CN206742157U - A kind of rectifier relay with microswitch - Google Patents
A kind of rectifier relay with microswitch Download PDFInfo
- Publication number
- CN206742157U CN206742157U CN201720465894.0U CN201720465894U CN206742157U CN 206742157 U CN206742157 U CN 206742157U CN 201720465894 U CN201720465894 U CN 201720465894U CN 206742157 U CN206742157 U CN 206742157U
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- microswitch
- pedestal
- armature
- plate body
- rectifier
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- Withdrawn - After Issue
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Abstract
It the utility model is related to relay technical field, in particular disclose a kind of rectifier relay with microswitch, including pedestal, it is installed in the magnet coil and reseting shrapnel of pedestal, it is rotationally connected with the armature of pedestal, also include the rectifier bridge and microswitch for being installed in pedestal, the output end of rectifier bridge is connected conducting with magnet coil；Microswitch is provided with switch shrapnel and stretches out two signal wires of pedestal；During use, rectifier bridge is used for the DC voltage that the alternating voltage that extraneous AC power inputs is converted to rectifier bridge output, the DC voltage of rectifier bridge output, which is applied on magnet coil, may be such that magnet coil driving armature rotates, the armature of magnet coil driving abuts switch shrapnel and then triggers microswitch, so that microswitch realizes the automatic switchover of working condition, so as to reach the purpose of client's purpose or microswitch auto-conversion function for carrying out signal monitoring direct to relay.
Description
Technical field
Relay technical field is the utility model is related to, in particular discloses a kind of rectifier relay with microswitch.
Background technology
Relay as " automatic switch " in circuit, be primary element essential in many electric equipment products it
One.In real life, electric power is broadly divided into two kinds of forms of direct current and alternating current, due to direct current have it is easy to use, be easy to
The feature of control, it is widely used in the control of various electric elements such as relay, when the electric power of external world's supply is alternating current,
Now just need that alternating current is converted into direct current using electric power conversion mechanism, the electric power conversion mechanism structure of existing relay is answered
It is miscellaneous, use it is extremely inconvenient.After to relay normal power-up, whether user often can not directly monitor relay normal
Work, this signal monitoring to electric equipment products also result in many troubles.In addition, existing switch does not mostly need to use person's hand
Dynamic triggering, manual trigger switch can also bring electric shock risk in addition to reducing the efficiency of switching function conversion to user.
Utility model content
In order to overcome shortcoming and defect present in prior art, the purpose of this utility model is to provide one kind with micro-
The rectifier relay of dynamic switch, is easy to alternating voltage being converted to DC voltage using rectifier bridge, is triggered using the armature of rotation
Microswitch, so as to reach the purpose of purpose that client monitors to relay signal or microswitch auto-conversion function.
To achieve the above object, a kind of rectifier relay with microswitch of the present utility model, including pedestal, installing
In the magnet coil and reseting shrapnel of pedestal, the armature of pedestal is rotationally connected with, magnet coil is for driving armature to rotate, reset
Shell fragment is used to drive armature to set back；Also include being installed in the rectifier bridge and microswitch of pedestal, the output end of rectifier bridge with
Magnet coil connection conducting, the input of rectifier bridge are used for the power supply for turning on the external world；Microswitch is provided with switch shrapnel and projection
Go out two signal wires of pedestal, abut switch shrapnel via the armature of magnet coil driving and then trigger microswitch.
Preferably, the rectifier relay with microswitch also includes piezoresistor, and piezoresistor is parallel to
Rectifier bridge, the output end after piezoresistor, rectifier bridge parallel connection are connected conducting with magnet coil, and piezoresistor, rectifier bridge are simultaneously
Input after connection turns on the power supply in the external world.
Preferably, the rectifier relay with microswitch also includes internal circuit board, and internal circuit board is installed in
Pedestal, rectifier bridge, piezoresistor are assembled on internal circuit board.
