JP2011035994A - Internal conductor tip bending jig - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an internal conductor tip bending jig which can realize the facilitation of the regularization of the bending positions of an internal conductor. <P>SOLUTION: The bending jig bends the tip of the internal conductor 2 by pushing in a push-in part 15 while holding the coaxial cable 4, which projects the internal conductor 2 for a specified length, in a holding groove and positioning the tip of the internal conductor 2, projected by holding, in an escape hole 9, thereby fitting the bending member 14 in the escape hole 9. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an inner conductor tip bending jig that bends the tip of an inner conductor of a coaxial cable in order to facilitate the connection of the coaxial cable to a connection portion of the device when the coaxial cable is connected to a device such as an antenna. It is.

  The tip of the inner conductor is bent (bent) to make it easier to connect the coaxial cable to a device such as an antenna.

  This bending work is performed manually using a tool such as a radio pliers after exposing the outer conductor and the inner conductor of the coaxial cable and then exposing the exposed inner conductor tip.

Japanese Patent Laid-Open No. 9-171855

  However, since the bending operation is performed manually, the bending position of the internal conductor is likely to vary. When the bending position of the inner conductor varies, there is a problem that impedance matching becomes difficult when the coaxial cable is connected to a device such as an antenna. As a result, the connection work between the coaxial cable and the device is difficult. There is a risk of complications.

  Further, if the bending work is carefully performed in order to reduce the variation in the bending position, there is a problem that the work takes time.

  Furthermore, in order to expose the inner conductor, the covering layer, the outer conductor, and the inner insulator are manually cut and removed by a cutter or the like, and the inner conductor is exposed, so that the safety is not sufficient.

  Therefore, an object of the present invention is to provide an internal conductor tip bending jig that can solve the above-described problems and can easily realize the constant bending position of the internal conductor. Another object of the present invention is to provide an inner conductor tip bending jig capable of shortening the bending work time and improving safety.

  In order to achieve the above object, the invention of claim 1 comprises a main body member and a cover member that can be opened and closed with respect to the main body member via a rotating shaft. A holding groove for holding a coaxial cable in which an inner insulator, an outer conductor, and a coating layer are laminated in order with the inner conductor as a center, and a front end side of the holding groove, and the inner conductor of the coaxial cable A relief hole formed so that the tip of the projected inner conductor is positioned when the projection is extended, and the cover member is fitted into the relief hole provided with a pushing portion. A bending member is provided to hold the coaxial cable in a state in which the inner conductor is protruded by a predetermined length in the holding groove, and the tip of the inner conductor protruded by the holding is positioned in the escape hole. In the state, the push The be to fit the bending member to the escape hole by pushing it, an internal conductor tip bending jig for bending the distal end portion of the inner conductor.

  According to a second aspect of the present invention, the holding groove includes an inner conductor holding groove that holds the inner conductor, a cable holding groove that communicates with the inner conductor holding groove and holds a predetermined length on the end side of the coaxial cable; When the predetermined length on the end side of the coaxial cable is held in the cable holding groove of the main body side step holding groove, the inner conductor is separated from the inner conductor holding groove. The inner conductor tip bending jig according to claim 1, wherein the inner conductor tip bending jig projects a predetermined length toward the escape hole.

  According to a third aspect of the present invention, a rounded portion is formed to bend the inner conductor with a predetermined curvature on the bottom surface of the inner conductor holding groove on the escape groove side and on the outer surface of the bending member at a position corresponding to the bottom surface. The inner conductor tip bending jig according to claim 2, wherein the inner conductor tip bending jig is provided.

  The invention according to claim 4 is characterized in that the cover member is provided with a cover-side stepped holding groove corresponding to the body-side stepped holding groove on the body member side. It is a tool.

  According to a fifth aspect of the present invention, the main body member has a main body side first receiving groove on the upper surface thereof for positioning and receiving the coaxial cable, and the cover member has the main body side on the main body side. A cover-side first accommodation groove corresponding to the first accommodation groove is formed, and the cover-side first accommodation groove is provided with a cutting blade for projecting an internal conductor that cuts from the coating layer to the internal insulator, An inner conductor protruding removal jig that cuts and removes from the covering layer to the internal insulator is formed, and the coaxial cable is positioned and accommodated in the main body side first accommodation groove, and in this state, the cover member is Any one of Claims 1-4 which cut and remove from the said coating layer to the said internal insulator of the front-end | tip part of the said coaxial cable with the cutting blade for said internal conductor protrusion by closing, The said internal conductor is made to protrude for predetermined length. Or internal guidance A distal bending jig.

