JP2008151245A - Binding band, and fixing method and fixture therefor - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a binding band which can be easily fixed to a mounted member side, and a fixing method and a fixture therefor. <P>SOLUTION: In a binding band 1, an insertion part 15 inserted in a fixing hole 51 in a mounted member 50 is projected from one-side surface side of a band 2 for binding an object to be bundled. The base end surface 12 of the insertion part 15 is formed in a size protruding from the width of the band part 2, and spaced from the one-side surface of the band 2 through a spacer 10 for coupling the band 2 and the insertion part 15. A fixture includes at the tip a punch having a striking part for striking the opening edge 52 of the fixing hole 51 and a recess astriding the band, and a guide cylinder into which the punch is slidably inserted. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a binding band that binds a binding object such as wiring and piping and fixes the object to an attached member, a fixing method thereof, and a fixing jig.

  Conventionally, in machine tools and other special-purpose machines, cars, etc., to fix the wiring and piping, a hole is made on the attached member side and a screw is cut with a tap, and the binding band is screwed into this screw hole. The outer periphery of wiring and piping is fixed by winding, and conventionally, drilling or tapping is required on the mounted side (Patent Document 1 etc.), and it takes time to fix the binding band. There was a point.

  There is also a harness band integrally provided with a long band body having flexibility, and a lock body in which an insertion hole for inserting the band body is formed, as disclosed in Patent Document 2. The harness band can be fixed by inserting the lock body into the through-hole formed in the attached member, but there is a problem that the lock body cannot be fixed well in the bottomed hole. The lock body needs to be formed by injection molding, requires a complicated mold, and there is a problem that the cost becomes high.

Further, in the conventional binding band, when the band portion is inserted into the insertion locking portion, the locking row teeth of the band portion are locked to the locking pieces of the insertion locking portion, and then the band portion is pulled strongly. The locking piece may be deformed to release the locking, and the band part may come off from the insertion locking part.
Japanese Patent Laid-Open No. 2001-11840 JP 2004-67136 A

  Accordingly, an object of the present invention is to provide a binding band that can be easily fixed to the attached member side, a binding band that does not easily come off from the insertion locking portion, and a binding band that combines these effects. An object of the present invention is to provide a method and a jig that can be easily fixed to the attached member side.

The present invention adopts the following means (1) to (5) in order to solve the above-mentioned problems.
(1) The insertion portion for inserting into the fixing hole of the attached member protrudes on one side of the band portion for binding the object to be bound, and the base end surface portion of the insertion portion protrudes beyond the lateral width of the band portion. A binding band, wherein the binding band is formed, and a proximal end surface portion of the insertion portion is positioned away from one surface of the band portion by a spacer portion that connects the band portion and the insertion portion.

  Here, as an insertion part, a mode in which two insertion pieces integrally formed of resin on both sides of the band part with a resin are bent on one side of the band part and aligned with each other is illustrated as a preferable example. it can.

  Moreover, the aspect in which a band part, an insertion part, and a spacer part are integrally formed by press molding of a resin sheet can be illustrated as a preferable thing.

(2) The insertion locking portion is integrally formed of resin at the base end of the band portion for binding the objects to be bound, and the insertion locking portion is provided with an insertion hole for passing the band portion. A locking piece for locking the locking row teeth of the band portion to the locking portion is formed obliquely to the band insertion outlet side, and prevents the locking piece from being reversed to the band insertion inlet side. A binding band characterized in that a portion is provided.

Here, the inversion preventing portion is not particularly limited, but the following modes (a) and (b) can be exemplified.
(A) The aspect which is the bulging part which narrows the gap | interval formed by the insertion engaging part of the side of the gap | interval produced by raising the latching piece being plastically deformed.
(B) The aspect which is a support wall integrally formed with the latching piece so that the side part of the latching piece may be supported by the insertion latching part.

