CN206098828U - Plug spring terminal of heavy current antihunting - Google Patents
Plug spring terminal of heavy current antihunting Download PDFInfo
- Publication number
- CN206098828U CN206098828U CN201621052764.6U CN201621052764U CN206098828U CN 206098828 U CN206098828 U CN 206098828U CN 201621052764 U CN201621052764 U CN 201621052764U CN 206098828 U CN206098828 U CN 206098828U
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- male plug
- shell fragment
- plug piece
- reeds
- reed
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- Withdrawn - After Issue
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Abstract
The utility model relates to a plug spring terminal of heavy current antihunting in electron connection fittings field, the front end of plug spring terminal pairs the plug spring who is connected for being used for with public inserted sheet, plug spring includes the bottom surface reed, upwards bend to extend and form two side reeds respectively in the left and right sides of bottom surface reed, two side reeds are bent toward in respectively relatively, form two top surface reeds respectively, the middle part of two top surface reeds all forms indent down through tensile punching press, the bottom surface of indent is cut to form and is gone up the shell fragment down, the surface of two side reeds is and tandem arrangement's the same through two structures of punching press formation side pressure groove all, the bottom surface in side pressure groove is cut forms the side shell fragment, when public inserted sheet aunt termination mouth inserts plug spring, four faces compress tightly public inserted sheet about reaching about can following, it is inseparabler with the plug spring contact to make public inserted sheet, guarantee that public inserted sheet inserts the back and more firmly contacts with plug spring, stability after the connection is better, can avoid because of potential safety hazards such as striking sparks appear in contact failure, the security performance that the reinforcing was used.
Description
Technical field
The utility model is related to electronics connection accessory field, and in particular to insert spring terminal, more particularly to high current antihunting
Slotting spring terminal.
Background technology
Slotting spring terminal is mainly used in the electric equipment products such as electrician's electrical cnnector power distribution cabinet, and product is widely used in power for illumination
Device, household electrical appliance, connector, vapour rubs accessory, connector, wire harness, lamp socket, ballast, lamp decoration, light fixture, the product such as electronic instrument
On.
Slotting its structure of spring terminal for now circulating on the market is mainly by for inserting the slotting spring of male plug piece and for riveting wire
Riveting stitch constitute.Male plug piece insertion insert spring after carry out it is in electrical contact, due to insert spring in be a cavity structure, male plug piece insertion insert
Occur and swing easily occur loosening in spring cavity, and contact surface can be reduced when loosening, when going out in electrical equipment energization work
After existing high current electric current can be caused unstable, because contact surface is not little and not compact enough big voltage can not be born, have a strong impact on electric current
Turn-on effect, while the safety and stability of electric equipment products can be affected.
To solve drawbacks described above, the applicant submits a patent application, its publication number on May 13rd, 2013 in China
For " CN203300856U ", it provides a kind of slotting spring terminal for preventing and swinging, and after insertion male plug piece, can produce prevents male plug for it
The opposite force that piece swings, makes male plug piece contact with slotting spring more closely, and electric conductivity is higher.But, the technology also exists following
Defect：1）The insertion of male plug piece is inserted after spring, only produces the opposite force for preventing male plug piece from swinging, and the pressure of above-below direction is less,
Cause male plug piece to carry out the swing of above-below direction, can there is the potential safety hazard such as strike sparks because of loose contact in swing process；2）
Male plug piece is less with the contact area of slotting spring, and can not circulate bigger electric current after connection, therefore not enough adapt to more powerful
Appliance wiring is required.
Existing the present inventor develops the slotting spring terminal of high current antihunting to solve drawbacks described above, and it can be from up and down
Four sides compresses male plug piece, while negotiable bigger electric current.
Utility model content
The purpose of this utility model is to solve disadvantages described above, there is provided the slotting spring terminal of high current antihunting, and it is public in insertion
After inserted sheet, the opposite force for preventing male plug piece up and down and swinging can be produced, male plug piece is contacted with slotting spring more closely, contact surface
Product is bigger, and electric conductivity is more preferable.
