CN110033996A - A kind of magnetic latching relay that current-carrying capability is strong - Google Patents
A kind of magnetic latching relay that current-carrying capability is strong Download PDFInfo
- Publication number
- CN110033996A CN110033996A CN201910333254.8A CN201910333254A CN110033996A CN 110033996 A CN110033996 A CN 110033996A CN 201910333254 A CN201910333254 A CN 201910333254A CN 110033996 A CN110033996 A CN 110033996A
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- dynamic spring
- positioning region
- push
- section
- shell
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- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H50/00—Details of electromagnetic relays
- H01H50/14—Terminal arrangements
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H50/00—Details of electromagnetic relays
- H01H50/64—Driving arrangements between movable part of magnetic circuit and contact
-
- H—ELECTRICITY
- H01—ELECTRIC ELEMENTS
- H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
- H01H51/00—Electromagnetic relays
- H01H51/01—Relays in which the armature is maintained in one position by a permanent magnet and freed by energisation of a coil producing an opposing magnetic field
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- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Electromagnets (AREA)
Abstract
The present invention discloses a kind of magnetic latching relay that current-carrying capability is strong, including shell, multiple conductive leading feets, push card and multiple dynamic springs, the push card includes base portion and multiple dynamic spring interconnecting pieces, base portion is connected with armature component, between the base portion and dynamic spring interconnecting piece by push-pull arm be fixedly connected with or the base portion and dynamic spring interconnecting piece between be fixedly connected with by push-pull arm and adjacent dynamic spring interconnecting piece is fixedly connected with by push-pull arm, each dynamic spring interconnecting piece has one and the dynamic equitant cross section of spring symmetrical plane after connecting with dynamic spring, the cross section on all dynamic spring interconnecting pieces is in the same plane, using the cross section as horizontal plane, at least there are two push-pull arms is arranged in a staggered manner up and down relative to the cross section, bit space is allowed to conductive leading feet offer by being arranged in a staggered manner for push-pull arm to increase its width dimensions arrangement to improve its current-carrying capability.The current-carrying capability of magnetic latching relay can be improved in the case where shell dimension is constant in the present invention.
Description
Technical field
The present invention relates to magnetic latching relay manufacturing technology field, especially a kind of magnetic that current-carrying capability is strong keeps relay
Device.
Background technique
Magnetic latching relay has been developed in recent years a kind of new type of relay.Its as other electromagnetic relays,
Turn on automatically and cutting action are played to circuit.
Existing magnetic latching relay generally includes plastic casing, multiple conductive leading feets, magnetic circuit system, contact system and pushes away
Motivation structure.Multiple conductive leading feets, magnetic circuit system, contact system and pushing mechanism are mounted on plastic casing.The magnetic circuit system
System generally includes yoke, coil, armature component, and contact system includes dynamic spring, quiet spring, moves and has movable contact on spring, band on quiet spring
There is stationary contact, pushing mechanism includes push card, and armature component connects push card, and push card connects dynamic spring part, conductive leading feet
It is connected in the intracorporal one end of shell and dynamic spring and quiet spring, when relay coil leads to direct impulse voltage, magnetic circuit system work, rank
Iron component drives push card, and push card pushes dynamic spring displacement, makes movable contact and stationary contact point contact, relay is in an ON state；
When the coil of relay leads to reverse impulse voltage, magnetic circuit system works again, and armature component drives push card return, and push card pulls
Dynamic spring return, movable contact and stationary contact are detached from, and disconnect contact, relay is in dissengaged positions.
In existing magnetic latching relay structure, when being provided with multiple dynamic springs, unavoidably to have conductive leading feet with
Push card arranged crosswise.In the case where magnetic latching relay shell dimension is constant, drawn with the conduction of push card arranged crosswise
Foot will be reduced in the size of width direction, this will reduce the current-carrying capability of the conductive leading feet.Currently in order to not making conduction
Leading foot is reduced in the size of width direction, can only be increased magnetic latching relay shell dimension, be caused the volume of entire relay
Increase, occupancy installation site is just larger, is unfavorable for and other electrical matchings.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of magnetic latching relays that current-carrying capability is strong, in shell dimension
In the case where constant, it is possible to increase the width dimensions of the conductive leading feet to intersect with push card are to improve magnetic latching relay
Current-carrying capability.
