CN108571994B - A kind of civil aviation monitoring Data Fusion device based on Internet of Things - Google Patents
A kind of civil aviation monitoring Data Fusion device based on Internet of Things Download PDFInfo
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- CN108571994B CN108571994B CN201810414699.4A CN201810414699A CN108571994B CN 108571994 B CN108571994 B CN 108571994B CN 201810414699 A CN201810414699 A CN 201810414699A CN 108571994 B CN108571994 B CN 108571994B
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- slot
- lifting
- block
- driving
- bevel gear
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01D—MEASURING NOT SPECIALLY ADAPTED FOR A SPECIFIC VARIABLE; ARRANGEMENTS FOR MEASURING TWO OR MORE VARIABLES NOT COVERED IN A SINGLE OTHER SUBCLASS; TARIFF METERING APPARATUS; MEASURING OR TESTING NOT OTHERWISE PROVIDED FOR
- G01D11/00—Component parts of measuring arrangements not specially adapted for a specific variable
- G01D11/30—Supports specially adapted for an instrument; Supports specially adapted for a set of instruments
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Abstract
The invention discloses a kind of, and the civil aviation based on Internet of Things monitors Data Fusion device, including bracket, the monitoring device that can be slided up and down the lifting seat being arranged in the bracket and be rotatably disposed at the top of the lifting seat；The device of the invention can realize the angle for controlling to adjust the shooting monitoring of monitoring camera automatically; reach comprehensive real time monitoring shooting; lifting seat can also be contracted in lifting sliding slot; monitoring camera, which is then accommodated in, to be accommodated in cavity; to play preferable protective effect to monitoring camera; the height of monitoring camera shooting monitoring can be adjusted; it is the installation and replacement of controllable two monitoring cameras by a motor; and installation and replacement are simple to operate; overall structure safety and stability, it is easy to operate.
Description
Technical field
The present invention relates to safety protection field, specially a kind of civil aviation based on Internet of Things monitors Data Fusion
Device.
Background technique
With the fast development of civil aviation technology, equipment safety control in civil aviation system using more and more,
Especially in airport, shooting monitor is commonly used equipment, its installation steps of traditional monitor are complicated for operation, connective stability
It is poor, and angle can not be adjusted after installation, and to limit monitoring range, after failure, demolition and maintenance are very not
Just.Therefore, to solve the above problems, the application provides a kind of civil aviation monitoring Data Fusion dress based on Internet of Things
It sets.
Summary of the invention
The purpose of the present invention is to provide a kind of, and the civil aviation based on Internet of Things monitors Data Fusion device, is used for
Overcome drawbacks described above in the prior art.
A kind of civil aviation based on Internet of Things according to the present invention monitors Data Fusion device, including bracket, can
The monitoring device for sliding up and down the lifting seat being arranged in the bracket and being rotatably disposed at the top of the lifting seat, it is described
It is provided with opening upwards on bracket top end face and the lifting sliding slot with lifting seat sliding connection, the lifting sliding slot are left
Lifting limiting slot is symmetrically arranged in right end walls, the lifting seat left and right ends bottom symmetrical is provided with to be limited with the lifting
The lifting limited block of position slot sliding connection, it is extended up and down in the lifting limiting slot to have and the lifting limited block spiral shell
The elevating screw thread bar that line is cooperatively connected, elevating screw thread bar bottom end are connected by power with lifting motor, and the bracket top end face is left
Right both ends are symmetrically arranged with receiving cavity, and rotate driving component is provided in the lifting seat, and the rotate driving component includes
Driving chamber set up and down and driver slot, the driver slot left and right ends are provided with the left sliding slot and right rail upwardly extended,
It is communicated with left through slot between the left sliding slot and the driving chamber, is communicated between the right rail and the driving chamber right logical
Slot, the monitoring device bottom centre are provided with downward through the bracket top end face and extend in the driving chamber and pass through
The shaft that bearing is rotatably cooperatively connected, the shaft bottom end are fixedly installed secondary bevel gear, embedding in the driving chamber base end wall
Equipped with driving motor, it is fixedly installed master bevel gear on the output shaft of the driving motor, is provided with transmission in the right through slot
Component is provided with lock-in component in the left through slot, is provided with adjusting component in the driver slot, the monitoring device include with
Mounting rack that the shaft top is fixedly connected, the symmetrical monitoring camera being arranged on the mounting rack bottom face with
And the fixation kit in the mounting rack to the fixation monitoring camera is set, the bracket bottom is provided with mobile group
Part, two monitoring cameras connects with control host signal, so that passing through two monitoring cameras will take
Information and picture transmission carry out Data Management Analysis into control host.
