CN203466547U

CN203466547U - Wire to wire connector for cable and cable assembly with wire to wire connector

Info

Publication number: CN203466547U
Application number: CN201320585895.0U
Authority: CN
Inventors: 周啸
Original assignee: Tyco Electronics Shanghai Co Ltd
Current assignee: Tyco Electronics Shanghai Co Ltd
Priority date: 2013-09-22
Filing date: 2013-09-22
Publication date: 2014-03-05
Anticipated expiration: 2023-09-22

Abstract

The utility model discloses a wire to wire connector for a cable. The wire to wire connector is characterized in that the wire to wire connector comprises a shell which is provided with a first through hole through which a cable can pass, and the first through hole passes through the shell in an axial direction along the shell; the wire to wire connector also comprises a switching pipe which is provided with a pipe cavity which extends from one end to the other end to pass through the switching pipe, and the switching pipe is provided with a flange which is arranged on the switching pipe and protrudes from the switching pipe; the wire to wire connector also comprises a terminal isolation sleeve which is provided with a second through hole, one end of the switching pipe is inserted into the first through hole, the flange is larger than the first through hole, the flange presses against the end part of the shell along the axial direction and is outside the first through hole, and the other end of the switching pipe is connected with the terminal isolation sleeve. According to the wire to wire connector for a cable, the rapid separation and connection between wires can be realized, and two or more cables are conveniently connected together.

Description

Cable is with Line To Line connector and be provided with the cable assembly of Line To Line connector

Technical field

The utility model relates to Line To Line connector for a kind of cable, cable with Line To Line connector assembly and is provided with the cable assembly of Line To Line connector.

Background technology

High-voltage large current is used cable transmission conventionally.Cable generally includes inner wire and the outer conductor for shielding for transmitting electricity.Between outer conductor and inner wire, be provided with insulator.Outside outer conductor, be also provided with insulation crust.In power consumption equipment of the prior art, because power supply is nearer apart from power consumption equipment, conventionally use a cable.Cable end is provided with syndeton, so that cable is connected with power consumption equipment.Correspondingly, the structure that power consumption equipment also can arrange joining is connected with the syndeton of cable.Along with continuous research and development, the development of electric automobile, the function of electric automobile is more and more abundanter, and people are more and more higher to the requirement of electric automobile.The distance of power consumption equipment and power supply needs to increase, and in various automobile, power consumption equipment is not identical with the distance of power supply.Owing to there is no the connector of Line To Line, can only for every kind of vehicle, produce a kind of cable and design syndeton of length, very flexible while not only using, and also production is inconvenient, cost is high.

Utility model content

One of the purpose of this utility model is in order to overcome deficiency of the prior art, the cable Line To Line connector that provides a kind of applicable Line To Line to connect.

For realizing above object, the utility model is achieved through the following technical solutions:

Cable Line To Line connector, is characterized in that, comprising:

Shell, described shell has the first through hole that allows cable to pass; Described the first through hole is along enclosure axis to running through described shell;

Transfer tube, described transfer tube has the tube chamber extending through from one end to the other end; On described transfer tube, be provided with flange; Described flange is arranged on transfer tube and protrudes from transfer tube;

Terminal separation sleeve, described terminal separation sleeve has the second through hole running through;

Described transfer tube one end is inserted in described the first through hole; Described flange is greater than described the first through hole, and described flange is resisted against vertically described outer casing end and is positioned at outside described the first through hole; The other end of described transfer tube is connected with described terminal separation sleeve.

Preferably, described terminal separation sleeve outer wall is provided with first step, and described first step protrudes from the outer wall of described terminal separation sleeve, and protrudes from the tube chamber of described transfer tube; Described terminal separation sleeve end is plugged in or screw thread is installed in described tube chamber; Described first step is resisted against described transfer tube end vertically.

Preferably, described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall.

Preferably, one end that described terminal separation sleeve is not connected with transfer tube is provided with groove; Described groove number is one or more; Plural groove is along the circumferential direction spaced apart and form a plurality of the first shell fragments in described terminal separation sleeve end.

Preferably, described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step is arranged on described the first shell fragment.

Preferably, also comprise splicing ear, described splicing ear at least one end is installed in the second through hole of described terminal separation sleeve.

Preferably, the outer wall of described splicing ear is provided with groove; Described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step embeds in described groove.

Preferably, described splicing ear is male terminal; One end of described male terminal is positioned at beyond described terminal separation sleeve, and the other end is positioned at described the second through hole.

Preferably, described splicing ear is female terminal, and described female terminal is provided with male terminal the cavity volume of joining; Described female terminal is all positioned at the second through hole of described terminal separation sleeve; Described female terminal outer wall is provided with draw-in groove; Described the second through-hole wall is provided with the second step that protrudes from the second through-hole wall; Described second step embeds in described draw-in groove.

Preferably, on described terminal separation sleeve, be provided with third through-hole; Described third through-hole is communicated with described the second through hole; In described third through-hole, be provided with the second shell fragment, described second step is arranged on described the second shell fragment; Described second step protrudes from described the second through-hole wall and embeds in described draw-in groove; One end that described the second shell fragment is provided with second step is removable and can reset and arrange; One end that described the second shell fragment arranges second step exits described second step after moving in described draw-in groove.

Preferably, described transfer tube is metalwork.

Preferably, also comprise the first sealing ring, described the first sealing ring is arranged on the periphery of described shell.

Preferably, also comprise the second sealing ring, described the second sealing ring is arranged between described outer casing inner wall.

Two of the purpose of this utility model is in order to overcome deficiency of the prior art, the cable Line To Line connector that provides a kind of applicable Line To Line to connect.

Cable Line To Line connector, is characterized in that, comprising:

Tube connector; Described tube connector is provided with the fourth hole running through;

Described shell is connected with described tube connector one end.

Preferably, also comprise transfer tube, described transfer tube has the tube chamber extending through from one end to the other end; On described transfer tube, be provided with flange; Described flange is arranged on described transfer tube and protrudes from described transfer tube; Described transfer tube one end is inserted in described the first through hole; Described flange is greater than described the first through hole, and described flange is resisted against vertically described outer casing end and is positioned at outside described the first through hole.

Preferably, also comprise terminal separation sleeve, described terminal separation sleeve has the second through hole running through; The other end of described transfer tube is connected with described terminal separation sleeve.

Preferably, described terminal separation sleeve outer wall is provided with first step, and described first step protrudes from described terminal separation sleeve outer wall, and protrudes from described transfer tube; Described terminal separation sleeve end is plugged in or screw thread is installed in described tube chamber; Described first step is resisted against described transfer tube end vertically.

Preferably, described terminal separation sleeve is not provided with groove with one end that described transfer tube is connected; Described groove number is one or more; Plural groove is along the circumferential direction spaced apart and form a plurality of the first shell fragments in described terminal separation sleeve end.