In order to achieve the above objectives, the technical scheme is that a kind of magnetic latching relay that current-carrying capability is strong, including shell
Body, multiple conductive leading feets, push card and multiple dynamic springs, one end of each dynamic spring and one end of a conductive leading feet are connected,
The conductive leading feet is on shell and one end is stretched out outside shell, and push card and multiple dynamic springs are in shell, described to push away
Dynamic card includes that base portion and multiple dynamic spring interconnecting pieces, base portion are connected with armature component, and each dynamic spring interconnecting piece and a dynamic spring are another
One end is connected, between the base portion and dynamic spring interconnecting piece by push-pull arm be fixedly connected with or the base portion and dynamic spring interconnecting piece between
It is fixedly connected with by push-pull arm and adjacent dynamic spring interconnecting piece is fixedly connected with by push-pull arm, after each dynamic spring interconnecting piece is connect with dynamic spring
With one and the dynamic equitant cross section of spring symmetrical plane, the cross-section on all dynamic spring interconnecting pieces is in same plane
On, using the cross section on the dynamic spring interconnecting piece as horizontal plane, at least there are two push-pull arms relative to wrong above and below the cross section
It opens up and sets, by being arranged in a staggered manner for push-pull arm the conductive leading feet offer that push-pull arm intersects is provided bit space is allowed to lead to increase this
The size arrangement of electric leading foot width direction is to improve the current-carrying capability of the conductive leading feet.
It is preferred that the two sides of the base portion pass through the connected dynamic spring interconnecting piece of a push-pull arm, the push-pull arm of the two sides of base portion respectively
It is arranged in a staggered manner and is parallel to each other up and down relative to the cross section；The middle section of the base portion, which is equipped with, to be connected with armature component
Rectangular through holes.Two such push-pull arm can allow bit space to a conductive leading feet offer to increase the conductive leading feet
The size arrangement of width direction so that improve the current-carrying capability of two conductive leading feets simultaneously.
Further, the base portion and the push-pull arm of two sides are equipped with inclined support bar.To further increase pushing away for push-pull arm
Tensile strength.
It is preferred that the promotion point after the armature component is connect with base portion is also on the cross section.The stress pushed in this way
More reasonable, structure is also more compact.
It is preferred that all dynamic spring interconnecting pieces are on the base portion between end grain and lower end grain, end grain on the base portion
It is parallel with the cross section with lower end grain.This spline structure pushes and pulls magnetic latching relay by dynamic spring interconnecting piece and moves spring displacement
When, it can anti-ring spring deflection.Further increase the reliability of movement.
It is preferred that the dynamic spring interconnecting piece includes two vertical bar medial surface middle sections of two spaced vertical bars and connection
A cross bar, cross bar has horizontal symmetrical section, and the horizontal symmetrical section of cross bar overlaps with dynamic spring symmetrical plane, cross bar
It forms the upper card slot of dynamic spring with the medial surface of two vertical bars above, forms dynamic spring with the medial surface of two vertical bars below cross bar
Lower bayonet slot, the connected push-pull arm of lateral surface that the dynamic spring interconnecting piece passes through vertical bar；
Clamping portion there are two each setting on dynamic spring, one end of two clamping portions is stuck in the upper card of the dynamic spring interconnecting piece
On slot or lower bayonet slot and two clamping portions are not in contact with the cross bar, and a movable contact is respectively fixedly connected on two clamping portions.This
Sample, which moves when spring interconnecting piece pushes and pulls dynamic spring, will not generate scrapings.Influence of the scrapings to contact and magnetic circuit is prevented, magnetic is promoted and keeps relay
Device performance.
Further, each the edge of two clamping portions on dynamic spring is bent to the same side.It can further prevent scrapings.
Further, each dynamic spring further includes a making leaf spring, and making leaf spring side sets that there are two connecting pin, the other sides to be equipped with one
Two clamping portions on dynamic spring are respectively fixedly connected in a locating groove, two connecting pins of making leaf spring side, and the making leaf spring other side is determined
Position card slot card makes two clamping portions on dynamic spring not be in contact with cross bar on the cross bar, and making leaf spring further presses against institute on one side
It states on the medial surface of a vertical bar of spring interconnecting piece.Dynamic spring interconnecting piece and dynamic spring can be improved in this way is mutually located precision,
Promote the performance that dynamic spring interconnecting piece pushes and pulls dynamic spring.
