JP2019009010A - Connector for shielded wire - Google Patents

Abstract

To provide a connector for a shielded wire which can be manufactured with a simple structure at low cost and which can secure wire connection strength and waterproofness in a vehicle and reliably connect a shield of a wire and a ground circuit even if vibrations are applied.SOLUTION: A shield 5 is folded back at an end portion of a shielded wire 2, and a conductive sleeve 9 is caulked and mounted on the outer circumference thereof. The shielded wire 2 is inserted into a connector body 8, and a waterproof ring holder 10 in the connector body 8 is tightened together with a wire waterproofing packing 11 and an internal waterproofing packing 12 with a fastening holder 13. By the fastening, a conductive sleeve 9 is pressed against a stepped shape change surface 8ad in the connector body 8. A shield connecting spring 14 is interposed at the pressing portion.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a shielded wire connector, for example, a shielded wire connector for connecting a shielded wire corresponding to large current conduction in an electric vehicle, a hybrid vehicle, or the like.

  In an electric vehicle or a hybrid vehicle, a large current is passed between electric devices such as a battery, an inverter, and a motor. In addition, a shielded electric wire is often used for energization as a noise countermeasure. Therefore, a shielded electric wire connector corresponding to a large current is required.

JP 2013-191489 A JP 2014-96275 A

  Wires and connectors used in electric vehicles and hybrid vehicles are strong enough to connect the wires reliably due to the characteristics of the usage environment on the road, waterproof to prevent water from entering the wires and connected devices, and repeatedly However, it is difficult to satisfy all performance with a low-cost and simple structure in a conventional shielded electric wire connector for large currents.

  In particular, in electric vehicles and hybrid vehicles as described above, shielded wires are often used as noise countermeasures, but it is difficult to ensure electrical connection between the shield and the ground circuit, and work for that is also required. It takes time. In order to ensure the connection, the structure of the connector for the shielded electric wire has to be complicated, which causes a cost increase.

  The object of the present invention is to secure the wire connection strength and waterproofness in the vehicle, and to make sure the connection between the wire shield and the grounding circuit is possible even when vibration is applied. It is to provide a shielded wire connector that is possible.

The shielded wire connector according to the present invention is a connector for connecting a shielded wire in which a core wire, an insulation coating, a shield, and a sheath are laminated concentrically,
A conductive sleeve that covers the outer periphery of a shield folded portion that is folded over the outer periphery of the outer skin by folding the shield at the portion where the outer skin is peeled off at the end of the shielded electric wire;
The inner peripheral surface is formed into a cylindrical surface shape including a front hole portion, an intermediate hole portion, and a rear hole portion that sequentially increase in diameter via front and rear diameter change surfaces, and the shield is provided in the front hole portion. A conductive connector main body in which the conductive sleeve is inserted into the intermediate hole portion of the end portion of the electric wire where the coating is exposed,
A ring-shaped waterproof material holder that fits on the outer periphery of the shielded electric wire in the rear hole portion in a state of abutting against the conductive sleeve and has an inner annular recess extending from the inner peripheral surface to the rear side surface;
A ring-shaped wire waterproof packing that is at least partially fitted into the inner annular recess of the waterproof material holder and is in close contact with the outer peripheral surface of the shielded wire;
An internal waterproof packing interposed between the waterproof material holder and the rear-side diameter changing surface of the connector body;
Attached to the rear end of the connector body and presses the wire waterproof packing and is pressed against the waterproof material holder so that the conductive sleeve is pressed against the front diameter change surface of the connector body by the waterproof material holder Tightening holder,
With.
The diameter change surface is, for example, a step surface perpendicular to the axial direction.

According to this configuration, the conductive sleeve that is in a conductive state with the shield covering the shield folded portion of the shielded electric wire is pressed against the waterproof material holder by tightening the tightening holder. As a result, the conductive sleeve is pressed against the diameter changing surface of the connector main body, and the ground circuit is connected between the shield of the shielded electric wire and the connector main body at the pressed position. As described above, since the contact is made in the pressed state in the axial direction, the wire connection strength in the vehicle is ensured, and the connection between the shield of the wire and the ground circuit can be reliably maintained even if vibration is applied.
In addition, by inserting the waterproof cable packing between the waterproof material holder and the tightening holder and attaching the tightening holder with the internal waterproof packing inserted between the connector body and the waterproof material holder, Waterproofness between is obtained. In this case, the wire waterproofing packing is pushed by the tightening holder with a part of the inner annular recess formed from the inner peripheral surface to the rear side surface of the waterproof material holder, It deforms so that it bites in, and the pressing pressure on the contact surface is strong, resulting in excellent waterproof properties.
Furthermore, since the connection between the shield and the ground circuit is ensured as described above and reliable waterproofness is obtained, there is no need for a complicated structure for ensuring connection and sealing, and simple It becomes a structure and can be manufactured at low cost.