Preferably, the pedestal is detachably connected with case, magnet coil, reseting shrapnel, armature, rectifier bridge, fine motion
Switch, piezoresistor and internal circuit board are respectively positioned in case.
Preferably, the coil unit that the magnet coil includes skeleton, is installed in intraskeletal iron core, is wound in skeleton,
Coil unit wound core is set；Pedestal is provided with the first blind slot, and internal circuit board is provided with the first neck, and one end of skeleton is installed with
In in the first blind slot, the other end of skeleton runs through the first neck, and internal circuit board is connected to the other end of skeleton, skeleton it is another
End is provided with two fixture blocks being spaced, and internal circuit board is held between two fixture blocks.
Preferably, the pedestal is also equiped with yoke, yoke include the first plate body and from the bending extension of the first plate body the
Two plate bodys, the first plate body are installed between one end of skeleton and pedestal, and one end of iron core is connected with the first plate body, and the second plate body is remote
One end from the first plate body stretches out the other end of skeleton；The second plate body is rotationally connected with the middle part of armature away from the first plate body
One end, the other end of iron core are used for the one end for attracting armature, and the other end of armature is provided with through hole, and one end of reseting shrapnel is installed in
Pedestal or/and yoke, the other end of reseting shrapnel are provided with the first shell fragment and the second shell fragment that are spaced, the first shell fragment, second
Shell fragment is connected to two relative side walls of through hole respectively.
Preferably, the described one end of second plate body away from the first plate body is provided with the second blind slot, and armature is located in the second blind slot
Interior, armature is provided with two rotation sections being spaced, and two rotation sections are respectively used to abut the both sides of the second plate body, two rotations
Portion one end close to each other is provided with the first arc surface, and the free end of the first shell fragment is fastened in armature.
Preferably, the pedestal is provided with dividing plate, and between dividing plate and skeleton, one end of reseting shrapnel is installed with the second plate body
Between dividing plate and the second plate body, one end of reseting shrapnel is provided with retaining sheet, and retaining sheet is used to abut to dividing plate or/and the second plate
Body.
Preferably, the pedestal is equiped with fixed plate, and fixed plate is between dividing plate and internal circuit board, microswitch dress
Located at fixed plate, fixed plate is provided with fixed column, and microswitch is provided with the fixing hole for being used for being installed with fixed column, and one end of armature is provided with
For abutting the raised line of switch shrapnel.
Preferably, the pedestal is equiped with two lead-out terminals, and the other end of armature is connected with push jack, push jack,
Two plate bodys are located at the both sides of dividing plate respectively, and push jack is equiped with the elastic spring for connecting two lead-out terminals, the second shell fragment
Free end is provided with the second arc surface for being used for abutting push jack, and push jack is provided with the three-arc face for abutting the second plate body.
The beneficial effects of the utility model：During actual use, extraneous AC power connects the input of rectifier bridge, passes through
The rectified action of rectifier bridge, the alternating voltage that AC power inputs is converted to the DC voltage of rectifier bridge output, and rectifier bridge is defeated
The DC voltage gone out, which is applied on magnet coil, may be such that magnet coil driving armature rotates, and the armature of magnet coil driving supports
Connect switch shrapnel and then trigger microswitch so that microswitch realizes the automatic switchover of working condition, so as to reach client couple
Relay directly carries out the purpose of signal monitoring or the purpose of microswitch auto-conversion function.
Brief description of the drawings
Fig. 1 is dimensional structure diagram of the present utility model；
Fig. 2 is the dimensional structure diagram after the utility model pedestal separates with case；
Fig. 3 is decomposition texture schematic diagram of the present utility model；
Fig. 4 is the decomposition texture schematic diagram at another visual angle of the utility model；
Fig. 5 is the dimensional structure diagram of reseting shrapnel of the present utility model, armature, yoke and push jack.