  According to a sixth aspect of the present invention, the cutting blade for projecting the inner conductor has a blade at the tip formed in a semicircular arc shape, and the inner insulator from the coating layer of the coaxial cable using the removing jig for projecting the inner conductor. 6. The inner conductor according to claim 5, wherein the cutting and removal are performed by positioning and receiving the coaxial cable in the main body side first receiving groove, closing the cover member, and rotating the coaxial cable by 180 degrees. It is a tip bending jig.

  According to a seventh aspect of the present invention, the main body member is formed with a main body side second receiving groove on the upper surface thereof for positioning and receiving the coaxial cable with the tip end portion of the inner conductor bent, and the cover member has Is formed with a cover-side second accommodation groove corresponding to the body-side second accommodation groove on the body member side, and the cover-side second accommodation groove has a cutting blade for exposing an external conductor that cuts the coating layer. An outer conductor exposing removal jig for cutting and removing the coating layer is formed, and the coaxial cable in which the tip of the inner conductor is bent is positioned and accommodated in the main body side second accommodation groove; In this state, the cover member is closed to cut and remove the covering layer at the end of the coaxial cable with the outer conductor exposing cutting blade, thereby exposing the outer conductor to a predetermined length. Any of the inner conductors It is an end bending jig.

  In the invention according to claim 8, the cutting blade for exposing the outer conductor has a tip of a semicircular arc, and the cutting and removal of the coating layer using the removing jig for exposing the outer conductor is performed on the main body side. 2 Position and receive the coaxial cable with the tip of the inner conductor bent in the receiving groove, close the cover member, and rotate the coaxial cable with the tip of the inner conductor bent 180 degrees. 8. The inner conductor tip bending jig according to claim 7, wherein

  According to the present invention, it is possible to easily realize the constant bending position of the inner conductor. Further, the bending work time can be shortened and the safety can be improved.

(A), (b) is an external view which shows the internal conductor front-end | tip bending jig which concerns on 1st embodiment of this invention. (A) is the sectional view on the AA line of the main body member of Fig.1 (a), (b) is a top view of a main body member, (c) is a front view of a main body member. (A) is the sectional view on the AA line of the cover member of Drawing 1 (a), and (b) is a top view of a cover member. (A) is a side view of a pushing part, (b) is a front view of a pushing part. (A)-(d) is a figure explaining operation | movement of the internal conductor front-end | tip bending jig | tool of FIG. (A), (b) is an external view which shows the internal conductor front-end | tip bending jig which concerns on 2nd embodiment of this invention. (A) is a top view of the cover member of the inner conductor tip bending jig of FIG. 6, and (b) is a front view of the cover member of the inner conductor tip bending jig of FIG. (A) is a top view of the main body member of the inner conductor tip bending jig of FIG. 6, and (b) is a front view of the main body member of the inner conductor tip bending jig of FIG. (A) is an external view of an internal conductor protruding removal jig that cuts and removes the coating layer to the internal insulator, and (b) is an external view of an external conductor exposure removal jig that cuts and removes the coating layer. . (A)-(c) is a figure explaining the internal conductor protrusion operation | work (process 1) using the internal conductor front-end | tip bending jig | tool of FIG. (E)-(h) is a figure explaining the internal conductor front end bending operation (process 2) using the internal conductor front end bending jig | tool of FIG. (I)-(k) is a figure explaining the external conductor exposure operation | work (process 3) using the internal conductor front-end | tip bending jig | tool of FIG.

  Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.

  FIGS. 1A and 1B are external views showing an inner conductor tip bending jig according to the first embodiment.

  As shown in FIGS. 1A and 1B, the inner conductor tip bending jig 1 according to the first embodiment is provided with an inner conductor and an outer periphery of the inner conductor via an inner insulator. An inner conductor of a coaxial cable including an outer conductor and a covering layer that covers the outer conductor is bent in a state of protruding from the end face of the coaxial cable.