In the present invention, the conductive sleeve may be compressed and deformed in a reduced diameter state on the entire circumference so as to contact the outer circumference of the shield folded portion.
When the entire circumference is compressed and deformed into a reduced diameter state, the electrical connection between the shield and the conductive sleeve is reliably maintained.

The conductive sleeve has spot-like depressions that bite into the shield folded portion at a plurality of locations in the circumferential direction, with the outer circumferential surface of the conductive sleeve being a depression surface and the inner circumferential surface being a projection surface. You may have.
When recessed portions are provided at a plurality of locations in the circumferential direction of the conductive sleeve so as to bite into the shield folded portion, the fixing strength of the conductive sleeve with respect to the shielded electric wire is improved.
In this case, after reducing the diameter of the conductive sleeve, it is preferable to further bite the shield folded portion at a plurality of recessed portions in the circumferential direction. For example, the conductive sleeve is pressed from the entire circumference of the outer peripheral surface to reduce the entire diameter, and the inner peripheral surface is brought into contact with the folded portion of the shield in a pressed state, and then the depressed portion is spot-like. Form by caulking.
As described above, when the diameter of the conductive sleeve is reduced and further encroached into the folded portion of the shield at a plurality of circumferential recessed portions, the fixing strength of the conductive sleeve to the shielded electric wire is improved, and the shield And the electrical connection between the conductive sleeve and the conductive sleeve are more reliably maintained.

In the present invention, a conductive shield connecting spring may be interposed between the front diameter changing surface of the connector main body and the conductive sleeve.
By tightening with the shield connection spring interposed therebetween, electrical connection can be ensured even when there is some looseness due to tightening of the tightening holder or due to aging.
The shield connection spring may be a member having conductivity and springiness, and for example, a wave washer, a star washer, a sling washer, or the like can be used.

In the present invention, the inner peripheral surface of the inner annular recess of the waterproof material holder may be a tapered surface whose diameter is reduced on the bottom side.
If the inner peripheral surface of the inner annular recess of the waterproof material holder is a tapered surface whose diameter is reduced on the bottom side, the wire waterproof packing is pushed in the axial direction by the connector body, so that it is elastically deformed into a reduced diameter state and shielded. Strong contact with the outer periphery of the attached wire. Therefore, waterproofness is further improved.

In the present invention, the tightening holder may be configured such that a male screw portion provided on the outer periphery is screwed into a female screw portion provided on the inner periphery of the connector body.
When the male thread part on the outer periphery of the tightening holder is screwed into the female thread part on the inner circumference of the connector body, a strong pressing force of the conductive sleeve and each packing can be obtained with a simple structure. The work can be done simply by tightening it by rotation.

  The shielded wire connector according to the present invention is a connector for connecting a shielded wire in which a core wire, an insulation coating, a shield, and a sheath are stacked concentrically, and the sheath at the end of the shielded wire is peeled off. The conductive sleeve that covers the outer periphery of the shield folded portion that is folded over the shield at the spot and overlaps the outer periphery of the outer skin, and the front side in which the inner peripheral surface sequentially increases in diameter through the front and rear diameter change surfaces A cylindrical surface comprising a hole, an intermediate hole, and a rear hole, and a portion where the coating at the end of the shielded electric wire is exposed to the front hole is defined as the conductive hole in the intermediate hole. A conductive connector body in which the sleeves are inserted, and an inner peripheral surface that fits on the outer periphery of the shielded electric wire in the rear hole while being in contact with the conductive sleeve A ring-shaped waterproof material holder having an inner annular recess extending over the rear side surface, and a ring-shaped electric wire waterproofing that is at least partially fitted into the inner annular recess of the waterproof material holder and is in close contact with the outer peripheral surface of the shielded electric wire And the inner waterproof packing interposed between the waterproof material holder and the rear diameter change surface of the connector main body, and the electric wire waterproof packing attached to the rear end of the connector main body. And a tightening holder that is pressed against the waterproof material holder and presses the conductive sleeve against the diameter change surface on the front side of the connector main body by the waterproof material holder. It is possible to secure the connection between the shield of the electric wire and the grounding circuit even if vibration is applied, and a simple structure And it is possible manufactured at low cost.

