CN208674538U

CN208674538U - Connector assembly

Info

Publication number: CN208674538U
Application number: CN201821093904.3U
Authority: CN
Inventors: 张永恒
Original assignee: SHENZHEN OCN TECHNOLOGY Co Ltd
Current assignee: SHENZHEN OCN TECHNOLOGY Co Ltd
Priority date: 2018-07-11
Filing date: 2018-07-11
Publication date: 2019-03-29
Anticipated expiration: 2028-07-11

Abstract

The utility model discloses a kind of connector assemblies, it includes the first connector and the second connector, first connector includes insulating base, the first conductive terminal, the second conductive terminal and the first reinforcer, and insulating base is provided with the first docking groove, the second docking groove and third docking groove；First reinforcer includes the first conductive arm, the first linking arm, the second linking arm, the second conductive arm and third conductive arm, and the first linking arm is connected with the first conductive arm and the second conductive arm, and the second linking arm is connected with the first conductive arm and third conductive arm；Second conductive arm and third conductive arm extend respectively in the first docking groove and the second docking groove；Second connector is at least partly plugged in the first docking groove, the second docking groove and third docking groove, and the second connector is electrically connected with the first connector.The utility model has the advantages of capable of transmitting high current, application scenarios are more extensive, high mechanical strength and long service life.

Description

Connector assembly

Technical field

The utility model relates to signal interconnection technique field, in particular to a kind of connector assembly.

Background technique

With the rapid development of electronic technology, electronic product has become a part indispensable in for people's lives, and connects Device assembly is connect as component indispensable in electronic equipment also to play an important role in we live.Connector assembly master It plays and guarantees that electric current smoothness continuously flows through, it keeps design and producing process more convenient, more flexible, reduces production and maintenance Cost.Existing connector assembly generally includes two mutually matched connectors, each connector generally includes insulation base Seat, first group of signal terminal and second group of signal terminal, first group of signal terminal and second group of signal terminal interval Ground is fixed on the insulating base, and however as the miniaturization of each electronic product, existing connector assembly is pursuing volume Constantly while become smaller, be but faced with following problem: due to volume becomes smaller and the reduction of bring mechanical strength, general large scale Connector is able to bear and uses the unlikely damage of biggish mechanical forces in cooperation, and the unbearable assembly of small size connector Phase mutual friction between connector in the process, possible connector is damaged or broken, and mechanical life greatly shortens, or even can not be just It is often used.

Utility model content

The technical issues of the utility model solves is to provide a kind of connector assembly of high mechanical strength.

In order to solve the above technical problems, the utility model discloses a kind of connector assemblies comprising the first connector and Second connector, first connector include insulating base, the first conductive terminal, the second conductive terminal and the first reinforcer, The insulating base is provided with the first docking groove, the second docking groove and third docking groove, first docking groove and described second Docking groove is located at the opposite two sides in the insulating base position, and the third docking groove is located at the first of the insulating base End；First conductive terminal is connected with the insulating base, and extends in first docking groove；Second conducting end It is sub to be connected with the insulating base, and extend in second docking groove；First reinforcer includes the first conductive arm, the One linking arm, the second linking arm, the second conductive arm and third conductive arm, first conductive arm are at least partly plugged in described It is connected in three docking grooves and with the insulating base snapping, first linking arm is led with first conductive arm and described second Electric arm is connected, and second linking arm is connected with first conductive arm and the third conductive arm；Second conductive arm with The third conductive arm extends respectively in first docking groove and second docking groove；Second connector at least portion Point be plugged in first docking groove, second docking groove and the third docking groove, second connector with it is described The electrical connection of first connector.

Preferably, the insulating base is additionally provided with the first buckle slot, and first buckle slot is located at the insulating base Backwards to the third docking groove side and be connected with the third docking groove, first buckle slot is docked with the third Snapping arm is formed between slot, the snapping arm is connected with the third conductive arm snapping.

Preferably, first linking arm includes first connecting portion, second connecting portion and convergence part, the first connecting portion It is connected with first conductive arm and along the setting that is laterally extended of the insulating base, the second connecting portion is led with described second Electric arm is connected and is extended along the longitudinal direction of the insulating base, the first end of the convergence part and the first connecting portion phase Even, the second end of the convergence part is connected with the second connecting portion, the angle of the convergence part and first connecting portion formation Degree is Φ 1, and the angle that the convergence part and the second connecting portion are formed is Φ 2, wherein 90 ° of 180 ° of 1 < of < Φ, 90 ° of < Φ 2 180 ° of <.

