CN209100900U - With the mounting structure of lift safety monitoring equipment carrying trolley - Google Patents
With the mounting structure of lift safety monitoring equipment carrying trolley Download PDFInfo
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- CN209100900U CN209100900U CN201821482107.4U CN201821482107U CN209100900U CN 209100900 U CN209100900 U CN 209100900U CN 201821482107 U CN201821482107 U CN 201821482107U CN 209100900 U CN209100900 U CN 209100900U
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- 238000012544 monitoring process Methods 0.000 title claims abstract description 44
- 230000000087 stabilizing effect Effects 0.000 claims abstract description 33
- 230000003028 elevating effect Effects 0.000 claims abstract description 24
- 230000001681 protective effect Effects 0.000 claims description 43
- 238000004804 winding Methods 0.000 claims description 25
- 239000004020 conductor Substances 0.000 claims description 24
- 230000001105 regulatory effect Effects 0.000 claims description 16
- 238000009434 installation Methods 0.000 claims description 8
- 239000007787 solid Substances 0.000 claims description 5
- 230000005484 gravity Effects 0.000 abstract description 7
- 230000007423 decrease Effects 0.000 description 7
- 230000000694 effects Effects 0.000 description 6
- 239000011435 rock Substances 0.000 description 5
- 230000006378 damage Effects 0.000 description 4
- 238000010586 diagram Methods 0.000 description 4
- 238000012806 monitoring device Methods 0.000 description 3
- 238000012423 maintenance Methods 0.000 description 2
- 238000012545 processing Methods 0.000 description 2
- 230000008439 repair process Effects 0.000 description 2
- 241000237858 Gastropoda Species 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000011161 development Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
- 238000005065 mining Methods 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 238000009423 ventilation Methods 0.000 description 1
- 230000000007 visual effect Effects 0.000 description 1
- 238000003466 welding Methods 0.000 description 1
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Abstract
The utility model discloses the mounting structures with lift safety monitoring equipment carrying trolley, its structure includes air velocity transducer, lift span, mounting structure, form, camera, heat release hole, air velocity transducer is vertically mounted on mounting structure top, lift span is inside mounting structure, mounting structure top front surface is equipped with form, mounting structure bottom end is electrically connected embedded with camera and by conducting wire, heat release hole is embedded in mounting structure outer surface, mounting structure includes shell, control mechanism, elevating mechanism, steady mechanism, mounting base for camera head, pass through the work of steady in-house outer ring stabilizing mechanism and inner ring stabilizing mechanism, camera and mounting structure are maintained in stable state, not by the airflow influence of eminence, ensure the work that camera can have been said, it avoids and camera is declined into the work repaired again；Typhoon day automatically controls elevating mechanism by control mechanism and is declined, and the center of gravity of mounting structure is reduced, it is ensured that mounting structure is not destroyed by typhoon.
Description
Technical field
The utility model relates to carry the mounting structure field of trolley with lift safety monitoring equipment, particularly with regard to
A kind of mounting structure with lift safety monitoring equipment carrying trolley.
Background technique
With various regions modernization construction and economic fast development, the necessity built a harmonious society is growing day by day, security protection
Monitoring device ensures the effective measure of resident's personal safety as well as the property safety the most, becomes its important component in the nature of things, in order to
The visual field of monitoring can be made preferable, safety monitoring equipment is raised to certain altitude, lift safety monitoring equipment carries the peace of trolley
Assembling structure be it is a kind of safety monitoring equipment is raised to the structure that installation is fixed in certain altitude, but current lift security protection
The mounting structure of monitoring device carrying trolley has the following drawbacks:
1, safety monitoring equipment is in the higher place in position, and high aerial air velocity is bigger, is easy so that installation
Structure is rocked, and causes safety monitoring equipment that angle offset occurs, so safety monitoring equipment cannot accomplish preferably
Monitoring, it is also necessary to safety monitoring equipment is lowered and carries out angular adjustment maintenance, increases workload.
2, the mounting structure of general lift safety monitoring equipment carrying trolley is all to be set safety monitoring using rope
It is standby to rise to eminence and work, encounter wind scale it is larger when, rope rock it is bad mounting structure is declined, and not
It can decline automatically, cause safety monitoring equipment aloft by the destruction of typhoon.
Utility model content
In view of the deficiencies of the prior art, the utility model is achieved through the following technical solutions: with lift security protection
Monitoring device carry trolley mounting structure, structure include air velocity transducer, lift span, mounting structure, form, camera,
Heat release hole, the air velocity transducer are vertically mounted on mounting structure top, and the lift span is inside mounting structure, the peace
Assembling structure top front surface is equipped with form, and the mounting structure bottom end is electrically connected embedded with camera and by conducting wire, described to dissipate
Hot hole is embedded in mounting structure outer surface, and the mounting structure includes shell, control mechanism, elevating mechanism, steady mechanism, camera
Mounting base, fixed mechanism.
