CN108792870A - A kind of method, apparatus and system of the double monitoring of elevator safety - Google Patents
A kind of method, apparatus and system of the double monitoring of elevator safety Download PDFInfo
- Publication number
- CN108792870A CN108792870A CN201810718716.3A CN201810718716A CN108792870A CN 108792870 A CN108792870 A CN 108792870A CN 201810718716 A CN201810718716 A CN 201810718716A CN 108792870 A CN108792870 A CN 108792870A
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- Prior art keywords
- chamber
- fixedly installed
- monitoring
- lock
- conversion
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Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B66—HOISTING; LIFTING; HAULING
- B66B—ELEVATORS; ESCALATORS OR MOVING WALKWAYS
- B66B5/00—Applications of checking, fault-correcting, or safety devices in elevators
- B66B5/0006—Monitoring devices or performance analysers
Abstract
The invention discloses a kind of methods of the double monitoring of elevator safety,Apparatus and system,Including babinet,Conversion chamber is provided in the babinet,The conversion intracavitary is provided with conversion gear,It is communicated on the upside of the conversion chamber and is provided with first movement chamber,The first movement intracavitary is provided with the first rack that connection is engaged with the conversion gear upper surface,First rack upper surface is fixedly installed the first power module to connect with external circuit,In present invention work,Main monitoring camera is worked alternatively with spare monitoring camera,Ensure in main monitoring camera failure or power-off,The security monitoring of the lasting carry out elevator of spare monitoring camera,And spare monitoring camera is worked by storage battery power supply,It will not be influenced by external world's power-off or electric fault,Electric energy in accumulator converts wind energy into electric energy by the lifting of elevator and be stored in accumulator,Rationally utilize natural resources,The present apparatus it is compact-sized,Gearing property is good,Elevator interior can be monitored the moment and ensure safety.
Description
Technical field
The present invention relates to field of elevator monitoring, the method, apparatus and system of the double monitoring of specially a kind of elevator safety.
Background technology
In elevator safety monitoring field, current equipment is monitoring camera to be installed in elevator, and only install one
Camera, this equipment cannot be monitored the situation in elevator under camera shooting head fail or power blackout situation, even if
Lift out of order, personnel are stranded in elevator or dangerous accident generation cannot all be monitored and arrive in time, cause monitoring not
Comprehensively, but apparatus of the present invention can solve the problems, such as this.
Invention content
The purpose of the present invention is to provide a kind of method, apparatus of the double monitoring of elevator safety and system to solve above-mentioned background
The problem of being proposed in technology.
To achieve the above object, the present invention provides the following technical solutions：A kind of method, apparatus of the double monitoring of elevator safety and
System, including babinet, are provided with conversion chamber in the babinet, and the conversion intracavitary is provided with conversion gear, on the conversion chamber
Side, which communicates, is provided with first movement chamber, and the first movement intracavitary, which is provided with, engages the of connection with the conversion gear upper surface
One rack, first rack upper surface are fixedly installed the first power module to connect with external circuit, first power module
It being inside provided with the first lock and matches chamber, first lock communicates with chamber upper surface and is provided with downward opening first lock slots, and described the
It is provided with the first lock slider in one lock slots, first lock slider upper surface is fixedly installed the first cotton rope, and described
One cotton rope periphery is arranged with the first spring, and first spring one end is fixedly connected with first lock slider upper surface, institute
It states the first spring other end to be fixedly connected with the first lock slots upper end wall, first lock is provided with main prison with intracavitary sliding
Sliding block is controlled, the main monitoring upper end of slide block face is provided with the first opening up locked groove, the main monitoring sliding block left side rear side
It is fixedly installed the first inclined-plane bar, the main monitoring sliding block left end is stretched into free surrounding space through the first movement chamber and lower end
Face is fixedly installed head rod, and the head rod lower face is fixedly connected with main monitoring camera, the conversion chamber
Left side is provided with dust guard symmetrical above and below, is provided with spare monitoring device on the downside of the conversion chamber, before the conversion chamber
Side, which communicates, is provided with driving chamber, and rear end is fixedly installed at the axle center of the conversion gear and passes through bearing rotation connection and described turn
The rotation axis on cavity rear end wall is changed, the rotation axis front end face is stretched into through the conversion chamber in the driving chamber, the driving
It is provided with telescope motor in chamber front bulkhead, be connected by power has a lead screw on the telescope motor, screw-thread fit connection on the lead screw
There are movable block, the movable block right side to be abutted with the driving chamber right end wall, movable block left side centre position is fixed
