and used on the user side. Further, processing during manufacturing is relatively easy.

(3) According to the invention described in claim 3 of the present invention, compared with the conventional annular ring, it does not require a large force during handling, and does not damage the fingernail. The degree of the burden is not large and handling is relatively easy. In addition, as compared with the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or there is less possibility of accidental opening and there is certainty. Further, as compared with the conventional annular ring, the structure is simple and the degree of ring binding is not low. Or, compared with the binding band of the conventional example, the size, size, diameter, etc. of the annular shape can be kept constant, and the annular shape can be fixed. Moreover, the cost at the time of manufacture can be reduced without requiring a complicated process.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the scope of the present invention is not limited to the embodiments described below. It describes about the binding band (1) which is Example 1 which is one Embodiment of this invention. 1, 7, and 10, a band portion (4) is provided in which first engaging protrusions (2) are arranged on the surface (3) in the longitudinal direction. A first buckle part (6) having a first insertion hole (5) for inserting the band part (4) is provided. A first locking piece (7) for locking the first engagement protrusion (2) is provided on the wall surface (8) of the first insertion hole (5). The first buckle portion (6) is disposed at one end (9) of the band portion (4). The band portion (4) is allowed to pass through the first insertion hole (5), and the first engagement protrusion (2) is locked by the first locking piece (7) to return in the return direction (arrow M1). As a binding band (1) for restricting the movement of the band (4). Second engagement protrusions (11) are arranged in the longitudinal direction on the back surface (10) of the band portion (4). A second buckle portion (13) having a second insertion hole (12) for inserting the band portion (4) is provided. A second locking piece (14) for locking the second engaging protrusion (11) is provided on the wall surface (15) of the second insertion hole (12). 7 and 12, the band portion (4) is inserted through the second insertion hole (12) of the second buckle portion (13). When molding with synthetic resin or the like, the band portion (4) is inserted into the second insertion hole (12) and processed in advance. 8 and 10, the band portion (4) is allowed to be inserted into the second insertion hole (12) and the second engagement protrusion (11) is locked by the second locking piece (14) and returned. The movement of the band part (4) in the direction (arrow M2) is restricted and provided. A first buckle portion (6) having a first insertion hole (5) through which the band portion (4) provided with the second engagement protrusion (11) is inserted is disposed. An insertion direction (arrow S1) that allows the band portion (4) to pass through the first insertion hole (5) and an insertion direction (arrow S2) that allows the band portion (4) to pass through the second insertion hole (12) ) Is in conflict. The first locking piece (7) locks the first engaging protrusion (2) and restricts the movement of the band part (4), and the second locking piece (14) causes the second direction. The return direction (arrow M2) which locks the engagement protrusion (11) and restricts the movement of the band portion (4) is contradictory. 9 and 11, the band portion (4) while the band portion (4) is inserted into the first insertion hole (5) and the first engagement protrusion (2) is locked by the first locking piece (7). ) In the insertion direction (arrow S1), and the band portion (4) is inserted into the second insertion hole (12) and the second engagement piece (14) is used for the second engagement. By inserting the band part (4) in the insertion direction (arrow S2) while the projection (11) is locked, the band part (4) is inserted in the insertion direction (arrow). S1 and S2) and the movement in the return direction (arrows M1 and M2) are restricted, and the size of the band portion (4) of the formed annular ring (21) can be fixed and fixed.

Next, the operation of the binding band (1) which is Example 1 will be described. In FIG. 7, the band part (4) is inserted into the first insertion hole (5) of the first buckle part (6), and the first engagement protrusion (2) is locked by the first locking piece (7). Then, the first buckle portion (6) is stopped at a position where it is desired to keep the size of the annular shape (21) constant in the band portion (4) where the annular shape (21) is formed. Next, in FIGS. 7, 8, and 10, the band portion (4) is inserted into the second insertion hole (12) of the second buckle portion (13), and the second engagement piece (14) is used for the second engagement. The second buckle part (13) to which the protrusion (11) is locked is moved along the band part (4) of the annular ring (21) in the direction in which the first buckle part (6) is stopped. . 9 and 11, the second buckle portion (13) is brought into contact with the stopped first buckle portion (6). By making contact, the movement of the band (4) in the insertion direction (arrows S1, S2) and the return direction (arrows M1, M2) is restricted, and the size of the band part (4) of the annular ring (21) formed is increased. Keep it constant and fix it. Moreover, the effect of the binding band (1) which is Example 1 is as follows. Compared with the conventional annular ring, handling does not require a large force, does not damage the fingernail, does not have a large degree of burden on the hand, and is relatively easy to handle. In addition, as compared with the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or there is less possibility of accidental opening and there is certainty. Further, as compared with the conventional annular ring, the structure is simple and the degree of ring binding is not low. Or, compared with the binding band of the conventional example, the size, size, diameter, etc. of the annular shape can be kept constant, and the annular shape can be fixed. Furthermore, compared with the conventional annular ring or the conventional binding band, the size, size, diameter, etc. of the annular shape can be freely set and used on the user side. In addition, the synthetic resin is lighter than the conventional annular ring.