Preferably, the insulating base includes substrate, the first fin, the second fin, third fin and docking convex block；It is described First fin and second fin are connected with the substrate, and are located at the opposite two sides of the substrate position；It is described Docking convex block is connected with the substrate, and between first fin and second fin, the substrate, described first First docking groove, the substrate, second fin and the docking convex block are formed between fin and the docking convex block Between form second docking groove, form the third pair between the substrate, the third fin and the docking convex block Access slot, first conductive arm, second conductive arm and the third conductive arm are respectively sleeved at the third fin, described On first fin, second fin.

Preferably, the first fixing slot, first fixing slot and first docking groove are provided on first fin It is connected；First conductive terminal include the first clamping part, the second clamping part and the first contact portion, first clamping part with Second clamping part is connected and is plugged in first fixing slot, first clamping part and second retained part It Wei Yu not the opposite two sides in first fin position；First contact portion is connected with second clamping part, and extends to In first docking groove, it is formed with first between first contact portion and second clamping part and docks space, described The bottom wall of one docking groove is located in first docking space, the bottom wall snapping phase of first conductive terminal and the first docking groove Even.

Preferably, the quantity at least two of first contact portion is spaced setting between first contact portion.

Preferably, the docking convex block is provided with the first holding tank, and the position of first holding tank connects with described first The position of contact portion is corresponding, with when first contact portion is by active force backwards to second clamping part, described the One contact portion can be towards deforming in first holding tank.

Preferably, second clamping part is provided with snap groove towards the surface of first contact portion.

Preferably, first conductive terminal further includes weld part, the welding position on the outside of the insulating base simultaneously It is connected with first clamping part；The insulating base further includes fixed strip, and the fixed strip is located at first fin backwards The side of first docking groove, and abutted against with the weld part.

Preferably, the third fin is provided with the first securing groove, first securing groove and the third docking groove and The interface of the insulating base is connected, first conductive arm and first securing groove and the third docking groove grafting It is connected.

Preferably, first conductive arm is provided with the snapping protrusion being connected with the second connector snapping, the button It connects protrusion to be located in the third docking groove, the insulating base further includes the clamping limb being connected with the third fin, described Clamping limb is located at the third fin backwards to the side of the third docking groove, and the clamping limb offsets with first conductive arm It connects.

Preferably, first reinforcer further includes the first welding arm, the second welding arm, third welding arm and the 4th welding Arm, first welding arm are connected with first linking arm and second linking arm respectively with second welding arm, and Setting is laterally extended along the insulating base；The third welding arm and the 4th welding arm are conductive with described first Arm is connected, and is extended along the longitudinal direction of the insulating base, and the third welding arm and the 4th welding arm are mutual Every.

Preferably, second connector includes insulating body, the first signal terminal, second signal terminal and the first enhancing Part, the insulating body include plate body, the first raised line, the second raised line and third raised line；First raised line, second raised line And the third raised line is connected with the plate body, and is plugged in first docking groove, second docking groove and institute respectively It states in third docking groove；First signal terminal is fixed on first raised line, and is connected with first conductive terminal Touching；The second signal terminal is fixed on second raised line, and is in contact with second conductive terminal；Described first increases Strong part includes the 4th conductive arm, third linking arm, the 4th linking arm, the 5th conductive arm and the 6th conductive arm, and the described 4th is conductive Arm is fixed on the third raised line, and is in contact with first conductive arm, the third linking arm and the 4th conduction Arm and the 5th conductive arm are connected, and the 4th linking arm is connected with the 4th conductive arm and the 6th conductive arm；Institute State the 5th conductive arm and the 6th conductive arm respectively with second conductive arm and the third conduction arm contact.

Preferably, first raised line, second raised line and the third raised line are formed with slot, first raised line On be provided with the first fixing groove, first fixing groove is connected with the slot and the plate body backwards to the surface of the slot It is logical；First conductive terminal include the first adjutage, the second adjutage and third adjutage, first adjutage with it is described Second adjutage is connected and is plugged in first fixing groove, and first adjutage and second adjutage distinguish position In the opposite two sides in first raised line position；The first end of the third adjutage is located at the plate body backwards to the slot Side is simultaneously connected with second adjutage, and the second end of the third adjutage is located at inserting backwards to described for first raised line The side of slot.

Preferably, first raised line is provided with the first accommodation groove, and first accommodation groove is around first raised line Outer peripheral surface is arranged and runs through the bottom wall of the slot；Second raised line is provided with the second accommodation groove, the second accommodating grooved ring It is arranged around the outer peripheral surface of second raised line and runs through the bottom wall of the slot；The third raised line be provided with third securing groove and Stop arm, the third securing groove are arranged around the outer peripheral surface of the third raised line and are connected with the slot；The blocking Arm is located at the notch of the third securing groove and two sidewalls opposite with the slot position respectively are connected；Described 4th is conductive Arm is fixed on the third securing groove, and is arranged around the third raised line, the stop arm and the third securing groove Cell wall clamps the 4th conductive arm jointly；The third linking arm and the 4th linking arm are respectively positioned in the slot；Institute State the 5th conductive arm and the 6th conductive arm be separately fixed on first accommodation groove and second accommodation groove, and from The plate body is stretched out backwards to the bottom surface of the slot.