It is provided with slide guide bar, the guide runner that the opening of setting is communicated with the driving chamber left end wall towards the right side is stretched into slide guide bar left side
It is interior, driving motor is fixedly installed in the movable block, the driving motor be connected by power has front and back symmetrical splined shaft, described
One end spline fitted of the splined shaft far from the driving motor is connected with spline housing, the rear side spline housing rear end face and described the
One rotation axis front end face is fixedly connected, and is communicated and is provided with around line chamber on front side of the driving chamber, the front side spline housing front end face is solid
Surely be provided with front end face stretch into the coiling intracavitary and by bearing rotary type be connected to it is described on line chamber front bulkhead second
Rotation axis, is fixedly installed reel in second rotation axis of the coiling intracavitary, and the reel periphery is provided with
Front and back symmetrical winding slot, the coiling turn-around chamber symmetrical above and below around line chamber and sequence, the coiling turn-around chamber with it is described
It is provided with link slot between line chamber, shaft is provided in the coiling turn-around chamber and is rotatably assorted the deflecting roller of connection, institute
It states and is provided with connecting cavity on rear side of coiling turn-around chamber, straight slot, the company are provided between the connecting cavity and the coiling turn-around chamber
It connects intracavitary and is provided with shaft and be rotatably assorted the guide roller of connection, the first cotton rope other end bypasses the conducting wire of upside
Wheel and the straight slot for running through upside stretch into the coiling turn-around chamber of upside and after being wrapped over the deflecting roller of upside, described
The link slot that first cotton rope continues through upside stretches into the coiling intracavitary and the fixed winding slot for being wound in rear side
Interior, the straight slot of the second cotton rope other end around the downside guide roller and through downside stretches into the downside coiling and turns
To intracavitary and after being wrapped over the deflecting roller of downside, second cotton rope continue through downside the link slot stretch into it is described
Coiling intracavitary and it is fixed be wound in the winding slot of front side, the second mobile cavity inner underside is provided with circuit chamber, described
Circuit intracavitary is provided with rotating wheel, and both ends and end wall rotary type before and after the circuit chamber are fixedly installed at the rotating wheel axle center
The rotating bar of mating connection, is provided with connecting hole between the circuit chamber and second mobile cavity, under the second source block
End face is electrically connected with circuit, and contactor is provided in the connecting hole, and the circuit other end is stretched through the connecting hole
Enter the circuit intracavitary and be wound in the accumulator being fixedly installed with right side after the rotating wheel to be electrically connected, the accumulator with
The driving motor is electrically connected, and the accumulator is symmetrical above and below to be provided with drive cavity, the drive cavity and the electric power storage tooth it
Between be provided with through-hole, the accumulator be connected by power has transmission shaft symmetrical above and below, and the transmission shaft is far from the accumulator
End face stretches into the drive cavity through the through-hole and is fixedly connected with first bevel gear, be provided in the drive cavity with
The second bevel gear of first bevel gear engagement, be fixedly installed at the axle center of the second bevel gear left end by bearing with
The connecting shaft of the drive cavity left end wall rotation connection, the connecting shaft right side stretches into free surrounding space and is fixedly connected with third
Bevel gear, the third hand tap gear right side engagement are connected with the 4th bevel gear, and the babinet right side is fixedly installed up and down
Symmetrical fixed plate, is provided with the support plate that left side is fixedly connected with babinet right side between the fixed plate, and the described 4th
Be fixedly installed bull stick at bevel gear axle center, the both ends of the bull stick by bearing respectively with the fixed plate and the support plate
Rotary type connects, and flabellum is fixedly uniformly arranged on the bull stick, radiator is provided on the downside of the power motor.
Preferably, the dust guard includes the opposite dust-proof sliding slot of opening, the upside dust-proof sliding slot lower end and institute
It states first movement chamber to communicate, the downside dust-proof sliding slot upper end is communicated with second mobile cavity, the dust-proof sliding groove inner end
It is fixedly installed symmetrical sliding rail on wall, dust-proof sliding block, the dust-proof sliding block are slidably connected between the sliding rail
Symmetrical compression inclined-plane is provided on opposite end face, the dust-proof sliding block is solid on the end face far from the conversion chamber
Surely it is provided with limiting plate, top pressure spring is fixedly installed on the other end of the limiting plate, the top pressure spring is far from described
One end of limiting plate is fixedly connected with the dust-proof sliding slot, and effect is that blocks dust enters the when monitoring device is not used
In one mobile cavity and the second mobile cavity.
Preferably, the spare monitoring device includes the second mobile cavity, be provided in second mobile cavity with it is described
Second rack of conversion gear lower face engagement connection, second rack upper surface is fixedly installed second source block, described
It is provided with the second lock in second source block and matches chamber, second lock is communicated with chamber lower face is provided with the second opening up locking
Slot is provided with the second lock slider in second lock slots, and second lock slider lower face is fixedly installed the second line
Rope, second cotton rope periphery are arranged with second spring, and described second spring one end is solid with second lock slider lower face
Fixed connection, the second spring other end are fixedly connected with the second lock slots lower end wall, and second lock is slided with intracavitary
It is provided with spare monitoring sliding block, the spare monitoring sliding block lower face is provided with downward opening second locked groove, the spare prison
Control sliding block is fixedly installed the second inclined-plane bar on rear side of left side, and the spare monitoring sliding block left side is fixedly installed the second connection
Bar, second connecting rod left side are fixedly connected with spare monitoring camera, and effect is that occur in main monitoring camera
When failure or power-off etc. can not use, spare monitoring camera can work, and ensure the security monitoring in elevator.
Preferably, the main monitoring sliding block right side is provided with the first inclined-plane, first bevel angle is equal to left side
The compression bevel inclination angle is equal to the angle of inclination of second inclined-plane bar, and the spare monitoring sliding block right side is provided with
Second inclined-plane, second bevel angle are equal to the inclination angle that compression bevel inclination angle in right side is equal to first inclined-plane bar
Degree, effect is that main moving to right for sliding block of monitoring moves to left and dust-proof sliding block can be advanced into dust-proof sliding slot with spare monitoring sliding block,
Improve the flexibility of device.
Preferably, the direction that first cotton rope is wound in second cotton rope in the winding slot is on the contrary, and twine
It is equal to the sum of height and the second locked groove height of the first locked groove around the length of run of cotton rope, is to replace one of them in its effect
When monitoring device, its unlock is made by the rotation of driving motor but does not influence the locking of another monitoring device, improves device
Stability.
Preferably, the torque spring that the other end is fixedly connected with the circuit chamber is fixedly installed in the rotating bar,
Its effect is that when the second source block moves left and right, circuit can be contracted in circuit intracavitary, improve the harmony of device.
Preferably, the flabellum bending direction of the upside flabellum and the downside flabellum is on the contrary, and the upside flabellum
It is bent upwards, the downside flabellum is bent downwardly, and effect is elevator uphill process, and the flabellum of upside is main revolving member
Storing up electricity is carried out to accumulator, elevator declines process, and the flabellum of downside is that main revolving member carries out storing up electricity to accumulator.
Preferably, the radiator includes radiating groove, the radiating groove is connected to the power motor and free surrounding space,
It is provided with cooling fin in the radiating groove, dirt filtrating screen is provided on front side of the cooling fin.
Description of the drawings
Fig. 1 is the front view structure signal of the method, apparatus and system entirety complete section of a kind of double monitoring of elevator safety of the present invention
Figure；
Fig. 2 is A enlarged structure schematic diagrams in a kind of double method, apparatus and system monitored of elevator safety of the present invention；
Fig. 3 is B enlarged structure schematic diagrams in a kind of double method, apparatus and system monitored of elevator safety of the present invention；
Fig. 4 is the partial structural diagram of Fig. 1 in a kind of double method, apparatus and system monitored of elevator safety of the present invention.
Specific implementation mode
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation describes, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
- 4 are please referred to Fig.1, a kind of embodiment provided by the invention：A kind of method, apparatus of the double monitoring of elevator safety and it is
It unites, including babinet 10, conversion chamber 43 is provided in the babinet 10, conversion gear 44 is provided in the conversion chamber 43, it is described
43 upside of conversion chamber communicates the first movement chamber 11 for being provided with opening towards a left side, is provided with and described turn in the first movement chamber 11
First rack 12 of 44 upper surface of gear changing engagement connection, 12 upper surface of the first rack is fixedly installed and external circuit phase
The first power module 13 connect is provided with the first lock in first power module 13 and matches chamber 14, and first lock matches 14 upper surface of chamber
It communicates and is provided with downward opening first lock slots 15, the first lock slider 16 is provided in first lock slots 15, it is described
First lock slider, 16 upper surface is fixedly installed the first cotton rope 20, and 20 periphery of the first cotton rope is arranged with the first spring 17,
Described first spring, 17 one end is fixedly connected with 16 upper surface of the first lock slider, 17 other end of the first spring and institute
It states 15 upper end wall of the first lock slots to be fixedly connected, first lock is provided with main monitoring sliding block 32, the master with sliding in chamber 14
32 upper surface of monitoring sliding block is provided with the first opening up locked groove 33, is fixedly installed on rear side of main 32 left side of monitoring sliding block