Next, it describes about the binding band (1a) which is Example 2 which is other one Embodiment of this invention. The binding band (1a) which is Example 2 is the following in the binding band (1) which is Example 1. In the binding band of Example 1, the band portion (4) is inserted and arranged in the second insertion hole (12) of the second buckle portion (13), and instead, in FIGS. A notch portion (17) is provided at one end (16) of the second buckle portion (13a) connected to the second insertion hole (12a), and a band portion (4a) is formed in the second insertion hole (12a) through the notch portion (17). ) Is inserted and arranged. A cut portion (17) is provided on the upper surface (22) of the second insertion hole (12a). 13 and 24, the cut portion (17) is formed in a square cross section. 14 and 15, the band part (4a) is inclined with respect to the notch part (17), and a part of the flexible second buckle part (13a) is temporarily deformed. The band portion (4a) is inserted and inserted into the insertion hole (12a). In this case, the band part (4a) is inclined with respect to the notch part (17), and a part of the flexible band part (4a) is temporarily deformed to form the second insertion hole (12a). You may insert and insert a band part (4a).

Next, it describes about the binding band (1b) which is Example 3 which is other one Embodiment of this invention. The binding band (1b) which is Example 3 is the following in the binding band (1) which is Example 1. In the binding band of Example 1, the band portion (4) is inserted and arranged in the second insertion hole (12) of the second buckle portion (13), and instead, in FIGS. A notch part (17b) is provided at one end (16b) of the second buckle part (13b) connected to the second insertion hole (12b), and a band part (20 is formed in the second insertion hole (12b) through the notch part (17b). ) Is inserted and arranged. A cut portion (17b) is provided on the upper surface (22b) of the second insertion hole (12b). In FIGS. 16 and 18, the cut portion (17 b) is formed in a trapezoidal cross section, and the lower side (19) of the trapezoid is shorter than the upper side (18) of the trapezoid. In addition, in FIGS. 16, 18, 20, and 21, the portion of the band portion (20) that is inserted into the second insertion hole (12 b) through the cut portion (17 b) is the first engagement protrusion and the second engagement protrusion. The width is made shorter than that of the band part (4b) provided with a width of the same length as the upper side (18) of the trapezoid, and from the upper side (18) of the trapezoid of the cut part (17b). It can be inserted and inserted. After the band portion (20) is inserted into the second insertion hole (12b), the band portion (20) is further moved in the insertion direction (arrow S2b), so that the second engagement piece (14b) causes the second engagement. The protrusion is locked, and the band portion (4b) is inserted through the second insertion hole (12b).

Next, it describes about the binding band (1c) which is Example 4 which is other one Embodiment of this invention. The binding band (1c) which is Example 4 is the following in the binding band (1) which is Example 1. In the binding band of Example 1, the band portion (4) is inserted and arranged in the second insertion hole (12) of the second buckle portion (13), and instead, in FIGS. A cut portion (17c) is provided at one end (16c) of the second buckle portion (13c) connected to the second insertion hole (12c), and a band portion (20c) is formed in the second insertion hole (12c) through the cut portion (17c). ) Is inserted and arranged. A cut portion (17c) is provided on the upper surface (22c) of the second insertion hole (12c). 17 and 19, the cut portion (17c) is formed in a square cross section. 17, 19, 22, and 23, the band engaging portion (20 c) that passes through the cut portion (17 c) and the second insertion hole (12 c) is provided with a first engaging protrusion and a second engaging protrusion. The width of the band part (4c) is shorter than that of the band part (4c), and the width is shorter than the upper side (18c) of the quadrangle, so that it can be inserted through the upper side (18c) of the quadrangle of the cut part (17c). It is. After the band portion (20c) is inserted into the second insertion hole (12c), the band portion is further moved in the insertion direction (arrow S2c), whereby the second engagement protrusion (14c) engages the second engagement protrusion. The band portion (4c) is inserted through the second insertion hole (12c).