  The inner conductor tip bending jig 1 is formed in a stapler shape by a main body member 5 and a cover member 6 connected to the main body member 5 through a rotation shaft 7 so as to be openable and closable.

  As shown in FIGS. 2A and 2B, the main body member 5 has a narrow width in which a hole 7a for inserting the rotation shaft 7 is formed at one end of a cover main body 5a formed in an elongated rectangular shape as a whole. A hinge portion 5b is integrally formed, and a body-side stepped holding groove 8 is formed on the upper surface 30 of the other end of the cover body 5a facing the hinge portion 5b, and the tip of the body-side stepped holding groove 8 is formed. Furthermore, when the inner conductor of the coaxial cable is protruded by a predetermined length, a relief hole 9 is formed so that the tip of the protruded inner conductor is located. The escape hole 9 is formed in an irregular cross section such as a quadrangle so that a bending member 14 described later does not rotate.

  The main body-side stepped holding groove 8 communicates with the inner conductor holding groove 10 having an arc cross section for holding the inner conductor and the inner conductor holding groove 10, and has an arc cross section for holding a predetermined length on the end side of the coaxial cable. It consists of a cable holding groove 11 (see FIG. 2C).

The distal end of the inner conductor holding groove 10, rounded portion 12 for bending the inner conductor at a predetermined curvature is formed (see D ₁ of the FIG. 2 (a)).

  First surfaces 27 are formed on both sides of the escape hole 9 (in FIG. 2B, above and below the escape hole 9). The first surface 27 is configured such that a part of the lower surface of the cover member 6 abuts when the cover member 6 is closed.

  Second surfaces 28 are formed on both sides of the inner conductor holding groove 10. When the cover member 6 is closed, the second surface 28 comes into contact with a convex portion 13 of the cover member 6 described later.

  In addition, third surfaces 29 are formed on both sides of the cable holding groove 11. When the cover member 6 is closed, the third surface 29 comes into contact with the lower surface of the cover member 6 located above the main body side stepped holding groove 8.

  As a result, the outer conductor of the coaxial cable is fixed to the cable holding groove 11.

  The first surface 27, the second surface 28, and the third surface 29 support the cover member 6 at a predetermined position when the cover member 6 is closed.

  As shown in FIG. 3, an attachment piece 6 a in which a hole 7 a for inserting the rotation shaft 7 is integrally formed at one end of the cover member 6. The attachment piece 6 a is connected to the hinge portion 5 b of the main body member 5 through the rotation shaft 7 so as to be freely opened and closed.

  On the lower surface of the cover member 6 corresponding to the second surface 28 of the main body member 5, a convex portion 13 that contacts the second surface 28 when the cover member 6 is closed is formed. The convex cable 13 and the second surface 28 of the main body member 5 sandwich and hold the coaxial cable.

  Further, the cover member 6 is formed with a through hole 19 for holding a push button 18 described later slidably up and down.

  As shown in FIGS. 4 (a) and 4 (b), the push button 18 held in the through hole 19 is provided on the lower surface side of the cover member 6, and the bending member 14 fitted into the escape hole 9, and the cover member 6 and includes a pushing portion 15 that pushes the bending member 14 and a small-diameter bar 21 that connects the bending member 14 and the pushing portion 15.

  As shown in FIGS. 4A and 4B, the bending member 14 is formed with a rounded portion 20 for bending the inner conductor 2 with a predetermined curvature similarly to the inner conductor holding groove 10.

  The bending member 14 and the pushing portion 15 are connected by a small-diameter bar 21, and the bending member 14 is pushed into the escape hole 9 by pushing the pushing portion 15.

  Therefore, the through hole 19 is opened on the lower surface side of the cover member 6 and has a modified cross-sectional hole 22 that slidably accommodates the bending member 14, an upper large-diameter hole 23 opened on the upper surface side, and a modified cross-sectional hole 22. And an upper large-diameter hole 23 and a small-diameter hole 24 that slidably accommodates the small-diameter bar 21.

