CN205911240U - Installation of improvement type relay group - Google Patents
Installation of improvement type relay group Download PDFInfo
- Publication number
- CN205911240U CN205911240U CN201620536170.6U CN201620536170U CN205911240U CN 205911240 U CN205911240 U CN 205911240U CN 201620536170 U CN201620536170 U CN 201620536170U CN 205911240 U CN205911240 U CN 205911240U
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- China
- Prior art keywords
- rail
- seat
- installation
- insert
- modified form
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Abstract
The utility model discloses an installation of improvement type relay group includes: and a substrate, install the first material rail on the base plate, install and be used for conveying the half -finished feed arrangement of relay in first material rail end portion, install moving spring material feeding unit and quiet spring material feeding unit and installing dialling to insert and move the material device in first material rail opposite side in first material rail one side, dial to insert and move the material device and include that horizontal installation inserts and is used for the drive to dial to insert the actuating mechanism that stretches into first material rail and be used for the drive to dial and insert the 2nd actuating mechanism who moves along first material rail length direction in dialling of first material rail side, it has a plurality of groups of sockets to dial to insert, dial and to plug the end and be provided with firstly, second cover, it is first, second cover all covers in at least one group socket upper end. The utility model discloses degree of automation is high, owing to move spring material feeding unit and the simultaneous working of quiet spring material feeding unit, and all can move spring or quiet spring to two relay semi -manufactured goods while cartridges at every turn, and work efficiency is high, the order the utility model discloses high market competition has.
Description
Technical field:
The utility model is related to relay product package technique field, refers in particular to a kind of modified form relay group installation.
Background technology:
Relay is a kind of new type of relay growing up in recent years, is also a kind of automatic switch, circuit is risen
Turn on automatically and cutting action.Different, the normally closed or normally open of relay is entirely to rely on forever
The effect of magnet steel long, the conversion of its on off state is to complete by the pulse electrical signal triggering of one fixed width.
Traditional assembling mode of relay is by man-made assembly, and this kind of mode has a lot of deficiencies: speed is slow, accurate
Exactness is low, production efficiency is low, and it cannot be guaranteed that the quality of the relay of assembling formation, producer is caused greatly
Puzzlement.
Although, occur in that the equipment for assembling relay at present, the automaticity of this equipment is not high,
And precision is not high enough, so that Production requirement can not be met.
In view of this, the present inventor proposes technical scheme below.
Utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, provides a kind of modified form relay assembling
Machine.
In order to solve above-mentioned technical problem, the utility model employs following technical proposals: this modified form relay
Kludge includes: a substrate, the first material rail being installed on substrate, be installed on the first material rail end for passing
The feed arrangement sending relay semi-finished product, the dynamic spring pay-off being installed on the first material rail side and quiet spring feeding dress
Put and be installed on the first material rail opposite side slotting for dialling that the material on the first material rail is positioned and move
Move material device, insert to move material device and include being horizontally installed to dialling of the first material trackside side for this group and insert and for driving group
Insert the first drive mechanism stretching into the first material rail and dial, for driving, the inserting along the first material rail length direction movement
Two drive mechanisms, insert for this group and have a plurality of groups of sockets, and this group is plugged and hold correspondence described dynamic spring pay-off and quiet
The position of spring pay-off is provided with first, second cover plate, and this first, second cover plate all covers at least one
Dial socket upper end.
Furthermore, in technique scheme, described first, second cover plate lower surface is provided with a projection,
This bump width is suitable with the width dialling socket, and this projection embeds this group of socket upper end.
Furthermore, in technique scheme, described projection lower end also forms briquetting, and this briquetting end sets
It is equipped with the guide surface of inclination.
