CN208835463U - A kind of automation line feed terminals - Google Patents
A kind of automation line feed terminals Download PDFInfo
- Publication number
- CN208835463U CN208835463U CN201821564356.8U CN201821564356U CN208835463U CN 208835463 U CN208835463 U CN 208835463U CN 201821564356 U CN201821564356 U CN 201821564356U CN 208835463 U CN208835463 U CN 208835463U
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- cover plate
- shell
- inner cover
- outer cover
- rotatable lamella
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Abstract
The utility model discloses a kind of automation line feed terminals, it is related to distribution technique field, its drip irrigation device includes shell, inner cover plate is hinged in the shell, the outer cover plate being hingedly attached to the housing on the outside of inner cover plate, it is slidably equipped with the first driving assembly in the shell, first driving assembly includes first movement bar and the first spring for driving first movement bar to abut with outer cover plate；When first movement bar is abutted with outer cover plate, first movement bar limits outer cover plate and shell closure；The inner cover plate is equipped with the second driving assembly for pushing first movement bar to separate with outer cover plate.The utility model can be obstructed to outer cover plate fixation when inner cover plate is not fixed, and operator's inner cover plate is reminded not fix, and reduce the probability for forgetting fixed inner cover plate, inner cover plate is avoided to shake in shell.
Description
Technical field
The utility model relates to distribution technique fields, more specifically, it relates to a kind of automation line feed terminals.
Background technique
With the development of society, requirement of the people to distribution network reliability is higher and higher.Distribution network system is directly held
The power supply to user is carried on a shoulder pole, there are distribution network structure structural weak, controller switching equipment is multi-point and wide-ranging, operation and maintenance difficulty is big etc. asks
Topic, it is high that this also results in Distribution Network Failure rate.In order to position rapidly, be isolated to failure and restore electricity.Distribution network systems are universal at present
Terminal is monitored equipped with distribution network feeder, distribution network feeder monitors terminal and uses the load of electricity getting device and sensor detection distribution network feeder
The parameters such as electric current, switch state, line temperature, and according to the detection signal of electricity getting device and sensor, it can be to distribution network feeder
Ground fault judged.
In the prior art, common line feed terminals include shell, are hingedly attached to the housing with inner cover plate, inner cover plate and shell
Connection is realized by being provided with limiting lock, and the cavity that shell and inner cover plate are formed is for placing some integrated components and electric appliance, institute
It states and is hingedly attached to the housing with outer cover plate, outer cover plate and shell realize connection by being provided with switch lock, and inner cover plate is towards outer cover plate
It is equipped with operation button on one side, the setting of outer cover plate is played the role of protecting operation button and prevents maloperation.
But staff usually because of leakage operation or can operate not in place, and inner cover plate is caused not fixed with shell,
Then outer cover plate and shell are fixed, inner cover plate is caused to be shaken in shell, caused electric appliance, electric wire easily to shake, could be improved.
Utility model content
In view of the deficienciess of the prior art, the utility model lies in that a kind of automation line feed terminals are provided, in inner cover plate
It when unfixed, can be obstructed to outer cover plate fixation, operator's inner cover plate is reminded not fix, reduce and forget fixed inner cover plate
Probability avoids inner cover plate from shaking in shell.
To achieve the above object, the utility model provides following technical solution: a kind of automation line feed terminals include
Shell, is hinged with inner cover plate in the shell, the outer cover plate being hingedly attached to the housing on the outside of inner cover plate, in the shell
It is slidably equipped with the first driving assembly, first driving assembly includes first movement bar and drives first movement bar and outer cover plate
The first spring abutted；When first movement bar is abutted with outer cover plate, first movement bar limits outer cover plate and shell closure；It is described
Inner cover plate is equipped with the second driving assembly for pushing first movement bar to separate with outer cover plate.
