CN208849165U - A kind of boost bar and the high current connector using the boost bar - Google Patents
A kind of boost bar and the high current connector using the boost bar Download PDFInfo
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- CN208849165U CN208849165U CN201821301812.XU CN201821301812U CN208849165U CN 208849165 U CN208849165 U CN 208849165U CN 201821301812 U CN201821301812 U CN 201821301812U CN 208849165 U CN208849165 U CN 208849165U
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- Prior art keywords
- boost bar
- sliding
- mounting groove
- compression zone
- fastener
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Abstract
The utility model discloses a kind of boost bar and use the high current connector of the boost bar, belong to automotive connector technical field, solve the problems, such as that the boost bar of common high current connector is easy to loosen with automobile bumpiness, its key points of the technical solution are that, including male end outer housing, female end shell body and boost bar, female end shell body two sides are equipped with guide groove and fixing axle, male end outer housing two sides are equipped with guide post, boost bar drives guide post to be moved along the extending direction of guide groove so that male end outer housing and female end shell body engage under outer power drive, boost bar is equipped with mounting groove, the force space that a middle part is fixed on the interior and lock for lever construction of mounting groove and pressing is facilitated to latch is equipped in mounting groove, it is also slidably fitted in mounting groove and slides into the force space so that the lock is locked or sliding The force space is so that the fastener that the lock solution locks, reaches and improve high current connector stability and safety purpose out.
Description
Technical field
The utility model relates to automotive connector technical field, in particular to a kind of boost bar and use the boost bar
High current connector.
Background technique
Currently, the high-tension connector of new-energy automobile includes high-voltage plug and high-tension terminal in the market, inserted by high pressure
The plug of head and high-tension terminal is to realize the electrical connections of two cables.
Requirement due to new-energy automobile to high-tension connector safety, the plug between high-voltage plug and high-tension terminal are deep
Degree is general relatively deep, and the plug operation for being directly realized by high-voltage plug and high-tension terminal with hand is relatively difficult, and is difficult that the two is complete
The problem of being seated entirely, be easy to appear poor contact.
It assists realizing high-voltage plug using the boost bar being arranged on high-voltage plug now with some high-tension connectors
It is rotatably installed on high-voltage plug with the two sides of the plug of high-tension terminal, boost bar, high pressure is realized by rotation boost bar
Plug and high-tension terminal being interconnected or being separated from each other, and after high-voltage plug and high-tension terminal plug together completely, by power-assisted
Lock lock on handle, to prevent boost bar from loosening, is being needed high-voltage plug and high pressure on the closing piece on high-voltage plug
It when socket separates, unclamps lock from closing piece, is rotated further by the separation that boost bar realizes the two.
But since this high-tension connector is generally used on new-energy automobile, in vehicle traveling process jolt compared with
Greatly, the lock of boost bar carries out making high-voltage plug and high pressure with being easy to unclamp from the closing piece of high-voltage plug when automobile bumpiness
Occur loosening and poor contact between socket, or even safety accident occurs.
Utility model content
The purpose of the utility model is to provide a kind of boost bars, it is intended to which the lock for solving common boost bar is easy to appear
The problem of loosening.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of boost bar, packet
Include: one end of two rotation arm of forces in opposition arrangement, the rotation arm of force is equipped with pilot hole, and two rotation arm of forces are separate
Cantilever beam is connected between one end equipped with pilot hole, the width direction of the cantilever beam is equipped with mounting groove；The mounting groove
Interior to be equipped with lock, the lock is that middle part is fixed on the lever construction in the mounting groove, and the lock includes: and the installation
The fixed interconnecting piece of slot；Clamping part positioned at described interconnecting piece one end；And the compression zone positioned at the interconnecting piece other end,
It is equipped in the mounting groove and facilitates the force space for pressing the compression zone, it is described when the compression zone is bent because of compression
Clamping part is bent with the bending of the compression zone；Also slidable fit slides into the force space so that institute in the mounting groove
It states compression zone and is locked or skids off the force space so that the fastener that the compression zone solution locks.