It is sectional drawing of the connector for shielded electric wires which concerns on one Embodiment of this invention. It is a fracture | rupture front view which shows the state which covered the electroconductive sleeve on the electric wire with a shield. It is sectional drawing which shows the state before clamping of the connector for electric wires with the shield. It is a disassembled perspective view of the connector for electric wires with the shield. It is process explanatory drawing which shows from the covering stripping process of the electric wire with a shield to a conductive sleeve covering process. It is a fragmentary sectional view of the waterproof material holder of the connector for electric wires with the shield. (A)-(D) are partial sectional drawings which show the various examples of the packing for electric wire waterproof, respectively. It is the front view and broken side view which show an example of the spring for shield connection. It is the front view and side view which show the other example of the spring for shield connection. It is the front view and side view which show the other example of the spring for shield connection.

  An embodiment of the present invention will be described with reference to the drawings. The shielded electric wire connector 1 supports the end of the shielded electric wire 2 and grounds the shield when the shielded electric wire 2 is connected to a terminal of an electrical device or another electric wire (both not shown). A connector, for example, for a large current used for connection between electric devices such as a battery, an inverter, and a motor in an electric vehicle or a hybrid vehicle.

  This shielded wire connector is mainly composed of a conductive connector body 8, a conductive sleeve 9, a waterproof material holder 10, a wire waterproof packing 11, an internal waterproof packing 12, and a tightening holder 13. In addition to this, a shield connection spring 14 is provided, and an insertion hole packing 15 is also provided.

  As shown in FIG. 5A, the shielded electric wire 2 has a core wire 3, an insulating coating 4, a net-shielded shield 5, and an outer skin 6 laminated concentrically. The core wire 3 is formed of a stranded wire, but may be a single wire. When the shielded electric wire 2 is connected, the insulation coating 4, the shield 5, and the outer skin 6 are peeled off so that the core wire 3, the insulation coating 4, and the shield 5 are partially exposed as shown in FIG. take. The exposed portion of the shield 5 is folded back to the outer periphery side as shown in FIG.

  A conductive sleeve 9 (FIG. 5C) is placed over the shield folded portion 5a of the shielded electric wire 2. The conductive sleeve 9 is made of a conductive metal, such as steel, copper, aluminum, or an alloy thereof. The conductive sleeve 9 placed on the shield folded portion 5a is pressed from the entire circumference to reduce the diameter of the entire surface, and the inner circumferential surface is brought into contact with the shield folded portion 5a in a pressed state. Thereafter, the conductive sleeve 9 is spot-crimped from the outer peripheral side to form recessed portions 19 at a plurality of locations in the circumferential direction, for example, at regular intervals, and bite into the shield folded portion 5a. The depressed portion 19 is a plastically deformed portion in which the outer peripheral surface of the conductive sleeve 9 is a depressed surface and the inner peripheral surface is a protruding surface. The conductive sleeve 9 is longer than the shield folded portion 5a, and one end thereof is aligned with the position of the end portion of the shield folded portion 5a.

  As shown in FIG. 1, the terminal 7 is attached to the location where the core wire 3 is exposed at the end of the shielded electric wire 2. The terminal 7 is a crimp terminal including a plate portion 7a with a hole and a sleeve-like barrel 7b at the base end thereof. The shielded electric wire 2 is connected to the core wire 3 by passing the end portion of the exposed wire 2 through the barrel 7b and caulking the barrel 7b.

The connector main body 8 is made of a conductive metal, such as steel, copper, aluminum, or an alloy thereof, and is provided on the cylindrical portion 8a and a part of the outer periphery near the front of the cylindrical portion 8a. And a flange 8b. The flange 8 b has a mounting hole 16.
The portion on the front side of the flange 8b of the cylindrical portion 8a is an insertion portion that is inserted into a mounting hole (not shown) of the device, and is formed of a rubber O-ring or the like in a circumferential groove 18 formed on the outer periphery. The insertion hole packing 15 is fitted.