By using above-mentioned technical proposal, operator is when closing at inner cover plate in shell, the second driving assembly meeting
Will be so that first movement bar be mobile and be consistently separated with outer cover plate, when inner cover plate does not close completely in shell, first is moved
Active force of the lever by the first spring, one end of first movement bar are ejected to outside shell, and operator carries out to outer cover plate
When shutoff operation, outer cover plate will receive the blocking of first movement bar, cause outer cover plate inconvenience to be fixed with shell, in this way
Operator can be reminded, inner cover plate is not fixed in place, to reduce the probability for forgetting fixed inner cover plate, avoids inner cover plate
It is shaken in shell, plays the purpose for protecting entire line feed terminals.
The utility model is further arranged to: first groove mobile for first movement bar is provided in the shell, it is described
It is provided with oblique angle on first catch bar, the perforation of the first groove of connection is provided on the shell；The second groove is provided on the shell,
Second driving assembly includes the second mobile bar and second spring for being slidedly arranged on the second groove, one end of second mobile bar
It abuts across perforation and with oblique angle；When the second mobile bar is abutted with oblique angle, first movement bar is moved into the first groove.
By using above-mentioned technical proposal, under natural conditions, active force of second mobile bar by second spring, second is moved
One end of lever is moved to outside the second groove, when closing inner cover plate, in the second mobile bar be located at the second groove outside one end with
Shell abuts, so that the second mobile bar is moved into the second groove, second spring is by compressive deformation, when the second mobile bar is moved
When moving to punch position, the second mobile bar is moved through perforation to outside the second groove by the active force of second spring and is inserted into
In first groove, one end of the second mobile bar abuts with oblique angle and first movement bar is moved into the first groove, thus real
Existing first movement bar is not contacted with outer cover plate always, and this set structure is simple and easy to operate, also has when closing inner cover plate
There is apparent gear feel.
The utility model is further arranged to: the guide groove that perforation is slid into convenient for the second mobile bar is provided on the shell.
By using above-mentioned technical proposal, it is moved at perforation convenient for the second mobile bar is stable.
The utility model is further arranged to: the one end of second mobile bar far from second spring is arc end.
By using above-mentioned technical proposal, play the role of reducing abrasion.
The utility model is further arranged to: being provided with rotation slot in the shell, is rotatably connected to axis in the inner cover plate
Core bar, one end that the axis rod passes through inner cover plate are equipped with rotatable lamella, and the length of the rotatable lamella is greater than the width of the rotatable lamella
Degree；When in the longer one end rotation of rotatable lamella in rotation slot, one end of rotatable lamella is contacted with the end face of rotation slot.
By using above-mentioned technical proposal, after interior cover and housing closure, by rotation axis core bar, so that rotatable lamella turns
It is dynamic, the longer one end of rotatable lamella is turned in rotation slot, and one end of rotatable lamella is contacted with the end face of rotation slot, to limit
The rotation of inner cover plate and shell further strengthens the connection of inner cover plate and shell.
The utility model is further arranged to: the axis rod is equipped with and contacts with the inner cover plate and limit axis rod edge
The mobile limiting section of direction of axis line.
By using above-mentioned technical proposal, so that axis rod is more stable in rotation, guarantee that one end of rotatable lamella can be with
It turns in rotation slot.
The utility model is further arranged to: the rotatable lamella is arranged in cuboid, and the inner cover plate is equipped with elastic slice, when
When the longer one end of rotatable lamella is turned in rotation slot, the other end of rotatable lamella abuts with elastic slice just and is face contact, at this time
Elastic slice deformation occurs.
By using above-mentioned technical proposal, when inner cover plate is immobilized in the shell by rotatable lamella, rotatable lamella at this time
With elastic slice face contact, when needing rotatable lamella leaving rotation slot, since rotatable lamella is arranged in cuboid, rotatable lamella needs first to make
Obtaining elastic slice, deformation occurs, could smoothly leave rotation slot, and the setting of elastic slice plays what prevention rotatable lamella to a certain extent rotated
Effect, so that one end of rotatable lamella is in rotation slot, rotatable lamella is more stable.Conversely, in inner cover plate and shell opening state,
The longer one end of rotatable lamella is moved at elastic slice, if it is desired to and continuing to rotate just extrusion elastic and must make elastic slice deformation, this
Sample causes when closing inner cover plate, and the longer one end of rotatable lamella will not abut to stop the closure of inner cover plate with shell.