  A seat 25 is formed at the bottom of the upper large-diameter hole 23, and an elastic member 26 is provided between the seat 25 and the lower surface of the push-in portion 15. The push-button 18 is normally urged upward. Yes.

  A bending operation using the inner conductor tip bending jig 1 will be described.

  As shown in FIG. 5A, the inner conductor 2 is protruded by a predetermined length from the end of the coaxial cable 4 from which the outer conductor 3 is exposed in advance, and the cover member 6 of the inner conductor tip bending jig 1 is attached. The coaxial cable 4 which is opened and has the inner conductor 2 protruded by a predetermined length is accommodated in the main body side stepped holding groove 8 of the main body member 5. That is, the inner conductor 2 is accommodated in the inner conductor retaining groove 10 of the main body side stepped retaining groove 8 and the outer conductor 3 is accommodated in the cable retaining groove 11. At this time, the end face of the outer conductor 3 of the coaxial cable 4 from which the inner conductor 2 is protruded by a predetermined length is fixed by a step between the inner conductor holding groove 10 and the cable holding groove 11 and is positioned and held at a certain position. The

  Next, as shown in FIG. 5B, the cover member 6 is closed, and the coaxial cable 4 is sandwiched and held between the convex portion 13 of the cover member 6 and the second surface 28 of the main body member 5.

  Thereafter, as shown in FIG. 5 (c), the push button 15 is pushed to push the push portion 15, and at the same time, with the bending member 14, the tip of the inner conductor 2 of the coaxial cable 4 located in the escape hole 9 Bend. At this time, the tip of the inner conductor 2 is formed into a predetermined round shape by the rounded portion 12 of the main body side stepped holding groove 8 and the rounded portion 20 of the bending member 14.

  Thereafter, when the cover member 6 is opened and the coaxial cable 4 with the tip of the inner conductor 2 having a predetermined round shape is taken out from the main body side stepped holding groove 8, as shown in FIG. The coaxial cable 4 whose tip is bent at a certain position is obtained.

  In short, according to the inner conductor tip bending jig 1, the tip of the inner conductor 2 can be bent from the end face of the outer conductor 3 at a fixed position. Further, according to the stapler-type inner conductor tip bending jig 1, the tip end of the inner conductor 2 is fixed by simply holding the coaxial cable 4 between the body member 5 and the cover member 6 and then pressing the push button 18. Since it can be bent into a predetermined round shape at the position, the working time can be shortened.

  The main body side stepped holding groove 8 includes an inner conductor holding groove 10 that holds the inner conductor 2 and a cable holding groove 11 that communicates with the inner conductor holding groove 10 and holds a predetermined length on the end side of the coaxial cable 4. Thus, by holding the coaxial cable 4 with the main body side stepped holding groove 8, the length of the inner conductor 2 located in the escape hole 9 can be made constant, and the bending position can be made constant easily.

  Since the inner conductor holding groove 10 and the bending member 14 are formed with rounded portions (12, 20) for bending the inner conductor 2 with a predetermined curvature, the inner conductor 2 can be given a predetermined round shape. it can.

  In the first embodiment, only the main body side stepped holding groove 8 is formed as the holding groove for holding the coaxial cable 4, but the cover member 6 corresponds to the main body side stepped holding groove 8. A cover-side stepped holding groove may be formed, and the cover-side stepped holding groove and the body-side stepped holding groove 8 may be formed to hold the coaxial cable 4 therebetween.

  Next, a second embodiment will be described.

  The inner conductor tip bending jig 1 according to the first embodiment has only the configuration for bending the tip of the inner conductor 2, but the inner conductor tip bending jig 100 according to the second embodiment is shown in FIG. 6, in addition to the configuration 101 that bends the tip of the inner conductor, an inner conductor protruding removal jig 102 that cuts and removes the coating layer to the inner insulator, and an outer conductor exposure removal jig 103 that cuts the coating layer. And further comprising.