The inner peripheral surface of the cylindrical portion 8a of the connector main body 8 has a front hole portion 8aa, an intermediate hole portion 8ab, and a rear hole portion 8ac, which are sequentially increased in diameter, via diameter change surfaces 8ad and 8ae on the front side and the rear side. It has a cylindrical surface with two steps. The diameter changing surfaces 8ad and 8ae are stepped surfaces in this embodiment, but may be tapered surfaces. The inner peripheral surface of the rear side portion of the side hole portion 8ac is formed in the female screw portion 17.
A portion where the insulating coating 4 of the shielded electric wire 2 is exposed is inserted into the front hole 8aa. The conductive sleeve 9 is communicated with the intermediate hole portion 8ab, and the waterproof material holder 10 is inserted into the rear hole portion 8ac. The inner diameters of the front hole portion 8aa and the rear hole portion 8ac are the minimum hole diameters into which the insulating coating 4, the conductive sleeve 9, and the waterproof material holder 10 of the shielded electric wire 2 can be inserted without difficulty.

  The waterproof material holder 10 is inserted into the intermediate hole portion 8ab of the connector main body 8, the front side surface is abutted against the conductive sleeve 9, and the rear side surface is abutted against the tightening holder 13. The waterproof material holder 10 is a member that holds the electric wire waterproof packing 11 and the internal waterproof packing 12 on the rear side and the front side, and transmits the tightening force of the tightening holder 13 to the conductive sleeve 9. It is formed in a ring shape from a hard material made of metal or synthetic resin.

  As shown in FIG. 6, the waterproof material holder 10 is provided with an inner annular recess 21 that extends from the inner peripheral surface to the rear side surface, and an outer annular recess 22 that extends from the outer peripheral surface to the front end surface. The inner peripheral surface 21a of the inner annular recess 21 is a tapered surface whose diameter is reduced on the bottom side. The outer annular recess 22 has a rectangular cross section. The wire waterproof packing 11 and the inner waterproof packing 12 shown in FIG. 1 are arranged so that a part or the whole of the inner annular recess 21 and the outer annular recess 22 are inserted.

  The wire waterproof packing 11 is a member that seals between the outer peripheral surface of the shielded wire 2 and the waterproof material holder 10, and is made of a ring or a member made of rubber or synthetic resin. The cross-sectional shape of the electric wire waterproofing packing 11 is such that the outer peripheral surface of the shielded electric wire 2 and the waterproof material holder 10 are dense and have a high contact pressure by being pushed into the inner annular recess 21 of the waterproof material holder 10 by the tightening holder 13. In this embodiment, as shown in FIG. 7 (A) and FIG. 4, a shape having deformed portion relief recesses 11a at the front side portions at a plurality of locations in the circumferential direction of the outer peripheral surface is preferable. It is said that. The deformed portion relief recess 11a is a recess that is easily deformed by allowing the elastically deformed portion of the wire waterproof packing 11 to escape.

  In addition to this, for example, as shown in FIGS. 7B to 7D, the cross-sectional shape of the wire waterproof packing 11 is various, such as a rectangular shape, a truncated cone shape having a tapered outer peripheral surface, and a circular shape. The shape may be adopted, and may be a hollow shape as shown in the figure or a solid shape.

  1 is a ring-shaped member made of rubber or synthetic resin, may be an O-ring, or may be a member having a rectangular cross section. Further, the internal waterproofing packing 12 may have a hollow shape or a solid shape.

  The shield connection spring 14 is a member interposed to improve the contact between the end face of the conductive sleeve 9 and the connector main body 8, and is a member made of metal having conductivity and spring. The shield connecting spring 14 has, for example, a wave washer shape shown in FIG. 8, a star washer (also referred to as a toothed washer) shape shown in FIG. 9, or a one-part spring washer shape shown in FIG.

  The fastening holder 13 of FIG. 1 is formed of a hard material such as a metal such as steel or a synthetic resin, and the outer peripheral surface of the front portion is a male screw portion 23. The tightening holder 13 is screwed into the female thread portion 17 of the connector main body 8, thereby pressing the electric wire waterproofing packing 11 and being abutted against the waterproof material holder 10, so that the conductive sleeve 9 is attached to the connector main body 8 by the waterproof material holder 10. The state is pressed against the front diameter change surface 8ad.