By using above-mentioned technical proposal, after boost bar turns to the position that need to be locked, the clamping part of lock is stuck in
On closing piece, and fastener is slided, so that fastener is occupied the force space of compression zone in mounting groove, to make compression zone can not
By pressed by external force, and then realize the locking of boost bar；When needing the unlock of boost bar timing sliding fastener,
It skids off fastener from the force space in mounting groove, presses the compression zone of lock, make the clamping part bending of lock, clamping part
It is detached from from closing piece, to realize the solution locking of boost bar；The locking of this boost bar and solution lock mode, due to anticreep
The restriction effect to lock compression zone is buckled, makes the clamping part of lock be not easy to be detached from from closing piece due to thump, improves
The stability of boost bar locking structure, makes boost bar be less prone to loose phenomenon.
The further setting of the utility model, the mounting groove two lateral walls are equipped with the sliding along the fastener
The sliding slot of direction setting, the fastener include: that centre is equipped with the through-hole for supplying the compression zone to pass through and can occupy described apply
Power space is so that the sticking department that the compression zone is locked；Set on the two sides at the sticking department back side, along the fastener
Two sliding parts that glide direction is arranged and slides in the correspondence sliding slot；And set on the sticking department back side and it is located at
It is between two sliding parts, identical as the extending direction of the sliding part and with the outer wall of the mounting groove be interlocked with
Keep the fastener locked or the elastic portion of solution locking.
By using above-mentioned technical proposal, when skidding off the sticking department of fastener from the force space of compression zone, first
Elastic portion is pressed, elastic portion is made to deform and the outer wall engaging lifting with mounting groove, then sliding part is slided in direction along the chute,
Sticking department is driven to skid off from the force space of compression zone to realize the solution locking of compression zone；It is slided by the sticking department of fastener
When the force space of compression zone, sliding part is slided round about, and sticking department is driven to slide into and occupy the force space of compression zone,
Elastic portion is moved with sliding part and is interlocked with the outer wall of mounting groove simultaneously, to prevent sticking department from skidding off force space；Fastener
On the one hand the setting of elastic portion enables sticking department steadily to occupy the force space of compression zone to prevent lock solution locking, and then make
It is less prone to after boost bar is locked and loosens phenomenon, the side of fastener solution locking is on the other hand realized by pressing elastic portion
Formula, structure is simple, easily operated.
The further setting of the utility model, the elastic portion are equipped with fixture block, institute far from the outside of described sticking department one end
It states and is equipped with linking arm of the gear in the mounting groove on the outside of the compression zone on the outside of cantilever beam；The linking arm lower end be equipped with
The corresponding card slot in the fixture block position, when the fixture block is resisted against the linking arm upper end, the fastener is locked in
The force space is so that the compression zone is locked；After the elastic portion is pressurized, the fixture block takes off from the linking arm
From when, fastener solution locking skids off the fastener so that compression zone solution locking from the force space.
By using above-mentioned technical proposal, elastic portion realizes Anti-release clamp padlock by the cooperation of fixture block and linking arm or card slot
Fixed or solution locking mode, structure is simple, and easy to operate, stability is high.
The further setting of the utility model, the fixture block are described equipped with sliding into out of described card slot convenient for the fixture block
Linking arm upper end is so that the fastener is locked in the inclined ramp at the force space.
By using above-mentioned technical proposal, the setting of inclined ramp makes that fixture block is pushed to slide into or skid off the operation of card slot more
Add laborsaving.
The further setting of the utility model, the sliding slot include first sliding groove and second sliding slot, the first sliding groove with
The notch of the second sliding slot is contrary, the sliding part include the first sliding block for being slided in the first sliding groove respectively and
The second sliding block slided in the second sliding slot, second sliding block are equipped with far from one end of the sticking department and limit described the
The button bit that two sliding blocks are skidded off out of described second sliding slot.
By using above-mentioned technical proposal, the setting of button bit is not easy the second sliding block out of second sliding slot sliding on the first sliding block
Out, play terminal limit to the stroke of sliding part.
The inside of the further setting of the utility model, the rotation arm of force is equipped with locking salient point.