The purpose of this utility model is achieved in the following ways：
The slotting spring terminal of high current antihunting, the tail end of the slotting spring terminal is the riveting stitch for being connected with wire, and this is inserted
The front end of spring terminal is, for carrying out matching the slotting spring that is connected with male plug piece, to insert spring and riveting stitch and be formed in one structure, inserts spring
Including bottom surface reed, upwards bending extends two pieces of side reeds of formation respectively, two pieces of side reeds for the left and right sides of bottom surface reed
Bending inside relatively respectively, so as to form two pieces of top surface reeds respectively, leaves gap, two blocks of side springs between two pieces of top surface reeds
Piece and two pieces of top surface reeds are bilateral symmetry, and the front end for inserting spring forms for pairing insertion male plug piece and is open forward
Female end interface.
By being stamped and formed out up raised upper roof panel, the front end of upper roof panel is by updip at the middle part of bottom surface reed
Oblique inclined-plane is attached with bottom surface reed, male plug piece is inserted in spring along the smooth insertion in inclined-plane, and upper roof panel is used to compress public affairs
The bottom surface of inserted sheet；Two pieces of top surface reeds are downward-sloping along relative direction, and the middle part of two pieces of top surface reeds is by stretching punching
Swaging is attached into lower indent, the front end of lower indent by inclined front Extrude Face, outer side edges and the side reed of lower indent
Top surface between leave bar shaped open-work, the inner side edge of lower indent is concordant with the inner side edge of top surface reed, and the rear end of lower indent passes through
Inclined after-drawing face is attached, and after-drawing face is carried out into severing, makes shell fragment in the cropped formation in bottom surface of lower indent, on
The front end of shell fragment is attached by front Extrude Face, and the rear end of upper shell fragment is downward-sloping, and upper shell fragment and top surface reed are protected all the time
Downward lower pressure is held, the bottom surface of upper shell fragment is used to compress the top surface of male plug piece；The surface of two pieces of side reeds passes through punching press
Form that two structures are identical and tandem side pressure groove, the back side edge and lower side of side pressure groove by cutting after combination formed
L-shaped open-work, while make the cropped formation side shell fragment in bottom surface of side pressure groove, side shell fragment slopes inwardly, and side shell fragment remain to
Interior interior pressure, the medial surface of side shell fragment is respectively used to compress the left and right sides of male plug piece；When male plug piece is inserted from female end interface
When entering slotting spring, upper roof panel withstands upwards the bottom surface of male plug piece, at the same the rear end of upper shell fragment because by male plug piece extruding and upwards
The after-drawing face of withstanding, makes the top surface of male plug piece while bearing the pressure of shell fragment and top surface reed, so as to upper roof panel and on
Produce the opposite force for preventing male plug piece from swinging up and down on shell fragment respectively, side shell fragment withstands respectively inwards the left and right two of male plug piece
Side, so as to produce the opposite force for preventing male plug piece from being swung on the shell fragment of side.
In described above, used as preferred scheme, the bottom surface reed also cuts the self-locking spring slice with screen resilience, from
The front end of lock shell fragment is fixed on the front end of bottom surface reed, and concordant with the front end of bottom surface reed, and the rear end of self-locking spring slice is along bottom surface
The rear end of reed extends, and is gradually upturned along rear end, is provided with the middle part of self-locking spring slice for entering with the location hole of male plug piece
Row matches the tab catch point for fastening, and the rear end of self-locking spring slice is provided with the trigger point for pressing, when trigger point is pressed, drives certainly
Lock shell fragment and tab catch point are moved down, so that tab catch point is threaded off from the location hole of male plug piece, when trigger point is decontroled, from
Due to there is screen resilience meeting automatic rebounding to original position in lock shell fragment.
In described above, used as preferred scheme, the tab catch point is triangular structure, and the front end of tab catch point is three
Angular drift angle, the rear end of tab catch point is the base of triangle, and tab catch point is gradually inclined upwardly from drift angle along base.
In described above, used as preferred scheme, the lower indent is square structure.
In described above, used as preferred scheme, the upper roof panel is square structure.
In described above, used as preferred scheme, the riveting stitch is made up of riveting core pin and riveting line skin pin, riveting line skin pin
The medial surface for being located at riveting core pin rear end, riveting core pin and riveting line skin pin is equipped with the wire placement for accommodating wire for pairing
Groove, the medial surface of riveting core pin is equipped with the raised horizontal line ball for compressing wire stylet, during connecting wire, wire is placed on and is led
On line mounting groove, then riveting riveting core pin and riveting line skin pin, make the tight wire stylet of riveting core foot press, and the tight wire of riveting line skin foot press is exhausted
Edge cortex.
