CN209182440U - Switchgear arc light monitoring device based on UV pulse method - Google Patents
Switchgear arc light monitoring device based on UV pulse method Download PDFInfo
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- CN209182440U CN209182440U CN201822113051.1U CN201822113051U CN209182440U CN 209182440 U CN209182440 U CN 209182440U CN 201822113051 U CN201822113051 U CN 201822113051U CN 209182440 U CN209182440 U CN 209182440U
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Abstract
The utility model relates to the switchgear arc light monitoring fields of UV pulse method, it in particular is the switchgear arc light monitoring device based on UV pulse method, including base fixture, fixed carriage, power mechanism and position-limit mechanism, the beneficial effect is that pushing slide plate I and slide plate II, switchgear is put into and is pushed between slide plate I and slide plate II, utilize the elastic potential energy of spring I and spring II, spring I and spring II can press slide plate I and slide plate II to switchgear direction respectively, switchgear can thus be fixed, ultraviolet light can be generated when switchgear work, at this moment electrical power is given, motor drives rotation plectane rotation, connecting cylinder II is fixedly connected on the eccentric position of rotation plectane, one end of transmission item is inserted on connecting cylinder II, the other end of transmission item is inserted on connecting cylinder I, rotation circle Strip moves the rotation that connecting cylinder II does off-centre operation, and connecting cylinder II drives transmission item mobile.
Description
Technical field
The utility model relates to the switchgear arc light monitoring fields of UV pulse method, are in particular based on ultraviolet pulse
The switchgear arc light monitoring device of method.
Background technique
There are a kind of switchgear arc light protecting system of a Patent No. CN201520871195.7, including switchgear now
Cabinet body, several arc photosensors, arc light protecting device and the electrical equipment being arranged in switch cabinet body；The switch cabinet
Arc light protecting device is provided on the side panel of body, the adjacent of electrical equipment is provided with arc light sensor in switch cabinet body
Device, each arc photosensor are connected with arc light protecting device；The arc light protecting device include master controller, arc light unit,
Display module, alarm module and tripping relay output module, master controller respectively with arc light unit, display module, alarm mould
Block, tripping relay output module are connected；The utility model switchgear arc light protecting system is examined in real time using arc photosensor
Switchgear electrical equipment is surveyed, the signal of acquisition is transferred to arc light protecting device by arc photosensor, and arc light protecting device control is jumped
The damage of the output of lock relay output module, prevention apparatus and human body.But the alarm in the utility model is immovable, when
There is alarm that there can be the error of time when generating.
Summary of the invention
The utility model relates to the switchgear arc light monitoring fields of UV pulse method, are in particular based on ultraviolet pulse
The switchgear arc light monitoring device of method, including base fixture, fixed carriage, power mechanism and position-limit mechanism, have
Beneficial effect is that the ultraviolet light inductor in the present apparatus can move, and can carry out inspection in all directions to device middle-ultraviolet lamp in this way
It surveys, is additionally provided with Telescopic Fixed device, switchgear can be fixed.