The utility model has the following beneficial effects: the utility model is connect by first connector with described second The cooperation of device, first reinforcer include the first conductive arm, the first linking arm, the second linking arm, the second conductive arm and third Conductive arm, first conductive arm are at least partly plugged in the third docking groove, first linking arm and described first Conductive arm and second conductive arm are connected, second linking arm and first conductive arm and the third conductive arm phase Even.Thus, when first connector of the utility model to be connect with the second connector, can be led by the first conductive arm, second Electric arm and third conductive arm transmit high current, thus application scenarios are more extensive, preferably avoid dangerous when transmission high current The problem of, and high mechanical strength.Further, since second conductive arm and the third conductive arm extend respectively to described first In docking groove and second docking groove, thus overall structure is compacter, convenient for manufacture and use.The first of the utility model connects When connecing device and being docked with the second connector, it is hardly damaged, long service life.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the utility model connector assembly preferred embodiment；

Fig. 2 is the structural schematic diagram of the first connector preferred embodiment of the utility model connector assembly shown in FIG. 1；

Fig. 3 is the structural schematic diagram of the insulating base of the first connector of the utility model connector assembly shown in FIG. 1；

Fig. 4 is that the first connector of the utility model connector assembly shown in FIG. 1 removes the structure after insulating base and shows It is intended to；

Fig. 5 is that the structure of the first conductive terminal of the first connector of the utility model connector assembly shown in FIG. 1 is shown It is intended to；

Fig. 6 is the structural representation of the first reinforcer of the first connector of the utility model connector assembly shown in FIG. 1 Figure；

Fig. 7 is the structural schematic diagram of the second connector preferred embodiment of the utility model connector assembly shown in FIG. 1；

Fig. 8 is the structural schematic diagram of the insulating body of the second connector of the utility model connector assembly shown in FIG. 1；

Fig. 9 is that the second connector of the utility model connector assembly shown in FIG. 1 removes the structure after insulating body and shows It is intended to；

Figure 10 is that the structure of the first communication terminal of the second connector of the utility model connector assembly shown in FIG. 1 is shown It is intended to；

Figure 11 is the structural representation of the first reinforcement of the second connector of the utility model connector assembly shown in FIG. 1 Figure.

Specific embodiment

The utility model is described in detail with reference to the accompanying drawings and examples.It should be noted that if do not conflicted, Each feature in the utility model embodiment and embodiment can be combined with each other, the protection scope of the utility model it It is interior.

Fig. 1 and Fig. 2 is please referred to, the utility model discloses a kind of connector assemblies comprising the first connector and second Connector, first connector include insulating base 1, the first conductive terminal 2, the second conductive terminal 3, the first reinforcer 4 and Second reinforcer 5, the insulating base 1 are provided with the first docking groove a, the second docking groove b, the docking of third docking groove c and the 4th The two sides that be located at 1 position of insulating base opposite slot d, the first docking groove a and the second docking groove b, it is described Third docking groove c is located at the first end of the insulating base 1, and the 4th docking groove d is located at the second of the insulating base 1 End, the first end of the insulating base 1 and the second end position of the insulating base 1 are oppositely arranged.

Referring to Fig. 2, the insulating base 1 includes substrate 11, the first fin 12, the second fin 13, third fin 14, the Four fins 15 and docking convex block 16, first fin 12 and second fin 13 are connected with the substrate 11, and respectively The two sides opposite positioned at 11 position of substrate.The third fin 14 and the 4th fin 15 with 11 phase of substrate Even, and the opposite two sides in 11 position of substrate are located at.One end of the third fin 14 and 12 phase of the first fin Even, the other end of the third fin 14 is connected with second fin 13.

One end of 4th fin 15 is connected with first fin 12, the other end of the 4th fin 15 and institute The second fin 13 is stated to be connected.First fin 12, the second fin 13, third fin 14, the 4th fin 15 surround rectangular frame Body.The docking convex block 16 is connected with the substrate 11, and between first fin 12 and second fin 13. The first docking groove a is formed between the substrate 11, first fin 12 and the docking convex block 16.The substrate 11, The second docking groove b is formed between second fin 13 and the docking convex block 16.The substrate 11, the third are convex The third docking groove c is formed between rib 14 and the docking convex block 16.The substrate 11, the 4th fin 15 and described right It connects and forms the 4th docking groove d between convex block 16.The insulating base 1 is an integral molding structure, thus is not only convenient for making It makes, and stabilized structure and long service life.In one embodiment, the insulating base 1 may not need setting the described 4th Fin 15 and the 4th docking groove d etc., therefore, the shape and structure of the insulating base 1 are not specifically limited herein.

The first fixing slot 121 is provided on first fin 12, first fixing slot 121 is convex around described first Rib 12 is arranged and is connected with the first docking groove a.It is provided with the second fixing slot 131 on second fin 13, described Two fixing slots 131 are arranged around second fin 13 and are connected with the second docking groove b.First fixing slot 121 And the quantity of second fixing slot 131 can be configured as needed, be not specifically limited herein.The third fin 14 is set It is equipped with the first securing groove 141, the interface of the first securing groove 141 and third docking groove c and the insulating base 1 It is connected, the interface refers to the outer surface of the connector of the insulating base 1 towards the docking.4th fin 15 are provided with the second securing groove 151, pair of the second securing groove 151 and third docking groove c and the insulating base 1 Junction is connected.

Fig. 3 and Fig. 4 is please referred to, first conductive terminal 2 is connected with the insulating base 1, and extends to described first In docking groove a.First conductive terminal 2 includes the first clamping part 21, the second clamping part 22 and the first contact portion 23, described First clamping part 21 is connected with second clamping part 22 and is plugged in first fixing slot 121, first clamping Portion 21 and second clamping part 22 two sides that be located at 12 position of the first fin opposite.First contact portion 23 with Second clamping part 22 is connected, and extends in the first docking groove a, first contact portion 23 and second clamping The first docking space 24 is formed between portion 22, the bottom wall of the first docking groove a is located in first docking space 24, First conductive terminal 2 is connected with the bottom wall snapping of the first docking groove a；First docking space 24 is used for and described second Connector is connected.Second clamping part 22 is provided with snap groove 221 towards the surface of first contact portion 23, by described Snap groove 221 is connected with the second connector snapping, the bottom wall snapping phase of first conductive terminal 2 and the first docking groove a Connect, thus connects relatively reliable.Preferably, in one embodiment, the quantity at least two of first contact portion 23 is described Setting is spaced between first contact portion 23.First connector is connect with the second connector multiconductor, thus the company Device assembly transmission electric current is connect to stablize.

The docking convex block 16 is provided with the first holding tank 161, the position of first holding tank 161 and described first The position of contact portion 23 is corresponding, when first contact portion 23 is by the active force backwards to second clamping part 22 When, first contact portion 23 can be towards deforming in first holding tank 161, thus can not only connect with the connector docked Connect it is relatively reliable, and make plug smoothly.First conductive terminal 2 further includes weld part 25, and the weld part 25 is located at institute It states 1 outside of insulating base and is connected with first clamping part 21.The insulating base 1 further includes fixed strip 18, the fixation Item 18 is located at first fin 12 backwards to the side of the first docking groove a, and abuts against with the weld part 25, thus institute The first conductive terminal 2 and 1 stable connection of insulating base are stated, it is not easily to fall off.Described first is led by the weld part 25 Electric terminal 2 is soldered on circuit board, thus is connected more firm.Second conductive terminal 3 is connected with the insulating base 1, and It extends in the second docking groove b.Specifically, second conductive terminal 3 and second fixing slot 131 and described the Two holding tanks, 162 grafting is connected, and extends in the second docking groove b.

In the present embodiment, since second conductive terminal 3 is identical as the structure of first conductive terminal 2, knot Details are not described herein for structure.It is understood that the structure of second conductive terminal 3 and first conductive terminal 2 can not Identical, the structure of second conductive terminal 3 and first conductive terminal 2 can be configured as needed, as long as can be into The transmission of row signal, structure are not specifically limited herein.For example, in one embodiment, setting described the may not need One contact portion 23 is only connect by second clamping part 22 with the connector of docking.