In described above, used as preferred scheme, the riveting stitch is arranged on the same line with slotting spring, straight so as to constitute
Formula inserts spring structure, makes wire mounting groove with female end interface on the same line.
In described above, as preferred scheme, the median perpendicular of the wire mounting groove in the center line of female end interface, from
And constitute horizontal type and insert spring structure.
Beneficial effect produced by the utility model is：Have additional roof panel, lower indent, upper shell fragment, side pressure groove and side
Shell fragment, when male plug piece inserts spring from the insertion of female end interface, upper roof panel withstands upwards the bottom surface of male plug piece, and upper shell fragment receives lower pressure
The top surface of male plug piece is pressed on, generation prevents the opposite force that male plug piece swings up and down, and side shell fragment is by interior pressure compaction in public affairs
The left and right sides of inserted sheet, generation prevents the opposite force that male plug piece swung, so as to can be from up and down and four faces in left and right
Male plug piece is compressed, makes male plug piece contact tightr with slotting spring, it is ensured that more firmly contacted with slotting spring after the insertion of male plug piece, after connection
Stability more preferably, any angle is not in swing, and improves the electric conductivity between male plug piece and slotting spring, can be avoided because of contact
It is bad and the potential safety hazards such as sparking occur, strengthen the security performance that uses, contact area is bigger, electric conductivity more preferably, so as to flow
Logical bigger electric current so as to can adapt to more powerful appliance wiring requirement, it is ensured that electrical equipment is safer and stably runs.
Description of the drawings
Fig. 1 is the dimensional structure diagram of the utility model embodiment one;
Fig. 2 is the dimensional structure diagram of another angle of the utility model embodiment one;
Fig. 3 is the front view of the utility model embodiment one；
Fig. 4 is the upward view of the utility model embodiment one；
Fig. 5 is the profile of the utility model embodiment one；
Fig. 6 is the dimensional structure diagram of the utility model embodiment two;
In figure, 1 is male plug piece, and 2 is riveting core pin, and 3 is riveting line skin pin, and 4 is wire mounting groove, and 5 is bottom surface reed, and 6 are
Side reed, 7 is top surface reed, and 8 is female end interface, and 9 is upper roof panel, and 10 is self-locking spring slice, and 11 is tab catch point, and 12 is tactile
Point is sent out, 13 is upper shell fragment, and 14 is front Extrude Face, and 15 is side shell fragment.
Specific embodiment
Below in conjunction with the accompanying drawings the utility model is described in further detail with specific embodiment.
Embodiment one
With reference to Fig. 1～Fig. 5, the slotting spring terminal of the high current antihunting that it is embodied as includes riveting stitch and slotting spring, riveting line
Pin is located at the tail end for inserting spring terminal, and for being connected with wire, riveting stitch is made up of riveting core pin 2 and riveting line skin pin 3, riveting line skin pin
3 medial surfaces for being located at the rear end of riveting core pin 2, riveting core pin 2 and riveting line skin pin 3 are equipped with the wire peace for accommodating wire for pairing
Groove 4 is put, the medial surface of riveting core pin 2 is equipped with the raised horizontal line ball for compressing wire stylet, during connecting wire, wire is placed
On wire mounting groove 4, then riveting riveting core pin 2 and riveting line skin pin 3, make riveting core pin 2 compress wire stylet, riveting line skin pin 3
Wire insulation cortex is compressed, as depicted in figs. 1 and 2, the riveting stitch and slotting spring of the present embodiment are arranged on the same line, so as to group
Into straight slotting spring structure, make wire mounting groove 4 with female end interface 8 on the same line, riveting core pin 2 and riveting line skin pin 3 are
The U-shaped structure of opening upwards.
The front end of slotting spring terminal is for carrying out matching the slotting spring being connected with male plug piece 1, inserting spring and be integrated into riveting stitch
Type structure, inserting spring includes bottom surface reed 5, and upwards bending extends two pieces of side reeds of formation respectively for the left and right sides of bottom surface reed 5
6, two pieces of bendings inside relatively respectively of side reed 6, so as to form two pieces of top surface reeds 7 respectively, are stayed between two pieces of top surface reeds 7
There is gap, gap is used to reserve the space of resilience to two pieces of top surface reeds 7, and two pieces of side reeds 6 and two pieces of top surface reeds 7 are
Bilateral symmetry, inserts the female end interface 8 that the front end of spring forms for pairing insertion male plug piece 1 and is open forward.