  As shown in FIGS. 7 to 9, an inner conductor protruding removal jig 102 that cuts and removes from the covering layer to the inner insulator is formed on the main body member 104 and the cover member 105, and positions and accommodates the coaxial cable. A cutting blade for projecting an inner conductor, which is provided on the cover member 105 and cuts from the covering layer to the inner insulator, and the housing groove 106 (cover side first housing groove 106a, main body side first housing groove 106b) having an arcuate cross section. 107 and an elongated rectangular inner conductor protruding cutting blade receiving groove 120 which is formed so as to cross the main body side first receiving groove 106b of the main body member 104 and receives and receives the tip of the inner conductor protruding cutting blade 107; Consists of. The internal conductor protruding cutting blade 107 is held through an elongated rectangular through-hole 119 formed in the cover-side first receiving groove 106a of the cover member 105, and the tip blade 107a is formed in a semicircular arc shape.

  The outer conductor exposing removal jig 103 for removing the covering layer is formed in the main body member 104 and the cover member 105, and has a circular arc-shaped accommodation groove 108 (cover side second accommodation groove) for positioning and holding the coaxial cable 110. 108a, the main body side second receiving groove 108b), the outer member exposing cutting blade 109 provided in the cover member 105 for cutting the coating layer, and the main body side second receiving groove 108b. The outer conductor exposing cutting blade 109 is configured to include an elongated rectangular outer conductor exposing cutting blade receiving groove 122 that accommodates and receives the tip of the outer conductor exposing cutting blade 109. The outer conductor exposing cutting blade 109 is held through an elongated rectangular through hole 121 formed in the cover side second accommodation groove 108a of the cover member 105, and the tip blade 109a is formed in a semicircular arc shape.

  The bending operation of the coaxial cable 110 using the inner conductor tip bending jig 100 will be described with reference to FIGS. This operation includes an inner conductor projecting operation (step 1) for cutting and removing the coating layer 110a of the coaxial cable 110 to the inner insulator, and an inner portion for bending the tip of the inner conductor 111 projected by the inner conductor projecting operation (step 1). From the conductor tip bending operation (step 2) and the external conductor exposing operation (step 3) for cutting off and removing the coating layer 110a of the coaxial cable 110 in which the tip of the inner conductor 111 is bent by the inner conductor tip bending operation (step 2). Become.

  First, as shown in FIG. 10A, an unprocessed coaxial cable 110 is prepared and the inner conductor tip bending jig 100 is prepared as shown in FIG. The cover member 105 is opened, and the prepared coaxial cable 110 is positioned and accommodated at the end of the main body side first accommodation groove 106 b of the main body member 104.

  Next, as shown in FIG. 10B, the cover member 105 is closed, and the coaxial cable is connected between the cover-side first accommodation groove 106 a of the cover member 105 and the body-side first accommodation groove 106 b of the body member 104. The coaxial cable 110 is rotated 180 degrees while being sandwiched and held, and the internal conductor protruding cutting blade 107 cuts and removes from the covering layer 110a to the internal insulator.

  Thereafter, as shown in FIG. 10C, after the coaxial cable 110 is pulled out and the cover member 105 is opened, the coaxial cable 110 from which the inner conductor 111 is projected is obtained, from the covering layer 110a to the inner insulator. The removal waste 123 is caught by the arcuate blade 107a of the cutting blade 107 for projecting the inner conductor and remains in the main body side first accommodation groove 106b of the main body member 104.

  Next, in the inner conductor tip bending operation (step 2) shown in FIGS. 11 (e) to 11 (h), the tip bending operation of the inner conductor 111 is performed in the same procedure as that of the first embodiment of the present invention described above. Do.

  First, as shown in FIG. 11 (e), the cover member 105 of the inner conductor tip bending jig 100 is opened, and the coaxial cable 110 in which the inner conductor 111 is protruded in the inner conductor protruding operation (step 1) is shown in FIG. As in a), the main body member 104 is positioned and accommodated in the main body side stepped holding groove 112b. That is, the inner conductor 111 is accommodated in the inner conductor retaining groove 113b of the main body side stepped retaining groove 112b, and the coaxial cable 110 is accommodated in the cable retaining groove 114b.

  Next, as shown in FIG. 11 (f), the cover member 105 is closed, and the cover side stepped holding groove 112a of the cover member 105 and the main body side step of the main body member 104 are formed as in FIG. 4 (b). The coaxial cable 110 is sandwiched and held by the holding groove 112b.