It describes about the binding band (1d) which is Example 5 which is one Embodiment of this invention. 26, 27, and 28, a band portion (4d) is provided in which the first engagement protrusions (2d) are arranged in the longitudinal direction on the surface (3d). A first buckle portion (6d) having a first insertion hole (5d) for inserting the band portion (4d) is provided. A first locking piece (7d) for locking the first engagement protrusion (2d) is provided on the wall surface (8d) of the first insertion hole (5d). The first buckle portion (6d) is disposed at one end (9d) of the band portion (4d). The band portion (4d) is allowed to be inserted into the first insertion hole (5d), and the first engagement protrusion (2d) is locked by the first locking piece (7d) to return in the return direction (arrow M1d). It is a binding band (1d) that regulates the movement of the band part (4d). A projecting piece (23) is provided integrally with the band (4d). The band portion (4d) is inserted into the first insertion hole (5d) and the band portion (4d) is inserted in the insertion direction (arrow S1d) while the first engagement protrusion (2d) is locked by the first locking piece (7d). ) And the protruding piece (23) are brought into contact with each other, thereby moving the band portion (4d) in the insertion direction (arrow S1d) and the return direction (arrow M1d). The band portion (4d) of the formed annular ring (21d) can be fixed and fixed while being regulated. Further, the effect of the binding band (1d) which is Example 5 is as follows. Compared with the conventional annular ring, handling does not require a large force, does not damage the fingernail, does not have a large degree of burden on the hand, and is relatively easy to handle. In addition, as compared with the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or there is less possibility of accidental opening and there is certainty. Further, as compared with the conventional annular ring, the structure is simple and the degree of ring binding is not low. Or, compared with the binding band of the conventional example, the size, size, diameter, etc. of the annular shape can be kept constant, and the annular shape can be fixed. Alternatively, since the projecting piece (23) is integrally provided on the band portion (4d), a complicated process is not required and the manufacturing cost can be reduced. Moreover, the size of the band part (4d) of the annular ring (21d) can be freely provided by changing the position where the projecting piece (23) is provided integrally with the band part (4d) at the time of manufacture. In addition, the manufacturing equipment does not require any new technology and can be handled by general-purpose technology, so that the manufacturing cost does not increase significantly. In addition, the synthetic resin is lighter than the conventional annular ring.

Next, although not particularly illustrated, a binding band which is Example 6 which is another embodiment of the present invention will be described. The binding band of Example 6 is the following in the binding band (1) of Example 1. In the binding band of Example 1, the band portion (4) is inserted and arranged in the second insertion hole (12) of the second buckle portion (13), and instead, the second portion connected to the second insertion hole. A notch portion is provided at one end of the buckle portion, and the band portion is inserted into the second insertion hole through the notch portion. A cut portion is provided on the upper surface of the second insertion hole. The cut portion is formed in a square cross section. Further, the portion of the band portion that is inserted into the second insertion hole through the cut portion has a width shorter than that of the band portion provided with the first engagement protrusion and the second engagement protrusion, The lower side of the trapezoid is made shorter than the upper side of the trapezoid so that the upper side of the cut portion and the lower side of the trapezoid have the same width and can be inserted from the upper side of the cut portion. After the band portion is inserted into the second insertion hole, the second engagement protrusion is locked by the second locking piece by further moving the band portion in the insertion direction, and the band portion is inserted into the second insertion hole. . That is, in the third embodiment, the cut portion is formed in a trapezoidal cross section, whereas in the sixth embodiment, the portion of the band portion that is inserted into the second insertion hole through the cut portion is formed in a trapezoidal cross section. It is. The effects of the binding bands (1a), (1b), and (1c) that are Examples 2, 3, 4, and 6 are as follows. Compared with the conventional annular ring, handling does not require a large force, does not damage the fingernail, does not have a large degree of burden on the hand, and is relatively easy to handle. In addition, as compared with the conventional annular ring, even if vibration or impact is applied, the state of the opening is not inferior, or there is less possibility of accidental opening and there is certainty. Further, as compared with the conventional annular ring, the structure is simple and the degree of ring binding is not low. Or, compared with the binding band of the conventional example, the size, size, diameter, etc. of the annular shape can be kept constant, and the annular shape can be fixed. Furthermore, compared with the conventional annular ring or the conventional binding band, the size, size, diameter, etc. of the annular shape can be freely set and used on the user side. Further, since the band portion is inserted through the notch portion and disposed in the second insertion hole, the second buckle portion can be processed separately at the time of manufacture, and the processing at the time of manufacture is relatively easy. In addition, the manufacturing equipment does not require any new technology and can be handled by general-purpose technology, so that the manufacturing cost does not increase significantly. In addition, the synthetic resin is lighter than the conventional annular ring.