In order to increase the stability after male plug piece 1 is connected with slotting spring, the middle part of bottom surface reed 5 is past convex by being stamped and formed out
The upper roof panel 9 for rising, the upper roof panel 9 of the present embodiment is square structure, and the front end of upper roof panel 9 passes through acclivitous inclined-plane
It is attached with bottom surface reed 5, male plug piece 1 is inserted in spring along the smooth insertion in inclined-plane, upper roof panel 9 is used to compress male plug piece 1
Bottom surface.Bottom surface reed 5 also cuts the self-locking spring slice 10 with screen resilience, and the front end of self-locking spring slice 10 is fixed on bottom surface reed
5 front end, and it is concordant with the front end of bottom surface reed 5, the rear end of self-locking spring slice 10 extends along the rear end of bottom surface reed 5, and after
End is gradually upturned, and the middle part of self-locking spring slice 10 is provided with for carrying out matching the tab catch of fastening with the location hole of male plug piece 1
Point 11, the rear end of self-locking spring slice 10 is provided with the trigger point 12 for pressing, and as shown in Figure 4 and Figure 5, tab catch point 11 is triangle
Structure, the front end of tab catch point 11 for triangle drift angle, the rear end of tab catch point 11 for triangle base, tab catch point 11
Gradually it is inclined upwardly along base from drift angle.When trigger point 12 is pressed, self-locking spring slice 10 and tab catch point 11 is driven to move down, so as to
Tab catch point 11 is set to be threaded off from the location hole of male plug piece 1, when trigger point 12 is decontroled, self-locking spring slice 10 is due to having resilience
Power meeting automatic rebounding is to original position.
As shown in Figure 1, Figure 2 and Figure 4, two pieces of top surface reeds 7 are downward-sloping along relative direction, two pieces of top surface reeds 7
Middle part lower indent is formed by stretching and punching, lower indent is square structure, and the front end of lower indent is by stretching before inclined
Face 14 is attached, and front Extrude Face 14 is inclined from the top down, male plug piece 1 is inserted in spring along the smooth insertion of front Extrude Face 14.Under
Leave bar shaped open-work between the outer side edges of indent and the top surface of side reed 6, bar shaped open-work is formed by blocking, lower indent it is interior
Side is concordant with the inner side edge of top surface reed 7, and the rear end of lower indent is attached by inclined after-drawing face, and by after-drawing
Face carries out severing, makes the front end of shell fragment 13 in the cropped formation in bottom surface of lower indent, upper shell fragment 13 and is carried out by front Extrude Face 14
Connection, the left side of upper shell fragment 13, the right and front are the state of blocking, and the rear end of upper shell fragment 13 is downward-sloping, and upper shell fragment 13
And top surface reed 7 remains downward lower pressure, the bottom surface of upper shell fragment 13 is used to compress the top surface of male plug piece 1.
As shown in Figure 1 to 4, by being stamped and formed out, two structures are identical and front and rear row on the surface of two pieces of side reeds 6
The side pressure groove of row, the back side edge and lower side of side pressure groove by cutting after combination form L-shaped open-work, while making the bottom of side pressure groove
The cropped formation side shell fragment 15 in face, side shell fragment 15 slopes inwardly, and side shell fragment 15 remains inside interior pressure, side shell fragment
15 front end inserts the inclined-plane in spring for ease of the smooth insertion of male plug piece 1, and the medial surface of side shell fragment 15 is respectively used to compress male plug piece 1
Left and right sides.
Embodiment two
Reference Fig. 6, the present embodiment and the structure that the difference of embodiment one is riveting core pin 2 and riveting line skin pin 3, riveting core
Pin 2 and riveting line skin pin 3 are upwardly extended and bending inside, and combination forms palm structure, the median perpendicular of the wire mounting groove 4
In the center line of female end interface 8, so as to constitute horizontal type spring structure is inserted.