The air velocity transducer is vertically mounted on housing top end, and the interior of shell top is equipped with control mechanism, the control
Mechanism processed is electrically connected with air velocity transducer by conducting wire, and the control mechanism is electrically connected with elevating mechanism by conducting wire, the liter
There are two descending mechanism is set altogether, the elevating mechanism is through interior of shell both ends and is gap-matched, the steady mechanism
Bottom end inside the housing is fixedly mounted, mounting base for camera head is fixed in the steady mechanism, the camera is fixedly mounted
On mounting base for camera head, the fixed mechanism set altogether there are two and head end be fixedly connected with steady mechanism both ends, it is described solid
Determine mechanism end and both ends surface inside the housing is fixedly mounted.
As advanced optimizing for the technical program, the control mechanism includes flexible circuit conductor, connecting terminal, controller, leads to
Electric flexible circuit conductor, the flexible circuit conductor top are connected with air velocity transducer, and the flexible circuit conductor bottom end is mounted on connecting terminal, described
Connecting terminal is fixedly mounted on controller top, and the controller is electrically connected by energization flexible circuit conductor with elevating mechanism.
As advanced optimizing for the technical program, the elevating mechanism includes motor, worm screw, external tooth annulus, screw rod, rolling
Pearl, fixator, shifter, limited block, the motor are electrically connected with the controller by energization flexible circuit conductor, the motor and worm screw machine
Tool connection, the worm screw is through shifter inside and is gap-matched, and the worm screw is meshed with external tooth annulus, described
External tooth annulus is mounted on screw rod, and the screw rod is equipped with ball, and the ball is matched with fixator, and the fixator is fixed
It is mounted on inside shifter, the limited block is welded in screw mandrel top, and the screw rod is through shifter inside and between using
Gap cooperation, the screw rod is through interior of shell and is gap-matched.
As advanced optimizing for the technical program, the steady mechanism includes that protective shell, outer ring stabilizing mechanism, inner ring are steady
Determine mechanism, winding mechanism, regulating mechanism, firm banking, protective shell installation bottom end inside the housing, inside the protective shell
Equipped with outer ring stabilizing mechanism, inner ring stabilizing mechanism is equipped with inside the outer ring stabilizing mechanism, the winding mechanism is mounted on protection
Inside shell, the winding mechanism bottom end is fixedly connected with regulating mechanism head end, the regulating mechanism end and firm banking bottom end
It mutually welds, the firm banking top is connected with protective shell top, and the firm banking is fixedly mounted inside the housing, described
Protective shell is fixedly connected with fixed mechanism head end.
As advanced optimizing for the technical program, the outer ring stabilizing mechanism includes outer ring torquer, one cascade of outer ring
Extension bar, outer ring angular transducer, outer ring second level connecting rod, outer ring, the outer ring torquer are mounted on protective shell inner tip, institute
It states outer ring torquer to be connected with outer ring level-one connecting rod top, the outer ring angular transducer is fixedly mounted on inside protective shell
Bottom end, the outer ring angular transducer are connected with outer ring second level connecting rod bottom end, the outer ring level-one connecting rod bottom end and outer
Ring top is mutually welded, and the outer ring second level connecting rod top is mutually welded with outer ring bottom end, and the outer ring and inner ring stabilizing mechanism are solid
Fixed connection.
As advanced optimizing for the technical program, the inner ring stabilizing mechanism includes inner ring torquer, one cascade of inner ring
Extension bar, inner ring angular transducer, inner ring second level connecting rod, inner ring, rotor, the inner ring torquer are fixedly mounted on outer ring one
End, the inner ring torquer are mutually welded with inner ring level-one connecting rod head end, the inner ring level-one connecting rod end and inner ring one end
It mutually welds, the inner ring angular transducer is fixedly mounted on the outer ring other end, the inner ring angular transducer and two cascade of inner ring
Extension bar one end is mutually welded, and the inner ring second level connecting rod head end is mutually welded with the inner ring other end, and rotor is equipped with inside the inner ring
And it is gap-matched.
As advanced optimizing for the technical program, the winding mechanism includes torque spring, winding roll, rope, slides calmly
Wheel, the torque spring are mounted on inside winding roll, and the winding roll is fixedly connected with rope head end, the rope and fixed pulley
Outer surface fits, and the fixed pulley is fixedly mounted on inside protective shell, the rope end and the fixed company of regulating mechanism head end
It connects.
As advanced optimizing for the technical program, the regulating mechanism includes reset spring, piston rod, air-pressure chamber, consolidates
Determine hanging ring, the reset spring is fixedly connected with rope end, and the reset spring fits with piston rod head end, the reset
Spring is mounted on inside air-pressure chamber, and the piston rod is through air-pressure chamber inside and is gap-matched, the piston rod end
End is hinged with fixed hanging ring, and the fixed hanging ring is fixedly welded in firm banking bottom end.
As advanced optimizing for the technical program, the firm banking includes fixed bottom plate, mounting blocks, mounting hole, one
Grade articulated slab, second level articulated slab, the fixed bottom plate bottom end are mutually welded with fixed hanging ring, are welded with installation on the fixed bottom plate
Block, the mounting blocks are equipped with mounting hole, and the level-one articulated slab head end is fixedly mounted on fixed bottom plate, the level-one articulated slab
It is hinged with second level articulated slab, second level articulated slab end is fixedly mounted on inside protective shell top.
As advanced optimizing for the technical program, the fixed mechanism include fixed block, connecting plate, adjustable plate, sliding rail,
Guide pad, guide groove, the fixed block are fixedly mounted on protective shell both ends, and the fixed block is fixedly connected with connecting plate head end,
The connecting plate end is equipped with adjustable plate, and the adjustable plate is mounted on inside sliding rail and is gap-matched, the adjustable plate
It is equipped with guide pad, the guide pad is matched with guide groove, and the guide groove is inside sliding rail.
The utility model has the beneficial effects that: the utility model carries the installation of trolley with lift safety monitoring equipment
Fixed bottom plate is fixedly mounted inside the housing by the mounting hole on mounting blocks, makes rope by rotating winding roll by structure
It is unclasped, by the effect of fixed pulley, so that the reset spring of rope end is resetted, at this moment reset spring is by piston rod
Ejection passes through level-one articulated slab and second level articulated slab so that protective shell bottom end carries out angular adjustment by the effect of fixed hanging ring
Be used cooperatively, support protective shell top, at this moment camera on protective shell adjusts the best angle to shooting, passes through elevator
Structure rises to mounting structure in suitable height, carries out safety monitoring by camera, when mounting structure rises to higher position,
The air velocity of eminence is bigger, and the rotor touched on inner ring stabilizing mechanism is rotated, at this moment by inner ring torquer and interior
Ring angular transducer is used cooperatively, and the external force for changing its direction has the tendency that being intended to vertical direction, so that outer environmental protection
Maintain an equal level steady, at this moment being used cooperatively by outer ring torquer and outer ring angular transducer, so that protective shell is maintained at steady state,
At this moment the camera on protective shell is just relatively steady, while being connected and fixed effect by fixed mechanism, it is ensured that shell is in flat
Steady state, by the operation of steady mechanism, so that camera and mounting structure prevent the air-flow of eminence all in stable state
Speed is bigger, and mounting structure is caused to rock, and avoids camera and angle offset occurs, no longer need to decline mounting structure
Camera is repaired, unnecessary work is avoided；If encountering the weather of typhoon, wind is detected by air velocity transducer
Data are transmitted on controller by speed by flexible circuit conductor, are carried out data processing, are at this moment opened motor by energization flexible circuit conductor,
Motor starts to invert, so that worm screw is inverted, the external tooth annulus being at this moment meshed with worm screw is and then rotated, and screw rod has been driven to turn
Dynamic, at this moment ball starts to move on screw rod, and the fixator matched with ball is begun to decline, and fixator is fixed in shifter
Portion, at this moment shifter and then declines, and has driven mounting structure integrally to be declined, has reduced the center of gravity of mounting structure, it is ensured that peace
Assembling structure center of gravity reduces, not by the destruction of typhoon.
For the prior art, the utility model uses steady by steady in-house outer ring stabilizing mechanism and inner ring
Camera and mounting structure are maintained in stable state by the work for determining mechanism, not by the airflow influence of eminence, it is ensured that camera shooting
The work that head can have been said avoids and camera is declined the work repaired again；It is controlled automatically by control mechanism in typhoon day
Elevating mechanism processed is declined, and the center of gravity of mounting structure is reduced, it is ensured that mounting structure is not destroyed by typhoon.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model
Sign, objects and advantages will become more apparent upon:
Fig. 1 is the structural schematic diagram for the mounting structure that the utility model lift safety monitoring equipment carries trolley.
Fig. 2 is the cross-sectional view for the mounting structure that the utility model lift safety monitoring equipment carries trolley.
Fig. 3 is the structural schematic diagram for the mounting structure that the utility model lift safety monitoring equipment carries trolley.
Fig. 4 is the structure of the elevating mechanism for the mounting structure that the utility model lift safety monitoring equipment carries trolley
Schematic diagram.
Fig. 5 is the structure of the steady mechanism for the mounting structure that the utility model lift safety monitoring equipment carries trolley
Schematic diagram.