Reference includes：
1-pedestal, 2-magnet coil, 3-reseting shrapnel
4-armature, 5-rectifier bridge, 6-microswitch
7-switch shrapnel, 8-signal wire, 9-piezoresistor
11-internal circuit board, 12-case, 13-skeleton
The neck of the blind slot of 14-iron core 15-the first 16-the first
The shell fragment of 17-yoke, 18-through hole 19-the first
21-the second shell fragment the 23-the first arc surface of the 22-the second blind slot
24-clamp 25-the second, 26-dividing plate of neck
27-fixed plate, 28-fixed column, 29-fixing hole
31-raised line, 32-lead-out terminal, 33-elastic spring
36-the three-arc of the arc surface of 34-push jack 35-the second face.
Embodiment
For the ease of the understanding of those skilled in the art, the utility model is made with reference to embodiment and accompanying drawing further
Explanation, the content that embodiment refers to not to restriction of the present utility model.
Fig. 1 to Fig. 4, a kind of rectifier relay with microswitch of the present utility model, including pedestal 1 are referred to, is filled
The magnet coil 2 and reseting shrapnel 3 being located on pedestal 1, the armature 4 being rotatably connected on pedestal 1, pedestal 1 use ambroin
It is made, magnet coil 2 is used to drive the opposite base 1 of armature 4 to rotate, and reseting shrapnel 3 is used to drive the reverse movement of armature 4 to recover former
Position；After magnet coil 2 is powered, magnet coil 2 produces magnetive attraction, and magnetive attraction can attract armature 4 and then make it that armature 4 is relative
Pedestal 1 rotates, and armature 4 compresses reseting shrapnel 3 during rotation；After magnet coil 2 powers off, magnet coil 2 loses magnetic
Property power no longer attracts armature 4, and reseting shrapnel 3 drives armature 4 to rotate backward in the presence of natural resiliency restoring force and set back.
Rectifier relay of the present utility model with microswitch also includes being installed in rectifier bridge 5 on pedestal 1 and micro-
Dynamic switch 6, the output end of rectifier bridge 5 are connected conducting with magnet coil 2, and the input of rectifier bridge 5 is used for the power supply for turning on the external world,
Preferably, rectifier bridge 5 is full-bridge, and according to being actually needed, the both ends of magnet coil 2 can be connected to defeated with rectifier bridge 5
Go out two coil terminals of end connection conducting, be equiped with that be connected two turned on the input of rectifier bridge 5 respectively defeated on pedestal 1
Enter terminal；Microswitch 6 is provided with switch shrapnel 7 and stretches out two signal wires 8 of pedestal 1, after magnet coil 2 is powered,
Magnet coil 2 produces magnetive attraction, and magnetic gravitational attraction armature 4 causes the opposite base 1 of armature 4 to rotate, and the armature 4 of rotation abuts switch
Shell fragment 7 and then triggering microswitch 6.
During actual use, extraneous AC power connects the input of rectifier bridge 5, will by the rectified action of rectifier bridge 5
The alternating voltage of AC power input is converted to the DC voltage of the output of rectifier bridge 5, and the DC voltage that rectifier bridge 5 exports is applied to
It may be such that magnet coil 2 drives armature 4 to rotate on magnet coil 2, the armature 4 that magnet coil 2 drives abuts switch shrapnel 7 and entered
And triggering microswitch 6 so that microswitch 6 realizes the automatic switchover of working condition, after microswitch 6 is triggered, explanation
Relay is in normal operating conditions, triggers microswitch 6 manually without operating personnel, direct to relay so as to reach client
Carry out the purpose of signal monitoring or the purpose of the auto-conversion function of microswitch 6.