The base fixture includes bottom plate, L-shaped fixed plate, slideway I, slide plate I, sliding cylinder I, spring I, slideway
II, slide plate II, sliding cylinder II and spring II, L-shaped fixed plate are fixedly connected on bottom plate, and the left end of bottom plate is provided with slideway I,
Slide plate I is slidably connected in slideway I, and the right end of sliding cylinder I is fixedly connected with slide plate I, and sliding cylinder I and L-shaped fixed plate are sliding
Dynamic connection, spring I are inserted on sliding cylinder I, and for spring I between L-shaped fixed plate and slide plate I, the front end of bottom plate is provided with cunning
Road II, slide plate II are slidably connected in slideway II, and the rear end of sliding cylinder II is fixedly connected with slide plate II, sliding cylinder II and L
Shape fixed plate is slidably connected, and spring II is inserted on sliding cylinder II, and spring II is between L-shaped fixed plate and slide plate II；
The fixation carriage includes fixed frame, hinge, upper cover, sliding slot, sliding block, connecting cylinder I, ultraviolet light induction
Device and spring III, bottom plate are fixedly connected on the lower end of fixed frame, and upper cover is articulated and connected by hinge and fixed frame, on fixed frame
Be provided with sliding slot, sliding block is slidably connected in sliding slot, the upper end and rear end of sliding block be respectively fixedly connected with ultraviolet light inductor and
Connecting cylinder I, spring III are inserted in the top of fixed frame right end, and spring III is located at the underface of upper cover right end；
The power mechanism includes that motor fixed block, motor, rotation plectane, connecting cylinder II and transmission item, motor are solid
Determine the top that block is fixedly connected on bottom plate left end, motor is fixedly connected on motor fixed block, rotates the output of plectane and motor
Axis is fixedly connected, and connecting cylinder II is fixedly connected on the eccentric position of rotation plectane, and the one end for being driven item is inserted in connecting cylinder
On II, the other end for being driven item is inserted on connecting cylinder I；
The position-limit mechanism includes fixed sliding block, rotation cylinder, limited block and rotating block, and fixed sliding block is fixedly connected on
The top of fixed frame right end, rotation cylinder and fixed sliding block rotation connection, the upper and lower ends for rotating cylinder have been respectively fixedly connected with
Limited block and rotating block.
As advanced optimizing for the technical program, the utility model is filled based on the switchgear arc light monitoring of UV pulse method
Setting the base fixture further includes limit plate I and limit plate II, and limit plate I is fixedly connected on the left end of sliding cylinder I,
Limit plate II is fixedly connected on the front end of sliding cylinder II.
As advanced optimizing for the technical program, the utility model is filled based on the switchgear arc light monitoring of UV pulse method
Set the surface that the limited block is located at upper cover right end.
Switchgear arc light monitoring device of the utility model based on UV pulse method has the beneficial effect that
Slide plate I and slide plate II is pushed, switchgear is put into and is pushed between slide plate I and slide plate II, spring I and spring II are utilized
Elastic potential energy, spring I and spring II can press slide plate I and slide plate II to switchgear direction respectively, thus can be opening
It closes cabinet to fix, ultraviolet light can be generated when switchgear work, at this moment give electrical power, motor drives rotation plectane rotation, connection
Cylinder II is fixedly connected on the eccentric position of rotation plectane, and the one end for being driven item is inserted on connecting cylinder II, is driven the another of item
One end is inserted on connecting cylinder I, and rotation plectane drives connecting cylinder II to do the rotation of off-centre operation, and connecting cylinder II, which drives, is driven item
Mobile, transmission item can be transmitted to the movement of connecting cylinder II on connecting cylinder I, and connecting cylinder I can be with movable slider in cunning
It is moved in slot, sliding block can drive ultraviolet light inductor mobile, can thus allow ultraviolet light inductor complete square in the device
The amount of the detection ultraviolet light in face rotates rotating block when finding that amount of ultraviolet is excessive, and rotating block drives rotation cylinder rotation, turns
Dynamic cylinder drives limited block rotation, and at this moment limited block is detached from upper cover, can be upper cover moment using the elastic potential energy of spring III
It jacks up, upper cover adjustable equipment after being jacked up reduces the amount of ultraviolet light.
Detailed description of the invention
The utility model is described in more detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is the structural schematic diagram of switchgear arc light monitoring device of the utility model based on UV pulse method；
Fig. 2 is the switchgear arc light monitoring device partial structure diagram based on UV pulse method；
Fig. 3 is base fixture structural schematic diagram；
Fig. 4 is base fixture partial structure diagram one；
Fig. 5 is base fixture partial structure diagram two；
Fig. 6 is fixed carriage structural schematic diagram；
Fig. 7 is fixed carriage partial structure diagram；
Fig. 8 is sliding block, connecting cylinder I and ultraviolet light sensor structure schematic diagram；
Fig. 9 is power mechanism structural schematic diagram；
Figure 10 is limit mechanism structure schematic diagram.