It is further improved, at least one conductive leading feet is equipped with the first positioning region and the second positioning region, sets on shell
The second auxiliary section for having the first auxiliary section matched with first positioning region and being matched with second positioning region, it is described
First positioning region and first auxiliary section form tight fit, and second positioning region forms gap with second auxiliary section and matches
It closes, second positioning region matches after first auxiliary section is deformed to setting degree further with second auxiliary section
The conductive leading feet is positioned.By the location structure of this conductive leading feet and shell, both facilitate conductive leading feet
Assembly positioning, and the positioning accuracy of conductive leading feet can be improved, it is ensured that the performance of magnetic latching relay performance.
It is greater than it is preferred that the conductive leading feet is in the length outside shell in the intracorporal length of shell.
As a preference, first positioning region is the first raised line being arranged on the conductive leading feet side, it is described
Second positioning region is the second raised line being arranged on the conductive leading feet side, and first auxiliary section is that setting is intracorporal in shell
First strip-shaped groove, second auxiliary section are setting in intracorporal second strip-shaped groove of shell, first positioning region and
Second positioning region is parallel to each other, and first auxiliary section and second auxiliary section are parallel to each other, conductive leading feet peace
When on shell, first positioning region is stuck on first auxiliary section, and second positioning region is stuck in described second and matches
In conjunction portion.
Further, first positioning region and second positioning region are on the conductive leading feet same side, are led
When the side of electric leading foot is perpendicular to horizontal plane, first positioning region and second positioning region shift to install up and down.
As another preferred embodiment, first positioning region is the first raised line being arranged on the conductive leading feet side, institute
Stating the second positioning region is the second raised line being arranged on the conductive leading feet side, and first auxiliary section is to be arranged in shell
Strip-shaped groove, second auxiliary section is to be arranged in the intracorporal support portion of shell, and second positioning region favours described the
One positioning region；When the conductive leading feet is mounted on shell, first positioning region is stuck on first auxiliary section, and described
Two positioning regions lean against on second auxiliary section after first auxiliary section is deformed to setting degree.
The present invention has one and dynamic spring symmetrical plane phase due to each being moved after spring interconnecting piece is connect with dynamic spring in push card
The cross section of overlapping, the cross section on all dynamic spring interconnecting pieces is in the same plane, on the dynamic spring interconnecting piece should
Cross section is horizontal plane, and at least there are two push-pull arms is arranged in a staggered manner up and down relative to the cross section, can thus pass through push-and-pull
Being arranged in a staggered manner of arm gives at least two conductive leading feets offer that push-pull arm intersects and allows bit space to increase conduction and draw
The size arrangement of foot width direction is to improve the current-carrying capability of the conductive leading feet.Therefore can be constant in shell dimension feelings
Under condition, increase the width dimensions of the conductive leading feet to intersect with push card, the width dimensions of conductive leading feet increase, current-carrying
Ability just increases, to improve the current-carrying capability of entire magnetic latching relay.
Detailed description of the invention
Fig. 1 is the perspective view of the first embodiment hidden parts part of the invention；
Fig. 2 is the main view of the first embodiment push card of the invention；
Fig. 3 is the main view that the first embodiment of the invention moves spring；
Fig. 4 is the perspective view that the first embodiment of the invention moves spring；
Fig. 5 is that the first embodiment push card of the invention is connected with two dynamic springs and two dynamic springs and two conductions are drawn
The perspective view that foot is connected；
Fig. 6 is enlarged drawing at the A of Fig. 5；
Fig. 7 is the top view of the first embodiment hidden parts part of the invention；
Fig. 8 is enlarged drawing at the B of Fig. 7；
Fig. 9 is enlarged drawing at the C of Fig. 7；
Figure 10 is that the first embodiment of the invention is equipped with the first positioning region and a kind of conductive leading feet of the second positioning region is vertical
Body figure；
Figure 11 is the conductive extraction of another kind that the first embodiment of the invention is equipped with the first positioning region and the second positioning region
Foot perspective view；
Figure 12 is the perspective view of the first embodiment shell of the invention；
Figure 13 is the main view of second of embodiment push card of the invention.