The rectifier relay with microswitch also includes piezoresistor 9, and piezoresistor 9 is connected in parallel on rectifier bridge
On 5, the output end after piezoresistor 9, the parallel connection of rectifier bridge 5 is connected conducting via two coil terminals with magnet coil 2, pressure-sensitive
Input after resistor 9, the parallel connection of rectifier bridge 5 turns on via input terminal with the power supply in the external world.Protected using piezoresistor 9
Rectifier bridge 5, after the voltage of AC power input exceedes the nominal input voltage of relay, piezoresistor 9 is realized to rectification
The short circuit of bridge 5, the input voltage more than rated voltage for avoiding relay from inputting burn rectifier bridge 5, extend the use of rectifier bridge 5
Life-span, and then extend the service life of relay.
The rectifier relay with microswitch also includes internal circuit board 11, and internal circuit board 11 is installed in pedestal
On 1, rectifier bridge 5, piezoresistor 9 are installed in internal circuit board 11, when reality manufactures, by internal circuit board 11, rectification
Bridge 5 and piezoresistor 9 form an independent rectification unit, and during assembling, the internal circuit board 11 of rectification unit is arranged on
On pedestal 1, then coil terminals, input terminal are welded in internal circuit board 11 on corresponding golden finger, auxiliary carries
Rise the production and assembly efficiency of relay.
The pedestal 1 is detachably connected with case 12, and case 12 is equally made of ambroin, magnet coil 2, answers
Position shell fragment 3, armature 4, rectifier bridge 5, microswitch 6, piezoresistor 9 and internal circuit board 11 are respectively positioned in case 12.Avoid
Extraneous dust and other impurities enter between each element of relay of the present utility model and influence the normal use of relay,
Extend the service life of relay, lift the performance of relay.
The magnet coil 2 includes skeleton 13, the iron core 14 being installed in skeleton 13, the coil for being wrapped in the outside of skeleton 13
Unit, skeleton 13 are equally made of ambroin, and coil unit wound core 14 is set；The first blind slot is provided with pedestal 1
15, the first blind slot 15 forms from the upper end of pedestal 1 is recessed, and internal circuit board 11 is provided with the first neck 16, one end of skeleton 13
It is installed with the first blind slot 15, the other end of skeleton 13 runs through the first neck 16, during actual assembled, first by the bone of magnet coil 2
One end of frame 13 is encased in the first blind slot 15, then internal circuit board 11 is arranged on pedestal 1 again, then again by coil-end
Son, input terminal are welded in internal circuit board 11, and now internal circuit board 11 is connected on the other end of skeleton 13, utilizes base
Skeleton 13 is blocked in seat 1 and the cooperation of internal circuit board 11, effectively prevents skeleton 13 from being come off from pedestal 1.In the present embodiment, skeleton
13 other end is provided with two fixture blocks being spaced, and internal circuit board 11 is clamped between two fixture blocks, utilizes two folders
Block and the cooperation of internal circuit board 11, prevent skeleton 13 from being swung on pedestal 1.
The pedestal 1 is also equiped with yoke 17, and yoke 17 includes the first plate body and extend from the bending of the first plate body second
Plate body, it is preferable that the first plate body is vertically arranged with the second plate body, and yoke 17 is substantially L-shaped, and the first plate body is installed in skeleton 13
Between one end and pedestal 1, one end of iron core 14 is connected with the first plate body, and the one end of the second plate body away from the first plate body stretches out bone
The other end of frame 13；The middle part of armature 4 is rotatably connected on the one end of the second plate body away from the first plate body, the other end of iron core 14
For attracting one end of armature 4, after the other end of iron core 14 holds armature 4, armature 4 connects the second plate body and iron of yoke 17
The other end of core 14, now, iron core 14, yoke 17, armature 4 form a closed loop, using caused by closed loop constraint magnet coil 2
Magnetic induction line, the energy loss in magnetic field caused by magnet coil 2 is reduced, so as to strengthen magnetic attracting force caused by magnet coil 2.