In figure: base fixture 1；Bottom plate 1-1；L-shaped fixed plate 1-2；Slideway I1-3；Slide plate I1-4；Sliding cylinder I1-
5；Spring I1-6；Limit plate I1-7；Slideway II1-8；Slide plate II1-9；Sliding cylinder II1-10；Spring II1-11；Limit plate
II1-12；Fixed carriage 2；Fixed frame 2-1；Hinge 2-2；Upper cover 2-3；Sliding slot 2-4；Sliding block 2-5；Connecting cylinder I2-6；
Ultraviolet light inductor 2-7；Spring III2-8；Power mechanism 3；Motor fixed block 3-1；Motor 3-2；Rotate plectane 3-3；Connection circle
Column II3-4；It is driven a 3-5；Position-limit mechanism 4；Fixed sliding block 4-1；Rotate cylinder 4-2；Limited block 4-3；Rotating block 4-4.
Specific embodiment
Specific embodiment 1:
Illustrate present embodiment below with reference to Fig. 1-10, the utility model relates to the switchgear arc light monitorings of UV pulse method
In particular field is the switchgear arc light monitoring device based on UV pulse method, including base fixture 1, fixed cunning
Dynamic device 2, power mechanism 3 and position-limit mechanism 4 are put into switchgear the beneficial effect is that pushing slide plate I1-4 and slide plate II1-9
It pushes between slide plate I1-4 and slide plate II1-9, using the elastic potential energy of spring I1-6 and spring II1-11, spring I1-6 and spring
II1-11 can press slide plate I1-4 and slide plate II1-9 to switchgear direction respectively, switchgear can thus be fixed, when opening
Ultraviolet light can be generated when closing cabinet work, is at this moment powered to motor 3-2, motor 3-2 drives rotation plectane 3-3 rotation, connecting cylinder
II3-4 is fixedly connected on the eccentric position of rotation plectane 3-3, and one end of transmission 3-5 is inserted on connecting cylinder II3-4, is passed
The other end of dynamic 3-5 is inserted on connecting cylinder I2-6, and rotation plectane 3-3 drive connecting cylinder II3-4 does the rotation of off-centre operation,
Connecting cylinder II3-4 drives transmission 3-5 mobile, and transmission 3-5 can be transmitted to the movement of connecting cylinder II3-4 connection circle
On column I2-6, connecting cylinder I2-6 can be moved in sliding slot 2-4 with movable slider 2-5, and sliding block 2-5 can drive ultraviolet light sense
It answers device 2-7 mobile, can thus allow the amount of the detection ultraviolet light of ultraviolet light inductor 2-7 in the device in all directions, work as discovery
When amount of ultraviolet is excessive, rotating block 4-4 is rotated, rotating block 4-4 drives rotation cylinder 4-2 rotation, and rotation cylinder 4-2 drives limit
Block 4-3 rotation, at this moment limited block 4-3 is detached from upper cover 2-3, can using the elastic potential energy of spring III2-8 in upper cover 2-3 wink
Between jack up, upper cover 2-3 adjustable equipment after being jacked up reduces the amount of ultraviolet light；
The base fixture 1 includes bottom plate 1-1, L-shaped fixed plate 1-2, slideway I1-3, slide plate I1-4, sliding circle
Column I1-5, spring I1-6, slideway II1-8, slide plate II1-9, sliding cylinder II1-10 and spring II1-11, L-shaped fixed plate 1-2 are solid
Surely it is connected on bottom plate 1-1, L-shaped fixed plate 1-2 can provide a sliding to sliding cylinder I1-5 and sliding cylinder II1-10
Space, the left end of bottom plate 1-1 are provided with slideway I1-3, and slideway I1-3 can provide a sliding space, slide plate to slide plate I1-4
I1-4 is slidably connected in slideway I1-3, and when slide plate I1-4 is slidably connected in slideway I1-3, slide plate I1-4 will be limited,
Slide plate I1-4 can only be slided, and slide plate I1-4 can be fixed to one end of spring I1-6, the right end and slide plate I1- of sliding cylinder I1-5
4 are fixedly connected, and sliding cylinder I1-5 can provide the space of a connection to spring I1-6, and sliding cylinder I1-5 and L shape is fixed