  Moreover, the aspect in which the band part and the insertion locking part are integrally formed by press molding of a resin sheet can be illustrated as a preferable example.

(3) Combination of the above (1) and (2): That is, an insertion portion for inserting into the fixing hole of the attached member protrudes on one side of the band portion for binding the objects to be bound, and the insertion portion The base end surface portion of the insertion portion is formed so as to protrude beyond the lateral width of the band portion, and the base end surface portion of the insertion portion is positioned away from one side of the band portion by the spacer portion connecting the band portion and the insertion portion. An insertion locking portion is integrally formed of resin at the base end of the base plate, and an insertion hole for inserting the band portion is formed through the insertion locking portion, and the locking row teeth of the band portion are engaged with the insertion locking portion. A binding band, wherein a locking piece for stopping is formed obliquely to the band insertion outlet side, and a reverse prevention portion is provided to prevent the locking piece from being reversed to the band insertion inlet side.

(4) A method for fixing the binding band according to (1), (3) or the above-described exemplary embodiment to a fixing hole of a member to be attached, wherein the insertion portion is inserted into the fixing hole, and an opening edge of the fixing hole A method for fixing a binding band, comprising forming a deformed portion that narrows the opening of the fixing hole by plastically deforming and fixing the proximal end surface portion of the insertion portion to the deformed portion.

(5) A jig used for fixing the binding band of the above (1), (3) or the above-described exemplary embodiment to the fixing hole of the attached member, and hitting the opening edge of the fixing hole at the tip A binding band fixing jig comprising: a punch having a striking portion to be cut and a recess straddling the band portion; and a guide cylinder into which the punch is slidably inserted.

  Here, it is preferable to provide a punch detent structure between the punch and the guide tube. Moreover, it is preferable to provide a punch lowering position restricting structure between the punch and the guide tube.

  Moreover, it is preferable to provide a spring for urging the punch in the retracting direction with respect to the guide tube.

The binding band which concerns on invention of Claims 1-3 can be easily fixed to the to-be-attached member side.
As for the binding band which concerns on invention of Claims 4-7, a band part is hard to come off from an insertion latching | locking part.
According to the cable tie according to the invention described in claim 8, the above effects can be obtained together.
According to the method for fixing the binding band according to the ninth aspect of the invention, the binding band can be easily fixed to the attached member side.
According to the binding band fixing jig according to the inventions of claims 10 to 13, the binding band can be easily fixed to the attached member side.

  An insertion portion (15) for insertion into the fixing hole (51) of the attached member (50) protrudes on one side of the band portion (2) for binding the binding object (55), and the insertion portion (15 ) Is formed in a size that protrudes from the lateral width of the band portion (2), and the insertion portion (15) is formed by the spacer portion (10) connecting the band portion (2) and the insertion portion (15). ) Is located at a distance from one side of the band portion (2). The insertion part (15) is formed by bending two insertion pieces (11) integrally formed of resin on both sides of the band part (2) with a spacer part (10) on one side of the band part (2) and matching each other. Configured. The band portion (2), the insertion portion (15), and the spacer portion (10) are integrally formed by press molding of a resin sheet.

  The insertion locking part (4) is integrally formed of resin at the base end of the band part (2) for binding the binding object (55), and the band part (2) is inserted into the insertion locking part (4). An insertion hole (5) for penetrating is provided, and a locking piece (6) for locking the locking row teeth (3) of the band portion (2) to the insertion locking portion (4) is inserted into the band. An inversion prevention portion is provided which is formed by being raised obliquely toward the outlet side and prevents the locking piece (6) from being inverted to the band insertion entrance side.

  The method of fixing the binding band to the fixing hole (51) of the member to be attached (50) is to insert the insertion portion (15) into the fixing hole (51) and to open the opening edge portion (52) of the fixing hole (51). A deformation part (53) that narrows the opening of the fixing hole (51) is formed by plastic deformation, and the base end surface part (12) of the insertion part (15) is locked to the deformation part (53).