Fig. 1 to Fig. 5 is referred to, the other end of the armature 4 is provided with through hole 18, and through hole 18 runs through armature 4, reseting shrapnel
3 one end is installed on pedestal 1 or/and on yoke 17, the other end of reseting shrapnel 3 be provided with the first shell fragment 19 for being spaced and
Second shell fragment 21, it is preferable that remote direction projects and formed towards each other for the first shell fragment 19, the second shell fragment 21, the first shell fragment 19,
Two shell fragments 21 are connected in two relative side walls of through hole 18 respectively.When magnet coil 2 attracts armature 4 to cause armature 4 relative the
When two plate bodys rotate, the armature 4 of rotation extrudes the first shell fragment 19 and the second shell fragment 21 so that the first shell fragment 19 and the second shell fragment 21
Close direction is compressed towards each other, so that reseting shrapnel 3 possesses elastic-restoring force, after magnet coil 2 powers off, first
Shell fragment 19, the second shell fragment 21 cause both remote direction movements, and then cause armature 4 towards each other under elastic-restoring force effect
Rotate backward and set back.
The described one end of second plate body away from the first plate body is provided with the second blind slot 22, and the second blind slot 22 is from the end of the second plate body
Face is recessed to be formed, and armature 4 is installed with the second blind slot 22, armature 4 is carried out using the second blind slot 22 spacing, prevents that armature 4 is left
Right play；Two rotation sections being spaced are provided with armature 4, two rotation sections are respectively used to abut the left and right of the second plate body
Both sides, two rotation sections one end close to each other are provided with the first arc surface 23, when armature 4 rotates relative to the second plate body,
Occur between first arc surface 23 and the second plate body it is relative roll, compared to occur between the two it is relative slide, reduce armature 4 with
Frictional force between second plate body, it is ensured that armature 4 can be rotated smoothly relative to the second plate body；The free end card of first shell fragment 19
Hold on the top surface of armature 4, after armature 4 is encased in the second blind slot 22 of the second plate body, the first shell fragment 19 blocks armature 4,
Prevent armature 4 from being come off from the second plate body.
The pedestal 1 is provided with clamp 24, is provided with the second neck 25 on the second plate body, the free end of clamp 24 protrudes into
In second neck 25, utilize the cooperation of the neck 25 of clamp 24 and second, it is ensured that yoke 17 is steadily positioned on pedestal 1, prevent because
Relative movement occurs between yoke 17 and pedestal 1 and influences the normal use of relay.
It is provided with dividing plate 26 on the pedestal 1, in the present embodiment, clamp 24 links together with dividing plate 26, the second plate body
Between dividing plate 26 and skeleton 13, in the present embodiment, dividing plate 26 is spaced and be arranged in parallel with internal circuit board 11, utilizes
Dividing plate 26 and the cooperation of internal circuit board 11 clamp the second plate body and skeleton 13, it is ensured that yoke 17 is steadily solid with magnet coil 2
It is scheduled on pedestal 1.One end of reseting shrapnel 3 is installed between the plate body of dividing plate 26 and second, utilizes the plate body of dividing plate 26 and second
Coordinate the one end of reseting shrapnel 3 of being clamped, one end of reseting shrapnel 3 is provided with retaining sheet, retaining sheet be used to abutting to every
The plate body of plate 26 or/and second, increase the interfering edge between reseting shrapnel 3 and pedestal 1 or/and yoke 17 using retaining sheet, prevent
Reseting shrapnel 3 comes off between pedestal 1 and yoke 17.
The pedestal 1 is equiped with fixed plate 27, and fixed plate 27 is equally made of ambroin, and fixed plate 27 is located at dividing plate
Between 26 and internal circuit board 11, microswitch 6 is installed on the free end of fixed plate 27, and fixed plate 27 is provided with fixed column
28, microswitch 6 is provided with the fixing hole 29 for being installed with fixed column 28, will be micro- using the cooperation of fixed column 28 and fixing hole 29
Dynamic switch 6 is arranged in fixed plate 27；One end of armature 4 is provided with the raised line 31 for being connected on switch shrapnel 7, works as electromagnetism
When coil 2 attracts the armature 4 make it that armature 4 rotates with respect to the second plate body, one end of armature 4 is towards the direction of the close other end of iron core 14
Mobile, until one end of armature 4 is adsorbed on the other end of iron core 14, in the process, raised line 31 follows armature 4 to move together
Dynamic, mobile raised line 31 abuts and pull switch shell fragment 7 moves and then triggers microswitch 6.