Further technical solution, the lifting motor are arranged in the lifting limiting slot base end wall, the lifting spiral shell
Rasp bar top is rotatably cooperatively connected with the lifting limiting slot top end wall, the lifting limited block and the lifting seat integral type
Structure；The master bevel gear is symmetrical arranged with the secondary bevel gear and volume is identical, the receiving cavity and the monitoring camera
Head volume is identical.
Further technical solution, the transmission component include the right company that can be slidingly arranged in the right through slot
It connects block, drive bevel gear, the drive bevel gear, master can be rotatably set by rotational pin on the right link block left side
Bevel gear is identical with secondary bevel gear volume, and the right link block right side bottom is provided with right compression inclined-plane, the right through slot top
It is provided with the first limiting slot in end wall, is provided on the right link block top end face and is slidably connected with first limiting slot
The first limited block, be provided with the first spring groove in the wall of first limiting slot left end, be arranged in first spring groove useful
With the first spring for pressing first limited block to the right, the lock-in component includes that the left side can slidingly be arranged in
Left link block in through slot, is provided with left compression inclined-plane at the top of the left link block left side, on the left link block right side
It is provided with the tilt lock fixed tooth to engage with the secondary bevel gear, is provided with the second limiting slot in the left through slot base end wall,
The second limited block with second limiting slot sliding connection, second limit are provided on the left link block bottom face
It is provided with second spring slot in the slot right end wall of position, is provided in the second spring slot to push up second limited block to the left
The second spring of pressure, the drive bevel gear with the master bevel gear and secondary bevel gear to engage, to carry out transmitting power.
Further technical solution, the left link block are an integral structure with second limited block, second bullet
Spring left end is fixedly connected with second limited block right side, and the second spring right end and the second spring slot right end wall are solid
Fixed connection, the right link block are an integral structure with first limited block, first spring left end and first bullet
Spring slot left end wall is fixedly connected, and the first spring right end is fixedly connected with first limited block left side.
Further technical solution, the adjusting component includes that can slide up and down to the driving being arranged in the driver slot
It plate and is fixed at the both ends of the driving plate top end face and is slidably connected respectively with the left sliding slot and right rail
Left skateboard and right slide plate, the driver slot middle position up and down be extended have the drive that connection is threadedly engaged with the driving plate
Dynamic threaded rod, the driving threaded rod bottom end is connected by power with the driving motor, is arranged on the left skateboard right side useful
For the left deep gouge of the left link block left end insertion, be provided on the left deep gouge top end wall to the left compression inclined-plane
The left pressure inclined-plane of sliding connection is abutted, is provided at the top of the right slide plate left side to be supported with the right compression inclined-plane
Connect the right pressure inclined-plane of sliding connection.
Further technical solution, the driving threaded rod tip are rotatably cooperatively connected with the driver slot top end wall,
The driving motor is embedded in the driver slot base end wall.
Further technical solution, the fixation kit include symmetrical be arranged on the mounting rack bottom face
Mounting groove and the promotion slot for being arranged in the mounting rack and being located between two mounting grooves, the promotions trench bottom left side
The extension slot for extending outwardly and communicating with the mounting groove, the monitoring camera overhead setting are symmetrically arranged in right end walls
There are the mounting blocks being cooperatively connected with the mounting groove, be provided with lock slots on the mounting blocks inner side end, in the promotion slot
Symmetrical to be provided with pushing block, being provided in the extension slot can horizontally slip and be fixedly connected with the pushing block bottom end
Extension block, the periphery of the extension block end face outside is provided with promotion inclined-plane, and left and right is additionally provided in the promotion slot and is extended
And the promotion threaded rod to be threadedly engaged connection with the pushing block, the promotion threaded rod right end and pushing motor power connect
It connects, the promotion threaded rod is divided into left-hand thread section and right-hand thread section, the thread rotary orientation phase in the left-hand thread section and right-hand thread section
Instead.