  The jig used to fix the binding band to the fixing hole (51) of the member to be attached (50) includes a striking portion (24) for striking the opening edge (52) of the fixing hole (51) at the tip. The punch (21) provided with the recess (25) straddling the band part (2) and the guide cylinder (31) into which the punch (21) is slidably inserted are included. Between the punch (21) and the guide tube (31), a rotation preventing structure for the punch (21) and a lowered position restricting structure are provided. A spring (37) for urging the punch (21) in the retracting direction with respect to the guide tube (31) is provided.

  Examples of the binding band 1 shown in FIGS. 1 to 10, a fixing method thereof, and a fixing jig will be described. In a machine tool, a molding machine, various other machines, and an apparatus having wiring and piping, such as an automobile, the mounted member 50 of the apparatus is formed of a plastically deformable material such as metal or resin, and has a fixed hole. 51 is formed. The fixing hole 51 may be a bottomed hole or a through hole.

[Bundling band]
The binding band 1 includes a flat band portion 2 for bundling the objects to be bound, and a plate-like insertion locking portion for inserting and locking the band portion 2 bent in a loop shape from the tip thereof. 4, the insertion portion 15 having a substantially cylindrical shape for insertion into the fixing hole 51 of the attached member 50, and the spacer portion 10 for separating the base end surface portion of the insertion portion 15 from the band portion 2, It is integrally formed by press molding (with cutting and plastic deformation).

  The band portion 2 has a tapered portion 2a having a tapered portion with no locking row teeth, a locking row tooth 3 protruding from both sides of the middle portion, and a base end portion having no locking row teeth. It is a belt portion 2b. The locking row teeth 3 have a tapered surface 3a that is easy to insert on the side facing the front side, and a return surface 3b on the side facing the back that is difficult to come off.

  The insertion locking portion 4 is formed in a plate shape having a width larger than that of the band portion 2 continuously from the base end of the band portion 2, and an insertion hole 5 for inserting the band portion 2 bent in a loop shape is provided therethrough. In addition, two locking pieces 6 for locking the locking row teeth 3 of the band portion 2 are formed to stand obliquely toward the band insertion outlet side (lower side in FIGS. 1 and 2B). Yes. The locking piece 6 will be described in detail. The insertion locking portion 4 is formed with a pair of cuts 7 from the insertion hole 5 to both sides, and the locking piece 6 formed between the pair of cuts 7 has a side edge. By being bent plastically by a predetermined angle toward the band insertion / exit side at the portion 8, it is formed upright at an angle. The interval between the locking ends of the two locking pieces 6 is smaller than the crests of the locking row teeth 3 on both sides, and is substantially the same as the gap between the bottoms of the locking row teeth 3 on both sides. Therefore, when the peaks of the locking row teeth 3 on both sides pass, the two locking pieces 6 are pushed by the peaks and further raised to the band insertion outlet side, and then return to the original standing state to return to both sides. It enters the valley bottom of the locking row teeth 3 and is locked to the return surface 3b (FIG. 10A).

  The spacer portion 10 is in the form of two small pieces that continuously protrude from both sides of the simple band portion 2b of the band portion 2 and project toward one side of the band portion 2 (downward in FIGS. 1 and 2). The protruding length of is, for example, 0.5 mm to 2 mm.