Furthermore, in technique scheme, described feed arrangement include the material seat being installed on substrate,
It is installed in material seat and relative to the charging Mobile base that material seat moves and can be used for driving this charging Mobile base
First cylinder assembly of movement, this material seat is provided with and parallel be distributed and be used for housing described relay semi-finished product
First, second tank, the second tank docked with described first material rail, and be additionally provided with material seat with first,
Second tank is vertical, and runs through the sliding tray of this first, second tank, and described charging Mobile base is installed on this cunning
In dynamic groove, and this charging Mobile base upper end is provided with the 3rd tank being adapted with described first, second tank.
Furthermore, in technique scheme, described dynamic spring pay-off includes being installed on substrate
The first dislocation that one vibrating disk assembly is docked with the first vibrating disk assembly moves material seat, is used for driving this first dislocation
Move the 3rd drive mechanism of material seat movement and push in for the first dislocation is moved the dynamic spring transmitting on material seat
The first delivery device in one material rail.
Furthermore, in technique scheme, described first dislocation moves and is provided with shape and dynamic spring on material seat
Join and be used for the first type groove of accommodating dynamic spring；Described first material trackside side is provided with is mated simultaneously with this first type groove
The first charging aperture passed through for dynamic spring.
Furthermore, in technique scheme, described first delivery device includes the first pedestal, is installed on
On first pedestal first pushes seat and is used for driving this first push seat of this push to move on the first pedestal
The first servomotor assembly, this first push seat on be provided with for by first dislocation move material seat in the first type groove
Interior dynamic spring promotes, and passes through first charging aperture to send into first, second push rod in the first material rail.
Furthermore, in technique scheme, described first type groove and first charging aperture inwall are provided with confession
The hole position that first, second push boom end passes through.
Furthermore, in technique scheme, described first vibrating disk assembly include the first vibrating disk and
The feed rail of the first vibrating disk docking and the shaking device being installed on feed rail lower end, this feed rail end and institute
State the first dislocation and move material seat side.
Furthermore, in technique scheme, the structure of described quiet spring pay-off is filled with described dynamic spring feeding
The structure put is identical.
After technique scheme, the utility model has the advantages that this compared with prior art
Utility model high degree of automation, because dynamic spring pay-off and quiet spring pay-off work simultaneously, and dynamic spring send
Material device and quiet spring pay-off every time all can be to the two relay semi-finished product dynamic spring of plug-in mounting or quiet spring simultaneously, work
Ultrahigh in efficiency, and dynamic spring pay-off and quiet spring pay-off all coordinate screw mandrel to drive using servomotor, so that
There is higher work running precision, make the utility model have the high market competitiveness.
Brief description:
Fig. 1 is stereogram of the present utility model；
Fig. 2 is the stereogram of feed arrangement in the utility model；
Fig. 3 is the installation diagram of dynamic spring pay-off and the first material rail in the utility model；
Fig. 4 is the stereogram of the first vibrating disk assembly in the utility model；
Fig. 5 is the front view that in the utility model, the first dislocation moves material seat；
Fig. 6 is that the utility model dials slotting stereogram；
Fig. 7 is the stereogram that the utility model dials slotting another visual angle.
Specific embodiment:
With reference to specific embodiments and the drawings, the utility model is further illustrated.
As shown in Fig. 1-7, it is a kind of installation of modified form relay group, comprising: a substrate 1, be installed on substrate
The first material rail 2 on 1, it is installed on the feed arrangement for transmitting relay semi-finished product of the first material rail 2 end
3rd, it is installed on the dynamic spring pay-off 4 of the first material rail 2 side and quiet spring pay-off 5 and be installed on the first material
Rail 2 opposite side is simultaneously dialled slotting shifting material device 6 for what the material on the first material rail 2 positioned and moved.