Preferably, also comprise splicing ear, described splicing ear at least one end is installed in the second through hole of described terminal separation sleeve, and is connected with described cable.

Preferably, the outer setting of described splicing ear is fluted; Described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step embeds in described groove.

Preferably, described splicing ear is female terminal, and described female terminal is provided with male terminal first cavity volume of joining; Described female terminal is all positioned at the second through hole of described terminal separation sleeve; Described female terminal outer wall is provided with draw-in groove; The inwall of described the second through hole is provided with the second step that protrudes from inwall; Described second step embeds in described draw-in groove.

Preferably, described transfer tube one end is positioned at described fourth hole.

Preferably, described shell and described tube connector removably connect.

Preferably, described shell is provided with convex shoulder, is provided with the 9th through hole running through vertically on described convex shoulder; Described tube connector is provided with the internal thread hole relative with described the 9th lead to the hole site; Screw, through described the 9th through hole and described internal thread hole threaded engagement, removably connects described shell and described tube connector.

Preferably, the described flange of the common clamping of described shell and described tube connector.

Preferably, described fourth hole inwall is provided with the 6th step that protrudes from fourth hole inwall, and described banjo clip is held between described shell and described the 6th step.

Three of the purpose of this utility model is in order to overcome deficiency of the prior art, the cable Line To Line connector assembly that provides a kind of applicable Line To Line to connect.

Cable Line To Line connector assembly, is characterized in that, comprising:

The first shell, described the first shell has the first through hole that allows cable to pass; Described the first through hole is along the first enclosure axis to running through described the first shell;

Second housing, described second housing has the fifth hole that allows cable to pass; Described fifth hole axially runs through described second housing along second housing;

Tube connector, described tube connector is provided with the fourth hole running through;

Described the first shell and described second housing are connected to described tube connector one end.

Preferably, also comprise the first terminal separation sleeve and male terminal; Described the first terminal separation sleeve has the second through hole running through; Described male terminal one end is for being connected with the inner wire of cable, and the other end passes described the second through hole and stretches out in outside described the second through hole.

Preferably, described male terminal is provided with groove; Described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step embeds in described groove.

Preferably, described the first terminal separation sleeve one end is provided with groove; Described groove number is one or more; Plural groove is along the circumferential direction spaced apart and in described the first terminal separation sleeve end, form a plurality of the first shell fragments; Described second step is arranged on described shell fragment.

Preferably, also comprise the first transfer tube, described the first transfer tube has the first tube chamber extending through from one end to the other end; On described the first transfer tube, be provided with the first flange; Described the first flange is arranged on the first transfer tube and protrudes from the first transfer tube; Described first transfer tube one end is inserted in described the first through hole; Described the first flange is greater than described the first through hole, and described the first flange is resisted against vertically described the first outer casing end and is positioned at outside described the first through hole; The other end of described the first transfer tube is connected with described the first terminal separation sleeve.

Preferably, described the first terminal separation sleeve outer wall is provided with first step, and described first step protrudes from the outer wall of described the first terminal separation sleeve, and protrudes from the first transfer tube; Described the first terminal separation sleeve end is plugged in or screw thread is installed in described the first tube chamber; Described first step is resisted against described the first transfer tube end vertically.

Preferably, also comprise the second terminal separation sleeve and female terminal; Described the second terminal separation sleeve has the 6th through hole running through; Described female terminal one end is for being connected with the inner wire of cable, and the other end is positioned at described the 6th through hole.

Preferably, described female terminal is provided with draw-in groove; Described the 6th through-hole wall is provided with the 4th step, and described the 4th step protrudes from described the 6th through-hole wall; Described the 4th step embeds in described draw-in groove.

Preferably, on described the second terminal separation sleeve, be provided with the 7th through hole; Described the 7th through hole is communicated with described the 6th through hole; In described the 7th through hole, be provided with the 3rd shell fragment, described the 4th step is arranged on described the 3rd shell fragment; Described the 4th step protrudes from described the 6th through-hole wall and embeds in described draw-in groove; One end that described the 3rd shell fragment is provided with the 4th step is removable and can reset and arrange; One end that described the 3rd shell fragment arranges the 4th step makes described the 4th step exit in described draw-in groove after moving.

Preferably, also comprise the second transfer tube, described the second transfer tube has the second tube chamber extending through from one end to the other end; On described the second transfer tube, be provided with the second flange; Described the second flange is arranged on the second transfer tube and protrudes from the second transfer tube; Described second transfer tube one end is inserted in described fifth hole; Described the second flange is greater than described fifth hole, and described the second flange is resisted against vertically described second housing end and is positioned at outside described fifth hole; The other end of described the second transfer tube is connected with described the second terminal separation sleeve.

Preferably, described the second terminal separation sleeve outer wall is provided with the 5th step, and described the 5th step protrudes from the outer wall of described the second terminal separation sleeve, and protrudes from the second transfer tube; Described the second terminal separation sleeve end is plugged in or screw thread is installed in described the second tube chamber; Described the 5th step is resisted against described the second transfer tube end vertically.

Preferably, described the first shell and described second housing all removably connect with described tube connector.

Preferably, described the first shell is provided with the first convex shoulder, is provided with the 9th through hole running through vertically on described the first convex shoulder; Described second housing is provided with the second convex shoulder, is provided with the 8th through hole running through vertically on described the second convex shoulder; Described tube connector is provided with relative with the 8th lead to the hole site with described the 9th through hole respectively internal thread hole; A plurality of screws are respectively through described the 9th through hole or the 8th through hole and described internal thread hole threaded engagement, and described the first shell and described second housing and described tube connector are removably connected.

Preferably, also comprise the first transfer tube, the second transfer tube and shielded tube, described the first transfer tube has the first tube chamber extending through from one end to the other end; On described the first transfer tube, be provided with the first flange; Described the first flange is arranged on the first transfer tube and protrudes from the first transfer tube; Described first transfer tube one end is inserted in described the first through hole; Described the first flange is greater than described the first through hole, and described the first flange is resisted against vertically described the first outer casing end and is positioned at outside described the first through hole; Described the second transfer tube has the second tube chamber extending through from one end to the other end; On described the second transfer tube, be provided with the second flange; Described the second flange is arranged on the second transfer tube and protrudes from the second transfer tube; Described second transfer tube one end is inserted in described fifth hole; Described the second flange is greater than described fifth hole, and described the second flange is resisted against vertically described second housing end and is positioned at outside described fifth hole; Described the first transfer tube is connected with described shielded tube one end in contact respectively with described the second transfer tube.

Preferably, described the first flange of the common clamping of described the first shell and described tube connector; Described the second flange of the common clamping of described second housing and described tube connector.