Further, although not particularly illustrated, the following may be performed. Instead of the third, fourth, sixth, and eighth embodiments in which the cut portion is provided on the upper surface of the second insertion hole, the cut portion may be provided on the side surface of the second insertion hole.

Further, although not particularly illustrated, the following may be performed. In the first embodiment, the first buckle portion (6) is not provided integrally with the band portion (4) but is disposed separately. That is, even in a linear band portion that does not form an annular shape, the band portion is moved in the insertion direction while the band portion is inserted into the first insertion hole and the first engagement protrusion is locked by the first locking piece. The first buckle portion and the second buckle portion that has been moved in the insertion direction while the band portion is inserted into the second insertion hole and the second engagement protrusion is locked by the second locking piece are brought into contact with each other. By doing so, the movement of the band portion in the insertion direction and the return direction can be restricted, and the position of the buckle portion with respect to the band portion can be fixed and fixed. In other words: For example, in the binding band of Example 1, the first buckle portion (6) is disposed at one end (9) of the band portion (4), and the first buckle portion (6) is provided instead. Good. Moreover, in the binding band of Example 1, instead of being able to fix and fix the size of the formed annular portion (21) of the band portion (4), the position of the buckle portion with respect to the band portion is kept constant. It can be maintained and fixed. In this case, it is not particularly necessary to place the band portion (4) through the second insertion hole (12) of the second buckle portion (13).

Moreover, you may make it as follows about the binding band which is each Example. For example, in the binding band of the first embodiment, instead of being able to fix and fix the band portion (4) of the formed annular ring (21), the band portion of the formed annular ring (21) is fixed. The size of (4) may be fixed and fixed. Alternatively, in the binding band of Example 1, the band portion (4) of the formed annular ring (21) can be fixed while maintaining the size of the band portion (4) of the formed annular ring (21) constant. The size or size of (4) may be fixed and fixed.

Moreover, you may make it as follows about the binding band which is each Example. For example, in the binding band of the first embodiment, instead of the first engagement protrusion (2), a first engagement protrusion that is a sawtooth tooth may be used. Similarly, instead of the second engagement protrusion (11), a second engagement protrusion which is a sawtooth tooth may be used. Further, for example, in the binding band of Example 1, instead of the first engagement protrusion (2), a first engagement protrusion having an uneven shape may be used. Similarly, instead of the second engagement protrusion (11), a second engagement protrusion having an uneven shape may be used. Further, for example, in the binding band of the first embodiment, a band portion (4) in which the first engagement protrusions (2) are arranged in the longitudinal direction on the surface (3) is provided, and instead of the plurality of first engagements. It is good also as providing the band part (4) which arranged the processus | protrusion (2) on the surface (3) in the longitudinal direction. Similarly, the second engaging projections (11) are arranged in the longitudinal direction on the back surface (10) of the band portion (4), and instead, a plurality of second protrusions (11) are arranged on the back surface (10) of the band portion (4). Two engaging protrusions (11) may be arranged in the longitudinal direction. Moreover, you may make it as follows about the binding band which is each Example. For example, in the binding band of the first embodiment, a frame-shaped first buckle portion may be used instead of the first buckle portion (6). Similarly, instead of the second buckle portion (13), a frame-shaped second buckle portion may be used. Or in the binding band of Example 1, it is good also as a 1st buckle part (6) instead of a cylindrical 1st buckle part. Similarly, instead of the second buckle portion (13), a cylindrical second buckle portion may be used. Also, for example, in the binding band of Example 1, the first locking piece (7) for locking the first engagement protrusion (2) is provided on the wall surface (8) of the first insertion hole (5), Instead, a first locking piece (7) for locking the first engagement protrusion (2) may be provided in the first insertion hole (5). Similarly, a second locking piece (14) for locking the second engagement protrusion (11) is provided on the wall surface (15) of the second insertion hole (12), and instead of the second engagement protrusion (11). A second locking piece (14) for locking (11) may be provided in the second insertion hole (12).