Described feed arrangement 3 includes the material seat 31 being installed on substrate 1, is installed in material seat 31 simultaneously
The charging Mobile base 32 and for driving this charging Mobile base 32 movement that can move relative to material seat 31
One cylinder assembly 33, this material seat 31 is provided with and parallel be distributed and be used for housing described relay semi-finished product
First, second tank 311,312, the second tank 312 is docked with described first material rail 2, and material seat 31
On be additionally provided with vertical with first, second tank 311,312, and run through this first, second tank 311,
312 sliding tray 313, described charging Mobile base 32 is installed in this sliding tray 313, and this charging Mobile base
32 upper ends are provided with the 3rd tank 321 being adapted with described first, second tank 311,312.This charging
During device 3 work, charging Mobile base 32 moves in sliding tray 313, makes the 3rd on charging Mobile base 32
Tank 321 is docked with the first tank 311, and relay semi-finished product by transfer across on material seat 31
One tank 311, falls in the 3rd tank 321 of material Mobile base 32, the first cylinder assembly 33 drives charging again
Mobile base 32 moves in sliding tray 313, makes the 3rd tank 321 and the second tank on charging Mobile base 32
312 docking, that is, the 3rd tank 321 is docked with described first material rail 2, the relay in the 3rd tank 321
Device semi-finished product are dialled to insert to move expects that device 6 is stirred, to enter in the first material rail 2.
Described dynamic spring pay-off 4 includes the first vibrating disk assembly 41 and first being installed on substrate 1
The first dislocation that vibrating disk assembly 41 docks moves material seat 42, is used for driving this first dislocation shifting material seat 42 mobile
The 3rd drive mechanism and for by first dislocation move material seat 42 on transmission dynamic spring push in the first material rail 2
In the first delivery device 43.Wherein, described first dislocation moves and expects that being provided with shape on seat 42 is mated with dynamic spring
And the first type groove 421 for accommodating dynamic spring；Described first material rail 2 side is provided with and this first type groove 421
First charging aperture 21 that is mating and passing through for dynamic spring.
Described first delivery device 43 includes the first pedestal 431, be installed on the first pedestal 431 first
Push seat 432 and for drive this push this first push seat 432 on the first pedestal 431 movement first
Servomotor assembly 433, this first push seat 432 is provided with for moving the first dislocation the in material seat 42
Dynamic spring in one type groove 421 promotes, and passes through first charging aperture 21 to send in the first material rail 2 first, the
Two push rod 434,435.Wherein, described first type groove 421 and first charging aperture 21 inwall are provided with confession
The hole position that first, second push rod 434,435 ends pass through.
In the present embodiment, described first type groove 421 and first charging aperture 21 are two, and described first,
Second push rod 434,435 is two groups, and it moves spring to two relay semi-finished product plug-in mountings simultaneously.
Described first servomotor assembly 433 includes servomotor and the screw mandrel with servomotor cooperation.
Described first vibrating disk assembly 41 includes what the first vibrating disk 411 was docked with the first vibrating disk 411
Feed rail 412 and the shaking device 413 being installed on feed rail 412 lower end, this feed rail 412 end and institute
State the first dislocation and move material seat 42 side.
During described dynamic spring pay-off 4 work, the first vibrating disk 411 constantly shakes, by the first vibrating disk
The dynamic spring placed in 411 transmits in feed rail 412, and this shaking device 413 constantly shakes, by dynamic spring
Be sent to first dislocation move material seat 42 the first type groove 421 in, subsequently, in the first delivery device 43 first
Servomotor assembly 433 drives first to push seat 432 and moves, and makes first, second on the first push seat 432
Push rod 434,435 stretches in the first type groove 421, and the dynamic spring in the first type groove 421 is pushed through
The first charging aperture 2 of one material rail 2 enters the first material rail 2, and inserts the relay being positioned in the first material rail 2
In semi-finished product, reach the purpose that plug-in mounting moves spring.
The structure of described quiet spring pay-off 5 is identical with the structure of described dynamic spring pay-off 4, and here is not another
One repeats, and this quiet spring pay-off 5 is used for the purpose to the quiet spring of relay semi-finished product plug-in mounting.
Insert to move material device 6 and include being horizontally installed to dialling of the first material rail 2 side for described group and insert 61 and be used for driving
Dynamic dialling is inserted 61 the first drive mechanisms stretching into the first material rail 2 and is inserted 61 along the first material rail 2 length for driving to dial
Second drive mechanism of direction movement, described first, second drive mechanism is cylinder assembly.