Preferably, described fourth hole inwall is provided with the 6th step that protrudes from fourth hole inwall, and described the first flange is held between described the first shell and described the 6th step; Described the second banjo clip is held between described second housing and described the 5th step.

Four of the purpose of this utility model is in order to overcome deficiency of the prior art, and a kind of cable assembly that is provided with Line To Line connector is provided.

The cable assembly that is provided with Line To Line connector, is characterized in that, comprising:

Cable, described cable comprises inner wire and insulating case; Described cable has a link part;

Splicing ear, described splicing ear is connected with described inner wire;

Transfer tube, described transfer tube has the tube chamber extending through from one end to the other end; Described transfer tube rear end is partly connected with the link of described cable, and is inserted in described the first through hole; On described transfer tube, be provided with flange, described flange is greater than described the first through hole, and is resisted against vertically described outer casing end; And

Terminal separation sleeve, described terminal separation sleeve has the second through hole running through; Described terminal separation sleeve is connected with described transfer tube front end;

Described splicing ear is fixed by described terminal separation sleeve; Described terminal separation sleeve rear end is connected with described transfer tube front end; Described cable, through described the first through hole, is connected with described transfer tube rear end, and described inner wire is connected with described splicing ear.

Preferably, described terminal separation sleeve is set in the outside of at least part of described splicing ear.

Preferably, described transfer tube is connected with described insulating case.

Preferably, described cable also comprises outer conductor and the insulator between described inner wire and outer conductor, and described insulating case is coated on outside described outer conductor; Described transfer tube is connected with described outer conductor.

Preferably, described transfer tube is metalwork, and is connected with described outer conductor crimping.

Preferably, also comprise the first sealing ring, described sealing ring is arranged on the periphery of described shell.

Preferably, also comprise the second sealing ring, described the second sealing ring is arranged between described shell and described cable.

Preferably, also comprise tube connector; Described tube connector is provided with the fourth hole running through; The described link part of described cable, described splicing ear and described transfer tube are positioned at described fourth hole; Described shell is connected with described tube connector one end.

Preferably, described cable comprises the first cable and the second cable, and described splicing ear comprises male terminal and female terminal; Described shell comprises the first shell and second housing, and described transfer tube comprises the first transfer tube and the second transfer tube; Described male terminal is connected with described the first cable; Described female terminal is connected with described the second cable; Described male terminal is connected in pluggable mode with described female terminal; Described the first shell and described the first transfer tube are arranged on the first cable end; Described second housing and described the second transfer tube are arranged on described the second cable end; Described the first shell and described second housing are connected to tube connector one end.

Preferably, also comprise shielded tube, described shielded tube is arranged in described fourth hole, and described shielded tube one end is connected with the first transfer tube contact, and the other end is connected with the second transfer tube contact; Described male terminal is connected in described shielded tube with described female terminal.

When the cable in the utility model is used with Line To Line connector, the first shell and second housing are separately positioned on the end of one section of cable, the inner wire of two sections of cables is connected with female terminal with male terminal respectively, and outer conductor is sleeved on insulator and is connected with the second transfer tube with the first transfer tube respectively.Utilize tube connector, the first shell is connected with second housing, realize the overall connection of two sections of cables.Male terminal is connected the inner wire electrical connection that can realize two sections of cables with female terminal.The first transfer tube and the second transfer tube adopt metal material to make, and it utilizes the shielding cylinder that metal material is made can make the outer conductor of two sections of cables be electrically connected to.

Cable in the utility model Line To Line connector, the quick fractionation that can realize Line To Line connects, easily two or multi-cable are linked together.Use the cable Line To Line connector in the utility model, need not according to every kind of use occasion, produce again the cable of length-specific, only according to the produced in lengths multi-cable of certain standard, assemble again, therefore, make the cable of full-length be applicable to various use occasions, not only easy to use, flexibility is high, and convenient for production, cost is low.Tube connector is connected all employings and removably connects with second housing with the first shell, can dismantle easily and install; And, before cable assembling, only need shell to be connected with cable combination, or a pair of shell combining is connected with tube connector with cable, more all parts are connected in use to production, easy to assembly.Before assembling, connected with outer casing is arranged on while arranging on the first shell of male terminal or second housing, can also prevent human body contact male terminal and the danger that occurs to get an electric shock, safe to use.Utilize terminal separation sleeve, male terminal and female terminal can be firmly fixed, prevent from repeatedly plugging and cause male terminal or female terminal and inner wire to depart from.Utilize the step of terminal separation sleeve inwall to match with the step of outer wall, both can limit the position of male terminal and female terminal, can make again its stable this position that remains on after being in place.Shell fragment is set, can makes terminal separation sleeve install easily on male terminal and female terminal or dismounting.Utilize the first shell and tube connector to clamp the first flange, second housing and tube connector and clamp the second flange, can be by the first flange, the second flange, the position of the first transfer tube and the second transfer tube is fixed, and then the position of the first terminal separation sleeve, the second terminal separation sleeve, male terminal, female terminal is all fixedly secured, in use, even if male terminal and female terminal repeatedly plug, still can keep stable connection, can not depart from inner wire.The utility model is provided with sealing ring, can anti-sealing and dust enter in the syndeton of two cables, use safer.

Accompanying drawing explanation

Fig. 1 is the structural representation that in the utility model, cable is used Line To Line connector assembly.

Fig. 2 is the stereochemical structure decomposing schematic representation that in the utility model, cable is used Line To Line connector assembly.

Fig. 3 is the axial cutaway view of cable after having assembled with Line To Line connector assembly in the utility model.

Fig. 4 A is the structure cutaway view of the first coaxial cable in the utility model.

Fig. 4 B is the structure cutaway view of the second coaxial cable in the utility model.

Fig. 5 is the structure cutaway view of the first shell in the utility model.

Fig. 6 is the structure cutaway view of the first transfer tube in the utility model.

Fig. 7 is the structure cutaway view of the second transfer tube in the utility model.

Fig. 8 is the structure cutaway view of tube connector in the utility model.

Fig. 9 is the first terminal separation sleeve perspective view in the utility model.

Figure 10 is the first terminal separation sleeve cross-sectional schematic in the utility model.

Figure 11 is male terminal cutaway view in the utility model.

Figure 12 is the second terminal separation sleeve perspective view in the utility model.

Figure 13 is the second terminal separation sleeve cross-sectional schematic in the utility model.

Figure 14 is female terminal cutaway view in the utility model.

Embodiment

Below in conjunction with embodiment and accompanying drawing, the utility model is further illustrated.

The utility model relates to a kind of cable Line To Line connector, for the cable of two or more is connected as one.In the following relevant narration of each embodiment of the utility model, the utility model be take cable and is used for connecting two sections of cables as example explanation with Line To Line connector.