Male plug piece 1 in Fig. 1 and Fig. 6 to be not inserted into state, when male plug piece 1 inserts spring from the insertion of female end interface 8, put down by upper top
Platform 9 withstands upwards the bottom surface of male plug piece 1, while after-drawing is withstood upwards in the rear end of upper shell fragment 13 because of the extruding by male plug piece 1
Face, makes the top surface of male plug piece 1 while bearing the pressure of shell fragment 13 and top surface reed 7, so as in upper roof panel 9 and upper shell fragment 13
Upper to produce the opposite force for preventing male plug piece 1 from swinging up and down respectively, side shell fragment 15 withstands respectively inwards the left and right two of male plug piece 1
Side, so as to produce the opposite force for preventing male plug piece 1 from being swung on side shell fragment 15.
Roof panel 9, lower indent, upper shell fragment 13, side pressure groove and side shell fragment 15 are had additional, when male plug piece 1 is from female end interface 8
When spring is inserted in insertion, upper roof panel 9 withstands upwards the bottom surface of male plug piece 1, and upper shell fragment 13 receives lower pressure compaction pushing up in male plug piece 1
Face, generation prevents the opposite force that male plug piece 1 swings up and down, and side shell fragment 15 is by interior pressure compaction in the left and right two of male plug piece 1
Side, generation prevents the opposite force that male plug piece 1 swung, so as to can be from up and down and the tight male plug piece of the face pressure of left and right four
1, make male plug piece 1 contact tightr with slotting spring, it is ensured that male plug piece 1 is more firmly contacted after inserting with slotting spring, stablizing after connection
Property more preferably, any angle is not in swing, and improves the electric conductivity between male plug piece 1 and slotting spring, can be avoided because of loose contact
And there are the potential safety hazards such as sparking, strengthen the security performance that uses, contact area is bigger, electric conductivity more preferably, so as to it is negotiable more
Big electric current so as to can adapt to more powerful appliance wiring requirement, it is ensured that electrical equipment is safer and stably runs.
Above content is to combine specific preferred embodiment further detailed description of the utility model, it is impossible to recognized
It is calmly of the present utility model to be embodied as being confined to these explanations.For the ordinary skill people of the utility model art
For member, without departing from the concept of the premise utility, some simple deduction or replace can also be made, be regarded as this
The protection domain of utility model.
Claims (8)
1. the slotting spring terminal of high current antihunting, the tail end of the slotting spring terminal is the riveting stitch for being connected with wire, the slotting spring
The front end of terminal is, for carrying out matching the slotting spring that is connected with male plug piece, to insert spring and riveting stitch and be formed in one structure, inserts spring bag
Bottom surface reed is included, upwards bending extends two pieces of side reeds of formation respectively, two pieces of side reeds point for the left and right sides of bottom surface reed
Not bending inside relatively, so as to form two pieces of top surface reeds respectively, leaves gap, two pieces of side reeds between two pieces of top surface reeds
And two pieces of top surface reeds are bilateral symmetry, the mother that the front end of spring forms for pairing insertion male plug piece and is open forward is inserted
End interface, it is characterised in that：The middle part of bottom surface reed is by being stamped and formed out up raised upper roof panel, the front end of upper roof panel
It is attached with bottom surface reed by acclivitous inclined-plane, male plug piece is inserted in spring along the smooth insertion in inclined-plane, upper roof panel
For compressing the bottom surface of male plug piece；Two pieces of top surface reeds are downward-sloping along relative direction, and the middle part of two pieces of top surface reeds is equal
Lower indent is formed by stretching and punching, the front end of lower indent is attached by inclined front Extrude Face, the outer side edges of lower indent
Bar shaped open-work is left and the top surface of side reed between, the inner side edge of lower indent is concordant with the inner side edge of top surface reed, lower indent
Rear end be attached by inclined after-drawing face, and after-drawing face is carried out into severing, make the cropped shape in bottom surface of lower indent
Into upper shell fragment, the front end of upper shell fragment is attached by front Extrude Face, and the rear end of upper shell fragment is downward-sloping, and upper shell fragment and top surface
Reed remains downward lower pressure, and the bottom surface of upper shell fragment is used to compress the top surface of male plug piece；The surface of two pieces of side reeds
By being stamped and formed out, two structures are identical and tandem side pressure groove, and the back side edge and lower side of side pressure groove is by cutting
Afterwards combination forms L-shaped open-work, while making the cropped formation side shell fragment in bottom surface of side pressure groove, side shell fragment slopes inwardly, and side shell fragment
Inside interior pressure is remained, the medial surface of side shell fragment is respectively used to compress the left and right sides of male plug piece；When male plug piece from
When spring is inserted in the insertion of female end interface, upper roof panel withstands upwards the bottom surface of male plug piece, while the rear end of upper shell fragment is because by male plug piece
Extrude and withstand after-drawing face upwards, the top surface of male plug piece is made while bearing the pressure of shell fragment and top surface reed, so as to upper
Produce the opposite force for preventing male plug piece from swinging up and down on roof panel and upper shell fragment respectively, side shell fragment withstands respectively inwards male plug
The left and right sides of piece, so as to produce the opposite force for preventing male plug piece from being swung on the shell fragment of side.