Fig. 2 and Fig. 5 is please referred to, first reinforcer 4 includes the first conductive arm 41, the connection of the first linking arm 42, second Arm 43, the second conductive arm 44 and third conductive arm 45, first conductive arm 41 are at least partly plugged in the third docking groove c It is interior and be connected with 1 snapping of insulating base, first conductive arm 41, second conductive arm 44 and the third conductive arm 45 are respectively sleeved at the third fin 14, first fin 12, on second fin 13, thus, are not only convenient for assembling, And enhance mechanical strength.Specifically, first conductive arm 41 and first securing groove 141 and the third docking groove C grafting is connected.First linking arm 42 is connected with first conductive arm 41 and second conductive arm 44, and described first One end of linking arm 42 is plugged in first fin 12, and it is convex that the other end of first linking arm 42 is plugged in the third In rib 14, thus mechanical strength is preferable.First conductive arm 41 is provided with the snapping being connected with the second connector snapping Protrusion 411, the snapping protrusion 411 are located in the third docking groove c, connect for the connector with docking；It is described Insulating base 1 further includes the clamping limb 142 being connected with the third fin 14, and the clamping limb 142 is located at the third fin 14 abut against backwards to the side of the third docking groove c, the clamping limb 142 with first conductive arm 41；Thus described the One reinforcer 4 connect more firm with the insulating base 1.

First linking arm 42 includes first connecting portion 421, second connecting portion 422 and convergence part 423, and described first connects Socket part 421 is connected with first conductive arm 41 and along the setting that is laterally extended of the insulating base, the second connecting portion 422 Be connected with second conductive arm 44 and along the longitudinal direction of the insulating base be extended, the first end of the convergence part 423 with The first connecting portion 421 is connected, and the second end of the convergence part 423 is connected with the second connecting portion 422；The convergence part 423 angles formed with the first connecting portion 421 are Φ 1, what the convergence part 423 was formed with the second connecting portion 422 Angle is Φ 2, wherein 90 ° of 180 ° of 1 < of < Φ, 90 ° of 180 ° of 2 < of < Φ；First reinforcer, 4 high mechanical strength；The rank What the angle and the convergence part 423 and the second connecting portion 422 that socket part 423 and the first connecting portion 421 are formed were formed Angle can be 120 °, 150 ° etc., be not specifically limited herein.

First reinforcer 4 further includes the first welding arm 401, the second welding arm 402, third welding arm 403 and the 4th Welding arm 404, first welding arm 401 and second welding arm 402 respectively with first linking arm 42 and described the Two linking arms 43 are connected, and are laterally extended setting along the insulating base 1；The third welding arm 403 and the described 4th Welding arm 404 is connected with first conductive arm 41, and is extended along the longitudinal direction of the insulating base 1, the third Welding arm 403 is spaced apart from each other with the 4th welding arm 404.It is first welding arm 401, second welding arm 402, described Third welding arm 403 and the 4th welding arm 404 are connected with the insulating base 1, thus first reinforcer 4 and institute Insulating base 1 is stated to connect reliably.

The insulating base 1 is additionally provided with the first buckle slot 17, and first buckle slot 17 is located at the insulating base 1 back To the third docking groove c side and be connected with the third docking groove c, first buckle slot 17 and the third Snapping arm 171 is formed between docking groove c, the snapping arm 171 is connected with 41 snapping of the first conductive arm；It thus connects more It, can be to avoid causing the insulating base 1 to be broken due to shock to be reliable.

Second linking arm 43 is connected with first conductive arm 41 and the third conductive arm 45, second connection One end of arm 43 is plugged in second fin 13, and the other end of second linking arm 43 is plugged in the third fin 14 It is interior, thus mechanical strength is preferable.Second conductive arm 44 extends respectively to described first with the third conductive arm 45 and docks In slot a and the second docking groove b, second conductive arm 44 is oppositely arranged with 45 position of third conductive arm.It is described First conductive arm 41 lid is located on the interface of the insulating base 1, thus preferably protects the insulating base 1.

Second conductive arm 44 and the third conductive arm 45 are connected separately with several spaced first contact arm e And second contact arm f, the first contact arm e and the second contact arm f extend respectively to the first docking groove a and described In two docking groove b.It is contacted by the first contact arm e and the second contact arm f with second connector, to realize multiconductor Connection, thus the connector assembly can transmit biggish electric current, and transmit electric current and stablize.The connector of the utility model with Docking connector connection when, first conductive arm 41, the second conductive arm 44 and third conductive arm 45 with dock it is described Connector connection.Second reinforcer 5 and second securing groove 151.In the present embodiment, second reinforcer 5 with The structure of first reinforcer 4 is similar, and details are not described herein for structure.

Fig. 7 to Figure 11 is please referred to, second connector is at least partly plugged in the first docking groove a, described second In the docking groove b and third docking groove c, second connector is electrically connected with first connector.In the present embodiment, Second connector includes insulating body 1 ', the first signal terminal 2 ', second signal terminal 3 ', the first reinforcement 4 ' and second Reinforcement 5 ', the insulating body 1 ' include plate body 11 ', the first raised line 12 ', the second raised line 13 ', third raised line 14 ' and the 4th Raised line 15 '.First raised line 12 ', second raised line 13 ', the third raised line 14 ' and the 4th raised line 15 ' with The plate body 11 ' is connected, and is plugged in the first docking groove a, the second docking groove b, the third docking groove c respectively And in the 4th docking groove.First raised line 12 ', second raised line 13 ' and the third raised line 14 ' are formed with slot 16 ', the docking convex block 16 is plugged in the slot 16 ' in.It is provided with the first fixing groove 121 ' on first raised line 12 ', The surface of first fixing groove 121 ' and the slot 16 ' and the plate body 11 ' backwards to the slot 16 ' is connected.