The utility model is further arranged to: four corners of the rotatable lamella are arc angle.
By using above-mentioned technical proposal, when rotatable lamella and elastic slice squeeze, convenient for the deformation of elastic slice, and has and reduce abrasion
Effect.
In conclusion the utility model is when being closed inner cover plate, if inner cover plate is not closed in place, first movement bar by
The closure that can move and stop outer cover plate and shell to outside the first groove to the active force of the first spring, can also be warned by feel
Show that operator's inner cover plate is not to be closed to reduce the probability that operator forgets fixed inner cover plate in place, avoids inner cover plate in shell
It shakes in vivo.
Detailed description of the invention
Fig. 1 is the overall structure diagram of the utility model；
Fig. 2 is the partial structurtes diagrammatic cross-section of the utility model；
Fig. 3 is the partial structurtes section signal at the first driving assembly of the utility model saliency and the second driving assembly
Figure；
Fig. 4 is enlarged diagram at A in Fig. 2；
Fig. 5 is the circuit diagram of the utility model；
Fig. 6 is the partial structural diagram of the utility model saliency rotatable lamella.
Appended drawing reference: 1, shell；2, inner cover plate；3, outer cover plate；4, the first groove；5, the first driving assembly；6, it first moves
Lever；7, the first spring；8, the second driving assembly；9, oblique angle；10, it perforates；11, the second groove；12, the second mobile bar；13,
Two springs；14, guide groove；15, arc end；16, detection device；17, control device；18, executive device；19, warning lamp；20,
Level-one detection unit；21, secondary detection unit；22, the second contact block；23, the first contact block；24, third contact block；25,
Four contact blocks；26, storage groove；27, third spring；28, the first stop collar；29, stablize sliding slot；30, stablize slide bar；31, it stores
Hole；32, the 4th spring；33, the second stop collar；34, bracing means；35, rotation slot；36, axis rod；37, rotatable lamella；38, it limits
Position portion；39, elastic slice；40, arc angle.
Specific embodiment
The utility model is described further referring to attached drawing.
A kind of automation line feed terminals include shell 1, inner cover plate 2, shell are hinged in shell 1 as shown in Figure 1 and Figure 2
The outer cover plate 3 positioned at 2 outside of inner cover plate is hinged on body 1.
As shown in Figure 2 and Figure 3, it is provided with the first groove 4 in shell 1, the first driving assembly 5 is slidably equipped in shell 1, first drives
Dynamic component 5 includes for being slidedly arranged on the first movement bar 6 of the first groove 4 and driving that first movement bar 6 abuts with outer cover plate 3
One spring 7；The both ends of first spring 7 are separately fixed at the bottom end of the first groove 4 and one end of first movement bar 6.When inner cover plate 2
When opening with shell 1, first movement bar 6 is ejected by the effect of the first spring 7 to outside the first groove 4, at this time by first movement
When bar 6 is abutted with outer cover plate 3, first movement bar 6 limits outer cover plate 3 and shell 1 is closed.Inner cover plate 2 is equipped with for pushing the
The second driving assembly 8 that one mobile bar 6 is separated with outer cover plate 3.
As shown in Figure 2 and Figure 3, it is provided with oblique angle 9 on first movement bar 6, the perforation of the first groove 4 of connection is provided on shell 1
10.The second groove 11 is provided in inner cover plate 2, the second driving assembly 8 includes the second mobile bar 12 for being slidedly arranged on the second groove 11
And second spring 13, the both ends of second spring 13 be separately fixed at the second groove 11 bottom end and the second mobile bar 12 one
End.When inner cover plate 2 and shell 1 are closed, active force of second mobile bar 12 by second spring 13, the one of the second mobile bar 12
End is moved to outside the second groove 11, and one end of the second mobile bar 12 passes through perforation 10 and abuts with oblique angle 9；When the second mobile bar
12 with oblique angle 9 when abutting, and first movement bar 6 is moved into the first groove 4.
As shown in Figure 2 and Figure 3, the guide groove 14 that perforation 10 is slid into convenient for the second mobile bar 12, the guiding are provided on shell 1
Slot 14 is gradually deepened towards close to the direction of perforation 10, is moved at perforation 10 convenient for the second mobile bar 12 is stable.Second moves
The one end of lever 12 far from second spring 13 is arc end 15, plays the role of reducing abrasion.
The one end being located at outside the second groove 11 when closing inner cover plate 2, in the second mobile bar 12 is abutted with shell 1, thus
So that the second mobile bar 12 is moved into the second groove 11, second spring 13 is by compressive deformation, when the second mobile bar 12 is moved to
Perforate 10 position when, the second mobile bar 12 is moved through perforation 10 to outside the second groove 11 by the active force of second spring 13
It is inserted into the first groove 4, one end of the second mobile bar 12 abuts with oblique angle 9 and makes first movement bar 6 into the first groove 4
Mobile, to realize that first movement bar 6 is not contacted with outer cover plate 3 always, this set structure is simple and easy to operate, is closing
Also there is apparent gear feel when inner cover plate 2.Operator is when closing at inner cover plate 2 in shell 1, the second mobile bar 12
Meeting is so that first movement bar 6 is moved and is consistently separated with outer cover plate 3.When inner cover plate 2 does not close completely in shell 1, the
Active force of one mobile bar 6 by the first spring 7, one end of first movement bar 6 are ejected to outside shell 1, and operator is external
When cover board 3 carries out shutoff operation, outer cover plate 3 will receive the blocking of first movement bar 6, cause outer cover plate 3 inconvenient solid with shell 1
It is fixed, operator can be reminded in this way, and inner cover plate 2 is not fixed to position, forgets fixed inner cover plate 2 to reduce
Probability avoids inner cover plate 2 from shaking in shell 1, plays the purpose for protecting entire line feed terminals.
It further include having as shown in Fig. 2, Fig. 5: the warning lamp 19 that is arranged on outer cover plate 3, for detecting inner cover plate 2 and shell
Whether body 1 is closed and is exported the detection device 16 of detection signal, is coupled to detection device 16 and receive detection signal to export control
The control device 17 of signal processed is coupled to control device 17 and receives control signal to control the execution that warning lamp 19 is warned
Device 18；The executive device 18 includes warning lamp 19, and when the inner cover plate 2 is not turned off with shell 1, warning lamp 19 is sent out
It warns out.
As shown in Figure 4, Figure 5, detection device 16 include for detect inner cover plate 2 whether close and export detection signal
Level-one detection unit 20 and the secondary detection unit 21 that detection signal whether is closed and exported for detecting outer cover plate 3.Level-one inspection
Surveying unit 20 includes the second contact block 22 positioned at 6 top of first movement bar and the first contact block on outer cover plate 3
23；When the first contact block 23 and the second contact block 22 do not contact, warning lamp 19 issues warning.Secondary detection unit 21 includes
Third contact block 24 on shell 1 and the 4th contact block 25 on outer cover plate 3；When the first contact block 23 and second
When contact block 22 does not contact, warning lamp 19 issues warning.
First contact block 23 is contact point a, and the second contact block 22 is contact point b, when the first contact block 23 and the second contact
When block 22 contacts, contact point a and contact point b conducting, contact point a are connect with ground terminal, and contact point b is coupled with resistance R3, resistance
Another termination power VCC of R3.Third contact block 24 is contact point c, and the 4th contact block 25 is contact point d, when third contact block
24 and the 4th contact block 25 when contacting, contact point c and contact point d conducting, contact point c is coupled with resistance R1, and resistance R1's is another
Termination power VCC.Detection device 16 further includes having NAND gate A, and an input terminal and contact point b of NAND gate A couples, another
Input terminal and contact point d are coupled, the output end output detection signal of NAND gate.When inner cover plate 2 and shell 1 is closed and outer cover plate 3
When being closed with shell 1, contact point a and contact point b conducting and contact point c and contact point d conducting, NAND gate A export low level
Detect signal；When inner cover plate 2 and shell 1 are not closed and outer cover plate 3 and shell 1 are closed, NAND gate A exports the detection of high level
Signal；When inner cover plate 2 and shell 1 are closed and outer cover plate 3 and shell 1 are not closed, NAND gate A exports the detection letter of high level
Number；When inner cover plate 2 and shell 1 are not closed and outer cover plate 3 and shell 1 are not closed, NAND gate A exports the detection letter of high level
Number.
Control device 17 includes triode Q1, and triode Q1 can be the NPN type triode of model 9013, triode
The base stage of Q1 is coupled to the output end of NAND gate A and receives detection signal.Warning lamp 19 is light bulb LED, the transmitting of triode Q1
Pole is coupled with resistance R2, and light bulb LED is coupled between the other end and ground terminal of resistance R2, and the collector of triode Q1 connects power supply
VCC.When triode Q1 receives the detection signal of high level, the collector and emitter conducting of triode Q1, light bulb LED hair
Light, i.e. warning lamp 19 are warned.
When inner cover plate 2 and shell 1 are not closed or when outer cover plate 3 is not closed with shell 1, warning lamp 19 can
It alarms, reminds operator, inner cover plate 2 or outer cover plate 3 are not fixed to position, forget fixed inner cover plate 2 to reduce
Or the probability of outer cover plate 3, it avoids inner cover plate 2 from shaking in shell 1, plays the purpose for protecting entire line feed terminals.
As shown in Figure 4, Figure 5, storage groove 26 is provided on outer cover plate 3, the first contact block 23 is slidedly arranged in storage groove 26, and first
Third spring 27 is equipped between contact block 23 and the bottom of storage groove 26.The opening of storage groove 26, which integrally generates, to be had for preventing
First contact block 23 is detached from the first stop collar 28 of storage groove 26, and the first contact block 23 can slide in storage groove 26.It is natural
Under state, the first contact block 23 is located at the opening of storage groove 26 by the effect of third spring 27 and supports with the first stop collar 28
It connects, a part of the first contact block 23 exceeds plane of the outer cover plate 3 towards shell 1, it is ensured that the first contact block 23 is contacted with second
The contact of block 22.When inner cover plate 2 and shell 1 are not closed, it is closed outer cover plate 3 at this time, the first contact block 23 is contacted with second
Block 22 abuts and makes the first contact block 23 mobile, and the first contact block of protection 23 and the second contact are played in the setting of third spring 27
The effect of block 22.It is provided with the stabilization sliding slot 29 of connection storage groove 26 in outer cover plate 3, is slidably equipped in stable sliding slot 29 and is contacted with first
The fixed stabilization slide bar 30 of block 23, plays the role of stablizing the first contact block 23.
As shown in Figure 4, Figure 5, receiving hole 31 is provided on outer cover plate 3, the 4th contact block 25 is slidedly arranged in receiving hole 31, and first
The 4th spring 32 is equipped between contact block 23 and the bottom of receiving hole 31, the opening of receiving hole 31, which integrally generates, to be had for preventing
4th contact block 25 is detached from the second stop collar 33 of receiving hole 31, and the 4th contact block 25 can slide in receiving hole 31.It needs
It is mentioned that, one end of third contact block 24 exceeds shell 1 towards the surface of outer cover plate 3, it is ensured that outer cover plate 3 and shell 1 are closed
When, the contact of third contact block 24 and the 4th contact block 25.Under natural conditions, work of the 4th contact block 25 by the 4th spring 32
It abuts with the opening for being located at receiving hole 31 and with the second stop collar 33, when outer cover plate 3 and the closure of shell 1, third contact block
24 abut with the 4th contact block 25 and make the 4th contact block 25 mobile, and the 4th contact block of protection is played in the setting of the 4th spring 32
25 and third contact block 24 effect.
As shown in figure 3, further include having after inner cover plate 2 and shell 1 are closed, the bracing means that inner cover plate 2 is reinforced
34.Rotation slot 35 is provided in shell 1, bracing means 34 includes the axis rod 36 for being rotationally connected with inner cover plate 2, and axis rod 36 is worn
The one end for crossing inner cover plate 2 is fixedly installed the rotatable lamella 37 being arranged in cuboid, and the length of rotatable lamella 37 is greater than rotatable lamella 37
Width.Axis rod 36 is equipped with and the limiting section 38 that axis rod 36 is moved along direction of axis line is contacted and limited with shell 1, so that axis
Core bar 36 is more stable in rotation, guarantees that one end of rotatable lamella 37 can turn in rotation slot 35.When rotatable lamella 37 is longer
One end rotation in rotation slot 35 when, one end of rotatable lamella 37 is contacted with the end face of rotation slot 35.In inner cover plate 2 and shell 1
After closure, the longer one end of rotatable lamella 37 is turned to so that rotatable lamella 37 rotates by rotation slot 35 by rotation axis core bar 36
It is interior, and one end of rotatable lamella 37 is contacted with the end face of rotation slot 35, to limit the rotation of inner cover plate 2 Yu shell 1, further plus
The connection of strong inner cover plate 2 and shell 1.
As shown in Fig. 3, Fig. 6, elastic slice 39 is fixed in inner cover plate 2, when the longer one end of rotatable lamella 37 turns to rotation slot
When in 35, the other end of rotatable lamella 37 abuts with elastic slice 39 just and is face contact, and deformation occurs for elastic slice 39 at this time.Logical
When crossing rotatable lamella 37 and being fixed on inner cover plate 2 in shell 1, rotatable lamella 37 and 39 face contact of elastic slice at this time, need will rotation
When piece 37 leaves rotation slot 35, since rotatable lamella 37 is arranged in cuboid, rotatable lamella 37 needs first to make elastic slice 39 that deformation occurs,
Rotation slot 35 could be smoothly left, the rotation of prevention rotatable lamella 37 to a certain extent is played the role of in the setting of elastic slice 39, so that
In rotation slot 35, rotatable lamella 37 is more stable for one end of rotatable lamella 37.Conversely, in inner cover plate 2 and 1 opening state of shell,
The longer one end of rotatable lamella 37 is moved at elastic slice 39, if it is desired to which continuing to rotate just extrusion elastic 39 and must make elastic slice 39
Deformation causes in this way when closing inner cover plate 2, and the longer one end of rotatable lamella 37 will not abut to stop inner cover plate 2 with shell 1
Closure.It should be noted that four corners of rotatable lamella 37 are that arc angle 40 is convenient for when rotatable lamella 37 and elastic slice 39 squeeze
The deformation of elastic slice 39, and have the function of reducing abrasion.
Is there is inner cover plate 2 and shell 1 is not closed or when outer cover plate 3 and shell 1 are not closed in the utility model, alert
Show lamp 19 and will do it warning, on this basis, if inner cover plate 2 is not closed with shell 1, operator is by by outer cover
When plate 3 and shell 1 are closed, first movement bar 6 can stop the closure of outer cover plate 3, and have apparent gear effect.
The above is only the preferred embodiment of the present invention, is not intended to limit the utility model, all practical at this
Within novel design concept, any modification, equivalent replacement, improvement and so on should be included in the protection of the utility model
Within the scope of.
Claims (8)
1. a kind of automation line feed terminals include shell (1), inner cover plate (2), the shell are hinged in the shell (1)
(1) outer cover plate (3) being hinged on the outside of inner cover plate (2), it is characterized in that: being slidably equipped with the first driving in the shell (1)
Component (5), first driving assembly (5) include first movement bar (6) and drive first movement bar (6) and outer cover plate
(3) the first spring (7) abutted；When first movement bar (6) is abutted with outer cover plate (3), first movement bar (6) limits outer cover plate
(3) it is closed with shell (1)；The inner cover plate (2) is equipped with for pushing that first movement bar (6) separates with outer cover plate (3)
Two driving assemblies (8).
2. automation line feed terminals according to claim 1, it is characterized in that: being provided in the shell (1) for first movement
Bar (6) mobile the first groove (4) is provided with oblique angle (9) on first movement bar (6), it is recessed that connection first is provided on the shell (1)
The perforation (10) of slot (4)；It is provided with the second groove (11) on the shell (1), the second driving assembly (8) includes to be slidedly arranged on second
One end of the second mobile bar (12) and second spring (13) of groove (11), second mobile bar (12) passes through perforation (10)
And it is abutted with oblique angle (9)；When the second mobile bar (12) is abutted with oblique angle (9), first movement bar (6) is into the first groove (4)
It is mobile.
3. automation line feed terminals according to claim 2 are moved it is characterized in that: being provided on the shell (1) convenient for second
Lever (12) slides into the guide groove (14) of perforation (10).
4. automation line feed terminals according to claim 3, it is characterized in that: second mobile bar (12) is far from the second bullet
One end of spring (13) is arc end (15).
5. automation line feed terminals according to claim 1, it is characterized in that: rotation slot (35) are provided in the shell (1),
It is rotatably connected to axis rod (36) on the inner cover plate (2), one end that the axis rod (36) passes through inner cover plate (2) is equipped with rotation
Piece (37), the length of the rotatable lamella (37) are greater than the width of the rotatable lamella (37)；When rotatable lamella (37) longer one end turns
When rotation slot (35) is interior in dynamic, one end of rotatable lamella (37) is contacted with the end face of rotation slot (35).
6. automation line feed terminals according to claim 5, it is characterized in that: the axis rod (36) be equipped with it is described interior
Cover board (2) contacts and limits the limiting section (38) that axis rod (36) is moved along direction of axis line.
7. automation line feed terminals according to claim 5, it is characterized in that: the rotatable lamella (37) is arranged in cuboid,
The inner cover plate (2) be equipped with elastic slice (39), when rotatable lamella (37) longer one end turn to rotation slot (35) it is interior when, rotatable lamella
(37) the other end abuts with elastic slice (39) just and is face contact, and deformation occurs for elastic slice (39) at this time.
8. automation line feed terminals according to claim 7, it is characterized in that: four corners of the rotatable lamella (37) are arc
Shape angle (40).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821564356.8U CN208835463U (en) | 2018-09-25 | 2018-09-25 | A kind of automation line feed terminals |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821564356.8U CN208835463U (en) | 2018-09-25 | 2018-09-25 | A kind of automation line feed terminals |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208835463U true CN208835463U (en) | 2019-05-07 |
Family
ID=66317568
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821564356.8U Expired - Fee Related CN208835463U (en) | 2018-09-25 | 2018-09-25 | A kind of automation line feed terminals |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208835463U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111465244A (en) * | 2020-05-29 | 2020-07-28 | 郑州铁路职业技术学院 | Railway signal equipment cabinet with shock attenuation effect |
| CN113260200A (en) * | 2021-06-16 | 2021-08-13 | 智能尔电气有限公司 | Feeder automation terminal |
-
2018
- 2018-09-25 CN CN201821564356.8U patent/CN208835463U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111465244A (en) * | 2020-05-29 | 2020-07-28 | 郑州铁路职业技术学院 | Railway signal equipment cabinet with shock attenuation effect |
| CN111465244B (en) * | 2020-05-29 | 2021-03-02 | 郑州铁路职业技术学院 | Railway signal equipment cabinet with shock attenuation effect |
| CN113260200A (en) * | 2021-06-16 | 2021-08-13 | 智能尔电气有限公司 | Feeder automation terminal |
| CN113260200B (en) * | 2021-06-16 | 2024-05-28 | 智能尔电气有限公司 | Feeder automation terminal |
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Granted publication date: 20190507 Termination date: 20210925 |