Plate 1-2 is slidably connected, and spring I1-6 is inserted on sliding cylinder I1-5, spring I1-6 be located at L-shaped fixed plate 1-2 and slide plate I1-4 it
Between, one end of spring I1-6 is fixed by L-shaped fixed plate 1-2, utilizes the elastic potential energy of spring I1-6, the other end meeting of spring I1-6
It is mobile to head on slide plate I1-4, the front end of bottom plate 1-1 is provided with slideway II1-8, and slide plate II1-9 is slidably connected in slideway II1-8,
The rear end of sliding cylinder II1-10 is fixedly connected with slide plate II1-9, and sliding cylinder II1-10 is slidably connected with L-shaped fixed plate 1-2,
Spring II1-11 is inserted on sliding cylinder II1-10, and spring II1-11 is between L-shaped fixed plate 1-2 and slide plate II1-9；
The fixation carriage 2 includes fixed frame 2-1, hinge 2-2, upper cover 2-3, sliding slot 2-4, sliding block 2-5, connection
Cylinder I2-6, ultraviolet light inductor 2-7 and spring III2-8, bottom plate 1-1 are fixedly connected on the lower end of fixed frame 2-1, upper cover 2-3
It is articulated and connected by hinge 2-2 and fixed frame 2-1, upper cover 2-3 can seal the present apparatus, be provided with sliding slot on fixed frame 2-1
2-4, sliding slot 2-4 can provide a sliding space to sliding block 2-5, and sliding block 2-5 is slidably connected in sliding slot 2-4, and sliding block 2-5 can
To drive ultraviolet light inductor 2-7 mobile, the upper end and rear end of sliding block 2-5 be respectively fixedly connected with ultraviolet light inductor 2-7 and
Connecting cylinder I2-6, ultraviolet light inductor 2-7 can detecte the concentration of device middle-ultraviolet lamp, and connecting cylinder I2-6 can drive cunning
Block 2-5 is moved in sliding slot 2-4, and spring III2-8 is inserted in the top of fixed frame 2-1 right end, and spring III2-8 is located at upper cover 2-3
The underface of right end, using the elastic potential energy of spring III2-8, when limited block 4-3 is detached from upper cover 2-3, spring III2-8 will
Moment opens upper cover 2-3；
The power mechanism 3 include motor fixed block 3-1, motor 3-2, rotation plectane 3-3, connecting cylinder II3-4 and
It is driven a 3-5, motor fixed block 3-1 is fixedly connected on the top of the left end bottom plate 1-1, and the effect of motor fixed block 3-1 is fixed
Motor 3-2, motor 3-2 are fixedly connected on motor fixed block 3-1, and motor 3-2 is the source of power, can drive rotation plectane
3-3 rotation, rotation plectane 3-3 are fixedly connected with the output shaft of motor 3-2, and rotation plectane 3-3 can drive connecting cylinder II3-4
Rotation, connecting cylinder II3-4 are fixedly connected on the eccentric position of rotation plectane 3-3, and connecting cylinder II3-4 can drive transmission
One end of 3-5 rotation, transmission 3-5 is inserted on connecting cylinder II3-4, and the other end of transmission 3-5 is inserted in connecting cylinder I2-
On 6, transmission 3-5 can rotate connecting cylinder II3-4 and be transmitted on connecting cylinder I2-6；
The position-limit mechanism 4 includes fixed sliding block 4-1, rotation cylinder 4-2, limited block 4-3 and rotating block 4-4, is fixed
Sliding block 4-1 is fixedly connected on the top of fixed frame 2-1 right end, and fixed sliding block 4-1 can provide a connection to fixed sliding block 4-1
Space, rotation cylinder 4-2 and fixed sliding block 4-1 rotation connection, rotation cylinder 4-2 be responsible for transmitting rotatory force, rotates cylinder 4-2
Upper and lower ends be respectively fixedly connected with limited block 4-3 and rotating block 4-4, limited block 4-3 can limit upper cover 2-3, not allow
Upper cover 2-3 is opened, and rotation rotating block 4-4 can be easy to drive rotation cylinder 4-2 rotation, and rotation cylinder 4-2 just drives limit
Block 4-3 rotation.