Further, the following may be used. For example, in the binding band of Example 1, instead of the front surface (3), the back surface may be similarly used as the front surface instead of the back surface (10). In the binding band of Example 1, the upper surface may be replaced with the front surface (3), and the lower surface may be replaced with the rear surface (10). In the binding band of Example 1, the lower surface may be used instead of the front surface (3), and the upper surface may be used instead of the back surface (10). Further, although not particularly illustrated, the following may be performed. For example, in the binding band of Example 1, instead of the front surface (3), the left portion of the front surface may be used, and similarly, the back portion (10) may be replaced with the right portion of the front surface. Alternatively, in the binding band of Example 1, instead of the front surface (3), the right portion of the front surface may be used, and similarly, the rear surface (10) may be replaced with the left portion of the front surface. Alternatively, in the binding band of the first embodiment, instead of the front surface (3), the left side of the back surface may be replaced with the right side of the back surface instead of the back surface (10). Alternatively, in the binding band of the first embodiment, instead of the front surface (3), the right portion of the back surface may be replaced by the left portion of the back surface instead of the back surface (10).

Further, the following may be used. For example, in the binding band of Example 1, the first buckle part (6) is disposed at one end (9) of the band part (4), and instead the first buckle part (6) is replaced with the band part (4 ) May be arranged. Further, in the binding band of Example 1, the first buckle portion (6) is disposed at one end (9) of the band portion (4), and instead of the first buckle portion (6), the band portion (4 ) May be provided integrally. Further, in the binding band of Example 1, the first buckle portion (6) is disposed at one end (9) of the band portion (4), and instead of the first buckle portion (6), the band portion (4 ) May be integrally provided at one end (9). Further, in the binding band of Example 2, a notch portion (17) is provided at one end (16) of the second buckle portion (13a) connected to the second insertion hole (12a), and instead of the second insertion hole ( A cut portion (17) may be provided in the second buckle portion (13a) connected to 12a). The same may be applied to the third and fourth embodiments. Further, the following may be used. For example, in the binding band of the second embodiment, a cut portion (17) is provided at one end (16) of the second buckle portion (13a) connected to the second insertion hole (12a), and instead of the second buckle portion. A notch (17) may be provided at one end (16) of (13a). The same may be applied to the third and fourth embodiments. Alternatively, in the binding band of the second embodiment, a cut portion (17) is provided at one end (16) of the second buckle portion (13a) connected to the second insertion hole (12a), instead of the second buckle portion. It is good also as providing a notch part (17) in (13a). The same may be applied to the third and fourth embodiments.

Further, the following may be used. For example, in the binding band of Example 1, the insertion of the band portion (4) into the first insertion hole (5) is allowed, and the first engagement protrusion (2) is locked by the first locking piece (7). Then, instead of the binding band (1) that restricts the movement of the band part (4) in the return direction (arrow M1), the insertion of the band part (4) into the first insertion hole (5) is allowed. A binding band (1) that locks the first engagement protrusion (2) by the first locking piece (7) and prevents the band portion (4) from being pulled out in the return direction (arrow M1) may be used. Similarly, the band portion (4) is allowed to be inserted into the second insertion hole (12), and the second engagement protrusion (11) is locked by the second locking piece (14) to return the direction (arrow M2). The movement of the band part (4) to the second insertion hole (12) is allowed instead of the movement of the band part (4) to the second insertion hole (12). It is also possible to provide the two engaging protrusions (11) so as to prevent the band portion (4) from being pulled out in the return direction (arrow M2). Alternatively, in the binding band of Example 1, the first engagement protrusion (2) is locked by the first locking piece (7) while allowing the band portion (4) to be inserted into the first insertion hole (5). Then, instead of the binding band (1) that restricts the movement of the band part (4) in the return direction (arrow M1), the insertion of the band part (4) into the first insertion hole (5) is allowed. A binding band (1) that locks the first engagement protrusion (2) by the first locking piece (7) and stops the retreat of the band part (4) in the return direction (arrow M1) may be used. Alternatively, the band portion (4) is allowed to pass through the second insertion hole (12), and the second engagement protrusion (11) is locked by the second locking piece (14) to return the direction (arrow M2). The band portion (4) is restricted from moving to the second insertion hole (12), and the band portion (4) is allowed to pass through the second insertion hole (12). The engagement protrusion (11) may be locked to stop the backward movement of the band part (4) in the return direction (arrow M2). Further, the first locking protrusion (2) is locked by the first locking piece (7) and the return direction (arrow M1) for restricting the movement of the band part (4) and the second locking piece (14) are used. Instead of the return direction (arrow M2) that locks the second engagement protrusion (11) and restricts the movement of the band portion (4), the first engagement piece (7) causes the first engagement. The second engaging protrusion (11) is locked by the return direction (arrow M1) and the second locking piece (14) to lock the mating protrusion (2) and prevent the band portion (4) from being pulled out. The return direction (arrow M2) for preventing the part (4) from being pulled out may be contradictory. Further, the first locking protrusion (2) is locked by the first locking piece (7) and the return direction (arrow M1) for restricting the movement of the band part (4) and the second locking piece (14) are used. Instead of the return direction (arrow M2) that locks the second engagement protrusion (11) and restricts the movement of the band portion (4), the first engagement piece (7) causes the first engagement. The second engaging protrusion (11) is locked by the return direction (arrow M1) and the second locking piece (14) for locking the mating protrusion (2) and stopping the retreat of the band part (4). The return direction (arrow M2) for stopping the backward movement of the part (4) may be contradictory.