The various forms of cables of the applicable connection of Line To Line connector of the present utility model.For example, every section of cable comprises inner wire and is coated on the insulating case outside inner wire.And for example, every section of cable comprises inner wire and outer conductor.Between inner wire and outer conductor, be provided with insulator.Insulator is used for preventing that inner wire and outer conductor are electrically connected to, and makes both keep coaxially, forming a coaxial cable.。Outside outer conductor, be also coated with one deck insulating case.Inner wire is the metal cartridge that metal material is made.Outer conductor is wire netting, as shielding material, prevents that external electromagnetic ripple from having a negative impact to the electric current conveying of inner wire.

The first cable in the utility model is identical with second construction of cable, for convenience of explanation, for its identical structure, has adopted different names.The first shell in the utility model is identical with second housing structure, for convenience of explanation, for its identical structure, has adopted different names.The first transfer tube in the utility model is identical with the second transfer tube structure, for convenience of explanation, for its identical structure, has adopted different names.

Embodiment 1

As shown in Figure 1 to Figure 3, connector of the present utility model is used for two sections of cables, and for example the first cable 81 and the second cable 86 connect Line To Line.In the example shown in Fig. 4 A, the first cable 81 comprises the first inner wire 82 and the first outer conductor 83.Between the first inner wire 82 and the first outer conductor 83, be provided with the first insulator 84, for preventing that the first inner wire 82 is electrically connected to and keeps both coaxial with the first outer conductor 83.For example, the first cable 81 is a coaxial cable.Outside the first outer conductor 83, be also coated with the first insulating case 85.The metal cartridge that the first inner wire 82 is made for metal material.The first outer conductor 83 is wire netting, as shielding material, prevents that external electromagnetic ripple from having a negative impact to the electric current conveying of the first inner wire 82.In the example shown in Fig. 4 B, the second cable 86 comprises the second inner wire 87 and the second outer conductor 88.Between the second inner wire 87 and the second outer conductor 88, be provided with the second insulator 89, for preventing that the second inner wire 87 is electrically connected to and keeps both coaxial with the second outer conductor 88.For example, the second cable 86 is a coaxial cable.Outside the second outer conductor 88, be also coated with the second insulating case 881.The metal cartridge that the second inner wire 87 is made for metal material.The second outer conductor 88 is wire netting, as shielding material, prevents that external electromagnetic ripple from having a negative impact to the electric current conveying of the second inner wire 87.

As shown in Figure 1 to Figure 3, cable Line To Line connector, comprises the first shell 10, second housing 20 and tube connector 30.The first shell 10 and second housing 20 can be connected to tube connector 30 one end.In example shown in the figure, the first shell 10 is provided with the first convex shoulder 12.On the first convex shoulder 12, be provided with the 9th through hole (not shown) running through vertically.Second housing 20 is provided with the second convex shoulder 21.On the second convex shoulder 21, be provided with the 8th through hole (not shown) running through vertically.Tube connector 30 is provided with relative with the 8th lead to the hole site with the 9th through hole respectively internal thread hole (not shown).Part screw 33 passes respectively the 9th through hole and internal thread hole 33 threaded engagement through the 8th through hole and internal thread hole 33 threaded engagement, part screw 33 respectively, and the first shell 10 and second housing 20 are removably connected with tube connector 30.Between the first shell 10 peripheries and tube connector 30 inwalls, be respectively arranged with first sealing ring 13 between second housing 20 peripheries and tube connector 30 inwalls.

Cable also can be connected with one end of the second cable 86 with the first cable 81 respectively with second housing 20 by the first shell 10 with Line To Line connector assembly.The first shell 10 has the first through hole 11 that allows the first cable 81 to pass.The first through hole 11 axially runs through the first shell 10 along the first shell 10.In example as shown in Figure 3, the first through hole 11 that the first cable 81 passes.Between the first cable 81 and the first shell 10 inwalls, be provided with the second sealing ring 14.The link part of the first cable 81 passes the first through hole 11 from the first shell front end 101, and extends to outside the first shell front end 101, for being electrically connected to the second cable 86.

In the example shown in Fig. 3 and Fig. 6, the link of the first cable 81 is partly provided with the first transfer tube 40.The first transfer tube 40 has the first tube chamber 41 extending through from one end to the other end.The first insulator 84 of the first cable 81 and the first inner wire leading section 821 are through the first tube chamber 41 in the first transfer tube 40.The first inner wire 82 and the first transfer tube 40, radially separating by the first insulator 84, do not produce and electrically contact.The first outer conductor front end 831 is arranged on the periphery of the first transfer tube rear end 402, and with the first transfer tube rear end 402 crimping.One pressure welding case 43 can also be set, be sleeved on the first outer conductor 83 peripheries.The first outer conductor 83, between pressure welding case and transfer tube 40, utilizes crimping that three's crimping is connected.Again, the first transfer tube 40 can be made by metallic conduction material.The first outer conductor 83 contacts with the first transfer tube 40, realizes and being electrically connected to.

On the first transfer tube 40, be provided with the first flange 42.The first flange 42 is arranged on the first transfer tube 40 and protrudes from the first transfer tube 40.After the first transfer tube 40 and the first shell 10 are installed together, the first transfer tube rear end 402 is inserted in the first through hole 11 on the first shell 10.The first flange 42 is greater than the first through hole 11, the first flanges 42 and is resisted against vertically the first shell 10 ends and is positioned at outside the first through hole 11.When the first flange 42 is resisted against on the first shell 10, the first transfer tube 40 is subject to the first shell 10 to be stopped and cannot be moved to the left again.

In example as shown in Figure 3, the first shell 10 is arranged on one end of tube connector 30, as the left end in Fig. 3.As shown in Figure 8, tube connector 30 is provided with the fourth hole 34 running through.Fourth hole inwall 35 is provided with the 6th outstanding step 36.The 6th step 36 protrudes from fourth hole inwall 35.The first flange 42 is held between the first shell 10 and the 6th step 36.After the first shell 10 and tube connector 30 fixedly mount, the first transfer tube 40 is located and fixes between the first shell 10 and the 6th step 36 left ends by the first flange 42.Because crimping between the first transfer tube 40 and the first outer conductor front end 831 is connected, the first cable 81 is at relative the first shell 10 of plug direction, or cable Line To Line connector assembly, realizes location and fixes.

Meanwhile, between the first outer conductor 83 and the first transfer tube 40, form and be electrically connected to.In an example of the present utility model, the first outer conductor 83, the first transfer tube 40 form the shielding construction of Line To Line connector assembly for whole cable.The first inner wire front end 821 of the first cable 81 is also connected with splicing ear.The first inner wire 82 and splicing ear can interfix in every way, and realize electrical connection.In example as shown in the figure, splicing ear is male terminal 51, and male terminal 51 comprises the second cavity volume 52 that is arranged on its rear portion.The first inner wire front end 821 stretches in the second cavity volume 52 of male terminal 51, utilizes crimping mode that male terminal 51 is connected with the first inner wire 82.Male terminal 51 also comprises a circumferential grafting fit on face 511 that is arranged on its front portion, for the female terminal that is connected.