By using above-mentioned technical proposal, locking salient point plays certain inhibition to the rotation of boost bar, in turn
Mitigate the rotation process for rotating the arm of force more.
The two of the purpose of this utility model are to provide a kind of high current connector using the boost bar, it is intended to solve normal
See that the boost bar of high current connector is easy to appear loosening while the car is driving, two connectors of connector is caused to connect
Touch it is bad, and then the problem of be easy to happen safety accident.
The above-mentioned technical purpose of the utility model has the technical scheme that a kind of use power-assisted hand
The high current connector of handle, including mutually plugging together male end outer housing and female end shell body together, the female end shell body two
Side is equipped with guide groove and fixing axle, the plug side in the direction of the guide groove and the male end outer housing and the female end shell body
To identical, male end outer housing two sides are equipped with guide post, and it is described solid at two that the female end shell body is equipped with rolling assembling
Axial direction between dead axle, under outer power drive around the fixing axle rotates and drives the guide post along the guiding
The extending direction of slot move so that locking that the male end outer housing and the female end shell body engage to realize connector or
The boost bar for mutually separating to realize the solution locking of connector, the boost bar are a kind of boost bar as described above, institute
The pilot hole stated on the rotation arm of force of boost bar is mutually assembled with the fixing axle.
By using above-mentioned technical proposal, boost bar is rotated around fixing axle, rotatory force armband action-oriented column is along guiding
Slot movement, plugs together male end outer housing and female end shell body together, makes male end outer housing and female end when boost bar turns to
Behind the position that outer housing plugs together completely, the clamping part of lock is stuck on the closing piece on female end shell body, is slided fastener, is made to prevent
Off card button occupies the force space of compression zone in mounting groove, to make compression zone can not be by pressed by external force, and then realizes power-assisted
The locking of handle；When the unlock timing for needing to realize boost bar, fastener is slided, makes fastener from applying in mounting groove
Power space skids off, then presses the compression zone of lock, makes the clamping part bending of lock, clamping part is detached from from closing piece, to realize
The solution of boost bar locks；The locking of this boost bar and solution lock mode, since fastener is to the limit of lock compression zone
Production is used, and is made the clamping part of lock be not easy to be detached from from closing piece due to thump, is improved the steady of boost bar locking structure
It is qualitative, make high current connector be not easy to lead to two connector poor contacts because boost bar loosens while the car is driving, into
And the problem of causing automobile safety accident.
The further setting of the utility model, the rotation arm of force are equipped with C-channel, are equipped with step, institute in the C-channel
It states guide post and is equipped with the bolumn cap that outer diameter is greater than the guide post far from one end of the male end outer housing, when the guide post is placed in
When in the C-channel, the bolumn cap is resisted against on the outside of the step to prevent the rotation arm of force and the guide post to be detached from.
By using above-mentioned technical proposal, the setting of bolumn cap in step and the guide post on the arm of force in C-channel is rotated, makes to lead
It is not easy to be detached from out of C-channel to column, and then the process for making boost bar that guide post be driven to slide into guide groove is more convenient.
In conclusion the utility model has the following beneficial effects:
1, setting carries out locking or unlocking fixed fastener to lock in the mounting groove of boost bar, is not easy lock
It is detached from due to automobile bumpiness with the closing piece on connector shell, and then boost bar is made to be less prone to loose phenomenon, in turn
Reduce because the loosening of boost bar causes the male end connector of connector and female end connector the problem of poor contact occur, mentions
The high safety of connector；
2, fastener is placed in the mounting groove of boost bar, and is accounted for using sticking department to the force space of lock
Sticking department is driven to slide into or skid off force space according to, sliding part, what elastic portion realized sliding part locks or unlocks fixed mode, if
Ingenious, stability height is counted, it is easily operated.
Detailed description of the invention
Fig. 1 is structural schematic diagram when male end outer housing and female end shell body plug together completely in the utility model embodiment；
Fig. 2 is structural schematic diagram when male end outer housing is separated with female end shell body in the utility model embodiment；
Fig. 3 be male end outer housing in the utility model embodiment, female end shell body boost bar perspective view of the explosion；
Fig. 4 is the perspective view of the explosion of boost bar and fastener in the utility model embodiment；
Fig. 5 is mounting structure schematic diagram of the fastener in mounting groove in the utility model embodiment, it is part of with
Excision is to show internal structure.