Insert 61 for described group and there are a plurality of groups of sockets 611, insert 61 upper ends for this group and correspond to described dynamic spring pay-off
4 and the position of quiet spring pay-off 5 be provided with first, second cover plate 64,65, and this first, second cover plate
64th, 65 all cover at least one group of socket 611 upper end, and form the positioning for positioning relay semi-finished product
Groove, when described dynamic spring pay-off 4 or quiet spring pay-off 5 move spring or quiet spring to relay semi-finished product plug-in mounting,
Relay semi-finished product fall in this locating slot, so that ensureing the stability of relay semi-finished product it is ensured that plug-in mounting moves spring
Or the quality of quiet spring.
Described first, second cover plate 64,65 lower surfaces are provided with a projection 601, this projection 601 width
Suitable with the width dialling socket 611, this projection 601 embeds this group of socket 611 upper end.In addition, described projection
601 lower ends also form briquetting 602, and this briquetting 602 end is provided with the guide surface of inclination, and it is fixed to be improved with this
The locating effect of position groove.
In sum, the utility model high degree of automation, due to dynamic spring pay-off 4 and quiet spring pay-off
5 work simultaneously, and dynamic spring pay-off 4 and quiet spring pay-off 5 every time all can be to two relay semi-finished product
Plug-in mounting moves spring or quiet spring simultaneously, and operating efficiency is high, and dynamic spring pay-off 4 and quiet spring pay-off 5 are all adopted
Being driven with servomotor cooperation screw mandrel, so that having higher work running precision, making the utility model have pole
The high market competitiveness.
Certainly, the foregoing is only specific embodiment of the utility model, not to limit the utility model
Practical range, the equivalence changes that construction, feature and principle described in all claims according to the utility model are done
Or modify, all should be included in the utility model claim.
Claims (10)
1. modified form relay group installation a, comprising: substrate (1), the first material being installed on substrate (1)
Rail (2), be installed on the first material rail (2) end the feed arrangement (3) for transmitting relay semi-finished product,
It is installed on the dynamic spring pay-off (4) of the first material rail (2) side and quiet spring pay-off (5) and be installed on
First material rail (2) opposite side is simultaneously dialled slotting shifting for what the material on the first material rail (2) positioned and moved
Material device (6),
This group insert move material device (6) include be horizontally installed to the first material rail (2) side dial insert (61) and
Insert (61) for driving group and stretch into the first drive mechanism of the first material rail (2) and for driving group slotting (61)
Along the second drive mechanism of the first material rail (2) length direction movement, this group slotting (61) have a plurality of groups and insert
Mouth (611), inserts the corresponding described dynamic spring pay-off (4) in (61) upper end and quiet spring pay-off (5) for this group
Position be provided with first, second cover plate (64,65), and this first, second cover plate (64,65) all covers
In at least one group of socket (611) upper end.
2. modified form relay group according to claim 1 installation it is characterised in that: described first,
Second cover plate (64,65) lower surface is provided with a projection (601), and this projection (601) width is inserted with dialling
Quite, this projection (601) embeds this group of socket (611) upper end to the width of mouth (611).
3. modified form relay group according to claim 2 installation it is characterised in that: described projection (601)
Lower end also forms briquetting (602), and this briquetting (602) end is provided with the guide surface of inclination.
4. modified form relay group according to claim 1 installation it is characterised in that: described charging dress
Put (3) to include the material seat (31) being installed on substrate (1), be installed in material seat (31) and can
The charging Mobile base (32) that moves relative to material seat (31) and be used for driving this charging Mobile base (32) to move
Dynamic the first cylinder assembly (33), this material seat (31) is provided with parallel be distributed and be used for accommodating described in continue
First, second tank (311,312) of electrical equipment semi-finished product, the second tank (312) and described first material rail (2)
Docking, and it is additionally provided with vertical with first, second tank (311,312) on material seat (31), and run through
The sliding tray (313) of this first, second tank (311,312), described charging Mobile base (32) is installed on
In this sliding tray (313), and this charging Mobile base (32) upper end is provided with and described first, second tank
The 3rd tank (321) that (311,312) are adapted.