As shown in Fig. 3, Fig. 9, Figure 10 and Figure 11, the outer the first terminal separation sleeve 60 that is set with of male terminal 51.The first terminal separation sleeve 60 one end are connected with the other end of the first transfer tube 40.Its connected mode can be peg graft or be threaded or other conventional connected mode.In a preferred exemplary of the present utility model, the first terminal separation sleeve rear end 602 is threaded with the first transfer tube front end 401.The first terminal separation sleeve outer wall 67 is provided with first step 61.First step 61 protrudes from the first terminal separation sleeve outer wall 67.As shown in Figure 3, after the first terminal separation sleeve 60 and the first transfer tube 40 interconnect, the first step 61 of the first terminal separation sleeve 60 radially protrudes from the first transfer tube 40, and therefore, first step 61 is resisted against vertically the first transfer tube front end 401 and cannot enters in the first tube chamber 41.The first terminal separation sleeve 60 can be located and fix in grafting direction by relative the first shell 10 thus.

The first terminal separation sleeve 60 has the second through hole 62 running through, for holding interconnective male terminal 51 and the first inner wire 82.Part male terminal 51 extends outside the second through hole 62, and to the splicing ear of joining, as to the female terminal of joining, pegs graft.

The second through-hole wall 63 of the first terminal separation sleeve 60 is provided with second step 64, and second step 64 radially protrudes from the second through-hole wall 63.Second step 64 both can arrange one week along the second through-hole wall 63 circumferencial directions, and also along the circumferential direction interval arranges a plurality of.Male terminal 51 is provided with groove 53.Groove 53 is relative with second step 64 positions.Each second step 64 embeds in a groove 53.Utilize second step 64 to match with groove 53, the first terminal separation sleeve 60 is mutually located and fixes in grafting direction with male terminal 51.As mentioned above, because relative the first shell 10 of the first terminal separation sleeve 60 is located and fixes in grafting direction, male terminal 51 is also positioned and fixes at relative the first shell 10 of grafting direction, to peg graft operation.

In a preferred exemplary of the present utility model, the first terminal separation sleeve 60 ends are provided with a plurality of grooves 65 that extend vertically certain length.A plurality of grooves 65 along the circumferential direction distribute, and form a plurality of the first shell fragments 66 in the first terminal separation sleeve 60 ends.Each first shell fragment 66 all has certain elasticity.Second step 64 is positioned on the first shell fragment 66.By the first shell fragment 66 is set, and second step 64 is arranged on the first shell fragment 66, when the first terminal separation sleeve 60 is sleeved on male terminal 51, male terminal 51 can make the first shell fragment 66 produce strain, convenient installation.When groove 53 and second step 64 positions are when relative, the first shell fragment 66 can automatically reset, and second step 64 is embedded in grooves 53.

Male terminal 51 ends are also detachably provided with protective sleeve 54.Protective sleeve 54 is sleeved on male terminal front end 511, can prevent that male terminal 51 from being collided and damaging in assembling.Protective sleeve 54 may be made in insulating case, to prevent human body contact male terminal 51, Danger Electric shock risk occurs.90

Although shown in figure and splicing ear as above 51 be a male terminal, splicing ear 51 also can arrange the female terminal being joining, female terminal 55 as mentioned below.Correspondingly, the first terminal separation sleeve 60 can be made into the structure of similar the second terminal separation sleeve 70 as described below.

As shown in Figure 3, the utility model cable is identical or similar with the structure of above-mentioned the first shell 10 with the second housing 20 of Line To Line connector assembly.The connected mode of second housing 20 and the second cable 86 and structure are similar to connected mode and the structure of above-mentioned the first shell 10 and the first cable 81.As shown in FIG., second housing 20 has the fifth hole 22 that allows the second cable 86 to pass.Fifth hole 22 axially runs through second housing 20 along second housing 20.The second cable 86 passes fifth hole 22, and extends to outside second housing front end 201, for being electrically connected to the first cable 81.

In the example depicted in fig. 3, the link of the second cable 86 is partly provided with the second transfer tube 90.The second transfer tube 90 has the second tube chamber 91 extending through from one end to the other end.The second insulator 89 of the second cable 86 and the second inner wire 87 leading sections are through the second tube chamber 91.The second inner wire 87 does not contact with the second transfer tube 90.The second outer conductor 88 and the second transfer tube rear end 902 crimping.Preferably, the link of the second cable 86 part can be arranged with a pressure welding case 43.Pressure welding case 43 is sleeved on the second outer conductor 88 peripheries, and the second outer conductor 88 is held between pressure welding case and the second transfer tube 90, utilizes crimping that three is connected.Again, the second transfer tube 90 can be made by metallic conduction material.The second outer conductor 88 is realized and being electrically connected to the second transfer tube 90.

As shown in Fig. 3, Fig. 7, on the second transfer tube 90, be provided with the second flange 92.The second flange 92 is arranged on the second transfer tube 90 and protrudes from the second transfer tube 90.After the second transfer tube 90 and second housing 20 are installed together, the second transfer tube rear end 902 is inserted in the fifth hole 22 on second housing 20.The second flange 92 is greater than fifth hole 22, the second flanges 92 and is resisted against vertically second housing 20 ends and is positioned at outside fifth hole 22.When the second flange 92 is resisted against on second housing 20, the second transfer tube 90 is subject to second housing 20 to be stopped and cannot move right again.

In example as shown in Figure 3, second housing 20 is connected to one end of tube connector 30, as the right-hand member in Fig. 3.The second flange 92 on the second transfer tube 90 is held between second housing 20 and interior the 6th step 36 right-hand members of tube connector 30.After second housing 20 and tube connector 30 fixedly mount, the second transfer tube 90 is located and fixes between second housing 20 and the 6th step 36 right-hand members by the second flange 92.Because crimping between the second transfer tube 90 and the second outer conductor front end 881 is connected, the second cable 86 is at the relative second housing 20 of plug direction, or cable Line To Line connector assembly, realizes location and fixes.

Meanwhile, between the second outer conductor 88, the second transfer tube 90, form and be electrically connected to.In an example of the present utility model, the second outer conductor 88, the second transfer tube 90 form the shielding construction of Line To Line connector assembly for whole cable.

As shown in Fig. 3, Figure 12, Figure 13 and Figure 14, the second inner wire front end 871 of the second cable 86 is also connected with female terminal 55.The second inner wire 87 and female terminal 55 can interfix in every way, and realize electrical connection.In example as shown in the figure, female terminal 55 comprises the 3rd cavity volume 56.The second inner wire front end 871 stretches in the 3rd cavity volume 56 of female terminal 55, utilizes crimping mode that female terminal 55 is connected with the second inner wire 87.Female terminal 55 also comprises mating surface 551 in circumferential pegging graft that is arranged on its front portion, for the male terminal that is connected.

The outer second terminal separation sleeve 70 that is set with of female terminal 55.The second terminal separation sleeve 70 has the 6th through hole 72 running through, for holding female terminal 55 and the second inner wire 87.The second terminal separation sleeve rear end 702 is connected with the second transfer tube front end 901.Its connected mode can be the connection of grafting, screw thread or other form.In a preferred exemplary of the present utility model, the second terminal separation sleeve 70 is threaded with the second transfer tube 90.The second terminal separation sleeve outer wall 74 is provided with the 3rd step 73.The 3rd step 73 protrudes from the second terminal separation sleeve outer wall 74, and protrudes from the second transfer tube 90.Therefore, the 3rd step 73 is resisted against vertically the second transfer tube 90 ends and cannot enters in the second tube chamber 91.The second terminal separation sleeve 70 thus relatively second housing 20 in grafting direction, locate and fix.

The 6th through hole 72 on the second terminal separation sleeve 70 has an inwall 75.On this inwall 75, be provided with the 4th step 76, the four steps 76 and radially protrude from the 6th through-hole wall 75.The 4th step 76 both can arrange one week along the 6th through-hole wall 75 circumferencial directions, and also along the circumferential direction interval arranges a plurality of.In a preferred exemplary of the present utility model, the second terminal separation sleeve 70 ends are provided with a plurality of the 7th through holes 77, and a plurality of the 7th through holes 77 along the circumferential direction distribute.The 7th through hole 77 communicates with the 6th through hole 72.In each the 7th through hole 77, be provided with the 3rd shell fragment 78, the three shell fragments 78 and all there is certain elasticity.The 4th step 76 is positioned on the 3rd shell fragment 78.Female terminal 55 is provided with draw-in groove 57.Draw-in groove 57 is relative with the 4th step 76 positions.Each the 4th step 76 embeds in a draw-in groove 57.Utilize the 4th step 76 to match with draw-in groove 57, the second terminal separation sleeve 70 is connected in end with female terminal 55, thereby determines female terminal 55 axial locations, and provides supplemental support radially to female terminal 55.By the 3rd shell fragment 78 is set, and the 4th step 76 is arranged on the 3rd shell fragment 78, when the second terminal separation sleeve 70 is sleeved on female terminal 55, female terminal 55 can make the 3rd shell fragment 78 radially produce strain, the 4th 76, step outwards moves with the 3rd shell fragment 78 footpaths, thus convenient installation.When draw-in groove 57 is with the 4th step 76 positions when relative, the 3rd shell fragment 78 can automatically reset, and the 4th step 76 is embedded in draw-in grooves 57, and female terminal 55 is axially located immediately.

In female terminal 55 front end 551 retraction vertically the second terminal separation sleeves 70, and coated by the second terminal separation sleeve 70, can prevent human body contact female terminal 55 and generation Danger Electric shock risk.

In the fourth hole 34 of tube connector 30, be provided with shielded tube 37.Shielded tube 37 two ends are resisted against respectively on the first transfer tube 20 and the second transfer tube 90, and contact and be connected with both, form a continuous shielding construction, and Line To Line connector assembly of the present utility model is carried out to shielding protection.Shielded tube 37 is arranged on male terminal 51 and female terminal 55 peripheries, does not all contact with male terminal 51, female terminal 55.The first terminal separation sleeve 60 and the second terminal separation sleeve 70 further carry out shielding protection between shielded tube 37 and male terminal 51, female terminal 55.The first outer conductor 83 and the second outer conductor 88 are electrically connected to by the first transfer tube 20, shielded tube 37 and the second transfer tube 90.

According to another embodiment of the present utility model, can application one screen in the fourth hole of tube connector 30 34, or tube connector 30 made by shielding material, thereby without setting up other shielded tube 37.

Embodiment 2

Line To Line connector assembly of the present utility model is also applicable to the cable of outer conductor and insulator, i.e. non-coaxial cable.For example, the first cable 81 comprises the first inner wire 82 and is coated on the first insulating case 85 outside the first inner wire 82.The second cable 86 comprises the second inner wire 87 and is coated on the second insulating case 881 outside the second outer conductor 88.

In the present embodiment, the first transfer tube 20 can be connected with the second insulating case 881 with direct the first insulating case 85 respectively with the second transfer tube 90.And first transfer tube 20, the second transfer tube 90 be all without making by metal shield materials, the present embodiment can omit the shielded tube 37 in embodiment 1.

Embodiment in the utility model, only for the utility model is described, does not form the restriction to claim scope, and other substituting of being equal in fact that those skilled in that art can expect, all in the utility model protection range.

Claims

1. cable Line To Line connector, is characterized in that, comprising:

2. cable according to claim 1 Line To Line connector, is characterized in that, described terminal separation sleeve outer wall is provided with first step, and described first step protrudes from the outer wall of described terminal separation sleeve, and protrudes from the tube chamber of described transfer tube; Described terminal separation sleeve end is plugged in or screw thread is installed in described tube chamber; Described first step is resisted against described transfer tube end vertically.

3. cable according to claim 1 Line To Line connector, is characterized in that, described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall.

4. cable according to claim 1 Line To Line connector, is characterized in that, one end that described terminal separation sleeve is not connected with transfer tube is provided with groove; Described groove number is one or more; Plural groove is along the circumferential direction spaced apart and form a plurality of the first shell fragments in described terminal separation sleeve end.

5. cable according to claim 4 Line To Line connector, is characterized in that, described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step is arranged on described the first shell fragment.

6. cable according to claim 1 Line To Line connector, is characterized in that, also comprises splicing ear, and described splicing ear at least one end is installed in the second through hole of described terminal separation sleeve.

7. cable according to claim 6 Line To Line connector, is characterized in that, the outer wall of described splicing ear is provided with groove; Described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step embeds in described groove.

8. cable according to claim 6 Line To Line connector, is characterized in that, described splicing ear is male terminal; One end of described male terminal is positioned at beyond described terminal separation sleeve, and the other end is positioned at described the second through hole.

9. cable according to claim 6 Line To Line connector, is characterized in that, described splicing ear is female terminal, and described female terminal is provided with male terminal the cavity volume of joining; Described female terminal is all positioned at the second through hole of described terminal separation sleeve; Described female terminal outer wall is provided with draw-in groove; Described the second through-hole wall is provided with the second step that protrudes from the second through-hole wall; Described second step embeds in described draw-in groove.