Specific embodiment 2:
Illustrate present embodiment below with reference to Fig. 1-10, present embodiment is described further embodiment one described
Base fixture 1 further includes limit plate I1-7 and limit plate II1-12, and limit plate I1-7 is fixedly connected on sliding cylinder I1-5
Left end, limit plate II1-12 is fixedly connected on the front end of sliding cylinder II1-10, limit plate I1-7 and limit plate II1-12's
Effect is to prevent sliding cylinder I1-5 and sliding cylinder II1-10 from slipping away L-shaped fixed plate 1-2.
Specific embodiment 3:
Illustrate present embodiment below with reference to Fig. 1-10, present embodiment is described further embodiment one described
Limited block 4-3 is located at the surface of upper cover 2-3 right end, and only limited block 4-3 is located at the surface of upper cover 2-3 right end, limited block
4-3 can just limit upper cover 2-3.
The working principle of switchgear arc light monitoring device of the utility model based on UV pulse method: it when use device, pushes away
Dynamic slide plate I1-4 and slide plate II1-9 is put into switchgear and pushes between slide plate I1-4 and slide plate II1-9, using spring I1-6 and
The elastic potential energy of spring II1-11, spring I1-6 and spring II1-11 can be respectively slide plate I1-4 and slide plate II1-9 to switches
Cabinet direction pressure, can thus fix switchgear, can generate ultraviolet light when switchgear work, at this moment be powered to motor 3-2,
Motor 3-2 drives rotation plectane 3-3 rotation, and connecting cylinder II3-4 is fixedly connected on the eccentric position of rotation plectane 3-3, passes
One end of dynamic 3-5 is inserted on connecting cylinder II3-4, and the other end of transmission 3-5 is inserted on connecting cylinder I2-6, rotates plectane
3-3 drives connecting cylinder II3-4 to do the rotation of off-centre operation, and connecting cylinder II3-4, which drives, is driven a 3-5 movement, and a transmission 3-5 can
The movement of connecting cylinder II3-4 is transmitted on connecting cylinder I2-6, connecting cylinder I2-6 can be with movable slider 2-5 in sliding slot
It is moved in 2-4, sliding block 2-5 can drive ultraviolet light inductor 2-7 mobile, and ultraviolet light inductor 2-7 can thus be allowed to exist
The amount of detection ultraviolet light in device in all directions rotates rotating block 4-4 when finding that amount of ultraviolet is excessive, and rotating block 4-4 drives
Cylinder 4-2 rotation is rotated, rotation cylinder 4-2 drives limited block 4-3 rotation, and at this moment limited block 4-3 is detached from upper cover 2-3, utilizes bullet
The elastic potential energy of spring III2-8 can jack up upper cover 2-3 moment, upper cover 2-3 adjustable equipment after being jacked up, and reduce
The amount of ultraviolet light.
Certainly, above description is not limitation of the utility model, and the utility model is also not limited to the example above, this skill
The variations, modifications, additions or substitutions that the those of ordinary skill in art field is made in the essential scope of the utility model, also belong to
In the protection scope of the utility model.