Thereafter, as shown in FIG. 11G, the push button 115 is pushed to push the push portion 116, and at the same time, the bending member 117 bends the tip of the inner conductor 111 of the coaxial cable 110. At this time, similarly to FIG. 4C, the tip of the inner conductor 111 is formed into a predetermined round shape by the round portion 125 of the inherently stepped holding groove 112b and the round portion 118 of the bending member 117 (FIG. 11). see D ₂ of the (g)).

  Thereafter, when the cover member 105 is opened and the coaxial cable 110 with the tip of the inner conductor 111 having a predetermined round shape is taken out from the inherently stepped holding groove 112b of the main body member 104, the constant cable shown in FIG. The coaxial cable 110 whose tip is bent at the position is obtained.

  In other words, in the inner conductor tip bending operation (step 2), the tip of the inner conductor 111 of the coaxial cable 110 obtained in the inner conductor protruding operation (step 1) is obtained.

  Finally, the outer conductor exposure operation (step 3) shown in FIGS. 12 (i) to 12 (k) is performed by opening the cover member 105 and bending the inner conductor tip (step 2) as shown in FIG. 12 (i). The obtained coaxial cable 110 is positioned and held in the main body side second accommodation groove 108 b of the main body member 104.

  Next, as shown in FIG. 12 (j), the cover member 105 is closed, and the coaxial cable 110 is formed by the cover-side second accommodation groove 108 a of the cover member 105 and the body-side second accommodation groove 108 b of the body member 104. The coaxial cable 110 is rotated 180 degrees, and the coating layer 110a is cut and removed by the outer conductor exposing cutting blade 109.

  Thereafter, as shown in FIG. 12 (k), after the coaxial cable 110 is pulled out and the cover member 105 is opened, the coaxial cable 110 in which the inner conductor 111 and the outer conductor 126 are sequentially exposed is obtained, and the covering layer 110a is obtained. The removal waste 124 is caught by the arcuate blade 109a of the cutting blade 109 for exposing the outer conductor 109 and remains in the main body side second accommodation groove 108b of the main body member 104.

  Thereby, the end bending operation of the inner conductor 111 of the coaxial cable 110 is completed.

  In short, according to the inner conductor tip bending jig 100, the inner conductor protruding removal jig 102 can safely cut and remove the coating layer 110a to the inner insulator.

  Further, the covering layer 110a can be safely cut and removed by the outer conductor exposing removal jig 103.

  The cutting blade 107 for projecting the inner conductor has a tip 107a formed in a semicircular arc shape, and the cutting and removal from the coating layer 110a to the inner insulator using the inner conductor projecting removal jig 102 is performed by the first housing on the main body side. The coaxial cable 110 is accommodated in the groove 106b, and the cover member 105 is closed and the coaxial cable 110 is rotated 180 degrees to easily cut and remove from the covering layer 110a to the internal insulator.

  The outer conductor exposing cutting blade 109 has a tip edge 109a formed in a semicircular arc shape, and the cutting and removal of the coating layer 110a using the outer conductor exposing removing jig 103 is performed by using a coaxial cable in the main body side second receiving groove 108b. 110 is accommodated, the cover member 105 is closed, and the coaxial cable 110 is rotated 180 degrees to easily remove the covering layer 110a.

  Therefore, according to the inner conductor tip bending jig 100, an operation for easily and easily connecting the coaxial cable 110 to a device such as an antenna can be performed at a time. Further, since no other jig is required, the cost can be kept low.

  In the above-described embodiment, the shape of the cover side first accommodation groove 106a, the main body side first accommodation groove 106b, the cover side second accommodation groove 108a, and the main body side second accommodation groove 108b is a semicircular arc shape, but is not limited thereto. For example, the cross section may be V-shaped. With the V-shaped cross section, the coaxial cable 110 can be supported at four points by the upper and lower grooves, and the coaxial cable 110 can be stably held.