Specific embodiment
Invention is further described in detail with specific embodiment with reference to the accompanying drawing.
Shown in embodiment one, Fig. 1 to Figure 12, a kind of magnetic latching relay that current-carrying capability is strong, including shell 1, conduction are drawn
Foot 2, conductive leading feet 3, conductive leading feet 4, conductive leading feet 5, push card 6 and two dynamic springs 7 out, one end of a dynamic spring 7
It being connected with one end of conductive leading feet 2, one end of another dynamic spring 7 and one end of conductive leading feet 3 are connected, conductive leading feet 2,
Conductive leading feet 3, conductive leading feet 4, conductive leading feet 5 are on shell 1 and one end is stretched out outside shell 1, push card 6 and two
A dynamic spring 7 is located in shell 1, and the push card 6 includes base portion 61 and two dynamic spring interconnecting pieces 62, base portion 61 and armature component
Be connected, the middle section of base portion 61 is equipped with the rectangular through holes 611 being connected with armature component, each dynamic spring interconnecting piece 62 with
One dynamic 7 other end of spring is connected, and the two sides of the base portion 61 pass through the connected dynamic spring interconnecting piece 62 of a push-pull arm 63 respectively, often
A dynamic spring interconnecting piece 62 has one and the equitant cross section E of dynamic 7 symmetrical plane D of spring after connecting with dynamic spring 7, all dynamic springs connect
Cross section E in socket part 62 is in the same plane, using the cross section E on the dynamic spring interconnecting piece 62 as horizontal plane, base
The push-pull arm 63 of the two sides in portion 61 is arranged in a staggered manner and is parallel to each other relative to cross section E or more；Pass through two push-pull arms 63
The conductive leading feet 3 for giving two push-pull arms 63 and intersecting is arranged in a staggered manner, the offer of conductive leading feet 5 allows bit space to lead to increase this
Electric leading foot 3, conductive leading feet 5 width direction size arrangement to improve the load of conductive leading feet 3, conductive leading feet 5
Stream ability.
The shell 1, push card 6 make of plastic material, conductive leading feet 2, conductive leading feet 3, conductive leading feet 4,
Conductive leading feet 5 and two dynamic springs 7 are made of copper material.
Inclined support bar 64 is equipped between the base portion 61 and the push-pull arm 63 of two sides.Pushing away for push-pull arm 63 can preferably be improved
Tensile strength.
Further shown in Fig. 2, promotion point a, b after the armature component of preferably magnetic latching relay is connect with base portion are also at
On the cross section E.The stress pushed in this way is more reasonable, and structure is also more compact.
It is preferred that all dynamic spring interconnecting pieces 62 are on the base portion 61 between end grain F and lower end grain G, the base portion 61
Upper end grain F and lower end grain G are parallel with the cross section E.It can be deflected when preferable anti-ring spring 7 movement in this way.
The dynamic spring interconnecting piece 62 includes among two spaced vertical bars 621 and two 621 medial surfaces of vertical bar of connection
A partial cross bar 622, cross bar 622 have horizontal symmetrical section, and the horizontal symmetrical section of cross bar 622 and dynamic spring 7 are symmetrically flat
Face D overlaps, and the medial surface of the upper surface of cross bar 622 and two vertical bars 621 forms the upper card slot 62a of dynamic spring 7, under cross bar 622
The medial surface of face and two vertical bars 621 forms the lower bayonet slot 62b of dynamic spring 7, and the dynamic spring interconnecting piece 62 passes through the outside of vertical bar 621
Face is connected push-pull arm 63.
From attached drawing 3 as can be seen that the position that dynamic 7 symmetrical plane of spring is indicated by dotted line D, can be seen that cross bar from attached drawing 2
The position that 622 horizontal symmetrical section is indicated by dotted line E.The plane that dotted line D is represented after dynamic spring interconnecting piece 62 is connect with dynamic spring 7
It coincides with plane representated by dotted line E.