  Connection work by the shielded electric wire connector 1 having the above-described configuration will be described. A tightening holder 13, a wire waterproof packing 11, a waterproof material holder 10, an internal waterproof packing 12, a conductive sleeve 9, and a shield connection spring 14 are sequentially inserted into the shielded electric wire 2. After that, as shown in FIG. 5, the insulation coating 4, the shield 5 and the outer skin 6 of the shielded electric wire 2 are peeled off, the shield 5 is folded back, and the conductive sleeve 9 is fastened to the outer periphery thereof as described above. Thereafter, the shielded electric wire 2 is passed through the connector body 8 (the state shown in FIG. 3), and the fastening holder 13 is tightened as shown in FIG. Thereafter, the terminal 7 is attached.

According to the shielded electric wire connector 1 having this configuration, the conductive sleeve 9 that is in a conductive state with the shield 5 by covering the shield folded portion 5 a of the shielded electric wire 2 is fitted to the inner periphery of the connector body 8. When the tightening holder 10 is tightened, the conductive sleeve 9 is pushed forward by the waterproof material holder 10 and is pressed against the step-shaped diameter change surface 8ad of the connector body 8. At the pressed portion, the shield 5 of the shielded electric wire 2 and the connector body 8 are electrically connected, and the ground circuit is connected. In this way, since the contact is made in the pressed state in the axial direction, the wire connection strength in the vehicle is ensured, and the connection of the ground circuit of the shielded wire 2 can be reliably maintained even when vibration is applied.
Since the shield connection spring 14 is interposed at this connection location, the connection is ensured even if there is some looseness due to tightening of the tightening holder 13 or some aging.

  Further, the conductive sleeve 9 is pressed from the entire circumference of the outer peripheral surface to reduce the diameter of the entire surface, and further, a recessed portion 19 is formed by spot caulking thereon to shield the shielded electric wire 2. It digs into the folded portion 5a. Therefore, the fixing strength of the conductive sleeve 9 to the shielded electric wire 2 is improved, and the electrical contact between the shield 5 and the conductive sleeve 9 is more reliably maintained.

  For waterproofing, the inner waterproofing packing 12 is sandwiched between the connector body 8 and the waterproofing material holder 10, and the fastening holder 13 is attached with the electric wire waterproofing packing 11 sandwiched between the waterproofing material holder 10 and the fastening holder 13. Yes. Therefore, waterproofness between the shielded electric wire 2 and the connector main body 2 is obtained. In this case, the wire waterproofing packing 11 is pressed by the tightening holder 13 in a state where a part of the inner annular recess 21 formed from the inner peripheral surface to the rear side surface of the waterproof material holder 10 is inserted, so that the shield is provided. The wire waterproofing packing 11 is deformed so as to bite into the outer skin 6 of the electric wire 2, the pressing pressure on the contact surface is strong, and an excellent waterproof property is obtained. Since the inner peripheral surface of the inner annular recess 21 is a tapered surface whose diameter is reduced on the bottom side, the wire waterproof packing 11 is elastically deformed into a reduced diameter state by being pushed in the axial direction by the tightening holder 13. Therefore, it contacts more strongly with the outer periphery of the shielded electric wire 2 and the waterproofness is further improved. Also between the waterproof material holder 10 and the connector body 8, the internal waterproof packing 12 is disposed in the outer annular recess 22 formed from the outer peripheral surface of the waterproof material holder 10 to the front side surface. The packing 12 is strongly pressed against the inner surface of the connector main body 8, and a certain waterproof property is obtained.

  In this way, the shield 5 of the shielded electric wire 2 is reliably connected to the ground circuit, and a reliable waterproof property is obtained, so that no other complicated configuration for ensuring connection and sealing is unnecessary. It is simple and can be manufactured at low cost. In addition, it is possible to simultaneously secure the conductivity of the conductive sleeve 9 and ensure the waterproofness in the connector main body 8 by the tightening operation of the tightening holder 13, and the workability is excellent.

  Since the tightening holder 13 is tightened by screwing the outer peripheral male threaded portion 23 into the female threaded portion 17 of the connector main body 8, strong pressing of the conductive sleeve 9 and the packings 11 and 12 can be obtained with a simple configuration. In addition, the operation for obtaining the pressing force is simple and requires only tightening by rotation.

  In addition, in the said embodiment, although the external thread part 23 of the outer periphery of the clamp | tightening holder 13 was used for the attachment form of the clamp | tightening holder 13 to the connector main body 8, it is electroconductive with the said packing 11 for electric wire waterproofing and the waterproof material holder 10. FIG. Any configuration capable of pressing the sleeve 9 may be used, and various other configurations may be employed. For example, although not shown, the front portion of the tightening holder 13 has a double cylindrical shape, and a female screw portion provided on the inner periphery of the outer cylindrical portion is screwed into a male screw portion provided on the outer periphery of the connector body 8. The waterproof material holder 10 may be pressed with the connector body 8 or the tightening holder 13 may be attached to the connector body 8 by caulking the connector body 8 or the tightening holder 13.

  The embodiment disclosed this time should be considered as illustrative in all points and not restrictive. The scope of the present invention is defined by the terms of the claims, rather than the description above, and is intended to include any modifications within the scope and meaning equivalent to the terms of the claims.

DESCRIPTION OF SYMBOLS 1 ... Connector for shielded electric wire 2 ... Shielded electric wire 3 ... Core wire 4 ... Insulation coating 5 ... Shield 5a ... Shield folding part 6 ... Outer sheath 7 ... Terminal 8 ... Connector main body 8a ... Cylindrical part 8b ... Flange 8aa ... Front hole 8ab ... intermediate hole 8ac ... rear hole 8ad, 8ae ... diameter changing surface 9 ... conductive sleeve 10 ... waterproof material holder 11 ... wire waterproofing packing 11a ... deformed relief relief 12 ... internal waterproof packing 13 ... tightening Holder 14 ... Shield connection spring 15 ... Insert hole packing 17 ... Female thread part 19 ... Depressed part 21 ... Inner annular recess 22 ... Outer annular recess 23 ... Male thread part

Claims (6)

A connector for connecting a shielded electric wire in which a core wire, an insulation coating, a shield, and a sheath are laminated concentrically,
A conductive sleeve that covers the outer periphery of a shield folded portion that is folded over the outer periphery of the outer skin by folding the shield at the portion where the outer skin is peeled off at the end of the shielded electric wire;
The inner peripheral surface is formed into a cylindrical surface shape including a front hole portion, an intermediate hole portion, and a rear hole portion that sequentially increase in diameter via front and rear diameter change surfaces, and the shield is provided in the front hole portion. A conductive connector main body in which the conductive sleeve is inserted into the intermediate hole portion of the end portion of the electric wire where the coating is exposed,
A ring-shaped waterproof material holder that fits on the outer periphery of the shielded electric wire in the rear hole portion in a state of abutting against the conductive sleeve and has an inner annular recess extending from the inner peripheral surface to the rear side surface;
A ring-shaped wire waterproof packing that is at least partially fitted into the inner annular recess of the waterproof material holder and is in close contact with the outer peripheral surface of the shielded wire;
An internal waterproof packing interposed between the waterproof material holder and the rear-side diameter changing surface of the connector body;
Attached to the rear end of the connector body and presses the wire waterproof packing and is pressed against the waterproof material holder so that the conductive sleeve is pressed against the front diameter change surface of the connector body by the waterproof material holder Tightening holder,
A shielded wire connector comprising:   The shielded electric wire connector according to claim 1, wherein the conductive sleeve is compressed and deformed in a reduced-diameter state on the entire circumference and contacts the outer circumference of the shield folded portion. 3. The shielded electric wire connector according to claim 1, wherein the conductive sleeve has a plurality of circumferential positions in which the outer peripheral surface of the conductive sleeve is a recessed surface and the inner peripheral surface is A shielded electric wire connector having a spot-like depressed portion that becomes a protruding surface and bites into the shield folded portion.   4. The shielded electric wire connector according to claim 1, wherein a conductive shield connection spring is provided between the front diameter-changing surface of the connector main body and the conductive sleeve. 5. Interposed shielded wire connector.   5. The shielded electric wire connector according to claim 1, wherein the inner peripheral surface of the inner annular recess of the waterproof material holder is a tapered surface whose diameter is reduced on the bottom side. connector. The shielded wire connector according to any one of claims 1 to 5, wherein the tightening holder has a male screw portion provided on an outer periphery thereof screwed on a female screw portion provided on an inner periphery of the connector body. Shielded wire connector to match.

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