Fig. 6 is the side view of the steady mechanism for the mounting structure that the utility model lift safety monitoring equipment carries trolley
Figure.
In figure: air velocity transducer -1, lift span -2, mounting structure -3, form -4, camera -5, heat release hole -6, shell -
31, control mechanism -32, elevating mechanism -33, steady mechanism -34, mounting base for camera head -35, fixed mechanism -36, flexible circuit conductor -
321, connecting terminal -322, controller -323, energization flexible circuit conductor -324, motor -331, worm screw -332, external tooth annulus -333, silk
Bar -334, ball -335, fixator -336, shifter -337, limited block -338, protective shell -341, outer ring stabilizing mechanism -342,
Inner ring stabilizing mechanism -343, winding mechanism -344, regulating mechanism -345, firm banking -346, outer ring torquer -3421, outer ring
Level-one connecting rod -3422, outer ring angular transducer -3423, outer ring second level connecting rod -3424, outer ring -3425, inner ring torque
Device -3431, inner ring level-one connecting rod -3432, inner ring angular transducer -3433, inner ring second level connecting rod -3434, inner ring -
3435, rotor -3436, torque spring -3441, winding roll -3442, rope -3443, fixed pulley -3444, reset spring -
3451, piston rod -3452, air-pressure chamber -3453, fixed hanging ring -3454, fixed bottom plate -3461, mounting blocks -3462, mounting hole -
3463, level-one articulated slab -3464, second level articulated slab -3465, fixed block -361, connecting plate -362, adjustable plate -363, sliding rail -
364, guide pad -365, guide groove -366.
Specific embodiment
To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below
In conjunction with specific embodiment and Detailed description of the invention, the preferred embodiment of the utility model is further described.
Embodiment
Fig. 1-Fig. 6 is please referred to, the utility model provides the mounting structure with lift safety monitoring equipment carrying trolley,
Structure includes air velocity transducer 1, lift span 2, mounting structure 3, form 4, camera 5, heat release hole 6, and the air velocity transducer 1 hangs down
It is directly mounted on 3 top of mounting structure, inside mounting structure 3, the 3 top front surface of mounting structure is set the lift span 2
There is form 4,3 bottom end of mounting structure is electrically connected embedded with camera 5 and by conducting wire, and the heat release hole 6 is embedded in installation knot
3 outer surface of structure, the mounting structure 3 include shell 31, control mechanism 32, elevating mechanism 33, steady mechanism 34, camera installation
Seat 35, fixed mechanism 36.
The air velocity transducer 1 is vertically mounted on 31 top of shell, and 31 inner tip of shell is equipped with control mechanism 32,
The control mechanism 32 is electrically connected with air velocity transducer 1 by conducting wire, and the control mechanism 32 passes through conducting wire with elevating mechanism 33
Electrical connection, there are two the elevating mechanism 33 is set altogether, the elevating mechanism 33 is through 31 inside both ends of shell and between using
Gap cooperation, the steady mechanism 34 are fixedly mounted on 31 inner bottom of shell, are fixed with camera in the steady mechanism 34
Mounting base 35, the camera 5 are fixedly mounted on mounting base for camera head 35, the fixed mechanism 36 set altogether there are two and it is first
End is fixedly connected with steady 34 both ends of mechanism, and 36 end of fixed mechanism is fixedly mounted on 31 two end surfaces of inside of shell, institute
Stating control mechanism 32 includes flexible circuit conductor 321, connecting terminal 322, controller 323, energization flexible circuit conductor 324, the flexible circuit conductor 321
Top is connected with air velocity transducer 1, and 321 bottom end of flexible circuit conductor is mounted on connecting terminal 322, the connecting terminal 322
It is fixedly mounted on 323 top of controller, the controller 323 is electrically connected by energization flexible circuit conductor 324 with elevating mechanism 33, described
Elevating mechanism 33 includes motor 331, worm screw 332, external tooth annulus 333, screw rod 334, ball 335, fixator 336, shifter
337, limited block 338, the motor 331 are electrically connected by energization flexible circuit conductor 324 with controller 323, the motor 331 and snail
Bar 332 is mechanically connected, and the worm screw 332 is through the inside of shifter 337 and is gap-matched, the worm screw 332 with it is outer
Tooth annulus 333 is meshed, and the external tooth annulus 333 is mounted on screw rod 334, and the screw rod 334 is equipped with ball 335, described
Ball 335 is matched with fixator 336, and the fixator 336 is fixedly mounted on inside shifter 337, the limited block 338
It is welded in 334 top of screw rod, the screw rod 334 is through 337 inside of shifter and is gap-matched, the screw rod 334
Through the inside of shell 31 and be gap-matched, the steady mechanism 34 include protective shell 341, outer ring stabilizing mechanism 342,
Inner ring stabilizing mechanism 343, winding mechanism 344, regulating mechanism 345, firm banking 346, the protective shell 341 are mounted on shell 31
Inner bottom is equipped with outer ring stabilizing mechanism 342 inside the protective shell 341, is equipped with inner ring inside the outer ring stabilizing mechanism 342
Stabilizing mechanism 343, the winding mechanism 344 are mounted on inside protective shell 341,344 bottom end of winding mechanism and regulating mechanism
345 head ends are fixedly connected, and 345 end of regulating mechanism is mutually welded with 346 bottom end of firm banking, and the firm banking 346 pushes up
End is connected with 341 top of protective shell, and the firm banking 346 is fixedly mounted on inside shell 31, the protective shell 341 with consolidate
Determine 36 head end of mechanism to be fixedly connected, the outer ring stabilizing mechanism 342 includes outer ring torquer 3421, outer ring level-one connecting rod
3422, outer ring angular transducer 3423, outer ring second level connecting rod 3424, outer ring 3425, the outer ring torquer 3421 are mounted on
341 inner tip of protective shell, the outer ring torquer 3421 are connected with 3422 top of outer ring level-one connecting rod, the outer ring angle
Degree sensor 3423 is fixedly mounted on 341 inner bottom of protective shell, and the outer ring angular transducer 3423 is connect with outer ring second level
3424 bottom end of bar is connected, and 3422 bottom end of outer ring level-one connecting rod is mutually welded with 3425 top of outer ring, the outer ring second level
3424 top of connecting rod is mutually welded with 3425 bottom end of outer ring, and the outer ring 3425 is fixedly connected with inner ring stabilizing mechanism 343, institute
State inner ring stabilizing mechanism 343 include inner ring torquer 3431, it is inner ring level-one connecting rod 3432, inner ring angular transducer 3433, interior
Ring second level connecting rod 3434, inner ring 3435, rotor 3436, the inner ring torquer 3431 are fixedly mounted on 3425 one end of outer ring,
The inner ring torquer 3431 is mutually welded with 3432 head end of inner ring level-one connecting rod, 3432 end of inner ring level-one connecting rod
It is mutually welded with 3435 one end of inner ring, the inner ring angular transducer 3433 is fixedly mounted on 3425 other end of outer ring, the inner ring
Angular transducer 3433 is mutually welded with 3434 one end of inner ring second level connecting rod, 3434 head end of inner ring second level connecting rod with it is interior
3435 other end of ring mutually welds, and rotor 3436 is equipped with inside the inner ring 3435 and is gap-matched, the winding mechanism
344 include torque spring 3441, winding roll 3442, rope 3443, fixed pulley 3444, and the torque spring 3441 is mounted on spiral
Inside disk 3442, the winding roll 3442 is fixedly connected with 3443 head end of rope, the rope 3443 and 3444 appearance of fixed pulley
Face fits, and the fixed pulley 3444 is fixedly mounted on inside protective shell 341,3443 end of rope and regulating mechanism 345
Head end is fixedly connected, and the regulating mechanism 345 includes reset spring 3451, piston rod 3452, air-pressure chamber 3453, fixed hanging ring
3454, the reset spring 3451 is fixedly connected with 3443 end of rope, the reset spring 3451 and 3452 head end of piston rod
It fits, the reset spring 3451 is mounted on inside air-pressure chamber 3453, and the piston rod 3452 is through in air-pressure chamber 3453
It portion and is gap-matched, 3452 end of piston rod is hinged with fixed hanging ring 3454, and the fixed hanging ring 3454 is solid
Surely it is welded in 346 bottom end of firm banking, the firm banking 346 includes fixed bottom plate 3461, mounting blocks 3462, mounting hole
3463, level-one articulated slab 3464, second level articulated slab 3465, fixed 3461 bottom end of bottom plate and fixed 3454 phase of hanging ring welding,
Mounting blocks 3462 are welded on the fixed bottom plate 3461, the mounting blocks 3462 are equipped with mounting hole 3463, and the level-one is hinged
3464 head end of plate is fixedly mounted on fixed bottom plate 3461, and the level-one articulated slab 3464 is hinged with second level articulated slab 3465,
3465 end of second level articulated slab is fixedly mounted on inside 341 top of protective shell, and the fixed mechanism 36 includes fixed block
361, connecting plate 362, adjustable plate 363, sliding rail 364, guide pad 365, guide groove 366, the fixed block 361 are fixedly mounted on guarantor
341 both ends of protective case, the fixed block 361 are fixedly connected with 362 head end of connecting plate, and 362 end of connecting plate is equipped with adjustable plate
363, the adjustable plate 363 is mounted on 364 inside of sliding rail and is gap-matched, and the adjustable plate 363 is equipped with guide pad
365, the guide pad 365 is matched with guide groove 366, and the guide groove 366 is inside sliding rail 364.
Fixed bottom plate 3461 is fixedly mounted on inside shell 31 by the mounting hole 3463 on mounting blocks 3462, by turning
Dynamic winding roll 3442 unclasps rope 3443, by the effect of fixed pulley 3444, so that the reset of 3443 end of rope
Spring 3451 is resetted, and at this moment reset spring 3451 ejects piston rod 3452, by the effect of fixed hanging ring 3454, is made
341 bottom end of protective shell carries out angular adjustment, by being used cooperatively for level-one articulated slab 3464 and second level articulated slab 3465, support
341 top of protective shell, at this moment the camera 5 on protective shell 341 adjusts the best angle to shooting, will be pacified by elevating mechanism 33
Assembling structure 3 rises in suitable height, carries out safety monitoring by camera 5, high when mounting structure 3 rises to higher position
The air velocity at place is bigger, and the rotor 3436 touched on inner ring stabilizing mechanism 343 is rotated, and at this moment passes through inner ring torquer
3431 and inner ring angular transducer 3433 be used cooperatively, the external force for changing its direction has is intended to inclining for vertical direction
To, so that 3425 held stationary of outer ring, at this moment being used cooperatively by outer ring torquer 3421 and outer ring angular transducer 3423,
So that protective shell 341 is maintained at steady state, at this moment the camera 5 on protective shell 341 is just relatively steady, while passing through fixation
Mechanism 36 is connected and fixed effect, it is ensured that shell 31 is in steady state, by the operation of steady mechanism 34, so that camera 5
With mounting structure 3 all in stable state, prevents the air velocity of eminence bigger, cause mounting structure 3 to rock, keep away
Camera 5 is exempted from and angle offset occurs, has no longer needed to repair the decline of mounting structure 3 to camera 5, avoid unnecessary
Work；If encountering the weather of typhoon, wind speed is detected by air velocity transducer 1, data are transmitted to control by flexible circuit conductor 321
On device 323, data processing is carried out, is at this moment opened motor 331 by energization flexible circuit conductor 324, motor 331 starts to invert, so that
Worm screw 332 is inverted, and the external tooth annulus 333 being at this moment meshed with worm screw 332 and then rotates, and screw rod 334 has been driven to rotate,
At this moment the beginning of ball 335 is moved on screw rod 334, and the fixator 336 matched with ball 335 is begun to decline, fixator 336
It is fixed on inside shifter 337, at this moment shifter 337 and then declines, and has driven mounting structure 3 integrally to be declined, has reduced
The center of gravity of mounting structure 3, it is ensured that 3 center of gravity of mounting structure reduces, not by the destruction of typhoon.
Air velocity transducer described in the utility model is the wind speed that can continuously monitor above-mentioned place, air quantity (air quantity=wind speed x
Cross-sectional area) size, can wind speed air quantity to locating tunnel carry out real-time display, be the weight of mining ventilation and safety parameter measurement
Instrument is wanted, sensor module is made of air velocity transducer, wind transducer, sensor stand.
The utility model solves the problems, such as it is that safety monitoring equipment is in the higher place in position, high aerial air velocity
It is bigger, it is easy to lead to safety monitoring equipment generation angle offset, so safety monitoring so that mounting structure rocks
Equipment cannot accomplish preferably to monitor, it is also necessary to safety monitoring equipment lower and carry out angular adjustment maintenance, increase work
It measures, the mounting structure of general lift safety monitoring equipment carrying trolley is all to be risen safety monitoring equipment using rope
Work to eminence, encounter wind scale it is larger when, rope rock it is bad mounting structure is declined, and cannot be automatic
Decline causes safety monitoring equipment aloft by the destruction of typhoon, and the utility model is combined with each other by above-mentioned component, if
There are control mechanism 32, elevating mechanism 33, steady mechanism 34, mounting base for camera head 35, fixed mechanism 36, outer ring stabilizing mechanism
342, inner ring stabilizing mechanism 343, winding mechanism 344, regulating mechanism 345, firm banking 346, inside steady mechanism 34
Camera 5 and mounting structure 3 are maintained at stable state by the work of outer ring stabilizing mechanism 342 and inner ring stabilizing mechanism 343
On, not by the airflow influence of eminence, it is ensured that the work that camera 5 can have been said avoids and again repairs the decline of camera 5
Work；Typhoon day automatically controls elevating mechanism 33 by control mechanism 32 and is declined, and the center of gravity of mounting structure 3 is reduced,
Ensure that mounting structure 3 is not destroyed by typhoon.
Claims (10)
1. structure includes air velocity transducer (1), lift span with the mounting structure of lift safety monitoring equipment carrying trolley
(2), mounting structure (3), form (4), camera (5), heat release hole (6), the air velocity transducer (1) are vertically mounted on installation knot
Structure (3) top, the lift span (2) are internal embedded in mounting structure (3), it is characterised in that:
Mounting structure (3) the top front surface is equipped with form (4), mounting structure (3) bottom end embedded with camera (5) and
It is electrically connected by conducting wire, the heat release hole (6) is embedded in mounting structure (3) outer surface；
The mounting structure (3) includes shell (31), control mechanism (32), elevating mechanism (33), steady mechanism (34), camera
Mounting base (35), fixed mechanism (36)；The air velocity transducer (1) is vertically mounted on shell (31) top, the shell (31)
Inner tip is equipped with control mechanism (32), and the control mechanism (32) is electrically connected with air velocity transducer (1) by conducting wire, the control
Mechanism (32) processed is electrically connected with elevating mechanism (33) by conducting wire, there are two the elevating mechanism (33) sets altogether, the elevator
Structure (33) is through the internal both ends of shell (31) and is gap-matched, and the steady mechanism (34) is fixedly mounted on shell
(31) inner bottom is fixed with mounting base for camera head (35) on the steady mechanism (34), and the camera (5) is fixedly mounted
On mounting base for camera head (35), the fixed mechanism (36) set altogether there are two and head end fixed with steady mechanism (34) both ends
Connection, fixed mechanism (36) end are fixedly mounted on internal two end surfaces of shell (31).
2. the mounting structure according to claim 1 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Stating control mechanism (32) includes flexible circuit conductor (321), connecting terminal (322), controller (323), energization flexible circuit conductor (324), described
Flexible circuit conductor (321) top is connected with air velocity transducer (1), and flexible circuit conductor (321) bottom end is mounted on connecting terminal (322)
On, the connecting terminal (322) is fixedly mounted on controller (323) top, and the controller (323) passes through energization flexible circuit conductor
(324) it is electrically connected with elevating mechanism (33).
3. the mounting structure according to claim 1 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Elevating mechanism (33) is stated to include motor (331), worm screw (332), external tooth annulus (333), screw rod (334), ball (335), fix
Device (336), shifter (337), limited block (338), the motor (331) pass through energization flexible circuit conductor (324) and controller (323)
Electrical connection, the motor (331) and worm screw (332) are mechanically connected, and the worm screw (332) is internal simultaneously through shifter (337)
And be gap-matched, the worm screw (332) is meshed with external tooth annulus (333), and the external tooth annulus (333) is mounted on screw rod
(334) on, the screw rod (334) is equipped with ball (335), and the ball (335) matches with fixator (336), described solid
Determine device (336) and be fixedly mounted on shifter (337) inside, the limited block (338) is welded in screw rod (334) top, the silk
Bar (334) is internal through shifter (337) and is gap-matched, and the screw rod (334) is internal through shell (31)
And it is gap-matched.
4. the mounting structure according to claim 1 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Stating steady mechanism (34) includes protective shell (341), outer ring stabilizing mechanism (342), inner ring stabilizing mechanism (343), winding mechanism
(344), regulating mechanism (345), firm banking (346), the protective shell (341) is mounted on shell (31) inner bottom, described
Outer ring stabilizing mechanism (342) are equipped with inside protective shell (341), inner ring is equipped with inside the outer ring stabilizing mechanism (342) and stablizes machine
Structure (343), the winding mechanism (344) are mounted on protective shell (341) inside, winding mechanism (344) bottom end and adjusting machine
Structure (345) head end is fixedly connected, and regulating mechanism (345) end is mutually welded with firm banking (346) bottom end, the fixed bottom
Seat (346) top is connected with protective shell (341) top, and the firm banking (346) is fixedly mounted on shell (31) inside, institute
Protective shell (341) is stated to be fixedly connected with fixed mechanism (36) head end.
5. the mounting structure according to claim 4 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Stating outer ring stabilizing mechanism (342) includes outer ring torquer (3421), outer ring level-one connecting rod (3422), outer ring angular transducer
(3423), outer ring second level connecting rod (3424), outer ring (3425), the outer ring torquer (3421) are mounted on protective shell (341)
Inner tip, the outer ring torquer (3421) are connected with outer ring level-one connecting rod (3422) top, and the outer ring angle passes
Sensor (3423) is fixedly mounted on protective shell (341) inner bottom, the outer ring angular transducer (3423) and two cascade of outer ring
Extension bar (3424) bottom end is connected, and the outer ring level-one connecting rod (3422) bottom end is mutually welded with outer ring (3425) top, described
Outer ring second level connecting rod (3424) top is mutually welded with outer ring (3425) bottom end, the outer ring (3425) and inner ring stabilizing mechanism
(343) it is fixedly connected.