Appended drawing reference: 1, male end outer housing；2, female end shell body；3, guide groove；4, guide post；41, bolumn cap；5, fixed
Axis；6, boost bar；61, the arm of force is rotated；611, C-channel；612, step；62, pilot hole；63, cantilever beam；64, mounting groove；
65, it latches；651, interconnecting piece；652, clamping part；653, compression zone；66, sliding slot；661, first sliding groove；662, second sliding slot；
67, locking salient point；68, linking arm；7, fastener；71, sticking department；72, sliding part；721, the first sliding block；722, second is sliding
Block；723, button bit；73, elastic portion；731, fixture block；732, inclined ramp；8, closing piece.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Embodiment: a kind of high current connector having boost bar as depicted in figs. 1 and 2, including is mutually plugged together one
The male end connector and female end connector risen, male end connector include male end outer housing 1 and the public affairs that are mounted in male end outer housing 1
Power terminal is held, female end connector includes female end shell body 2 and the female end power terminal that is mounted on female end shell body 2, works as public affairs
When end housing body 1 and female end shell body 2 are plugged together together, male end power terminal links together with female end power terminal, with reality
The connection of existing two cables or cable and automobile batteries case.
As shown in Figures 2 and 3, the opposite two sides of female end shell body 2 are equipped with guide groove 3 and fixing axle 5, guide groove 3
Length direction and male end outer housing 1 are identical as the plug direction of female end shell body 2, and the opposite two sides of male end outer housing 1 are fixed with
Guide post 4 corresponding with 3 position of guide groove, guide groove 3, which is equipped with, puts in the opening in guide groove 3 for guide post 4, and fixing axle 5
In the one end of guide groove 3 far from opening.Both ends rolling assembling helping in fixing axle 5 respectively is also arranged on female end shell body 2
Power handle 6, around the axial rotation boost bar 6 of fixing axle 5, boost bar 6 drives guide post 4 to transport along the opening of guide groove 3
Slot bottom is moved, plugs together male end outer housing 1 and female end shell body 2 together.
Boost bar 6 include positioned at two sides and in opposition arrangement the rotation arm of force 61, rotation the arm of force 61 one end be equipped with
The pilot hole 62 that fixing axle 5 matches, two rotation arm of forces 61 are outstanding far from being connected between one end equipped with pilot hole 62
Arm beam 63, the centre of cantilever beam 63 are equipped with the mounting groove 64 of Openworks shape, are fixed with lock 65, female end shell body 2 in mounting groove 64
Upper corresponding position is provided with closing piece 8, makes male end outer housing 1 and female end shell body 2 plugs together completely when boost bar 6 turns to
Behind position, lock 65 is buckled on the closing piece 8 on female end shell body 2, and then realizes the locking of boost bar 6.
The rotation arm of force 61 is equipped with the C-channel for protruding into for guide post 4 and applying active force to guide post 4 for the rotation arm of force 61
611, C-channel 611 is interior to be equipped with step 612, and guide post 4 is equipped with the column that outer diameter is greater than guide post 4 far from one end of male end outer housing 1
Cap 41, when guide post 4 is placed in C-channel 611, bolumn cap 41 is resisted against 612 outside of step, is not easy guide post 4 from C-channel
It is detached from 611, and then the process for making boost bar 6 that guide post 4 be driven to slide into guide groove 3 is more stable.
The inside of the arm of force 61 is rotated integrally formed with the locking salient point 67 extended towards, locking salient point 67 is to boost bar 6
Rotation play certain inhibition, and then make rotate the arm of force 61 rotation process more mitigate.