Clamping portion 71 there are two each setting on dynamic spring 7, one end of two clamping portions 71 is stuck in the dynamic spring interconnecting piece
On 62 upper card slot 62a or lower bayonet slot 62b and two clamping portions 71 are not in contact with the cross bar 622, on two clamping portions 71
A movable contact 711 is respectively fixedly connected.The edge of two clamping portions 71 on each dynamic spring 7 is bent to the same side.
Each dynamic spring 7 further includes a making leaf spring 72, and 72 side of making leaf spring sets that there are two connecting pin 721, the other sides to be equipped with
Two clamping portions 71 on dynamic spring 7, pressure spring is respectively fixedly connected in one locating groove 722, two connecting pins 721 of 72 side of making leaf spring
The locating groove 722 of 72 other side of piece is stuck in two clamping portions 71 made on the cross bar 622 move on spring 7 and cross bar 622 not
It is in contact, on the medial surface of a vertical bar 621 for further pressing against the dynamic spring interconnecting piece 62 on one side for making leaf spring 72.
Further shown in Fig. 7, Fig. 8, Figure 10, Figure 12, conductive leading feet 2 is equipped with the first positioning region 21 and the second positioning region
22, shell 1 is equipped with the first auxiliary section 21a matched with first positioning region 21 and matches with second positioning region 22
The the second auxiliary section 22b closed, the first positioning region 21 and the first auxiliary section 21a form tight fit, second positioning
Portion 22 and the second auxiliary section 22b form clearance fit, and second positioning region 22 is matched with the second auxiliary section 22b
Further the conductive leading feet is positioned after the first auxiliary section 21a is deformed to setting degree；
First positioning region 21 is the first raised line being arranged on 2 side of conductive leading feet, second positioning region
22 be the second raised line being arranged on 2 side of conductive leading feet, and the first auxiliary section 21a is be arranged in shell 1
One strip-shaped groove, the second auxiliary section 22b are the second strip-shaped groove being arranged in shell 1, first positioning region
21 and second positioning region 22 be parallel to each other, the first auxiliary section 21a and the second auxiliary section 22b are parallel to each other, should
When conductive leading feet 2 is mounted on shell 1, first positioning region 21 is stuck on the first auxiliary section 21a, and described second is fixed
Position portion 22 is stuck on the second auxiliary section 22b；
First positioning region 21 and second positioning region 22 are on 2 same side of conductive leading feet, and conduction is drawn
When the side of foot 2 is perpendicular to horizontal plane out, first positioning region 21 and second about 22 positioning region are shifted to install.
Conductive leading feet 2 is in the length that the length outside shell 1 is greater than in shell 1.
Further shown in Fig. 7, Fig. 9, Figure 11, Figure 12, conductive leading feet 3 is equipped with the first positioning region 31 and the second positioning region
32, shell 1 is equipped with the first auxiliary section 31a matched with first positioning region 31 and matches with second positioning region 32
The the second auxiliary section 32a closed, the first positioning region 31 and the first auxiliary section 31a form tight fit, second positioning
Portion 32 and the second auxiliary section 32a form clearance fit, and second positioning region 32 is matched with the second auxiliary section 32a
Further the conductive leading feet 3 is positioned after the first auxiliary section 31a is deformed to setting degree；
First positioning region 31 is the first raised line being arranged on 3 side of conductive leading feet, second positioning region
32 be the second raised line being arranged on 3 side of conductive leading feet, and the first auxiliary section 31a is the length being arranged in shell 1
Strip groove, the second auxiliary section 32a are the support portion being arranged in shell 1, and second positioning region 32 favours described
First positioning region 31；When the conductive leading feet 3 is mounted on shell 1, first positioning region 31 is stuck in first auxiliary section
On 31a, second positioning region 32 leans against second auxiliary section after the first auxiliary section 31a is deformed to setting degree
On 32a.Conductive leading feet 3 is in the length that the length outside shell 1 is greater than in shell 1.