There is the first inclined-plane bar 34, main 32 left end of monitoring sliding block is stretched into free surrounding space through the first movement chamber 11 and lower face
It is fixedly installed head rod 35,35 lower face of the head rod is fixedly connected with main monitoring camera 36, described turn
It changes 43 left side of chamber and is provided with dust guard symmetrical above and below, the downside of the conversion chamber 43 is provided with spare monitoring device, described
43 front side of conversion chamber, which communicates, is provided with driving chamber 88, and rear end is fixedly installed at the axle center of the conversion gear 44 and is turned by bearing
Dynamic connection is stretched into the rotation axis 45 on conversion 43 aft bulkhead of chamber, 45 front end face of the rotation axis through the conversion chamber 43
In the driving chamber 88, it is provided with power motor 96 in 88 front bulkhead of the driving chamber, be connected by power on the power motor 96
There is a lead screw 95, screw-thread fit is connected with movable block 89,89 right side of the movable block and the driving chamber 88 on the lead screw 95
Right end wall abuts, and 89 left side centre position of the movable block is fixedly installed slide guide bar 90, and 90 left side of slide guide bar is stretched
Enter to communicate the opening of setting with 88 left end wall of the driving chamber towards in right guide runner 91, is fixedly installed in the movable block 98
Driving motor 92,92 be connected by power of the driving motor have front and back symmetrical splined shaft 93, and the splined shaft 93 is far from the drive
One end spline fitted of dynamic motor 92 is connected with spline housing 94, rear side 94 rear end face of spline housing and first rotation axis 45
Front end face is fixedly connected, and 88 front side of the driving chamber, which communicates, to be provided with around line chamber 27, and front side 94 front end face of spline housing is fixed
Be provided with front end face stretch into it is described be connected in line chamber 27 and by bearing rotary type it is described on 27 front bulkhead of line chamber the
Two rotation axis 29 are fixedly installed reel 30, the reel in second rotation axis 29 in line chamber 27
30 peripheries are provided with front and back symmetrical winding slot 31, the coiling turn-around chamber 23 symmetrical above and below and sequence around line chamber 27, institute
State coiling turn-around chamber 23 and it is described link slot 28 is provided between line chamber 27, be provided in the coiling turn-around chamber 23 turn
The dynamic deflecting roller 26 being connected of shaft rotation, 23 rear side of the coiling turn-around chamber are provided with connecting cavity 18, the connecting cavity 18 and institute
It states and is provided with straight slot 24 between coiling turn-around chamber 23, shaft is provided in the connecting cavity 18 and is rotatably assorted the conducting wire of connection
Wheel 22, the guide roller 22 of 20 other end of the first cotton rope around upside and the straight slot 24 through upside stretch into upside
In the coiling turn-around chamber 23 and after being wrapped over the deflecting roller 26 of upside, first cotton rope 20 continues through the institute of upside
It states link slot 28 to stretch into described interior around line chamber 27 and fix in the winding slot 31 for being wound in rear side, second cotton rope 67 is another
One end is stretched into the downside coiling turn-around chamber 23 and is twined around the downside guide roller 22 and through the straight slot 24 of downside
After the deflecting roller 26 of downside, the link slot 28 that second cotton rope 67 continues through downside stretches into the coiling
In chamber 27 and to fix in the winding slot 31 for being wound in front side, 48 inner underside of the second mobile cavity is provided with circuit chamber 71,
Rotating wheel 73 is provided in the circuit chamber 71, before both ends and the circuit chamber 71 are fixedly installed at 73 axle center of the rotating wheel
The rotating bar 100 that aft bulkhead rotary type is connected, connection is provided between the circuit chamber 71 and second mobile cavity 48
Hole 70,49 lower face of second source block are electrically connected with circuit 72, contactor 101 are provided in the connecting hole 70,
72 other end of the circuit is stretched into the circuit chamber 71 through the connecting hole 70 and is wound in after the rotating wheel 73 and the right side
The accumulator 74 of side fixed setting is electrically connected, and the accumulator 74 is electrically connected with the driving motor 92, the accumulator
74 it is symmetrical above and below be provided with drive cavity 77, through-hole 76, the electric power storage are provided between the drive cavity 77 and the electric power storage tooth 74
74 be connected by power of pond has transmission shaft 75 symmetrical above and below, and end face of the transmission shaft 75 far from the accumulator 74 is through described
Through-hole 76 stretches into the drive cavity 77 and is fixedly connected with first bevel gear 78, is provided in the drive cavity 77 and described the
The second bevel gear 79 of one bevel gear 78 engagement, be fixedly installed at the axle center of the second bevel gear 79 left end by bearing with
The connecting shaft 80 of 77 left end wall of drive cavity rotation connection, 80 right side of the connecting shaft is stretched into free surrounding space and is fixedly connected
There are third hand tap gear 81, the engagement of 81 right side of the third hand tap gear to be connected with the 4th bevel gear 82,10 right side of the babinet
It is fixedly installed fixed plate 84 symmetrical above and below, left side is provided between the fixed plate 84 and fixes company with 10 right side of babinet
The support plate 85 connect is fixedly installed bull stick 83 at 82 axle center of the 4th bevel gear, and the both ends of the bull stick 83 pass through bearing
It is connect respectively with the fixed plate 84 with 85 rotary type of the support plate, flabellum 86 is fixedly uniformly arranged on the bull stick 83,
96 downside of the power motor is provided with radiator.