First raised line 12 ' is provided with the first accommodation groove 122 ', and first accommodation groove 122 ' is convex around described first The outer peripheral surface of item 12 ' is arranged and runs through the slot 16 ' bottom wall.Second raised line 13 ' is provided with the second accommodation groove 131 ', Second accommodation groove 131 ' is arranged around the outer peripheral surface of second raised line 13 ' and runs through the slot 16 ' bottom wall.It is described Third raised line 14 ' is provided with third securing groove 141 ' and stop arm 142 ', and the third securing groove 141 ' is convex around the third The outer peripheral surface of item 14 ' be arranged and with the slot 16 ' be connected.The stop arm 142 ' is located at the third securing groove 141 ' Notch at and opposite with the slot 16 ' position respectively two sidewalls be connected.4th raised line 15 ' is provided with the 4th clamping Slot 151 ' and blocking portion 152 ', the 4th securing groove 151 ' around the 4th raised line 15 ' outer peripheral surface setting and with it is described Slot 16 ' it is connected.The blocking portion 152 ' be located at the notch of the 4th securing groove 151 ' and respectively with the slot 16 ' The opposite two sidewalls in position are connected.

First signal terminal 2 ' is fixed on first raised line 12 ', and is connected with first conductive terminal 2 Touching.The second signal terminal 3 ' is fixed on second raised line 13 ', and is in contact with second conductive terminal 3.Specifically Ground, first signal terminal 2 ' include the first adjutage 21 ', the second adjutage 22 ' and third adjutage 23 ', described first Adjutage 21 ' is connected with second adjutage 22 ' and is plugged in first fixing groove 121 ', first adjutage 21 ' with the second adjutage 22 ' two sides that be located at the 12 ' position of the first raised line opposite, thus it is fixed relatively firm.

The first end of the third adjutage 23 ' is located at the plate body 11 ' backwards to the slot 16 ' side and with institute It states the second adjutage 22 ' to be connected, the second end of the third adjutage 23 ' is located at inserting backwards to described for first raised line 12 ' The side of slot 16 ', thus first signal terminal 2 ' is preferably avoided to fall off, the third adjutage 23 ' is for being soldered to On circuit board.The second signal terminal 3 ' is fixed on second accommodation groove 131 ', due to the second signal terminal 3 ' Identical as the structure of first signal terminal 2 ', details are not described herein for structure.It is understood that the second signal end The structure of son 3 ' can be different from the structure of first signal terminal 2 ', and structure is not specifically limited herein.

First reinforcement 4 ' is led including the 4th conductive arm 41 ', third linking arm 42 ', the 4th linking arm 43 ', the 5th Electric arm 44 ' and the 6th conductive arm 45 ', the 4th conductive arm 41 ' are fixed on the third raised line 14 ', and with described first Conductive arm 41 is in contact, and the third linking arm 42 ' is connected with the 4th conductive arm 41 ' and the 5th conductive arm 44 ', 4th linking arm 43 ' is connected with the 4th conductive arm 41 ' and the 6th conductive arm 45 '.5th conductive arm 44 ' It is contacted respectively with second conductive arm 44 and the third conductive arm 45 with the 6th conductive arm 45 '.

In the present embodiment, the 4th conductive arm 41 ' is fixed on the third securing groove 141 ', and around described the The setting of three raised lines 14 ', the stop arm 142 ' and the cell wall of the third securing groove 141 ' clamp the 4th conductive arm jointly 41 ', thus connect relatively firm.The third linking arm 42 ' and the 4th linking arm 43 ' are respectively positioned on the slot 16 ' in.Institute It states the 5th conductive arm 44 ' and is separately fixed at first accommodation groove 122 ' and second accommodating with the 6th conductive arm 45 ' On slot 131 ', and from the plate body 11 ' backwards to the slot 16 ' bottom surface stretch out, thus be not only convenient for welding, and connect It is relatively reliable.