The pedestal 1 is equiped with two lead-out terminals 32, and the other end of armature 4 is connected with push jack 34, push jack 34,
Two plate bodys are located at the left and right sides of dividing plate 26 respectively, and push jack 34 is equiped with the elastic spring for connecting two lead-out terminals 32
33, the free end of the second shell fragment 21 is provided with the second arc surface 35 for being used for abutting push jack 34, when armature 4 rotates relative to yoke 17
When, it is relative between the second arc surface 35 and push jack 34 of the second shell fragment 21 to roll, compared between the second shell fragment 21 and push jack 34
The relative slip of generation, the abrasion between the second shell fragment 21 of reduction and push jack 34, extension push jack 34 and reseting shrapnel 3 use the longevity
Life.
The push jack 34 is provided with the three-arc face 36 for abutting the second plate body, during actual use, works as elastic spring
After 33 contact two lead-out terminals 32 of conducting, now three-arc face 36 is connected on the second plate body, and subsequent push jack 34 continues to turn
It is dynamic so that the bending deformation of elastic spring 33, to increase elastic spring 33 and output using the elastic-restoring force of elastic spring 33 itself
Contact force between terminal 32, it is ensured that elastic spring 33 can be contacted stably with lead-out terminal 32；Bent in elastic spring 33
Occur during deformation, between the plate body of three-arc face 36 and second of push jack 34 it is relative roll, compared to push jack 34 and the
Relative slip occurs between two plate bodys, reduces the abrasion between the plate body of push jack 34 and second, extension push jack 34 makes with yoke 17
With the life-span, and then extend the service life of relay.
Above content is only preferred embodiment of the present utility model, for one of ordinary skill in the art, according to this reality
With new thought, there will be changes, this specification content should not be construed as in specific embodiments and applications
To limitation of the present utility model.
Claims (10)
1. a kind of rectifier relay with microswitch, including pedestal, being installed in the magnet coil and reseting shrapnel of pedestal, turn
The dynamic armature for being connected to pedestal, magnet coil are used to drive armature to rotate, and reseting shrapnel is used to drive armature to set back；It is special
Sign is：Also include the rectifier bridge and microswitch for being installed in pedestal, the output end of rectifier bridge is connected conducting with magnet coil, whole
The input of stream bridge is used for the power supply for turning on the external world；Microswitch is provided with switch shrapnel and stretches out two signal wires of pedestal,
Switch shrapnel is abutted via the armature of magnet coil driving and then triggers microswitch.
2. the rectifier relay according to claim 1 with microswitch, it is characterised in that：It is described to carry microswitch
Rectifier relay also include piezoresistor, piezoresistor is parallel to rectifier bridge, after piezoresistor, rectifier bridge parallel connection
Output end is connected conducting with magnet coil, and the input after piezoresistor, rectifier bridge parallel connection turns on the power supply in the external world.
3. the rectifier relay according to claim 2 with microswitch, it is characterised in that：It is described to carry microswitch
Rectifier relay also include internal circuit board, internal circuit board is installed in pedestal, in rectifier bridge, piezoresistor are assembled on
Circuits plate.
4. the rectifier relay according to claim 3 with microswitch, it is characterised in that：The pedestal is removably
It is connected with case, magnet coil, reseting shrapnel, armature, rectifier bridge, microswitch, piezoresistor and the equal position of internal circuit board
In in case.