The pushing block in further technical solution, the left-hand thread section and left side is threadedly engaged connection, the right spiral shell
The pushing block on line section and right side is threadedly engaged connection, and the pushing motor is embedded in the promotion slot right end wall, described
Threaded rod left end is pushed rotatably to be cooperatively connected with promotion slot left end wall.
Further technical solution, the moving assembly include being fixedly mounted on four angular positions of the bracket bottom face
Roller mount and the universal wheel that is arranged on the roller mount bottom face, be additionally provided in the roller mount described to control
The service brake that universal wheel rolls.
The beneficial effects of the present invention are:
1. by control lifting motor work rotate driving elevating screw thread bar rotation, elevating screw thread bar rotate driving lifting limit
Position block upward sliding, two lifting limited block upward slidings are to drive lifting seat upward sliding, so that lifting seat stretches out
It goes up and down outside sliding slot, is accommodated outside cavity but also monitoring camera stretches out, to will be taken by two monitoring camera work
Information and picture transmission to control host in carry out Data Management Analysis, later control driving motor work, driving motor
Task driven drives threaded rod rotation, drives threaded rod rotate driving driving plate upward sliding, and the driving of driving plate upward sliding is left
Slide plate and right slide plate upward sliding, left skateboard upward sliding under the resilient force of second spring slot and left compression inclined-plane and
Left pressure inclined-plane abutting is slidably matched down, so that left link block slides to the left, tilt lock fixed tooth is detached from nibbles with secondary bevel gear
It closes, so that the rotation of mounting rack be unlocked, right slide plate upward sliding makes right compression inclined-plane abut to slide with right pressure inclined-plane and match
Connection is closed, is later pushed right link block to the left by right slide plate, so that drive bevel gear and master bevel gear and secondary cone tooth
Wheel engagement, controls the rotation of driving motor task driven master bevel gear later, and the rotation of master bevel gear rotate driving drive bevel gear passes
The rotation of dynamic bevel gear rotate driving pair bevel gear, secondary bevel gear rotate driving mounting rack rotation, mounting rack rotation drive two prisons
Camera rotation is controlled, so that two monitoring cameras be facilitated to carry out comprehensive shooting monitoring.
2. pushing threaded rod rotation by control pushing motor task driven, push threaded rod rotate driving pushing block inside
Slideslip, pushing block slides inwardly drives the inside Slideslip of extension block, and the inside Slideslip of extension block is to disengaging and lock slots
Mating connection remove the monitoring camera of damage later and good monitoring camera be installed, only so that mounting blocks be unlocked
Need for mounting blocks to be inserted into mounting groove, and control pushing motor work reversion, that is, may make the outside Slideslip of extension block from
And be inserted into lock slots and be cooperatively connected to lock mounting blocks, i.e., monitoring camera is installed and is fixed.
3. the device of the invention can realize the angle for controlling to adjust the shooting monitoring of monitoring camera automatically, reach full side
Position real time monitoring shooting, additionally it is possible to lifting seat is contracted in lifting sliding slot, monitoring camera, which is then accommodated in, to be accommodated in cavity, from
And preferable protective effect is played to monitoring camera, the height of monitoring camera shooting monitoring can be adjusted, an electricity is passed through
Machine is the installation and replacement of controllable two monitoring cameras, and installation and replacement are simple to operate, overall structure safety and stability, behaviour
Make convenient and efficient.
Detailed description of the invention
Fig. 1 is a kind of overall structure signal of the civil aviation monitoring Data Fusion device based on Internet of Things of the present invention
Figure；
Fig. 2 is a kind of structure of civil aviation monitoring Data Fusion device at work based on Internet of Things of the present invention
Schematic diagram.
Specific embodiment
Below with reference to Fig. 1-2, the present invention is described in detail.