Valuably, the dust guard includes the opposite dust-proof sliding slot 38 of opening, upside 38 lower end of dust-proof sliding slot with
The first movement chamber 11 communicates, and downside 38 upper end of dust-proof sliding slot is communicated with second mobile cavity 48, the dust-proof cunning
It is fixedly installed symmetrical sliding rail 39 in 38 inner end wall of dynamic slot, dust-proof sliding block is slidably connected between the sliding rail 39
40, symmetrical compression inclined-plane 37 is provided on the opposite end face of the dust-proof sliding block 40, and the dust-proof sliding block 40 is separate
It is fixedly installed limiting plate 41 on the end face of the conversion chamber 43, top is fixedly installed on the other end of the limiting plate 41
Pressing spring 42, the one end of the top pressure spring 42 far from the limiting plate 41 are fixedly connected with the dust-proof sliding slot 38, effect
It is that blocks dust enters in first movement chamber 11 and the second mobile cavity 48 when monitoring device is not used.
Valuably, the spare monitoring device includes the second mobile cavity 48, is provided in second mobile cavity 48 and institute
The second rack 47 of 44 lower face of conversion gear engagement connection is stated, 12 upper surface of the second rack is fixedly installed second source
Block 49 is provided with the second lock in the second source block 49 and matches chamber 50, and second lock is communicated with 50 lower face of chamber to be provided with out
Mouth the second lock slots 62 upward are provided with the second lock slider 63, second lock slider in second lock slots 62
63 lower faces are fixedly installed the second cotton rope 67, and 67 periphery of the second cotton rope is arranged with second spring 64, the second spring
64 one end are fixedly connected with 63 lower face of the second lock slider, 64 other end of the second spring and second lock slots
62 lower end walls are fixedly connected, and second lock is provided with spare monitoring sliding block 51, the spare monitoring sliding block with sliding in chamber 50
51 lower faces are provided with downward opening second locked groove 52, and second is fixedly installed on rear side of spare 51 left side of monitoring sliding block
Inclined-plane bar 55, spare 51 left side of monitoring sliding block are fixedly installed the second connecting rod 53,53 left end of the second connecting rod
Face is fixedly connected with spare monitoring camera 54, and effect is, breaking down or power off etc. in main monitoring camera 36 can not
When use, spare monitoring camera 54 can work, and ensure the security monitoring in elevator.
Valuably, main 32 right side of monitoring sliding block is provided with the first inclined-plane, and first bevel angle is equal to left side
37 angle of inclination of compression inclined-plane is equal to the angle of inclination of second inclined-plane bar 55, spare 51 right side of monitoring sliding block
It is provided with the second inclined-plane, second bevel angle is equal to 37 angle of inclination of right side compression inclined-plane and is equal to first inclined-plane bar 34
Angle of inclination, effect be that main moving to right for sliding block 32 of monitoring moves to left with spare monitoring sliding block 51 and can push away dust-proof sliding block 40
Into in dust-proof sliding slot 38, the flexibility of device is improved.
Valuably, first cotton rope 20 and second cotton rope 67 be wound in the direction in the winding slot 31 on the contrary,
And the length of run for winding cotton rope is equal to the sum of 52 height of height and the second locked groove of the first locked groove 33, is to replace in its effect
When one of monitoring device, its unlock is made by the rotation of driving motor 92 but does not influence the locking of another monitoring device,
Improve the stability of device.
Valuably, the torsion bullet that the other end is fixedly connected with the circuit chamber 71 is fixedly installed in the rotating bar 100
Spring, effect is that when the second source block 49 moves left and right, circuit 72 can be contracted in circuit chamber 71, improve device
Harmony.
Valuably, the flabellum bending direction of the upside flabellum 86 and the downside flabellum 86 is on the contrary, and the upside fan
Leaf 86 is bent upwards, and the downside flabellum 86 is bent downwardly, and effect is elevator uphill process, and the flabellum 86 of upside is main
Revolving member gives accumulator 74 to carry out storing up electricity, and elevator declines process, and the flabellum 86 of downside is main revolving member to accumulator 74
Carry out storing up electricity.
Valuably, the radiator includes radiating groove 110, the radiating groove 110 be connected to the power motor 96 with it is outer
Boundary space, cooling fin 111 is provided in the radiating groove 110, and 11 front side of the cooling fin is provided with dirt filtrating screen 112, increases electricity
Machine radiates, and extends the motor working time.
Specifically used mode：In present invention work, original state, the first rack 12 is located at the 11 left side limit of first movement chamber
Position, the second rack 47 are located at 48 right limit position of the second mobile cavity, and at spare monitoring sliding block 51 and second source block 49
In locking electric connection state, rear side splined shaft 93 is connect with 94 spline of rear side spline housing, front side splined shaft 93 and front side spline
Set 94 is disconnected, and contactor 101 is off.