In conclusion cooperation of the utility model by first connector and second connector, described first Connector includes the cooperation between the insulating base 1, the first conductive terminal 2, the second conductive terminal 3 and the first reinforcer 4, institute Stating the first reinforcer 4 includes that the first conductive arm 41, the first linking arm 42, the second linking arm 43, the second conductive arm 44 and third are led Electric arm 45, first conductive arm 41 are at least partly plugged in the third docking groove c, first linking arm 42 with it is described First conductive arm 41 and second conductive arm 44 are connected, second linking arm 43 and first conductive arm 41 and described the Three conductive arms 45 are connected.Thus, when first connector of the utility model to be connect with second connector, can lead to It crosses the first conductive arm 41, the second conductive arm 44 and third conductive arm 45 and transmits high current, thus application scenarios are more extensive, preferably Avoid unsafe problem when transmission high current, and high mechanical strength.Further, since second conductive arm 44 and described the Three conductive arms 45 extend respectively in the first docking groove a and the second docking groove b, thus overall structure is compacter, just In manufacture and use.

Connector assembly provided by the utility model is described in detail above, specific case used herein The principles of the present invention and embodiment are expounded, the above embodiments are only used to help understand, and this is practical Novel method and its core concept；At the same time, for those skilled in the art, based on the idea of the present invention, There will be changes in specific embodiment and application range.In conclusion the content of the present specification is only the utility model Embodiment, therefore it does not limit the scope of the patent of the utility model, all to utilize the utility model specification and accompanying drawing content Made equivalent structure or equivalent flow shift, is applied directly or indirectly in other relevant technical fields, and similarly includes In the scope of patent protection of the utility model, it should not be construed as a limitation of the present invention.

Claims

1. a kind of connector assembly, which is characterized in that including the first connector and the second connector, first connector includes Insulating base, the first conductive terminal, the second conductive terminal and the first reinforcer, the insulating base be provided with the first docking groove, Second docking groove and third docking groove, first docking groove and second docking groove are located at the insulating base position Opposite two sides, the third docking groove are located at the first end of the insulating base；First conductive terminal and the insulation Pedestal is connected, and extends in first docking groove；Second conductive terminal is connected with the insulating base, and extends to In second docking groove；First reinforcer includes the first conductive arm, the first linking arm, the second linking arm, the second conduction Arm and third conductive arm, first conductive arm be at least partly plugged in the third docking groove and with the insulating base button Connect connected, first linking arm is connected with first conductive arm and second conductive arm, second linking arm and institute It states the first conductive arm and the third conductive arm is connected；Second conductive arm and the third conductive arm extend respectively to described In first docking groove and second docking groove；Second connector is at least partly plugged in first docking groove, described In second docking groove and the third docking groove, second connector is electrically connected with first connector.

2. connector assembly as described in claim 1, which is characterized in that the insulating base is additionally provided with the first buckle slot, First buckle slot is located at the insulating base backwards to the side of the third docking groove and is connected with the third docking groove It is logical, snapping arm, the snapping arm and the third conductive arm are formed between first buckle slot and the third docking groove Snapping is connected.

3. connector assembly as claimed in claim 1 or 2, which is characterized in that first linking arm include first connecting portion, Second connecting portion and convergence part, the first connecting portion are connected with first conductive arm and prolong along the transverse direction of the insulating base Setting is stretched, the second connecting portion is connected with second conductive arm and is extended along the longitudinal direction of the insulating base, described The first end of convergence part is connected with the first connecting portion, and the second end of the convergence part is connected with the second connecting portion, institute The angle for stating convergence part and first connecting portion formation is Φ 1, the angle that the convergence part and the second connecting portion are formed For Φ 2, wherein 90 ° of 180 ° of 1 < of < Φ, 90 ° of 180 ° of 2 < of < Φ.

4. connector assembly as claimed in claim 1 or 2, which is characterized in that the insulating base includes substrate, first convex Rib, the second fin, third fin and docking convex block；First fin and second fin are connected with the substrate, and It is located at the opposite two sides of the substrate position；The docking convex block is connected with the substrate, and is located at first fin Between second fin, first docking groove is formed between the substrate, first fin and the docking convex block, Second docking groove is formed between the substrate, second fin and the docking convex block, the substrate, the third are convex The third docking groove, first conductive arm, second conductive arm and described are formed between rib and the docking convex block Three conductive arms are respectively sleeved at the third fin, first fin, on second fin.

5. connector assembly as claimed in claim 4, which is characterized in that it is provided with the first fixing slot on first fin, First fixing slot is connected with first docking groove；First conductive terminal includes the first clamping part, the second clamping Portion and the first contact portion, first clamping part are connected with second clamping part and are plugged in first fixing slot, First clamping part and second clamping part two sides that be located at first fin position opposite；First contact Portion is connected with second clamping part, and extends in first docking groove, first contact portion and second clamping The first docking space is formed between portion, the bottom wall of first docking groove is located in first docking space, and described first Conductive terminal is connected with the bottom wall snapping of the first docking groove.