Referring to Fig.1 shown in -2, a kind of civil aviation monitoring data based on Internet of Things of embodiment according to the present invention are melted
Processing unit is closed, including bracket 1, the lifting seat 2 being arranged in the bracket 1 can be slided up and down and be rotatably disposed in described
The monitoring device at the top of lifting seat 2 is provided with opening upwards on 1 top end face of bracket and is slidably matched company with the lifting seat
The lifting sliding slot 10 connect, lifting limiting slot 11 is symmetrically arranged in the 10 left and right ends wall of lifting sliding slot, and the lifting seat 2 is left
Right both ends of the surface bottom symmetrical is provided with the lifting limited block 14 being slidably connected with the lifting limiting slot 11, the lifting limit
Being extended up and down in the slot 11 of position has the elevating screw thread bar 12 that connection is threadedly engaged with the lifting limited block 14, the lifting spiral shell
12 bottom end of rasp bar is connected by power with lifting motor 13, and the 1 top end face left and right ends of bracket, which are symmetrically arranged with, accommodates cavity 15, institute
It states and is provided with rotate driving component in lifting seat 2, the rotate driving component includes driving chamber 20 set up and down and driving
Slot 21,21 left and right ends of driver slot are provided with the left sliding slot 22 and right rail 23 upwardly extended, the left sliding slot 22 and institute
It states and is communicated with left through slot 4 between driving chamber 20, right through slot 5 is communicated between the right rail 23 and the driving chamber 20, it is described
Monitoring device bottom centre is provided with downward through 1 top end face of bracket and extends in the driving chamber 20 and pass through bearing
62 shafts 60 being rotatably cooperatively connected, 60 bottom end of shaft are fixedly installed secondary bevel gear 61,20 bottom end of driving chamber
It is embedded with driving motor 30 in wall, master bevel gear 29, the right through slot 5 are fixedly installed on the output shaft of the driving motor 30
In be provided with transmission component, lock-in component is provided in the left through slot 4, adjusting component, institute are provided in the driver slot 21
Stating monitoring device includes the mounting rack 3 being fixedly connected with 60 top of shaft, symmetrical setting at 3 bottom of mounting rack
Monitoring camera 68 on end face and the fixation group in the mounting rack 3 to the fixation monitoring camera 68 is set
Part, 1 bottom of bracket are provided with moving assembly, and two monitoring cameras 68 are connect with control host signal, thus logical
It crosses two monitoring cameras 68 and the information taken and picture transmission is subjected to Data Management Analysis into control host,
The control host can be computer.
Wherein, the lifting motor 13 is arranged in 11 base end wall of lifting limiting slot, and the elevating screw thread bar 12 pushes up
End is rotatably cooperatively connected with 11 top end wall of lifting limiting slot, the lifting limited block 14 and 2 integral type of lifting seat
Structure；The master bevel gear 29 is symmetrical arranged with the secondary bevel gear 61 and volume is identical, the receiving cavity 15 and the prison
It is identical to control 68 volume of camera.
Wherein, the transmission component includes the right link block 50 that can be slidingly arranged in the right through slot 5, described
Drive bevel gear 51, the drive bevel gear 51, main cone can be rotatably set by rotational pin on right 50 left side of link block
Gear 29 is identical with secondary 61 volume of bevel gear, and the right 50 right side bottom of link block is provided with right compression inclined-plane 52, the right side
It is provided with the first limiting slot 54 in 5 top end wall of through slot, is provided with and first limiting slot on right 50 top end face of link block
First limited blocks 53 of 54 sliding connections, are provided with the first spring groove 55 in the 54 left end wall of the first limiting slot, described
The first spring 56 to press first limited block 53 to the right, the lock-in component packet are provided in first spring groove 55
The left link block 40 that can be slidingly arranged in the left through slot 4 is included, is provided at the top of left 40 left side of link block
Left compression inclined-plane 45 is provided with the tilt lock fixed tooth to engage with the secondary bevel gear 61 on left 40 right side of link block
46, the second limiting slot 41 is provided in left 4 base end wall of through slot, is provided on left 40 bottom face of link block and described
Second limited block 42 of two limiting slots 41 sliding connection, is provided with second spring slot in the 41 right end wall of the second limiting slot
43, the second spring 44 to press second limited block 42 to the left, the biography are provided in the second spring slot 43
Dynamic bevel gear 51 with the master bevel gear 29 and secondary bevel gear 61 to engage, to carry out transmitting power.