When device is run, pushes main monitoring sliding block 32 to enter the first lock to the right and match in chamber 14, main 32 right side of monitoring sliding block
It squeezes dust-proof sliding block 40 and moves up and be contracted in dust-proof sliding slot 38, while squeezing the first lock slider 16 and moving up, work as master
When monitoring sliding block 32 is moved to the first lock with 14 right limit position of chamber, the first lock slider 16 is made in the top pressure of the first spring 17
The first locked groove 33 is stretched under makes winner's monitoring sliding block 32 be electrically connected and lock with the first power module 13, when main monitoring camera
36 break down or power off suddenly can not be in use, driving motor 92 works, and it is suitable to connect driving conversion gear 44 by spline
Hour hands rotate, then the first rack 12 moves right to driving motor 92 when having side pole extreme position and is stopped, and dust-proof sliding block 40
Decline and makes its lower face is abutted with the first lock with 14 lower face of chamber to carry out dust-proof closing with chamber 14 to the first lock, at the same time,
Second rack 47 is moved to the left left side extreme position, and the second inclined-plane bar 55, which squeezes the dust-proof sliding block 40 of downside to downside, to be prevented
In dirt sliding slot 38, spare monitoring camera 54 stretches into lift space at this time, and contactor 101 is closed second source 49 and storage
74 circuit communication of battery, the then work of spare monitoring camera 54, the process wind-force that elevator rises drive the flabellum 86 of upside to rotate,
It is that electric energy is stored in accumulator 74 to be turned condition conversion, and wind-force drives 86 turns of the flabellum of downside during elevator declines
Dynamic, it is that electric energy is stored in the work electricity consumption to spare monitoring camera 54 in accumulator 74 to be turned condition conversion, is replaced
When main monitoring camera 36, power motor 96 works so that lead screw 95 rotates, then movable block 89 moves forward to front side electrode limit
It sets, front side splined shaft 93 is connect with 94 spline of front side spline housing at this time, and rear side splined shaft 93 is detached from rear side spline housing 94, power
Motor 96 is stopped, and then driving motor 92 works, and driving reel 30 rotates, then the first cotton rope 20 pulls the first locking to slide
Block 16, which moves up, is detached from the first lock slots 15, and main monitoring sliding block 32 can be pulled out and is repaired or replaced by staff,
After replacement, power motor 96 works, and movable block 89 is pushed backwards to rear side extreme position, driving motor 92 works, and driving turns
Gear changing 44 rotates counterclockwise, then main monitoring camera 36 stretches into elevator interior space and carries out security monitoring, while spare monitoring
Sliding block 51 is retracted in the second mobile cavity 48, and contactor 101 disconnects so that spare monitoring camera 54 is stopped, and completion is electric
Lasting security monitoring in ladder, if spare monitoring camera 54 breaks down, the spline housing 94 of front side splined shaft 93 and front side
Be connected by power, the reversion of driving motor 92 can pull the second lock slider 63 to move down the second lock of disengaging by the second cotton rope 67
Determine slot 52, spare monitoring sliding block 51 is pulled out to the replacement for carrying out spare monitoring camera 54.
Compared with prior art, the beneficial effects of the invention are as follows：In present invention work, main monitoring camera and spare monitoring
Camera is worked alternatively, and is ensured in main monitoring camera failure or power-off, the lasting progress of spare monitoring camera
The security monitoring of elevator, and spare monitoring camera is worked by storage battery power supply, it will not be by external world's power-off or electric fault
Influence, the electric energy in accumulator converts wind energy into electric energy by the lifting of elevator and be stored in accumulator, rationally profit
With natural resources, the present apparatus it is compact-sized, gearing property is good, can monitor elevator interior the moment and ensure safety.
It is obvious to a person skilled in the art that invention is not limited to the details of the above exemplary embodiments, Er Qie
In the case of without departing substantially from spirit or essential attributes of the invention, the present invention can be realized in other specific forms.Therefore, no matter
From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the present invention is by appended power
Profit requires rather than above description limits, it is intended that all by what is fallen within the meaning and scope of the equivalent requirements of the claims
Variation is included within the present invention.Any reference signs in the claims should not be construed as limiting the involved claims.