DESCRIPTION OF SYMBOLS 1 Inner conductor tip bending jig 2 Inner conductor 4 Coaxial cable 5 Main body member 6 Cover member 7 Rotating shaft 8 Main body side stepped holding groove 9 Escape hole 14 Bending member 15 Pushing part

Claims (8)

A body member;
A cover member that can be opened and closed with respect to the main body member via a rotation shaft;
Consists of
In the main body member,
On its upper surface, a holding groove for holding a coaxial cable in which an inner insulator, an outer conductor, and a coating layer are laminated in order with the inner conductor as a center,
A clearance hole formed on the leading end side of the holding groove so that the protruding end portion of the inner conductor is positioned when the inner conductor of the coaxial cable protrudes a predetermined length; Formed,
In the cover member,
A bending member that is fitted into the clearance hole having a pushing portion is provided;
In the state where the coaxial cable in a state where the inner conductor is protruded by a predetermined length is held in the holding groove, and the distal end portion of the inner conductor protruded by the holding is positioned in the escape hole, the pushing portion is An inner conductor distal end bending jig, wherein the distal end portion of the inner conductor is bent by inserting the bending member into the clearance hole by pressing. The holding groove is
An inner conductor holding groove for holding the inner conductor;
A cable holding groove that communicates with the inner conductor holding groove and holds a predetermined length on the end side of the coaxial cable;
The body side stepped holding groove consisting of
When the cable holding groove of the main body side stepped holding groove holds a predetermined length on the end side of the coaxial cable, the inner conductor protrudes from the inner conductor holding groove toward the escape hole by a predetermined length. The inner conductor tip bending jig according to claim 1. A rounded portion is formed on the bottom surface of the inner conductor holding groove on the escape groove side and the outer surface of the bending member at a position corresponding to the bottom surface so as to bend the inner conductor with a predetermined curvature. The inner conductor tip bending jig according to claim 2. In the cover member,
The inner conductor tip bending jig according to claim 2, wherein a cover side stepped holding groove corresponding to the main body side stepped holding groove on the body member side is formed. In the main body member,
A main body side first receiving groove for positioning and storing the coaxial cable is formed on the upper surface,
In the cover member,
A cover-side first accommodation groove corresponding to the body-side first accommodation groove on the body member side is formed;
In the cover side first receiving groove,
A cutting blade for protruding an internal conductor that cuts from the coating layer to the internal insulator is provided,
An internal conductor protruding removal jig for cutting and removing from the coating layer to the internal insulator is formed,
The coaxial cable is positioned and accommodated in the main body-side first accommodation groove, and in that state, the cover member is closed, and the inner conductor protruding cutting blade removes the coaxial cable from the coating layer at the distal end portion of the coaxial cable. The inner conductor tip bending jig according to any one of claims 1 to 4, wherein the inner conductor is cut and removed to project the inner conductor by a predetermined length. The cutting blade for protruding the inner conductor is
The tip blade is formed in a semicircular arc shape,
Cutting and removing the coaxial cable from the coating layer to the internal insulator using the inner conductor protruding removal jig positions and accommodates the coaxial cable in the main body-side first accommodation groove, and the cover member The inner conductor tip bending jig according to claim 5, wherein the jig is closed and the coaxial cable is rotated 180 degrees. In the main body member,
A main body-side second accommodation groove for positioning and housing the coaxial cable, the tip of the inner conductor being bent, is formed on the upper surface,
In the cover member,
A cover-side second accommodation groove corresponding to the body-side second accommodation groove on the body member side is formed;
In the cover side second accommodation groove,
A cutting blade for exposing the outer conductor for cutting the coating layer is provided,
An outer conductor exposing removal jig for cutting and removing the coating layer is formed,
The coaxial cable with the inner conductor bent at its distal end is positioned and accommodated in the second housing groove on the main body side, and in this state, the cover member is closed, so that the outer conductor exposing cutting blade is used for the coaxial cable. The inner conductor tip bending jig according to any one of claims 1 to 6, wherein the outer layer is exposed for a predetermined length by cutting and removing the covering layer at the tip of the cable. The outer conductor exposing cutting blade is:
The tip blade is formed in a semicircular arc shape,
Cutting and removing the coating layer using the outer conductor exposing removal jig positions and accommodates the coaxial cable in which the tip end portion of the inner conductor is bent in the main body side second accommodation groove, and the cover member 8. The inner conductor tip bending jig according to claim 7, wherein the coaxial cable is closed and the tip end portion of the inner conductor is bent by rotating the coaxial cable by 180 degrees.

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