Next, the binding band (1f) which is Example 8 which is another embodiment of the present invention will be described. The binding band (1f) which is Example 8 is the following in the binding band (1) which is Example 1. In the binding band of Example 1, the band portion (4) is inserted and arranged in the second insertion hole (12) of the second buckle portion (13), and instead of the second insertion hole in FIG. A notch is provided at one end of the second buckle part (13f) connected to (12f), and the band part (20f) is inserted through the notch and into the second insertion hole (12f). When the band portion (20f) is inserted into the second insertion hole (12f) through the cut portion, the band portion (20f) is to be inserted in the reverse direction with respect to the second insertion hole (12f). In Example 3, the binding band (1f) in Example 3 has a wavy shape on one side surface (24) in the longitudinal direction of the band portion (20f) so that there is no mis-insertion or mis-insertion. It is formed. The shape is not particularly limited to a wave shape, and may be a square shape, a star shape, a sawtooth shape, or the like. Further, although not particularly illustrated, one side surface of the band portion in the short direction, that is, one surface (24) in the vertical direction may be provided similarly.

Moreover, you may make it as follows about the binding band which is each Example. Examples of the material of the binding band include nylon, polyethylene, polypropylene, polyacetal, polyamide, and polyacid, but other materials may be selected. Moreover, you may make it as follows about the binding bands (1a) (1b) which are Examples 2, 3, and 6. FIG. When the band portion is inserted through the second insertion hole and arranged through the cut portion, a material having high flexibility such that the second buckle portion and the band portion can be expanded and contracted may be used.

Further, although not particularly illustrated, the binding band which is each example may be as follows. Elements of reusable type and release type may be added as disclosed in JP-A-9-159063 and JP-A-2004-314998. In FIG. 25, in the binding band (1e), which is the seventh embodiment, the first locking piece (7e) and the second locking piece (14e) may be provided in the form shown in the figure.

1 is a schematic front view of Example 1. FIG. 1 is a schematic cross-sectional view of Example 1. FIG. The front schematic of Example 2. FIG. FIG. 6 is a partially enlarged front view of Example 2. FIG. 4 is a partial enlarged cross-sectional view of Example 2. Explanatory drawing before providing the 2nd buckle part of Example 2. FIG. Explanatory drawing of an effect | action of Example 1. FIG. Explanatory drawing of an effect | action of Example 1. FIG. Explanatory drawing of an effect | action of Example 1. FIG. FIG. 3 is a partially enlarged cross-sectional view of the first embodiment. FIG. 3 is a partially enlarged cross-sectional view of the first embodiment. FIG. 3 is a partially enlarged perspective view of the first embodiment. FIG. 4 is a partially enlarged perspective view of Example 2. FIG. 4 is a partially enlarged perspective view of Example 2. FIG. 4 is a partially enlarged perspective view of Example 2. FIG. 9 is a partially enlarged perspective view of Example 3. FIG. 6 is a partially enlarged perspective view of Example 4. FIG. 9 is a partial enlarged cross-sectional view of Example 3. FIG. 6 is a partial enlarged cross-sectional view of Example 4. FIG. 9 is a partially enlarged perspective view of Example 3. FIG. 9 is a partially enlarged perspective view of Example 3. FIG. 6 is a partially enlarged perspective view of Example 4. FIG. 6 is a partially enlarged perspective view of Example 4. FIG. 4 is a partial enlarged cross-sectional view of Example 2. FIG. 10 is a partial enlarged cross-sectional view of Example 7. Explanatory drawing of an effect | action of Example 5. FIG. Explanatory drawing of an effect | action of Example 5. FIG. FIG. 10 is a partial enlarged cross-sectional view of Example 5. FIG. 10 is a partially enlarged perspective view of Example 8.

(1) Cable tie, Example 1
(1a) Cable tie, Example 2
(1b) Cable tie, Example 3
(1c) Cable tie, Example 4
(1d) Cable ties, Example 5
(1e) Cable tie, Example 7
(1f) Cable tie, Example 8
(2) First engaging protrusion (3) Surface (4) Band part (5) First insertion hole (6) First buckle part (7) First locking piece (8) Wall surface (9) One end (10) Back surface (11) Second engagement protrusion (12) Second insertion hole (13) Second buckle portion (14) Second locking piece (15) Wall surface (16) One end (17) Cut portion (18) Upper side (19 ) Lower side (20) Band part (21) Annular shape (22) Upper surface (23) Projection piece (24) One side surface (arrow M1) Return direction (arrow M2) Return direction (arrow S1) Insertion direction (arrow S2) Insertion direction

Claims (3)

A band portion having first engaging protrusions arranged on the surface in the longitudinal direction is provided, a first buckle portion having a first insertion hole through which the band portion is inserted is provided, and the first engaging protrusion is locked. One locking piece is provided on the wall surface of the first insertion hole, the first buckle portion is disposed at one end of the band portion, and the first locking piece allows the insertion of the band portion into the first insertion hole. In the binding band that locks the engagement protrusion and restricts the movement of the band part in the return direction, the second engagement protrusion is arranged in the longitudinal direction on the back surface of the band part, and the second part is inserted through the band part. A second buckle portion having an insertion hole is provided, a second locking piece for locking the second engagement protrusion is provided on a wall surface of the second insertion hole, and a band portion is provided in the second insertion hole of the second buckle portion. Is inserted, the band portion is allowed to be inserted into the second insertion hole, the second engagement protrusion is locked by the second locking piece, and the band in the return direction is locked. A first buckle portion having a first insertion hole through which the band portion provided with the second engagement protrusion is inserted is provided, and insertion of the band portion into the first insertion hole is allowed. And a return direction in which the first engagement protrusion is locked by the first locking piece to restrict the movement of the band portion, and the insertion direction allowing the insertion of the band portion into the second insertion hole is opposite to each other. The second engaging projection is locked by the second locking piece and the return direction for restricting the movement of the band part is contradictory, and the band part is inserted into the first insertion hole, and the first locking piece is used for the first engagement. The first buckle portion that has moved the band portion in the insertion direction while locking the mating protrusion, and the band portion that is inserted into the second insertion hole and the second engagement protrusion is locked by the second locking piece. The second buckle part moved in the insertion direction, and the band part insertion direction and return method Ties movement to regulate a, by keeping the size of the band portion of the formed annular fixed, characterized in that it fixedly provided. 2. The binding band according to claim 1, wherein the band portion is inserted into the second insertion hole of the second buckle portion, and the cut portion is formed at one end of the second buckle portion connected to the second insertion hole instead of the band portion. The binding band according to claim 1, wherein a band portion is inserted into the second insertion hole through the cut portion and arranged. A band portion having first engaging protrusions arranged on the surface in the longitudinal direction is provided, a first buckle portion having a first insertion hole through which the band portion is inserted is provided, and the first engaging protrusion is locked. One locking piece is provided on the wall surface of the first insertion hole, the first buckle portion is disposed at one end of the band portion, and the first locking piece allows the insertion of the band portion into the first insertion hole. In a binding band that locks the engagement protrusion and restricts the movement of the band portion in the return direction, a protruding piece is provided integrally with the band portion, and the band portion is inserted through the first insertion hole to make a first lock. The movement of the band portion in the insertion direction and the return direction is regulated by bringing the protrusion into contact with the first buckle portion that has moved the band portion in the insertion direction while locking the first engagement protrusion with the piece. The bundling bar can be fixed while maintaining the size of the formed annular band portion constant. De.

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