  The insertion portion 15 has two insertion pieces 11 continuous from the protruding ends of the two spacer portions 10 and is bent to one side (downward in FIGS. 1 and 2) of the band portion 2 to form one substantially cylindrical shape. (Fig. 2). When each insertion piece 11 is described in the bent state of FIG. 2, a base end surface portion 12 that forms a substantially semicircular shape from the protruding end (lower end) of the spacer portion 10 to the side and an arc portion of the base end surface portion 12. It consists of a substantially half-cylindrical side peripheral surface portion 13 that extends downward, and a substantially half-conical tip tapered portion 14 that extends further downward from the front end of the side peripheral surface portion 13. Therefore, when the two insertion pieces 11 are joined together by the same bending, one insertion portion 15 having a substantially cylindrical shape is formed. As a result, as shown in FIG. 2 (a), the insertion portion 15 protrudes to one side of the simple band portion 2b of the band portion 2 and is viewed from the other surface side (upper surface side) of the simple band portion 2b. 12 is formed so as to protrude beyond the width of the simple band portion 2b, and the upper surface of the base end surface portion 12 is separated by 0.5 mm to 2 mm downward from one surface (lower surface) of the simple band portion 2b by the spacer portion 10. To position. In addition, each insertion piece 11 is located so that a wing | blade may be spread from the protrusion end of the spacer part 10 to the side in the state before the bending (state after the said press molding) of FIG.

[fixing jig]
As shown in FIGS. 3 to 5, a fixing jig 20 for fixing the binding band 1 to the fixing hole 51 of the attached member 50 includes a punch 21 and a guide cylinder into which the punch 21 is slidably inserted. The main part is composed of 31.

  The punch 21 includes a round bar-shaped main body portion 22 made of a high-strength material (for example, tool steel) and a larger-diameter head portion 23 provided at the base end (upper end) of the main body portion 22. The distal end (lower end) of the main body portion 22 includes two striking portions 24 and one recess 25 that are relatively formed by cutting out the central portion of the distal end surface in one diametrical direction. The striking portion 24 is for striking and deforming the opening edge portion of the fixing hole 51 of the attached member 50, and the recess 25 is for letting the straddle over the band portion 2 at the time of striking. In addition, a recess 26 is formed in the middle of the main body 22 so that a part of the cylindrical surface is cut into a flat shape, and an upper locking step 27a is formed at the upper portion thereof, and a lower locking step portion is formed at the lower portion thereof. 27b is formed.

  The guide cylinder 31 may be a simple cylinder. In this example, the guide cylinder 31 includes a cylindrical body 32 and an enlarged diameter portion 33 integrally formed at the tip (lower end) thereof. The increased diameter portion 33 increases stability. Yes. Inside the guide tube 31, a guide hole 34 for slidably guiding the main body portion 22 of the punch 21 is formed in the lower half portion, and a spring accommodating hole 36 having a larger inner diameter is formed in the upper half portion. A step portion 35 is formed between the holes 34 and 36, a spring 37 is mounted between the step portion 35 and the lower surface of the head 23 of the punch 21, and a spring storage hole 36 stores the lower portion of the spring 37. is doing. The spring 37 biases the punch 21 with respect to the guide tube 31 in the retracting direction (upward).

  A recess 38 is formed at the lower end of the guide cylinder 31 (expanded diameter portion 33) so as to escape over the band portion 2. A female screw hole 39 is formed in the side wall of the guide cylinder 31 (cylindrical body 32), and a regulating screw 40 is screwed into the female screw hole 39. The tip of the restricting screw 40 protrudes into the guide tube 31 and enters the concave portion 26 of the punch 21. When the punch 21 tries to rotate around the axis, the concave portion 26 immediately hits the tip of the restricting screw 40. Is planned. By this rotation prevention, the position of the recess 25 of the punch 21 always coincides with the recess 38 of the guide cylinder 31, and the positions of the two striking portions 24 of the punch 21 are orthogonal to the recess 38. Yes.

  Further, because of the urging force of the spring 37, the lower locking step portion 27b of the punch 21 hits the tip of the regulating screw 40 (in a natural state where the head 23 is not hit), so that the punch 21 is prevented from coming off upward. . In addition, after the punch 21 is hit as described later and the punch 21 is lowered to form the deformed portion 53 that requires the hitting portion 24, when the punch 21 is further lowered, the concave portion 25 becomes the band portion 2 ( Since the upper locking step portion 27a of the punch 21 hits the tip of the regulating screw 40 before the simple belt portion 2b) is pressed strongly, the lowered position of the punch 21 is regulated. For this reason, damage of the band part 2 is prevented.