By conductive leading feet 2, conductive leading feet 3 and the above-mentioned location structure of shell 1, conductive leading feet 2 was both facilitated, had led
The assembly of electric leading foot 3 positions, avoid stretching out because of conductive leading feet 2, conductive leading feet 3 part outside shell 1 it is too long too heavy or
Stress is generated by the extruding of joint outer part and makes conductive leading feet 2, the deflection displacement of conductive leading feet 3, improves conductive leading feet
2, the positioning accuracy of conductive leading feet 3, it is ensured that the contact performance of movable contact 711 and stationary contact.Ensure magnetic latching relay performance
Performance.
Shown in embodiment two, Figure 13, only illustrate the promotion card structure different from embodiment one, which includes base portion
61, the two sides of base portion 61 respectively pass through the connected dynamic spring interconnecting piece 62 of a push-pull arm 63, two adjacent dynamic spring interconnecting pieces 62
It is fixedly connected with also by a push-pull arm 63.This push-pull arm 6 can drive three dynamic springs mobile.
The above is only two preferred embodiments of the invention, those skilled in the art is made equivalent change by claim
Both fall within the protection scope of this case.
Claims (13)
1. a kind of magnetic latching relay that current-carrying capability is strong, including shell, multiple conductive leading feets, push card and multiple dynamic springs,
One end of each dynamic spring and one end of a conductive leading feet are connected, and the conductive leading feet is on shell and shell is stretched out in one end
In vitro, push card and multiple dynamic springs are in shell, and the push card includes base portion and multiple dynamic spring interconnecting pieces, base portion and rank
Iron component is connected, and each dynamic spring interconnecting piece is connected with a dynamic spring other end, it is characterised in that: the base portion and dynamic spring connect
Between socket part by push-pull arm be fixedly connected with or the base portion and dynamic spring interconnecting piece between be fixedly connected with by push-pull arm and adjacent dynamic
Spring interconnecting piece is fixedly connected with by push-pull arm, and each dynamic spring interconnecting piece and dynamic spring are mutually be overlapped with dynamic spring symmetrical plane with one after connecting
Folded cross section, the cross section on all dynamic spring interconnecting pieces is in the same plane, with the cross on the dynamic spring interconnecting piece
Section is horizontal plane, and at least there are two push-pull arms is arranged in a staggered manner up and down relative to the cross section, passes through being arranged in a staggered manner for push-pull arm
The conductive leading feet offer that push-pull arm intersects is provided and allows bit space to increase the size of conductive leading feet width direction arrangement
To improve the current-carrying capability of the conductive leading feet.
2. a kind of strong magnetic latching relay of current-carrying capability according to claim 1, it is characterised in that: the two of the base portion
Side passes through the connected dynamic spring interconnecting piece of a push-pull arm respectively, and the push-pull arm of the two sides of base portion is staggered up and down relative to the cross section to be set
It sets and is parallel to each other；The middle section of the base portion is equipped with the rectangular through holes being connected with armature component.
3. a kind of strong magnetic latching relay of current-carrying capability according to claim 2, it is characterised in that: the base portion and two
The push-pull arm of side is equipped with inclined support bar.
4. a kind of strong magnetic latching relay of current-carrying capability according to claim 1, it is characterised in that: the armature component
Promotion point after connecting with base portion is also on the cross section.
5. a kind of strong magnetic latching relay of current-carrying capability according to claim 1, it is characterised in that: all dynamic spring connections
Portion is on the base portion between end grain and lower end grain, end grain and lower end grain and the cross section phase on the base portion
In parallel.
6. a kind of strong magnetic latching relay of current-carrying capability according to claim 1, it is characterised in that: the dynamic spring connection
Portion includes a cross bar of two vertical bar medial surface middle sections of two spaced vertical bars and connection, and cross bar has horizontal right
Claim section, the horizontal symmetrical section of cross bar overlaps with dynamic spring symmetrical plane, the medial surface shape of the upper surface of cross bar and two vertical bars
At the upper card slot of dynamic spring, the lower bayonet slot of dynamic spring is formed below cross bar with the medial surface of two vertical bars, the dynamic spring interconnecting piece is logical
Cross the connected push-pull arm of lateral surface of vertical bar；
Each set on dynamic spring there are two clamping portion, one end of two clamping portions be stuck in the dynamic spring interconnecting piece upper card slot or
On lower bayonet slot and two clamping portions are not in contact with the cross bar, and a movable contact is respectively fixedly connected on two clamping portions.