5. modified form relay group according to claim 1 installation it is characterised in that: described dynamic spring send
Material device (4) includes the first vibrating disk assembly (41) being installed on substrate (1) and the first vibrating disk
The first dislocation that assembly (41) docks moves material seat (42), is used for driving this first dislocation shifting material seat (42) to move
The 3rd dynamic drive mechanism and the dynamic spring being used for above transmitting the first dislocation shifting material seat (42) push in the first material
The first delivery device (43) in rail (2).
6. modified form relay group according to claim 5 installation it is characterised in that: described first is wrong
The first type groove (421) that shape is mated with dynamic spring and is used for accommodating dynamic spring is provided with displacement material seat (42)；Institute
State the first material rail (2) side to be provided with mating with this first type groove (421) and first enter for what dynamic spring passed through
Material mouth (21).
7. modified form relay group according to claim 6 installation it is characterised in that: described first pushes away
Mechanism (43) is sent to include the first pedestal (431), first being installed on the first pedestal (431) push seat
And be used for driving this push this first pushes seat (432) in the upper movement of the first pedestal (431) (432)
First servomotor assembly (433), this first push seat (432) is provided with for the first dislocation is moved material
Dynamic spring in first type groove (421) in seat (42) promotes, and passes through first charging aperture (21) to send into first
First, second push rod (434,435) in material rail (2).
8. modified form relay group according to claim 7 installation it is characterised in that: described first type
Groove (421) and first charging aperture (21) inwall are provided with for first, second push rod (434,435)
The hole position that end passes through.
9. modified form relay group according to claim 8 installation it is characterised in that: described first shakes
Dynamic disk component (41) includes the feed rail that the first vibrating disk (411) is docked with the first vibrating disk (411)
(412) and be installed on the shaking device (413) of feed rail (412) lower end, this feed rail (412) is held
Portion moves material seat (42) side with described first dislocation.
10. modified form relay group according to claim 9 installation it is characterised in that: described quiet spring send
The structure of material device (5) is identical with the structure of described dynamic spring pay-off (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620536170.6U CN205911240U (en) | 2016-06-02 | 2016-06-02 | Installation of improvement type relay group |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620536170.6U CN205911240U (en) | 2016-06-02 | 2016-06-02 | Installation of improvement type relay group |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205911240U true CN205911240U (en) | 2017-01-25 |
Family
ID=57814782
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620536170.6U Expired - Fee Related CN205911240U (en) | 2016-06-02 | 2016-06-02 | Installation of improvement type relay group |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205911240U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108630495A (en) * | 2017-03-22 | 2018-10-09 | 浙江正泰电器股份有限公司 | The automatic production method and production line of A.C. contactor |
| CN110026754A (en) * | 2019-05-14 | 2019-07-19 | 常州轻工职业技术学院 | The quiet spring feed mechanism of relay |
| CN110047702A (en) * | 2019-05-14 | 2019-07-23 | 常州轻工职业技术学院 | Quiet spring assembling mechanism above and below relay |
-
2016
- 2016-06-02 CN CN201620536170.6U patent/CN205911240U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108630495A (en) * | 2017-03-22 | 2018-10-09 | 浙江正泰电器股份有限公司 | The automatic production method and production line of A.C. contactor |
| CN110026754A (en) * | 2019-05-14 | 2019-07-19 | 常州轻工职业技术学院 | The quiet spring feed mechanism of relay |
| CN110047702A (en) * | 2019-05-14 | 2019-07-23 | 常州轻工职业技术学院 | Quiet spring assembling mechanism above and below relay |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170125 Termination date: 20190602 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |