CN208796864U - A kind of spring operating mechanism for compact looped network cabinet - Google Patents
A kind of spring operating mechanism for compact looped network cabinet Download PDFInfo
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- CN208796864U CN208796864U CN201821909508.3U CN201821909508U CN208796864U CN 208796864 U CN208796864 U CN 208796864U CN 201821909508 U CN201821909508 U CN 201821909508U CN 208796864 U CN208796864 U CN 208796864U
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- China
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- separating brake
- push rod
- combined floodgate
- guide plate
- semiaxis
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Abstract
The utility model relates to a kind of spring operating mechanisms for compact looped network cabinet, manual switching off/on device includes the first guide plate, second guide plate, separating brake push rod, combined floodgate push rod, positioning column, separating brake connecting rod, combined floodgate connecting rod, energy storage component includes separating brake semiaxis, floodgate semiaxis, first guide plate and the second guide plate pass through positioning column and are fixed on foreboard side, separating brake push rod and combined floodgate push rod are movably connected on the second guide plate, separating brake push rod one end and combined floodgate push rod one end are respectively formed baffle, separating brake push rod is provided with opening button far from one end of foreboard, combined floodgate push rod is provided with switch knob far from one end of foreboard, separating brake semiaxis and floodgate semiaxis are both connected on mounting rack, separating brake connecting rod is fixed in separating brake semiaxis, combined floodgate connecting rod is fixed in floodgate semiaxis, separating brake connecting rod is located at the movement mobile to foreboard of the baffle on separating brake push rod On track, combined floodgate connecting rod is located at the baffle in combined floodgate push rod on the mobile motion profile of foreboard.This practical operating force is small, compact-sized.
Description
Technical field
The utility model relates to a kind of spring operating mechanism more particularly to a kind of spring operations for compact looped network cabinet
Mechanism.
Background technique
Spring operating mechanism is a kind of mechanical operating mechanism using energy-stored spring as energy-storage travelling wave tube.It is currently used for compact
Type ring network cabinet spring operating mechanism is because volumetric constraint, manual opening-closing are mainly realized by knob, because of knob and on/off switch half
The axis direction of motion is consistent, so its is relatively simple for structure, the place being restricted suitable for spaces such as compact looped network cabinets.But it adopts
With knob, it is primarily present Railway Project: the problem of 1. original users can not adapt to.General power consumer, the ring network cabinet that original uses,
Because not by volumetric constraint, operating mechanism all uses the structure of button, and after using compact looped network cabinet instead, on/off switch button becomes knob
, most users are all uncomfortable, and some is even rejected.2. knob because have operation direction the problem of, it is some in emergency circumstances,
Erroneous judgement causes failure propagation to miss an opportunity because of a delay caused by being easy to because of operation anisotropy.
Summary of the invention
In view of this, and a kind of reliable in action compact-sized the purpose of this utility model is to provide divide-shut brake PBU pushbutton unit
The spring operating mechanism for compact looped network cabinet.
In order to achieve the goal above, the utility model uses such a operating machine of the spring for compact looped network cabinet
Structure, including mounting rack, energy storage component, manual switching off/on device, motor, the mounting rack include foreboard disposed in parallel with after
Plate, the manual switching off/on device and motor cooperatively form linkage with energy storage component, and the manual switching off/on device includes the
One guide plate, the second guide plate, separating brake push rod, combined floodgate push rod, positioning column, separating brake connecting rod, combined floodgate connecting rod, the energy storage component packet
Include separating brake semiaxis, floodgate semiaxis, the positioning column is placed respectively in the first guide plate and in the second guide plate, the first guide plate and
Second guide plate passes through the side that positioning column is fixed on foreboard, and the separating brake push rod and combined floodgate push rod are movably connected in second
On guide plate, the separating brake push rod is respectively formed baffle close to one end of foreboard close to one end of foreboard and combined floodgate push rod, and separating brake pushes away
Bar is provided with opening button far from one end of foreboard, and combined floodgate push rod is provided with switch knob, the separating brake far from one end of foreboard
Semiaxis and floodgate semiaxis are both connected on mounting rack, and the separating brake connecting rod is fixed in separating brake semiaxis, and combined floodgate connecting rod is fixed on conjunction
On lock semiaxis, the separating brake connecting rod is located at the baffle on separating brake push rod on the mobile motion profile of foreboard, and combined floodgate connecting rod is located at
Baffle in combined floodgate push rod is on the mobile motion profile of foreboard.
The manual switching off/on device of above-mentioned spring operating mechanism carries out manual divide-shut brake by button, presses opening button,
Separating brake push rod is mobile to foreboard in the second guide plate, and the baffle of separating brake push rod, which acts on separating brake connecting rod, drives separating brake connecting rod to turn
It is dynamic, so that separating brake semiaxis be driven to rotate, complete manual brake separating, press switch knob, combined floodgate push rod in the second guide plate forward
Plate is mobile, and the baffle of combined floodgate push rod acts on combined floodgate connecting rod and drives combined floodgate link rotatable, so that floodgate semiaxis be driven to rotate, completes
Closing by hand, manual divide-shut brake reliable in action, operation thrust needed for divide-shut brake are small；Separating brake push rod is connect jointly with combined floodgate push rod
On guide plate, opening button and switch knob are arranged in spring operating mechanism side, such manual switching off/on device structure
It is compact, user-friendly and operation.
This practical separating brake push rod that is further arranged to is consistent with combined floodgate push rod structure, and the separating brake push rod and combined floodgate push rod are equal
Including square shaft, one end of square shaft is arranged in the baffle, forms L-type sliding slot, one end of square shaft and gear on second guide plate
Piece is connected in L-type sliding slot, and square hole is formed on first guide plate, and the other end of square shaft is set in square hole.
Above-mentioned separating brake push rod and combined floodgate push rod can be steadily connected in the first guide plate and the second guide plate, the first guiding
Plate limits separating brake push rod and combined floodgate push rod, guarantees that separating brake push rod and combined floodgate push rod do not depart from manual switching off/on device, mentions
The reliability of height manual switching off/on device movement.
This is practical to be further arranged to combined floodgate connecting rod and separating brake connecting rod is respectively formed on cylinder roller, on the separating brake push rod
Cylinder roller on baffle face separating brake connecting rod, the cylinder roller on baffle face combined floodgate connecting rod in the combined floodgate push rod.
The baffle of above-mentioned separating brake push rod and the baffle of combined floodgate push rod act on cylinder roller, make needed for manual divide-shut brake
Operating force becomes smaller, conducive to the use of user.
This practical one end for being further arranged to separating brake push rod is bolted in separating brake semiaxis, separating brake push rod it is another
One end is provided with cylinder roller, and one end of the combined floodgate push rod is bolted in floodgate semiaxis, combined floodgate push rod it is another
End is provided with cylinder roller.
The one end of push rod far from affixed side is arranged in above-mentioned cylinder roller, and the movement arm of push rod is made to reach longest, makes to carry out
Operation when divide-shut brake is more laborsaving.
This practical quantity for being further arranged to square hole is two, and the quantity of L-type sliding slot is two.
Detailed description of the invention
Fig. 1 is the utility model embodiment main view.
Fig. 2 is the utility model embodiment perspective view.
Fig. 3 is the utility model embodiment perspective view.
Fig. 4 is the utility model embodiment side view.
Fig. 5 is the utility model embodiment manual switching off/on device partial perspective view.
Fig. 6 is the first guide plate of the utility model embodiment and the second guide plate perspective view.
Specific embodiment
As shown in Figs. 1-5, the utility model is a kind of spring operating mechanism for compact looped network cabinet, including mounting rack
1, energy storage component 2, manual switching off/on device 3, motor 4, the mounting rack 1 include foreboard 11 disposed in parallel and back plate 12, institute
It states manual switching off/on device 3 and motor 4 and cooperatively forms linkage with energy storage component 2, the manual switching off/on device 3 includes first
Guide plate 31, the second guide plate 32, separating brake push rod 33, combined floodgate push rod 34, positioning column 35, separating brake connecting rod 36, combined floodgate connecting rod 37, institute
Stating energy storage component 2 includes separating brake semiaxis 21, floodgate semiaxis 22, and the positioning column 35 places in the first guide plate 31 and second respectively
In guide plate 32, the first guide plate 31 and the second guide plate 32 are fixed on the side of foreboard 11 by positioning column 35, and described point
Lock push rod 33 and combined floodgate push rod 34 are movably connected on the second guide plate 32, and the separating brake push rod 33 is close to one end of foreboard 11
It is respectively formed baffle 38 close to one end of foreboard 11 with combined floodgate push rod 34, separating brake push rod 33 is provided with separating brake far from one end of foreboard 11
Button 5, combined floodgate push rod 34 are provided with switch knob 6 far from one end of foreboard 11, and the separating brake semiaxis 21 and floodgate semiaxis 22 are equal
It is connected on mounting rack 1, the separating brake connecting rod 36 is fixed in separating brake semiaxis 21, and combined floodgate connecting rod 37 is fixed on floodgate semiaxis 22
On, the separating brake connecting rod 36 is located at the baffle 38 on separating brake push rod 33 on the mobile motion profile of foreboard 11, combined floodgate connecting rod 37
Baffle 38 in combined floodgate push rod 34 is on the mobile motion profile of foreboard 11.
As it can be seen in figures 5 and 6, separating brake push rod 33 is consistent with 34 structure of combined floodgate push rod, the separating brake push rod 33 and combined floodgate push rod
34 include square shaft 39, and the baffle 38 is arranged in one end of square shaft 39, forms L-type sliding slot 321 on second guide plate 32,
One end of square shaft 39 and baffle 38 are connected in L-type sliding slot 321, and square hole 311 is formed on first guide plate 31, square shaft 39
The other end is set in square hole 311, and the quantity of the square hole 311 is two, and the quantity of L-type sliding slot 321 is two.