10. cable according to claim 9 Line To Line connector, is characterized in that, on described terminal separation sleeve, is provided with third through-hole; Described third through-hole is communicated with described the second through hole; In described third through-hole, be provided with the second shell fragment, described second step is arranged on described the second shell fragment; Described second step protrudes from described the second through-hole wall and embeds in described draw-in groove; One end that described the second shell fragment is provided with second step is removable and can reset and arrange; One end that described the second shell fragment arranges second step exits described second step after moving in described draw-in groove.

11. cable according to claim 1 Line To Line connectors, is characterized in that, described transfer tube is metalwork.

12. cable according to claim 1 Line To Line connectors, is characterized in that, also comprise the first sealing ring, described the first sealing ring is arranged on the periphery of described shell.

13. cable according to claim 1 Line To Line connectors, is characterized in that, also comprise the second sealing ring, and described the second sealing ring is arranged between described outer casing inner wall.

14. cables Line To Line connector, is characterized in that, comprising:

Described shell is connected with described tube connector one end.

15. cable according to claim 14 Line To Line connectors, is characterized in that, also comprise transfer tube, described transfer tube has the tube chamber extending through from one end to the other end; On described transfer tube, be provided with flange; Described flange is arranged on described transfer tube and protrudes from described transfer tube; Described transfer tube one end is inserted in described the first through hole; Described flange is greater than described the first through hole, and described flange is resisted against vertically described outer casing end and is positioned at outside described the first through hole.

16. cable according to claim 15 Line To Line connectors, is characterized in that, also comprise terminal separation sleeve, and described terminal separation sleeve has the second through hole running through; The other end of described transfer tube is connected with described terminal separation sleeve.

17. cable according to claim 16 Line To Line connectors, is characterized in that, described terminal separation sleeve outer wall is provided with first step, and described first step protrudes from described terminal separation sleeve outer wall, and protrudes from described transfer tube; Described terminal separation sleeve end is plugged in or screw thread is installed in described tube chamber; Described first step is resisted against described transfer tube end vertically.

18. cable according to claim 16 Line To Line connectors, is characterized in that, described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall.

19. cable according to claim 16 Line To Line connectors, is characterized in that, described terminal separation sleeve is not provided with groove with one end that described transfer tube is connected; Described groove number is one or more; Plural groove is along the circumferential direction spaced apart and form a plurality of the first shell fragments in described terminal separation sleeve end.

20. cable according to claim 19 Line To Line connectors, is characterized in that, described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step is arranged on described the first shell fragment.

21. cable according to claim 16 Line To Line connectors, is characterized in that, also comprise splicing ear, and described splicing ear at least one end is installed in the second through hole of described terminal separation sleeve, and is connected with described cable.

22. cable according to claim 21 Line To Line connectors, is characterized in that, the outer setting of described splicing ear is fluted; Described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step embeds in described groove.

23. cable according to claim 21 Line To Line connectors, is characterized in that, described splicing ear is male terminal; One end of described male terminal is positioned at beyond described terminal separation sleeve, and the other end is positioned at described the second through hole.

24. cable according to claim 21 Line To Line connectors, is characterized in that, described splicing ear is female terminal, and described female terminal is provided with male terminal first cavity volume of joining; Described female terminal is all positioned at the second through hole of described terminal separation sleeve; Described female terminal outer wall is provided with draw-in groove; The inwall of described the second through hole is provided with the second step that protrudes from inwall; Described second step embeds in described draw-in groove.

25. cable according to claim 24 Line To Line connectors, is characterized in that, on described terminal separation sleeve, are provided with third through-hole; Described third through-hole is communicated with described the second through hole; In described third through-hole, be provided with the second shell fragment, described second step is arranged on described the second shell fragment; Described second step protrudes from described the second through-hole wall and embeds in described draw-in groove; One end that described the second shell fragment is provided with second step is removable and can reset and arrange; One end that described the second shell fragment arranges second step exits described second step after moving in described draw-in groove.

26. cable according to claim 15 Line To Line connectors, is characterized in that, described transfer tube one end is positioned at described fourth hole.

27. cable according to claim 14 Line To Line connectors, is characterized in that, described shell and described tube connector removably connect.

28. cable according to claim 27 Line To Line connectors, is characterized in that, described shell is provided with convex shoulder, are provided with the 9th through hole running through vertically on described convex shoulder; Described tube connector is provided with the internal thread hole relative with described the 9th lead to the hole site; Screw, through described the 9th through hole and described internal thread hole threaded engagement, removably connects described shell and described tube connector.

29. cable according to claim 15 Line To Line connectors, is characterized in that, the described flange of the common clamping of described shell and described tube connector.

30. cable according to claim 29 Line To Line connectors, is characterized in that, described fourth hole inwall is provided with the 6th step that protrudes from fourth hole inwall, and described banjo clip is held between described shell and described the 6th step.

31. cables Line To Line connector assembly, is characterized in that, comprising:

32. cable according to claim 31 Line To Line connector assemblies, is characterized in that, also comprise the first terminal separation sleeve and male terminal; Described the first terminal separation sleeve has the second through hole running through; Described male terminal one end is for being connected with the inner wire of cable, and the other end passes described the second through hole and stretches out in outside described the second through hole.

33. cable according to claim 32 Line To Line connector assemblies, is characterized in that, described male terminal is provided with groove; Described the second through-hole wall is provided with second step, and described second step protrudes from described the second through-hole wall; Described second step embeds in described groove.

34. cable according to claim 33 Line To Line connector assemblies, is characterized in that, described the first terminal separation sleeve one end is provided with groove; Described groove number is one or more; Plural groove is along the circumferential direction spaced apart and in described the first terminal separation sleeve end, form a plurality of the first shell fragments; Described second step is arranged on described shell fragment.

35. cable according to claim 32 Line To Line connector assemblies, is characterized in that, also comprise the first transfer tube, and described the first transfer tube has the first tube chamber extending through from one end to the other end; On described the first transfer tube, be provided with the first flange; Described the first flange is arranged on the first transfer tube and protrudes from the first transfer tube; Described first transfer tube one end is inserted in described the first through hole; Described the first flange is greater than described the first through hole, and described the first flange is resisted against vertically described the first outer casing end and is positioned at outside described the first through hole; The other end of described the first transfer tube is connected with described the first terminal separation sleeve.

36. cable according to claim 35 Line To Line connector assemblies, is characterized in that, described the first terminal separation sleeve outer wall is provided with first step, and described first step protrudes from the outer wall of described the first terminal separation sleeve, and protrudes from the first transfer tube; Described the first terminal separation sleeve end is plugged in or screw thread is installed in described the first tube chamber; Described first step is resisted against described the first transfer tube end vertically.