5. the rectifier relay according to claim 3 with microswitch, it is characterised in that：The magnet coil includes
Skeleton, the coil unit for being installed in intraskeletal iron core, being wound in skeleton, coil unit wound core are set；Pedestal is provided with
First blind slot, internal circuit board are provided with the first neck, and one end of skeleton is located in the first blind slot, and the other end of skeleton is through the
One neck, internal circuit board are connected to the other end of skeleton, and the other end of skeleton is provided with two fixture blocks being spaced, in-built electrical
Road plate is held between two fixture blocks.
6. the rectifier relay according to claim 5 with microswitch, it is characterised in that：The pedestal is also equiped with
Yoke, yoke include the first plate body and the second plate body from the bending extension of the first plate body, and the first plate body is installed in one end of skeleton
Between pedestal, one end of iron core is connected with the first plate body, and the one end of the second plate body away from the first plate body stretches out the another of skeleton
One end；The one end of the second plate body away from the first plate body is rotationally connected with the middle part of armature, the other end of iron core is used to attract armature
One end, the other end of armature is provided with through hole, and one end of reseting shrapnel is installed in pedestal or/and yoke, reseting shrapnel it is another
End is provided with the first shell fragment and the second shell fragment being spaced, and the first shell fragment, the second shell fragment are connected to relative two of through hole respectively
Side wall.
7. the rectifier relay according to claim 6 with microswitch, it is characterised in that：Second plate body is remote
One end of first plate body is provided with the second blind slot, and armature is located in the second blind slot, and armature is provided with two rotation sections being spaced,
Two rotation sections are respectively used to abut the both sides of the second plate body, and two rotation sections one end close to each other is provided with the first circular arc
Face, the free end of the first shell fragment are fastened in armature.
8. the rectifier relay according to claim 7 with microswitch, it is characterised in that：The pedestal be provided with every
Plate, the second plate body is between dividing plate and skeleton, and one end of reseting shrapnel is located between dividing plate and the second plate body, reseting shrapnel
One end be provided with retaining sheet, retaining sheet is used to abut to dividing plate or/and the second plate body.
9. the rectifier relay according to claim 8 with microswitch, it is characterised in that：The pedestal is equiped with solid
Fixed board, fixed plate is between dividing plate and internal circuit board, and microswitch is installed in fixed plate, and fixed plate is provided with fixed column, micro-
Dynamic switch is provided with the fixing hole for being used for being installed with fixed column, and one end of armature is provided with the raised line for being used for abutting switch shrapnel.
10. the rectifier relay according to claim 8 with microswitch, it is characterised in that：The pedestal is equiped with
Two lead-out terminals, the other end of armature are connected with push jack, and push jack, the second plate body are located at the both sides of dividing plate, push jack respectively
The elastic spring for connecting two lead-out terminals is equiped with, the free end of the second shell fragment, which is provided with, is used for the second circle for abutting push jack
Cambered surface, push jack are provided with the three-arc face for abutting the second plate body.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720465894.0U CN206742157U (en) | 2017-04-28 | 2017-04-28 | A kind of rectifier relay with microswitch |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720465894.0U CN206742157U (en) | 2017-04-28 | 2017-04-28 | A kind of rectifier relay with microswitch |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206742157U true CN206742157U (en) | 2017-12-12 |
Family
ID=60563153
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720465894.0U Withdrawn - After Issue CN206742157U (en) | 2017-04-28 | 2017-04-28 | A kind of rectifier relay with microswitch |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206742157U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106952785A (en) * | 2017-04-28 | 2017-07-14 | 东莞市三友联众电器有限公司 | A kind of rectifier relay with microswitch |
-
2017
- 2017-04-28 CN CN201720465894.0U patent/CN206742157U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106952785A (en) * | 2017-04-28 | 2017-07-14 | 东莞市三友联众电器有限公司 | A kind of rectifier relay with microswitch |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20171212 Effective date of abandoning: 20180907 |
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| AV01 | Patent right actively abandoned |