As shown in Figure 4 and Figure 5, lock 65 is fixed on the lever construction in mounting groove 64 for middle part, and lock 65 includes: and pacifies
The fixed interconnecting piece 651 of tankage 64；Clamping part 652 positioned at 651 one end of interconnecting piece；And positioned at 651 other end of interconnecting piece
Compression zone 653.Mounting groove 64 is equipped with the force space for facilitating pressing compression zone 653, when compression zone 653 is bent because of compression,
Clamping part 652 bends with the bending of compression zone 653 and then unclamps with the closing piece 8 on female end shell body 2.It is also sliding in mounting groove 64
Dynamic be equipped with slides into force space so that compression zone 653 is locked or skids off force space so that the solution locking of compression zone 653
Fastener 7.
The locking and unlocking process of boost bar 6 is as follows: making male end outer housing 1 and female end when boost bar 6 turns to
Behind the position that outer housing 2 plugs together completely, latches 65 clamping part 652 and engage with the closing piece 8 on female end shell body 2, slide later
Fastener 7 makes fastener 7 occupy the force space of compression zone 653 in mounting groove 64, makes compression zone 653 can not be by outer
The pressing of power acts on, and clamping part 652 can not be solved with closing piece 8 and be locked, to realize the locking of boost bar 6；When needing power-assisted
The unlock timing of handle 6, slides fastener 7 round about, keeps fastener 7 sliding from the force space in mounting groove 64
Out, the compression zone 653 of pressing lock 65 bends the clamping part 652 of lock 65, and clamping part 652 is detached from from closing piece 8, thus
Realize the solution locking of boost bar 6.
The compression zone 653 of 7 pairs of fastener locks 65 is used to carry out further locking the clamping part to prevent lock 65
652 modes unclamped with the lock 65 on female end shell body 2, improve the stability of 65 pairs of 6 locking structures of boost bar of lock,
So that lock 65 and boost bar 6 is not easy occur the phenomenon that loosening because of jolting for automobile, is not easy high current connector because of power-assisted
The loosening of handle 6 causes male end power terminal and the poor contact of female end power terminal, makes to be not susceptible to pacify in vehicle traveling process
Full accident.
The sliding slot 66 along the setting of 7 glide direction of fastener, fastener 7 are offered on the opposite two sidewalls of mounting groove 64
Including integrally formed sticking department 71, sliding part 72 and elastic portion 73.Wherein, the centre of sticking department 71 is offered for compression zone
653 through-holes passed through, and force space can be occupied so that compression zone 653 is locked, sliding part 72 is located at 71 back side of sticking department
It two sides and can be slided in corresponding sliding slot 66, elastic portion 73 is located at the back side of sticking department 71 and the extending direction phase with sliding part 72
Together, elastic portion 73 is by locking fastener 7 with the fastening of 64 outer wall of mounting groove.The setting of 7 elastic portion 73 of fastener
On the one hand so that sticking department 71 is steadily occupied the force space of compression zone 653 to prevent 65 solution locking of lock, and then make power-assisted
It is less prone to after handle 6 is locked and loosens phenomenon, the side of the solution locking of fastener 7 is on the other hand realized by pressing elastic portion 73
Formula, structure is simple, easily operated.
7 pairs of fastener locks 65 carry out locking or unlocking fixed process as follows: 7 pairs of fastener locks 65 are unlocked
During fixed, the one end of elastic portion 73 far from sticking department 71 is first pressed, elastic portion 73 is made to deform and outer with mounting groove 64
Wall engaging lifting, then sliding part 72 is slided in 66 direction along the chute, sliding part 72 drives force of the sticking department 71 from compression zone 653
Space skids off the solution locking to realize compression zone 653 and lock 65；During 7 pairs of fastener locks 65 lock, to
Opposite direction slides sliding part 72, and sliding part 72 drives sticking department 71 to slide into and occupy the force space of compression zone 653, while bullet
Property portion 73 with sliding part 72 move and be interlocked with the outer wall of mounting groove 64, to prevent sticking department 71 from skidding off force round about
Space, to realize the locking of compression zone 653 and lock 65.