Claims (3)
1. the switchgear arc light monitoring device based on UV pulse method, including base fixture (1), fixed carriage (2),
Power mechanism (3) and position-limit mechanism (4), it is characterised in that: the base fixture (1) includes that bottom plate (1-1), L shape are solid
Fixed board (1-2), slideway I (1-3), slide plate I (1-4), sliding cylinder I (1-5), spring I (1-6), slideway II (1-8), slide plate II
(1-9), sliding cylinder II (1-10) and spring II (1-11), L-shaped fixed plate (1-2) are fixedly connected on bottom plate (1-1), bottom plate
The left end of (1-1) is provided with slideway I (1-3), and slide plate I (1-4) is slidably connected in slideway I (1-3), sliding cylinder I's (1-5)
Right end is fixedly connected with slide plate I (1-4), and sliding cylinder I (1-5) is slidably connected with L-shaped fixed plate (1-2), and spring I (1-6) is inserted
On sliding cylinder I (1-5), spring I (1-6) is located between L-shaped fixed plate (1-2) and slide plate I (1-4), before bottom plate (1-1)
End is provided with slideway II (1-8), and slide plate II (1-9) is slidably connected in slideway II (1-8), the rear end of sliding cylinder II (1-10)
It is fixedly connected with slide plate II (1-9), sliding cylinder II (1-10) is slidably connected with L-shaped fixed plate (1-2), and spring II (1-11) is inserted
On sliding cylinder II (1-10), spring II (1-11) is located between L-shaped fixed plate (1-2) and slide plate II (1-9)；
The fixation carriage (2) includes fixed frame (2-1), hinge (2-2), upper cover (2-3), sliding slot (2-4), sliding block
(2-5), connecting cylinder I (2-6), ultraviolet light inductor (2-7) and spring III (2-8), bottom plate (1-1) are fixedly connected on fixation
The lower end of frame (2-1), upper cover (2-3) are articulated and connected by hinge (2-2) and fixed frame (2-1), are provided on fixed frame (2-1)
Sliding slot (2-4), sliding block (2-5) are slidably connected in sliding slot (2-4), and the upper end and rear end of sliding block (2-5) have been respectively fixedly connected with
Ultraviolet light inductor (2-7) and connecting cylinder I (2-6), spring III (2-8) are inserted in the top of fixed frame (2-1) right end, spring
III (2-8) is located at the underface of upper cover (2-3) right end；
The power mechanism (3) includes motor fixed block (3-1), motor (3-2), rotation plectane (3-3), connecting cylinder II
(3-4) and transmission item (3-5), motor fixed block (3-1) are fixedly connected on the top of the left end bottom plate (1-1), and motor (3-2) is fixed
It is connected on motor fixed block (3-1), rotation plectane (3-3) is fixedly connected with the output shaft of motor (3-2), connecting cylinder II
(3-4) is fixedly connected on the eccentric position of rotation plectane (3-3), and one end of transmission item (3-5) is inserted in connecting cylinder II (3-4)
On, the other end of transmission item (3-5) is inserted on connecting cylinder I (2-6)；
The position-limit mechanism (4) includes fixed sliding block (4-1), rotation cylinder (4-2), limited block (4-3) and rotating block (4-
4), fixed sliding block (4-1) is fixedly connected on the top of fixed frame (2-1) right end, rotates cylinder (4-2) and fixed sliding block (4-1)
The upper and lower ends of rotation connection, rotation cylinder (4-2) have been respectively fixedly connected with limited block (4-3) and rotating block (4-4).
2. the switchgear arc light monitoring device according to claim 1 based on UV pulse method, it is characterised in that: described
Base fixture (1) further includes limit plate I (1-7) and limit plate II (1-12), and limit plate I (1-7) is fixedly connected on sliding
The left end of cylinder I (1-5), limit plate II (1-12) are fixedly connected on the front end of sliding cylinder II (1-10).
3. the switchgear arc light monitoring device according to claim 1 based on UV pulse method, it is characterised in that: described
Limited block (4-3) is located at the surface of upper cover (2-3) right end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822113051.1U CN209182440U (en) | 2018-12-17 | 2018-12-17 | Switchgear arc light monitoring device based on UV pulse method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822113051.1U CN209182440U (en) | 2018-12-17 | 2018-12-17 | Switchgear arc light monitoring device based on UV pulse method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209182440U true CN209182440U (en) | 2019-07-30 |
Family
ID=67377038
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822113051.1U Active CN209182440U (en) | 2018-12-17 | 2018-12-17 | Switchgear arc light monitoring device based on UV pulse method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209182440U (en) |
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2018
- 2018-12-17 CN CN201822113051.1U patent/CN209182440U/en active Active
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