37. cable according to claim 31 Line To Line connector assemblies, is characterized in that, also comprise the second terminal separation sleeve and female terminal; Described the second terminal separation sleeve has the 6th through hole running through; Described female terminal one end is for being connected with the inner wire of cable, and the other end is positioned at described the 6th through hole.

38. according to the Line To Line connector assembly of the cable described in claim 37, it is characterized in that, described female terminal is provided with draw-in groove; Described the 6th through-hole wall is provided with the 4th step, and described the 4th step protrudes from described the 6th through-hole wall; Described the 4th step embeds in described draw-in groove.

39. according to the Line To Line connector assembly of the cable described in claim 38, it is characterized in that, on described the second terminal separation sleeve, is provided with the 7th through hole; Described the 7th through hole is communicated with described the 6th through hole; In described the 7th through hole, be provided with the 3rd shell fragment, described the 4th step is arranged on described the 3rd shell fragment; Described the 4th step protrudes from described the 6th through-hole wall and embeds in described draw-in groove; One end that described the 3rd shell fragment is provided with the 4th step is removable and can reset and arrange; One end that described the 3rd shell fragment arranges the 4th step makes described the 4th step exit in described draw-in groove after moving.

40. according to the Line To Line connector assembly of the cable described in claim 37, it is characterized in that, also comprises the second transfer tube, and described the second transfer tube has the second tube chamber extending through from one end to the other end; On described the second transfer tube, be provided with the second flange; Described the second flange is arranged on the second transfer tube and protrudes from the second transfer tube; Described second transfer tube one end is inserted in described fifth hole; Described the second flange is greater than described fifth hole, and described the second flange is resisted against vertically described second housing end and is positioned at outside described fifth hole; The other end of described the second transfer tube is connected with described the second terminal separation sleeve.

41. according to the Line To Line connector assembly of the cable described in claim 40, it is characterized in that, described the second terminal separation sleeve outer wall is provided with the 5th step, and described the 5th step protrudes from the outer wall of described the second terminal separation sleeve, and protrudes from the second transfer tube; Described the second terminal separation sleeve end is plugged in or screw thread is installed in described the second tube chamber; Described the 5th step is resisted against described the second transfer tube end vertically.

42. according to the Line To Line connector assembly of the cable described in claim 41, it is characterized in that, described the first shell and described second housing all removably connect with described tube connector.

43. according to the Line To Line connector assembly of the cable described in claim 42, it is characterized in that, described the first shell is provided with the first convex shoulder, is provided with the 9th through hole running through vertically on described the first convex shoulder; Described second housing is provided with the second convex shoulder, is provided with the 8th through hole running through vertically on described the second convex shoulder; Described tube connector is provided with relative with the 8th lead to the hole site with described the 9th through hole respectively internal thread hole; A plurality of screws are respectively through described the 9th through hole or the 8th through hole and described internal thread hole threaded engagement, and described the first shell and described second housing and described tube connector are removably connected.

44. according to the Line To Line connector assembly of the cable described in claim 42, it is characterized in that, also comprises the first transfer tube, the second transfer tube and shielded tube, and described the first transfer tube has the first tube chamber extending through from one end to the other end; On described the first transfer tube, be provided with the first flange; Described the first flange is arranged on the first transfer tube and protrudes from the first transfer tube; Described first transfer tube one end is inserted in described the first through hole; Described the first flange is greater than described the first through hole, and described the first flange is resisted against vertically described the first outer casing end and is positioned at outside described the first through hole; Described the second transfer tube has the second tube chamber extending through from one end to the other end; On described the second transfer tube, be provided with the second flange; Described the second flange is arranged on the second transfer tube and protrudes from the second transfer tube; Described second transfer tube one end is inserted in described fifth hole; Described the second flange is greater than described fifth hole, and described the second flange is resisted against vertically described second housing end and is positioned at outside described fifth hole; Described the first transfer tube is connected with described shielded tube one end in contact respectively with described the second transfer tube.

45. according to the Line To Line connector assembly of the cable described in claim 44, it is characterized in that described the first flange of the common clamping of described the first shell and described tube connector; Described the second flange of the common clamping of described second housing and described tube connector.

46. according to the Line To Line connector assembly of the cable described in claim 45, it is characterized in that, described fourth hole inwall is provided with the 6th step that protrudes from fourth hole inwall, and described the first flange is held between described the first shell and described the 6th step; Described the second banjo clip is held between described second housing and described the 5th step.

47. are provided with the cable assembly of Line To Line connector, it is characterized in that, comprising:

Splicing ear, described splicing ear is connected with described inner wire;

48. according to the cable assembly that is provided with Line To Line connector described in claim 47, it is characterized in that, described terminal separation sleeve is set in the outside of at least part of described splicing ear.

49. according to the cable assembly that is provided with Line To Line connector described in claim 47, it is characterized in that, described transfer tube is connected with described insulating case.

50. according to the cable assembly that is provided with Line To Line connector described in claim 47, it is characterized in that, described cable also comprises outer conductor and the insulator between described inner wire and outer conductor, and described insulating case is coated on outside described outer conductor; Described transfer tube is connected with described outer conductor.

51. according to the cable assembly that is provided with Line To Line connector described in claim 50, it is characterized in that, described transfer tube is metalwork, and is connected with described outer conductor crimping.

52. according to the cable assembly that is provided with Line To Line connector described in claim 47, it is characterized in that, also comprise the first sealing ring, described sealing ring is arranged on the periphery of described shell.

53. according to the cable assembly that is provided with Line To Line connector described in claim 47, it is characterized in that, also comprises the second sealing ring, and described the second sealing ring is arranged between described shell and described cable.

54. according to the cable assembly that is provided with Line To Line connector described in any one in claim 47 to 53, it is characterized in that, also comprises tube connector; Described tube connector is provided with the fourth hole running through; The described link part of described cable, described splicing ear and described transfer tube are positioned at described fourth hole; Described shell is connected with described tube connector one end.

55. according to the cable assembly that is provided with Line To Line connector described in claim 54, it is characterized in that, described cable comprises the first cable and the second cable, and described splicing ear comprises male terminal and female terminal; Described shell comprises the first shell and second housing, and described transfer tube comprises the first transfer tube and the second transfer tube; Described male terminal is connected with described the first cable; Described female terminal is connected with described the second cable; Described male terminal is connected in pluggable mode with described female terminal; Described the first shell and described the first transfer tube are arranged on the first cable end; Described second housing and described the second transfer tube are arranged on described the second cable end; Described the first shell and described second housing are connected to tube connector one end.

56. according to the cable assembly that is provided with Line To Line connector described in claim 55, it is characterized in that, also comprise shielded tube, described shielded tube is arranged in described fourth hole, described shielded tube one end is connected with the first transfer tube contact, and the other end is connected with the second transfer tube contact; Described male terminal is connected in described shielded tube with described female terminal.