Specifically, outside of the elastic portion 73 far from 71 one end of sticking department integrally formed with fixture block 731, is set on the outside of cantilever beam 63
There is linking arm 68 of the gear in mounting groove 64 close to 653 outside of compression zone, is offered on the inside of linking arm 68 corresponding with 731 position of fixture block
Card slot.When fixture block 731 is resisted against 68 upper end of linking arm, fastener 7 is locked in force space so that 653 quilt of compression zone
Locking；Fixture block 731 is detached from from linking arm 68 and slides into card slot after elastic portion 73 is pressurized, the solution locking of fastener 7, can be with
Fastener 7 is skidded off from force space so that the solution locking of compression zone 653.Elastic portion 73 by fixture block 731 and linking arm 68 or
The cooperation of card slot realizes that fastener 7 locks or unlocks fixed mode, and structure is simple, easy to operate, and stability is high.Fixture block 731
Outer surface is additionally provided with inclined ramp 732, and the setting of inclined ramp 732 makes to slide into fixture block 731 into 68 upper end of linking arm out of card slot
Operation it is more laborsaving.
Specifically, sliding slot 66 includes first sliding groove 166 and second sliding slot 266, first sliding groove 166 and second sliding slot 266
Notch is contrary, and sliding part 72 includes the first sliding block 721 slided in first sliding groove 166 and slides in second sliding slot 266
The second dynamic sliding block 722, second one end of sliding block 722 far from sticking department 71 is integrally formed with preventing the second sliding block 722 from second
The button bit 723 skidded off in sliding slot 266.The sliding slot 66 and sliding part 72 and button bit 723 of this structure slide sliding part 72 and go
The control of journey makes sliding part 72 be not easy to skid off out of sliding slot 66, and stability is high.
The course of work and principle: setting lock or unlock to lock 65 fixed in the mounting groove 64 of boost bar 6
Fastener 7 makes lock 65 be not easy to be detached from due to automobile bumpiness with the closing piece 8 on connector shell, and then makes power-assisted hand
Handle 6 is less prone to loose phenomenon, and then reduces because the loosening of boost bar 6 causes the male end connector of connector to connect with female end
There is the problem of poor contact in plug-in unit, improves the safety of connector.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (8)
1. a kind of boost bar characterized by comprising
One end of two rotation arm of forces (61) in opposition arrangement, the rotation arm of force (61) is equipped with pilot hole (62), two institutes
It states and is connected with cantilever beam (63) between the separate one end equipped with pilot hole (62) of the rotation arm of force (61), the width of the cantilever beam (63)
It spends direction and is equipped with mounting groove (64)；
Lock (65) is equipped in the mounting groove (64), the lock (65) is that middle part is fixed on the thick stick in the mounting groove (64)
Rod structure, the lock (65) include: the interconnecting piece (651) fixed with the mounting groove (64)；Positioned at the interconnecting piece (651)
The clamping part (652) of one end；And it is located at the compression zone (653) of the interconnecting piece (651) other end, the mounting groove (64)
Interior be equipped with facilitates the force space for pressing the compression zone (653), described when the compression zone (653) is bent because of compression
Clamping part (652) is bent with the bending of the compression zone (653)；
In the mounting groove (64) also slidable fit slide into the force space so that the compression zone (653) be locked or
Skid off it is described force space so that the compression zone (653) Xie Suoding fastener (7).
2. a kind of boost bar according to claim 1, which is characterized in that set in mounting groove (64) two lateral walls
There is the sliding slot (66) of the glide direction setting along the fastener (7), the fastener (7) includes:
Centre is equipped with the through-hole for supplying the compression zone (653) to pass through and can occupy the force space so that the compression zone
(653) locked sticking department (71)；
Two sides set on the sticking department (71) back side, the setting of the glide direction along the fastener (7) and described in the correspondence
Two sliding parts (72) slided in sliding slot (66)；And
Set on the sticking department (71) back side and be located at it is between two sliding parts (72), prolong with the sliding part (72)
It is identical and be interlocked with the outer wall of the mounting groove (64) so that the fastener (7) is locked or solution locking to stretch direction
Elastic portion (73).