[Fixing method]
In order to fix the binding band 1 to the fixing hole 51 of the attached member 50 using the fixing jig 20, the following method is used.
(1) As shown in FIG. 2, the insertion portion 15 is configured by elastically bending the two insertion pieces 11 to one side of the band portion 2.
(2) As shown in FIGS. 2 and 5, the insertion portion 15 is inserted into the fixing hole 51 of the attached member 50. The two insertion pieces 11 of the inserted insertion portion 15 are fixed to some extent by the frictional force due to the corresponding contact because the side peripheral surface portion 13 abuts against the inner surface of the fixing hole 51 due to the elastic force to return the bending. Figured. However, since the insertion portion 15 is pulled out from the fixing hole 51 if it is pulled strongly, it is further fixed as follows.

(3) As shown in FIG. 6 and FIG. 7A, the guide cylinder 31 of the fixing jig 20 is placed around the fixing hole 51 of the mounted member 50, and the band 38 is escaped by the recess 38.
(4) As shown in FIGS. 4 (d), (e), 7 (b) and 8, the position hitting unit 24 which hits the head 23 of the punch 21 with, for example, a hammer and descends to the lowering restriction position. The deformed portion 53 that narrows the opening of the fixed hole 51 is formed by hitting the opening edge portion 52 of the fixed hole 51 with the lower end surface and causing plastic deformation. At this time, since the base end surface portion 12 of the insertion portion 15 is formed so as to protrude beyond the lateral width of the simple band portion 2b of the band portion 2, the opening edge portion 52 can be hit from above, and the spacer portion 10 Accordingly, the base end surface portion 12 is positioned below the lower surface of the simple band portion 2b, so that the deformable portion 53 can be formed above the base end surface portion 12. As a result, even if the insertion portion 15 is strongly pulled upward as shown in FIG. 9, the base end surface portion 12 is locked to the deformation portion 53, so that the insertion portion 15 is fixed without coming out of the fixing hole 51.

[Bundling method]
In order to bind the binding object 55 such as wiring and piping with the binding band 1 fixed as described above, as shown in FIG. 8, the band part 2 is bent into a loop shape and the binding object 55 is bundled. The portion 2 may be inserted from the tapered portion 2a into the insertion hole 5 of the insertion locking portion 4 and an appropriate portion of the locking row teeth 3 may be locked to the two locking pieces 6. As described above, the two locking pieces 6 formed obliquely upright toward the band insertion outlet side enter the valley bottoms of the locking row teeth 3 on both sides and are locked to the return surface 3b (FIG. 10A). However, if the band portion 2 is pulled strongly toward the band insertion entrance side, the locking piece 6 is inverted to the band insertion entrance side (the direction of standing changes to the opposite side) as shown in FIG. There is a possibility that the locking to the surface 3b becomes weak and the band portion 2 comes out. This problem is solved by modified examples 1 and 2 described later.

[Function and effect]
As described in detail above, the binding band 1 includes the band portion 2, the insertion portion 15 (two insertion pieces 11), the spacer portion 10, the insertion locking portion 4 and the like formed integrally by press molding of a resin sheet. Therefore, it can be manufactured inexpensively with a small number of processes.
In addition, since the binding band 1 is formed so that the proximal end surface portion 12 of the insertion portion 15 protrudes beyond the lateral width of the band portion 2, it can strike the opening edge portion 52 from above and the spacer portion 10. Thus, the base end surface portion 12 is located away from one surface of the band portion 2, so that the deformable portion 53 can be formed above the base end surface portion 12.
-Moreover, according to the said fixing method, it is the simple process of forming the deformation | transformation part 53 which narrows the opening of the fixing hole 51 by striking the opening edge part 52 of the fixing hole 51 by the striking part 24, and carrying out plastic deformation. The binding band can be easily fixed to the attached member side.
In addition, according to the fixing jig, the opening edge 52 can be easily and reliably hit, and the recesses 25 and 38 escape over the band 2 at the time of hitting, so that the band 2 is damaged. Therefore, the binding band can be easily fixed to the attached member side.