Claims (8)
1. the method, apparatus and system of a kind of double monitoring of elevator safety, including babinet, conversion chamber, institute are provided in the babinet
It states conversion intracavitary and is provided with conversion gear, communicated on the upside of the conversion chamber and be provided with first movement chamber, the first movement intracavitary
Be provided with engaged with the conversion gear upper surface connection the first rack, first rack upper surface be fixedly installed with outside
The first power module that portion's circuit connects is provided with the first lock in first power module and matches chamber, and first lock matches chamber upper surface
It communicates and is provided with downward opening first lock slots, the first lock slider, first lock are provided in first lock slots
Fixed slider upper surface is fixedly installed the first cotton rope, and first cotton rope periphery is arranged with the first spring, first spring one
End is fixedly connected with first lock slider upper surface, and the first spring other end is solid with the first lock slots upper end wall
Fixed connection, first lock are provided with main monitoring sliding block with intracavitary sliding, and the main monitoring upper end of slide block face is provided with opening court
On the first locked groove, be fixedly installed the first inclined-plane bar, the main monitoring sliding block left end on rear side of the main monitoring sliding block left side
It is stretched into free surrounding space through the first movement chamber and lower face is fixedly installed head rod, under the head rod
End face is fixedly connected with main monitoring camera, and dust guard symmetrical above and below, the conversion chamber are provided on the left of the conversion chamber
Downside be provided with spare monitoring device, communicated on front side of the conversion chamber and be provided with driving chamber, at the axle center of the conversion gear
Rear end is fixedly installed by bearing rotation connection and the rotation axis on the conversion cavity rear end wall, the rotation axis front end face passes through
It wears the conversion chamber to stretch into the driving chamber, is provided with telescope motor in the driving chamber front bulkhead, on the telescope motor
Be connected by power has a lead screw, and screw-thread fit is connected with movable block on the lead screw, and the movable block right side is right with the driving chamber
End wall abuts, and movable block left side centre position is fixedly installed slide guide bar, slide guide bar left side stretch into it is described
Driving chamber left end wall communicates the opening of setting towards in right guide runner, and driving motor is fixedly installed in the movable block, described
Driving motor be connected by power has front and back symmetrical splined shaft, one end spline fitted of the splined shaft far from the driving motor to connect
It is connected to spline housing, the rear side spline housing rear end face is fixedly connected with the first rotation axis front end face, on front side of the driving chamber
It communicates and is provided with around line chamber, the front side spline housing front end face is fixedly installed front end face and stretches into the coiling intracavitary and pass through axis
It forwards dynamic formula and is connected to second rotation axis on line chamber front bulkhead, in second rotation axis of the coiling intracavitary
It is fixedly installed reel, the reel periphery is provided with front and back symmetrical winding slot, and the phase symmetrical above and below around line chamber
The coiling turn-around chamber of dislocation, the coiling turn-around chamber and it is described be provided with link slot between line chamber, in the coiling turn-around chamber
It is provided with shaft to be rotatably assorted the deflecting roller of connection, connecting cavity, the connecting cavity is provided on rear side of the coiling turn-around chamber
It is provided with straight slot between the coiling turn-around chamber, shaft is provided in the connecting cavity and is rotatably assorted the conducting wire of connection
Wheel, the guide roller of the first cotton rope other end around upside and the straight slot through upside stretch into the upside coiling
In turn-around chamber and after being wrapped over the deflecting roller of upside, the link slot that first cotton rope continues through upside stretches into institute
It states coiling intracavitary and fixes in the winding slot for being wound in rear side, the second cotton rope other end bypasses the downside guide roller
And it is stretched into the coiling turn-around chamber of downside and after being wrapped over the deflecting roller of downside through the straight slot of downside, described the
The link slot that two cotton ropes continue through downside stretches into the coiling intracavitary and fixes in the winding slot for being wound in front side,
The second mobile cavity inner underside is provided with circuit chamber, and the circuit intracavitary is provided with rotating wheel, consolidates at the rotating wheel axle center
Surely it is provided with the rotating bar that both ends are connected with end wall rotary type before and after the circuit chamber, the circuit chamber is moved with described second
It is provided with connecting hole between dynamic chamber, second source block lower face is electrically connected with circuit, electricity is provided in the connecting hole
Way switch, the circuit other end stretch into the circuit intracavitary through the connecting hole and are wound in after the rotating wheel and right side
The accumulator of fixed setting is electrically connected, and the accumulator is electrically connected with the driving motor, and the accumulator is symmetrical above and below
It is provided with drive cavity, through-hole is provided between the drive cavity and the electric power storage tooth, the accumulator be connected by power has right up and down
The transmission shaft of title, end face of the transmission shaft far from the accumulator stretch into the drive cavity and fixed through the through-hole
It is connected with first bevel gear, is provided with the second bevel gear engaged with the first bevel gear in the drive cavity, described second
It is fixedly installed left end at the axle center of bevel gear and passes through the connecting shaft of bearing and drive cavity left end wall rotation connection, the company
Spindle right side stretches into free surrounding space and is fixedly connected with third hand tap gear, and third hand tap gear right side engagement is connected with the
Four bevel gears, the babinet right side are fixedly installed fixed plate symmetrical above and below, left side are provided between the fixed plate
The support plate being fixedly connected with babinet right side, is fixedly installed bull stick at the 4th bevel gear axle center, and the two of the bull stick
End is connect with the fixed plate with the support plate rotary type respectively by bearing, and fan is fixedly uniformly arranged on the bull stick
Leaf, the power motor downside are provided with radiator.
2. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：It is described
Dust guard includes the opposite dust-proof sliding slot of opening, and the upside dust-proof sliding slot lower end is communicated with the first movement chamber, downside
The dust-proof sliding slot upper end is communicated with second mobile cavity, is fixedly installed in the dust-proof sliding groove inner end wall symmetrical
Sliding rail, be slidably connected with dust-proof sliding block between the sliding rail, a left side be provided on the opposite end face of the dust-proof sliding block
Right symmetrical compression inclined-plane, the dust-proof sliding block are fixedly installed limiting plate, the limit on the end face far from the conversion chamber
Be fixedly installed top pressure spring on the other end of position plate, the one end of the top pressure spring far from the limiting plate with it is described dust-proof
Sliding slot is fixedly connected.
3. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：It is described
Spare monitoring device includes the second mobile cavity, is provided in second mobile cavity and engages connection with the conversion gear lower face
The second rack, second rack upper surface is fixedly installed second source block, second is provided in the second source block
Lock matches chamber, and second lock is communicated with chamber lower face is provided with the second opening up lock slots, is set in second lock slots
It is equipped with the second lock slider, second lock slider lower face is fixedly installed the second cotton rope, second cotton rope periphery set
Equipped with second spring, described second spring one end is fixedly connected with second lock slider lower face, and the second spring is another
One end is fixedly connected with the second lock slots lower end wall, and second lock is provided with spare monitoring sliding block, institute with intracavitary sliding
It states spare monitoring sliding block lower face and is provided with downward opening second locked groove, the spare monitoring sliding block left side rear side fixation is set
It is equipped with the second inclined-plane bar, the spare monitoring sliding block left side is fixedly installed the second connecting rod, the second connecting rod left end
Face is fixedly connected with spare monitoring camera.
4. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：It is described
Main monitoring sliding block right side is provided with the first inclined-plane, and first bevel angle is equal to described compression bevel inclination angle in left side etc.
In the angle of inclination of second inclined-plane bar, the spare monitoring sliding block right side is provided with the second inclined-plane, second inclined-plane
Angle is equal to the angle of inclination that compression bevel inclination angle in right side is equal to first inclined-plane bar.
5. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：It is described
First cotton rope and second cotton rope are wound in the direction in the winding slot on the contrary, and winding the length of run of cotton rope and being equal to the
The sum of the height of one locked groove and the second locked groove height.
6. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：It is described
The torque spring that the other end is fixedly connected with the circuit chamber is fixedly installed in rotating bar.
7. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：Upside
The flabellum bending direction of the flabellum and the downside flabellum on the contrary, and the upside flabellum be bent upwards, the downside flabellum
It is bent downwardly.
8. the method, apparatus and system of a kind of double monitoring of elevator safety according to claim 1, it is characterised in that：It is described
Radiator includes radiating groove, and the radiating groove is connected to the power motor and free surrounding space, is provided in the radiating groove scattered
Backing, the cooling fin front side are provided with dirt filtrating screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810718716.3A CN108792870A (en) | 2018-07-03 | 2018-07-03 | A kind of method, apparatus and system of the double monitoring of elevator safety |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810718716.3A CN108792870A (en) | 2018-07-03 | 2018-07-03 | A kind of method, apparatus and system of the double monitoring of elevator safety |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108792870A true CN108792870A (en) | 2018-11-13 |
Family
ID=64073338
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810718716.3A Withdrawn CN108792870A (en) | 2018-07-03 | 2018-07-03 | A kind of method, apparatus and system of the double monitoring of elevator safety |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108792870A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112995484A (en) * | 2021-03-17 | 2021-06-18 | 陈堃鸿 | Surveillance camera head based on artificial intelligence |
| CN114125229A (en) * | 2021-11-23 | 2022-03-01 | 浙江艾慧围界科技有限公司 | Civil security device for community security |
-
2018
- 2018-07-03 CN CN201810718716.3A patent/CN108792870A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112995484A (en) * | 2021-03-17 | 2021-06-18 | 陈堃鸿 | Surveillance camera head based on artificial intelligence |
| CN114125229A (en) * | 2021-11-23 | 2022-03-01 | 浙江艾慧围界科技有限公司 | Civil security device for community security |
| CN114125229B (en) * | 2021-11-23 | 2024-03-15 | 浙江艾慧围界科技有限公司 | Civil security device for community security |
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Application publication date: 20181113 |