3. a kind of boost bar according to claim 2, which is characterized in that the elastic portion (73) is far from the sticking department
(71) outside of one end is equipped with fixture block (731), and gear is equipped on the outside of the cantilever beam (63) in the mounting groove (64) close to described
Linking arm (68) on the outside of compression zone (653)；It is described anti-when the fixture block (731) is resisted against the linking arm (68) upper end
Off card button (7) is locked in the force space so that the compression zone (653) is locked；When the elastic portion (73) are pressurized
Afterwards, the fixture block (731) is detached from from the linking arm (68), fastener (7) Xie Suoding, by the fastener
(7) it is skidded off from the force space so that the compression zone (653) Xie Suoding.
4. a kind of boost bar according to claim 3, which is characterized in that linking arm (68) inside offers and fixture block
(731) the corresponding card slot in position, the fixture block (731) are described equipped with sliding into out of described card slot convenient for the fixture block (731)
Linking arm (68) upper end is so that the fastener (7) is locked in the inclined ramp (732) at the force space.
5. a kind of boost bar according to claim 2, which is characterized in that the sliding slot (66) includes first sliding groove
(661) and second sliding slot (662), the first sliding groove (661) is contrary with the notch of the second sliding slot (662), described
Sliding part (72) includes respectively in interior the first sliding block (721) slided of the first sliding groove (661) and in the second sliding slot
(662) the second sliding block (722) slided in, second sliding block (722) are equipped with limitation far from the one end of the sticking department (71)
The button bit (723) that second sliding block (722) skids off out of the second sliding slot (662).
6. a kind of boost bar according to claim 1, which is characterized in that the inside of the rotation arm of force (61) is equipped with anti-
Loose salient point (67).
7. a kind of high current connector, which is characterized in that including mutually plugging together male end outer housing (1) and female end shell together
Body (2), female end shell body (2) two sides be equipped with guide groove (3) and fixing axle (5), the direction of the guide groove (3) with it is described
Male end outer housing (1) is identical as the plug direction of the female end shell body (2), and male end outer housing (1) two sides are equipped with guiding
Column (4), the female end shell body (2) be equipped with rolling assembling between two fixing axles (5), under outer power drive around
The axial direction of the fixing axle (5) rotates and the guide post (4) is driven to move along the extending direction of the guide groove (3)
So that locking that the male end outer housing (1) engages to realize connector with the female end shell body (2) or mutually separation come it is real
The boost bar (6) of the solution locking of existing connector, the boost bar (6) are one described in any one of claim 1-6
It plants boost bar (6), the pilot hole (62) on the rotation arm of force (61) of the boost bar (6) is mutually filled with the fixing axle (5)
Match.
8. a kind of high current connector according to claim 7, which is characterized in that the rotation arm of force (61) is equipped with C
Shape slot (611), the C-channel (611) is interior to be equipped with step (612), and the guide post (4) is far from the male end outer housing (1)
One end is equipped with the bolumn cap (41) that outer diameter is greater than the guide post (4), when the guide post (4) is placed in the C-channel (611)
When, the bolumn cap (41) is resisted against on the outside of the step (612) to prevent the rotation arm of force (61) and the guide post (4) de-
From.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821301812.XU CN208849165U (en) | 2018-08-13 | 2018-08-13 | A kind of boost bar and the high current connector using the boost bar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821301812.XU CN208849165U (en) | 2018-08-13 | 2018-08-13 | A kind of boost bar and the high current connector using the boost bar |
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| Publication Number | Publication Date |
|---|---|
| CN208849165U true CN208849165U (en) | 2019-05-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821301812.XU Expired - Fee Related CN208849165U (en) | 2018-08-13 | 2018-08-13 | A kind of boost bar and the high current connector using the boost bar |
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| CN (1) | CN208849165U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116260010A (en) * | 2023-01-31 | 2023-06-13 | 河南省鼎润科技实业有限公司 | Wire harness connector and manufacturing method thereof |
-
2018
- 2018-08-13 CN CN201821301812.XU patent/CN208849165U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN116260010A (en) * | 2023-01-31 | 2023-06-13 | 河南省鼎润科技实业有限公司 | Wire harness connector and manufacturing method thereof |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190510 Termination date: 20200813 |
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| CF01 | Termination of patent right due to non-payment of annual fee |