As shown in figure 3, combined floodgate connecting rod 36 and separating brake connecting rod 37 are respectively formed on cylinder roller 7, on the separating brake push rod 33
Cylinder roller 7 on 38 face separating brake connecting rod 36 of baffle, on the 38 face combined floodgate connecting rod 37 of baffle in the combined floodgate push rod 34
One end of cylinder roller 7, separating brake push rod 33 is fixed in separating brake semiaxis 21 by bolt 8, the other end setting of separating brake push rod 33
Have a cylinder roller 7, one end of the combined floodgate push rod 34 is fixed in floodgate semiaxis 22 by bolt 8, combined floodgate push rod 34 it is another
End is provided with cylinder roller 7.
According to above embodiments, the manual switching off/on device of spring operating mechanism carries out manual divide-shut brake by button, presses
Lower opening button, separating brake push rod is mobile to foreboard in the second guide plate, and the baffle of separating brake push rod acts on separating brake connecting rod
Cylinder roller drives separating brake link rotatable, so that separating brake semiaxis be driven to rotate, completes manual brake separating；Switch knob is pressed, is closed a floodgate
Push rod is mobile to foreboard in the second guide plate, and the cylinder roller that the baffle of combined floodgate push rod acts on combined floodgate connecting rod drives combined floodgate
Link rotatable completes closing by hand so that floodgate semiaxis be driven to rotate.It is pressed by the way that divide-shut brake is arranged in spring operating mechanism front
Button, the cylinder roller cooperation on the baffle and connecting rod on push rod, achievees the purpose that compact-sized, required operating force is small, has knot
The advantages of structure is simple, reliable performance.
Claims (5)
1. a kind of spring operating mechanism for compact looped network cabinet, including mounting rack, energy storage component, manual switching off/on device,
Motor, the mounting rack include front and rear panels disposed in parallel, and the manual switching off/on device and motor are and energy storage component
Cooperatively form linkage, it is characterised in that: the manual switching off/on device include the first guide plate, the second guide plate, separating brake push rod,
Combined floodgate push rod, positioning column, separating brake connecting rod, combined floodgate connecting rod, the energy storage component include separating brake semiaxis, floodgate semiaxis, the positioning
Column is placed respectively in the first guide plate and in the second guide plate, and the first guide plate and the second guide plate are fixed on by positioning column
The side of foreboard, the separating brake push rod and combined floodgate push rod are movably connected on the second guide plate, and the separating brake push rod is by nearby
One end of plate and combined floodgate push rod are respectively formed baffle close to one end of foreboard, separating brake push rod far from one end of foreboard be provided with separating brake by
Button, combined floodgate push rod are provided with switch knob far from one end of foreboard, and the separating brake semiaxis and floodgate semiaxis are both connected to mounting rack
On, the separating brake connecting rod is fixed in separating brake semiaxis, and combined floodgate connecting rod is fixed in floodgate semiaxis, and the separating brake connecting rod is located at separating brake
For baffle on push rod on the mobile motion profile of foreboard, combined floodgate connecting rod is located at the fortune mobile to foreboard of the baffle in combined floodgate push rod
On dynamic rail mark.
2. the spring operating mechanism according to claim 1 for compact looped network cabinet, it is characterised in that: the separating brake pushes away
Bar is consistent with combined floodgate push rod structure, and the separating brake push rod and combined floodgate push rod include square shaft, and the one of square shaft is arranged in the baffle
It holds, forms L-type sliding slot on second guide plate, one end of square shaft and baffle are connected in L-type sliding slot, first guide plate
Upper formation square hole, the other end of square shaft are set in square hole.
3. the spring operating mechanism according to claim 1 or 2 for compact looped network cabinet, it is characterised in that: the conjunction
Brake connection rod and separating brake connecting rod are respectively formed on cylinder roller, the cylindricality rolling on the baffle face separating brake connecting rod on the separating brake push rod
Son, the cylinder roller on baffle face combined floodgate connecting rod in the combined floodgate push rod.
4. the spring operating mechanism according to claim 3 for compact looped network cabinet, it is characterised in that: the separating brake pushes away
One end of bar is bolted in separating brake semiaxis, and the other end of separating brake push rod is provided with cylinder roller, the combined floodgate push rod
One end be bolted in floodgate semiaxis, the other end of combined floodgate push rod is provided with cylinder roller.
5. the spring operating mechanism according to claim 2 for compact looped network cabinet, it is characterised in that: the square hole
Quantity is two, and the quantity of L-type sliding slot is two.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821909508.3U CN208796864U (en) | 2018-11-20 | 2018-11-20 | A kind of spring operating mechanism for compact looped network cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821909508.3U CN208796864U (en) | 2018-11-20 | 2018-11-20 | A kind of spring operating mechanism for compact looped network cabinet |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208796864U true CN208796864U (en) | 2019-04-26 |
Family
ID=66212720
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821909508.3U Active CN208796864U (en) | 2018-11-20 | 2018-11-20 | A kind of spring operating mechanism for compact looped network cabinet |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208796864U (en) |
-
2018
- 2018-11-20 CN CN201821909508.3U patent/CN208796864U/en active Active
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