[Example of changing the locking piece]
FIGS. 11 and 12 show a modification example 1 and a modification example 2 of the binding band in which a reversal prevention unit for preventing the locking piece 6 from reversing toward the band insertion entrance is provided. The other part of the binding band is the same as that of the above embodiment, and has the same effect as the above embodiment.

  In Modification 1 of FIG. 11, the insertion preventing portion 4 on the side of the gap generated by the reverse preventing portion raising the locking piece 6 is plastically deformed (specifically, for example, a pressing recess 61 by pressing). The bulging portion 62 is formed by narrowing the gap. Even if the locking piece 6 tries to reverse to the band insertion entrance side as shown in FIG. 10B described in the above embodiment, the bulging portion 62 hits the locking piece 6 before that to prevent the reverse. To do.

  12 is a support wall in which the inversion preventing portion is integrally formed with the locking piece 6 and the insertion locking portion 4 and the resin so that the side portion of the locking piece 6 is supported by the insertion locking portion 4. 63. According to this example, since the support wall 63 supports the locking piece 6 while being raised to the band insertion outlet side, the inversion to the band insertion inlet side as shown in FIG. 10B does not start.

  In addition, this invention is not limited to the said embodiment, In the range which does not deviate from the meaning of invention, it can change suitably and can be actualized.

It is a perspective view of the state before showing the binding band of an Example and bending an insertion piece. (A) is sectional drawing of the insertion part comprised by bending the insertion piece, (b) is a perspective view of a binding band when inserting the insertion part in a to-be-attached member. It is a disassembled perspective view which shows the fixing jig of an Example. (A) And (c)-(e) is sectional drawing of the fixing jig, (b) is a bottom view of the fixing jig. It is a perspective view when the insertion part of the binding band is inserted. It is a perspective view when applying the fixing jig to a to-be-attached member. It is sectional drawing when hitting the opening edge part of the fixing hole of a to-be-attached member with the fixing jig. It is a perspective view when a to-be-bundled member is bundled with the bundling band. It is sectional drawing when the binding band is latched and fixed by a deformation | transformation part, and is prevented from coming off. (A) is sectional drawing which shows the normal latching state of the latching piece and latching row tooth of the binding band, (b) is sectional drawing when the latching piece inverts. (A) is the perspective view which looked at the locking piece of the modification 1 from the upper side, (b) is sectional drawing seen from the lower side. (A) is the perspective view which looked at the locking piece of the modification 2 from the upper side, (b) is sectional drawing seen from the lower side.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Binding band 2 Band part 2a Tapered part 2b Simple band part 3 Locking row tooth 3a Tapered surface 3b Return surface 4 Insertion locking part 5 Insertion hole 6 Locking piece 7 Notch 8 Side edge part 10 Spacer part 11 Insertion piece 12 group End surface portion 13 Side peripheral surface portion 14 Tip tapered portion 15 Insertion portion 20 Fixing jig 21 Punch 22 Main body portion 23 Head portion 24 Strike portion 25 Recess 26 Recess portion 27a Upper locking step portion 27b Lower locking step portion 31 Guide tube 32 Cylinder Body 33 Expanded portion 34 Guide hole 35 Step portion 36 Spring accommodation hole 37 Spring 38 Recess 39 Female screw hole 40 Restriction screw 50 Mounted member 51 Fixing hole 52 Opening edge portion 53 Deformation portion 55 To-be-bound object 62 Swelling portion 63 Support wall

Claims (13)

An insertion portion (15) for insertion into the fixing hole (51) of the attached member (50) protrudes on one side of the band portion (2) for binding the binding object (55), and the insertion portion ( The base end surface portion (12) of 15) is formed in a size that protrudes from the lateral width of the band portion (2), and the spacer portion (10) that connects the band portion (2) and the insertion portion (15). A binding band, wherein a base end surface portion (12) of the insertion portion (15) is positioned away from one surface of the band portion (2). The insertion portion (15) is formed by folding two insertion pieces (11) integrally formed of resin on both sides of the band portion (2) with the spacer portion (10) on one side of the band portion (2). The binding band according to claim 1, wherein the binding band is formed by bending and matching each other. The binding band according to claim 1 or 2, wherein the band part (2), the insertion part (15), and the spacer part (10) are integrally formed by press molding of a resin sheet. An insertion locking portion (4) is integrally formed of resin at the base end of the band portion (2) for binding the binding object (55), and the band portion (2) is attached to the insertion locking portion (4). An insertion hole (5) for insertion is provided therethrough, and a locking piece (6) for locking the locking row teeth (3) of the band portion (2) to the insertion locking portion (4). ) Is formed obliquely toward the band insertion outlet side, and is provided with a reversal prevention portion for preventing the locking piece (6) from reversing toward the band insertion inlet side. The bulging portion (narrowing the gap) is formed by plastically deforming the insertion locking portion (4) on the side of the gap generated by raising the locking piece (6). 62) The binding band according to claim 4, which is 62). The said inversion prevention part is a support wall (63) integrally formed with the said locking piece (6) so that the side part of the said locking piece (6) may be supported by the said insertion locking part (4). 4. A binding band according to 4. The binding band according to claim 4, 5 or 6, wherein the band part (2) and the insertion locking part (4) are integrally formed by press molding of a resin sheet. An insertion portion (15) for insertion into the fixing hole (51) of the attached member (50) protrudes on one side of the band portion (2) for binding the binding object (55), and the insertion portion ( The base end surface portion (12) of 15) is formed in a size that protrudes from the lateral width of the band portion (2), and the spacer portion (10) that connects the band portion (2) and the insertion portion (15). The base end surface part (12) of the insertion part (15) is positioned away from one side of the band part (2), and the insertion locking part (4) is integrated with the base end of the band part (2) with resin. An insertion hole (5) that is formed and penetrates the band portion (2) is penetrated through the insertion locking portion (4), and the band portion (2) is inserted into the insertion locking portion (4). The locking piece (6) for locking the locking row teeth (3) of the band is formed obliquely to the band insertion outlet side Is, Ties that the locking piece (6), characterized in that the inversion preventing portion to prevent reversed to band insertion inlet side is provided. A method for fixing the binding band according to claim 1, 2, 3, or 8 to the fixing hole (51) of the attached member (50), wherein the insertion portion (15) is inserted into the fixing hole (51). Then, a deformed portion (53) for narrowing the opening of the fixed hole (51) is formed by plastically deforming the opening edge portion (52) of the fixed hole (51), and the insertion portion is formed in the deformed portion (53). A method for fixing a binding band, wherein the base end surface portion (12) of (15) is locked. It is a jig | tool used in order to fix the binding band of Claim 1, 2, 3 or 8 to the fixing hole (51) of the said to-be-attached member (50), Comprising: Opening of the said fixing hole (51) at the front-end | tip A punch (21) having a striking part (24) for striking the edge part (52) and a recess (25) straddling the band part (2), and a guide cylinder into which the punch (21) is slidably inserted. (31) and a binding band fixing jig.   The binding band fixing jig according to claim 10, further comprising a rotation-preventing structure for the punch (21) between the punch (21) and the guide tube (31).   The binding band fixing jig according to claim 10 or 11, further comprising a lowered position restricting structure for the punch (21) between the punch (21) and the guide tube (31).   The binding band fixing jig according to claim 10, 11 or 12, further comprising a spring (37) for urging the punch (21) with respect to the guide tube (31) in a retracting direction.

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