2. the slotting spring terminal of high current antihunting according to claim 1, it is characterised in that：The bottom surface reed has also cut
Self-locking spring slice with screen resilience, the front end of self-locking spring slice is fixed on the front end of bottom surface reed, and with bottom surface reed before hold level with both hands
Together, the rear end of self-locking spring slice extends along the rear end of bottom surface reed, and is gradually upturned along rear end, is provided with the middle part of self-locking spring slice
For carrying out matching the tab catch point of fastening with the location hole of male plug piece, the rear end of self-locking spring slice is provided with the triggering for pressing
Point, when trigger point is pressed, drives self-locking spring slice and tab catch point to move down, so that tab catch point enters from the location hole of male plug piece
Row is threaded off.
3. the slotting spring terminal of high current antihunting according to claim 2, it is characterised in that：The tab catch point is triangle
Structure, the front end of tab catch point is the drift angle of triangle, and the rear end of tab catch point is the base of triangle, and tab catch point is from drift angle
Gradually it is inclined upwardly along base.
4. according to claims 1 to 3 any one high current antihunting slotting spring terminal, it is characterised in that：It is described to push
Groove is square structure.
5. the slotting spring terminal of high current antihunting according to claim 4, it is characterised in that：The upper roof panel is square knot
Structure.
6. according to claims 1 or 2 either 3 or 5 high current antihunting slotting spring terminal, it is characterised in that：It is described
Riveting stitch is made up of riveting core pin and riveting line skin pin, and riveting line skin pin is located at riveting core pin rear end, riveting core pin and riveting line skin pin
Medial surface is equipped with the wire mounting groove for accommodating wire for pairing, and the medial surface of riveting core pin is equipped with for compressing wire stylet
Raised horizontal line ball.
7. the slotting spring terminal of high current antihunting according to claim 6, it is characterised in that：The riveting stitch is arranged with slotting spring
On the same line, so as to constitute straight slotting spring structure, wire mounting groove is made with female end interface on the same line.
8. the slotting spring terminal of high current antihunting according to claim 6, it is characterised in that：The center line of the wire mounting groove
Perpendicular to the center line of female end interface, so as to constitute horizontal type spring structure is inserted.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621052764.6U CN206098828U (en) | 2016-09-13 | 2016-09-13 | Plug spring terminal of heavy current antihunting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621052764.6U CN206098828U (en) | 2016-09-13 | 2016-09-13 | Plug spring terminal of heavy current antihunting |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206098828U true CN206098828U (en) | 2017-04-12 |
Family
ID=58476666
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621052764.6U Withdrawn - After Issue CN206098828U (en) | 2016-09-13 | 2016-09-13 | Plug spring terminal of heavy current antihunting |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206098828U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106450874A (en) * | 2016-09-13 | 2017-02-22 | 东莞市商通五金电子有限公司 | High-current anti-swing plug spring terminal |
| CN111430966A (en) * | 2020-03-20 | 2020-07-17 | 番禺得意精密电子工业有限公司 | Electric connector and connecting terminal |
-
2016
- 2016-09-13 CN CN201621052764.6U patent/CN206098828U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106450874A (en) * | 2016-09-13 | 2017-02-22 | 东莞市商通五金电子有限公司 | High-current anti-swing plug spring terminal |
| CN106450874B (en) * | 2016-09-13 | 2018-07-10 | 东莞市商通五金电子有限公司 | The slotting spring terminal of high current antihunting |
| CN111430966A (en) * | 2020-03-20 | 2020-07-17 | 番禺得意精密电子工业有限公司 | Electric connector and connecting terminal |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20170412 Effective date of abandoning: 20180710 |
|
| AV01 | Patent right actively abandoned |