6. connector assembly as claimed in claim 5, which is characterized in that the quantity at least two of first contact portion, Setting is spaced between first contact portion.

7. connector assembly as claimed in claim 5, which is characterized in that the docking convex block is provided with the first holding tank, institute The position for stating the first holding tank is corresponding with the position of first contact portion, when first contact portion is by backwards to institute When stating the active force of the second clamping part, first contact portion can be towards deforming in first holding tank.

8. connector assembly as claimed in claim 5, which is characterized in that second clamping part is towards first contact portion Surface be provided with snap groove.

9. connector assembly as claimed in claim 5, which is characterized in that first conductive terminal further includes weld part, institute Welding position is stated to be connected on the outside of the insulating base and with first clamping part；The insulating base further includes fixed strip, The fixed strip is located at first fin and abuts against backwards to the side of first docking groove, and with the weld part.

10. connector assembly as claimed in claim 4, which is characterized in that the third fin is provided with the first securing groove, institute The first securing groove is stated to be connected with the interface of the third docking groove and the insulating base, first conductive arm with it is described First securing groove and the third docking groove grafting are connected.

11. connector assembly as claimed in claim 10, which is characterized in that first conductive arm is provided with and described second The connected snapping protrusion of connector snapping, the snapping protrusion are located in the third docking groove, and the insulating base further includes The clamping limb being connected with the third fin, the clamping limb are located at the third fin backwards to the one of the third docking groove Side, the clamping limb are abutted against with first conductive arm.

12. connector assembly as claimed in claim 1 or 2, which is characterized in that first reinforcer further includes the first welding Arm, the second welding arm, third welding arm and the 4th welding arm, first welding arm and second welding arm respectively with it is described First linking arm and second linking arm are connected, and are laterally extended setting along the insulating base；The third welding Arm is connected with first conductive arm with the 4th welding arm, and is extended along the longitudinal direction of the insulating base, institute Third welding arm is stated to be spaced apart from each other with the 4th welding arm.

13. connector assembly as claimed in claim 1 or 2, which is characterized in that second connector include insulating body, First signal terminal, second signal terminal and the first reinforcement, the insulating body include plate body, the first raised line, the second raised line And third raised line；First raised line, second raised line and the third raised line are connected with the plate body, and plug respectively In first docking groove, second docking groove and the third docking groove；First signal terminal is fixed on described On first raised line, and it is in contact with first conductive terminal；The second signal terminal is fixed on second raised line, and It is in contact with second conductive terminal；First reinforcement include the 4th conductive arm, third linking arm, the 4th linking arm, 5th conductive arm and the 6th conductive arm, the 4th conductive arm are fixed on the third raised line, and with first conductive arm It is in contact, the third linking arm is connected with the 4th conductive arm and the 5th conductive arm, the 4th linking arm and institute It states the 4th conductive arm and the 6th conductive arm is connected；5th conductive arm and the 6th conductive arm are respectively with described second Conductive arm and the third conduction arm contact.

14. connector assembly as claimed in claim 13, which is characterized in that first raised line, second raised line and institute It states third raised line and is formed with slot, the first fixing groove, first fixing groove and the slot are provided on first raised line And the plate body is connected backwards to the surface of the slot；First conductive terminal includes the first adjutage, the second adjutage And third adjutage, first adjutage are connected and are plugged in first fixing groove, institute with second adjutage State the first adjutage and second adjutage two sides that be located at first raised line position opposite；The third adjutage First end be located at the plate body backwards to the side of the slot and be connected with second adjutage, the third adjutage Second end is located at the side backwards to the slot of first raised line.

15. connector assembly as claimed in claim 14, which is characterized in that first raised line is provided with the first accommodation groove, First accommodation groove is arranged around the outer peripheral surface of first raised line and runs through the bottom wall of the slot；Second raised line is set It is equipped with the second accommodation groove, second accommodation groove is arranged around the outer peripheral surface of second raised line and runs through the bottom of the slot Wall；The third raised line is provided with third securing groove and stop arm, and the third securing groove is around the periphery of the third raised line Face is arranged and is connected with the slot；The stop arm be located at the notch of the third securing groove and respectively with the slot The opposite two sidewalls in position are connected；4th conductive arm is fixed on the third securing groove, and around the third raised line The cell wall of setting, the stop arm and the third securing groove clamps the 4th conductive arm jointly；The third linking arm and 4th linking arm is respectively positioned in the slot；5th conductive arm and the 6th conductive arm are separately fixed at described the On one accommodation groove and second accommodation groove, and stretched out from the plate body backwards to the bottom surface of the slot.