6. the mounting structure according to claim 4 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Stating inner ring stabilizing mechanism (343) includes inner ring torquer (3431), inner ring level-one connecting rod (3432), inner ring angular transducer
(3433), inner ring second level connecting rod (3434), inner ring (3435), rotor (3436), the fixed peace of the inner ring torquer (3431)
Mounted in outer ring (3425) one end, the inner ring torquer (3431) is mutually welded with inner ring level-one connecting rod (3432) head end, described
Inner ring level-one connecting rod (3432) end is mutually welded with inner ring (3435) one end, the fixed peace of the inner ring angular transducer (3433)
Mounted in outer ring (3425) other end, the inner ring angular transducer (3433) is mutually welded with inner ring second level connecting rod (3434) one end
It connects, inner ring second level connecting rod (3434) head end is mutually welded with inner ring (3435) other end, is set inside the inner ring (3435)
There is rotor (3436) and is gap-matched.
7. the mounting structure according to claim 4 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Stating winding mechanism (344) includes torque spring (3441), winding roll (3442), rope (3443), fixed pulley (3444), the torsion
Power spring (3441) is mounted on winding roll (3442) inside, and the winding roll (3442) is fixedly connected with rope (3443) head end,
The rope (3443) fits with fixed pulley (3444) outer surface, and the fixed pulley (3444) is fixedly mounted on protective shell
(341) internal, rope (3443) end is fixedly connected with regulating mechanism (345) head end.
8. the mounting structure according to claim 4 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
Stating regulating mechanism (345) includes reset spring (3451), piston rod (3452), air-pressure chamber (3453), fixed hanging ring (3454), institute
It states reset spring (3451) to be fixedly connected with rope (3443) end, the reset spring (3451) and piston rod (3452) head end
It fits, it is internal that the reset spring (3451) is mounted on air-pressure chamber (3453), and the piston rod (3452) is through air-pressure chamber
(3453) it inside and is gap-matched, piston rod (3452) end is hinged with fixed hanging ring (3454), described solid
Determine hanging ring (3454) to be fixedly welded in firm banking (346) bottom end.
9. the mounting structure according to claim 4 with lift safety monitoring equipment carrying trolley, it is characterised in that: institute
State firm banking (346) include fixed bottom plate (3461), mounting blocks (3462), mounting hole (3463), level-one articulated slab (3464),
Second level articulated slab (3465), fixed bottom plate (3461) bottom end are mutually welded with fixed hanging ring (3454), the fixed bottom plate
(3461) it is welded on mounting blocks (3462), the mounting blocks (3462) are equipped with mounting hole (3463), the level-one articulated slab
(3464) head end is fixedly mounted on fixed bottom plate (3461), the level-one articulated slab (3464) and second level articulated slab (3465) phase
Hingedly, second level articulated slab (3465) end is fixedly mounted on inside protective shell (341) top.
10. the mounting structure according to claim 1 with lift safety monitoring equipment carrying trolley, it is characterised in that:
The fixed mechanism (36) includes fixed block (361), connecting plate (362), adjustable plate (363), sliding rail (364), guide pad
(365), guide groove (366), the fixed block (361) are fixedly mounted on protective shell (341) both ends, the fixed block (361) with
Connecting plate (362) head end is fixedly connected, and connecting plate (362) end is equipped with adjustable plate (363), adjustable plate (363) peace
It mounted in sliding rail (364) inside and is gap-matched, the adjustable plate (363) is equipped with guide pad (365), the guide pad
(365) it is matched with guide groove (366), the guide groove (366) is internal embedded in sliding rail (364).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821482107.4U CN209100900U (en) | 2018-09-11 | 2018-09-11 | With the mounting structure of lift safety monitoring equipment carrying trolley |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821482107.4U CN209100900U (en) | 2018-09-11 | 2018-09-11 | With the mounting structure of lift safety monitoring equipment carrying trolley |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209100900U true CN209100900U (en) | 2019-07-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821482107.4U Active CN209100900U (en) | 2018-09-11 | 2018-09-11 | With the mounting structure of lift safety monitoring equipment carrying trolley |
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| Country | Link |
|---|---|
| CN (1) | CN209100900U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113899392A (en) * | 2021-09-30 | 2022-01-07 | 中国十七冶集团有限公司 | A wireless monitoring device for construction engineering environment and its installation structure |
-
2018
- 2018-09-11 CN CN201821482107.4U patent/CN209100900U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113899392A (en) * | 2021-09-30 | 2022-01-07 | 中国十七冶集团有限公司 | A wireless monitoring device for construction engineering environment and its installation structure |
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