7. a kind of strong magnetic latching relay of current-carrying capability according to claim 6, it is characterised in that: each on dynamic spring
The edge of two clamping portions is bent to the same side.
8. a kind of strong magnetic latching relay of current-carrying capability according to claim 6, it is characterised in that: each dynamic spring also wraps
Including a making leaf spring, making leaf spring side, which is set, is equipped with a locating groove there are two connecting pin, the other side, and two of making leaf spring side
Two clamping portions on dynamic spring are respectively fixedly connected in connecting pin, and the locating groove card of the making leaf spring other side makes dynamic spring on the cross bar
On two clamping portions be not in contact with cross bar, the inside of a vertical bar for further pressing against the dynamic spring interconnecting piece on one side for making leaf spring
On face.
9. a kind of strong magnetic latching relay of current-carrying capability according to any one of claims 1 to 8, it is characterised in that: extremely
A rare conductive leading feet is equipped with the first positioning region and the second positioning region, and shell is equipped with to match with first positioning region
The first auxiliary section closed and the second auxiliary section matched with second positioning region, first positioning region is matched with described first
Conjunction portion forms tight fit, and second positioning region and second auxiliary section form clearance fit, second positioning region and institute
It states the second auxiliary section and matches and further the conductive leading feet is determined after first auxiliary section is deformed to setting degree
Position.
10. a kind of strong magnetic latching relay of current-carrying capability according to claim 9, it is characterised in that: the conduction is drawn
Foot is in the length outside shell and is greater than in the intracorporal length of shell out.
11. a kind of strong magnetic latching relay of current-carrying capability according to claim 9, it is characterised in that: described first is fixed
Position portion is the first raised line being arranged on the conductive leading feet side, and second positioning region is to be arranged in the conductive leading feet side
The second raised line on face, first auxiliary section are to be arranged in intracorporal first strip-shaped groove of shell, and second auxiliary section is
Setting is parallel to each other in intracorporal second strip-shaped groove of shell, first positioning region and second positioning region, and described first
Auxiliary section and second auxiliary section are parallel to each other, and when which is mounted on shell, first positioning region is stuck in
On first auxiliary section, second positioning region is stuck on second auxiliary section.
12. a kind of strong magnetic latching relay of current-carrying capability according to claim 11, it is characterised in that: described first is fixed
Position portion and second positioning region are on the conductive leading feet same side, and the side of conductive leading feet is perpendicular to horizontal plane
When, first positioning region and second positioning region shift to install up and down.
13. a kind of strong magnetic latching relay of current-carrying capability according to claim 9, it is characterised in that: described first is fixed
Position portion is the first raised line being arranged on the conductive leading feet side, and second positioning region is to be arranged in the conductive leading feet side
The second raised line on face, first auxiliary section are setting in the intracorporal strip-shaped groove of shell, and second auxiliary section is setting
In the intracorporal support portion of shell, second positioning region favours first positioning region；The conductive leading feet is mounted on shell
When, first positioning region is stuck on first auxiliary section, and second positioning region is deformed in first auxiliary section and sets
It is leaned against on second auxiliary section after determining degree.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910333254.8A CN110033996A (en) | 2019-04-24 | 2019-04-24 | A kind of magnetic latching relay that current-carrying capability is strong |
| BR102020008025-3A BR102020008025A2 (en) | 2019-04-24 | 2020-04-22 | MAGNETIC LOCKING RELAY |
| JP2020076462A JP6882577B2 (en) | 2019-04-24 | 2020-04-23 | Magnetic latching relay |
| JP2021078341A JP7098022B2 (en) | 2019-04-24 | 2021-05-06 | Magnetic latching relay |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910333254.8A CN110033996A (en) | 2019-04-24 | 2019-04-24 | A kind of magnetic latching relay that current-carrying capability is strong |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN110033996A true CN110033996A (en) | 2019-07-19 |
Family
ID=67240056
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910333254.8A Pending CN110033996A (en) | 2019-04-24 | 2019-04-24 | A kind of magnetic latching relay that current-carrying capability is strong |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN110033996A (en) |
-
2019
- 2019-04-24 CN CN201910333254.8A patent/CN110033996A/en active Pending
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