Wherein, the left link block 40 is an integral structure with second limited block 42,44 left end of second spring
It is fixedly connected with 42 right side of the second limited block, 44 right end of second spring and the 43 right end wall of second spring slot are solid
Fixed connection, the right link block 50 are an integral structure with first limited block 53,56 left end of the first spring with it is described
First spring groove, 55 left end wall is fixedly connected, the fixed company of 56 right end of the first spring and 53 left side of the first limited block
It connects.
Wherein, the adjusting component includes that can slide up and down to the driving plate 24 being arranged in the driver slot 21 and consolidate
The both ends of 24 top end face of driving plate are set calmly and are slidably connected respectively with the left sliding slot 22 and right rail 23
Left skateboard 25 and right slide plate 26,21 middle position of driver slot is extended up and down to be had and 24 company of being threadedly engaged of driving plate
The driving threaded rod 27 connect, 27 bottom end of driving threaded rod are connected by power with the driving motor 28, and the left skateboard 25 is right
It is provided on end face with the left deep gouge 31 for left 40 left end of the link block insertion, is provided on left 31 top end wall of deep gouge
To abut the left pressure inclined-plane 32 of sliding connection with the left compression inclined-plane 45, set at the top of right 26 left side of slide plate
It is equipped with the right pressure inclined-plane 33 to abut sliding connection with the right compression inclined-plane 52.
Wherein, 27 top of driving threaded rod is rotatably cooperatively connected with 21 top end wall of driver slot, the transmission
Motor 28 is embedded in 21 base end wall of driver slot.
Wherein, the fixation kit include the symmetrical mounting groove 66 being arranged on 3 bottom face of mounting rack with
And the promotion slot 63 in the mounting rack 3 and being located between two mounting grooves 66 is set, 63 bottom of promotion slot is left
The extension slot 64 for extending outwardly and communicating with the mounting groove 66 is symmetrically arranged in right end walls, the monitoring camera 68 pushes up
Portion is provided with the mounting blocks 67 being cooperatively connected with the mounting groove 66, is provided with lock slots on 67 inner side end of mounting blocks
69, it is symmetrical in the promotion slot 63 to be provided with pushing block 71, be provided in the extension slot 64 can horizontally slip and with
The periphery of the extension block 65 that 71 bottom end of pushing block is fixedly connected, 65 end face outside of extension block is provided with promotion inclined-plane
70, it is additionally provided with left and right in the promotion slot 63 and extends and the promotion screw thread to be threadedly engaged connection with the pushing block 71
Bar, the promotion threaded rod right end are connected by power with pushing motor 72, and the promotion threaded rod is divided into left-hand thread section 73 and right spiral shell
Line section 74, the left-hand thread section 73 are opposite with the thread rotary orientation in right-hand thread section 74.
Wherein, the left-hand thread section 73 is threadedly engaged with the pushing block 71 in left side and connect, the right-hand thread section 74 with
The pushing block 71 on right side is threadedly engaged connection, and the pushing motor 72 is embedded in the 63 right end wall of promotion slot, described
Threaded rod left end is pushed rotatably to be cooperatively connected with the 63 left end wall of promotion slot, so as to drive two promotions simultaneously
Block 71 outwardly or inwardly slides, in order to make the extension block 65 that the mounting blocks 67 are unlocked or locked.
Wherein, the moving assembly includes the roller mount 85 for being fixedly mounted on 1 four angular positions of bottom face of bracket
And the universal wheel 87 on 85 bottom face of roller mount is set, it is additionally provided in the roller mount 85 to control described ten thousand
The service brake 86 rolled to wheel 87 drives the present apparatus mobile, to increase the use of the present apparatus by four universal wheels 87
Range.
When original state, the lifting seat 2 is contracted in the lifting sliding slot 10,3 bottom face of mounting rack with it is described
1 top end face of bracket is in abutting state, and the monitoring camera 68 is accommodated in the receiving cavity 15, and the extension block 65 is inserted
Enter in the lock slots 69, the monitoring camera 68 is in the lock state, left 40 left side of link block and the left side
25 right side of slide plate is in abutting state, and the tilt lock fixed tooth 46 is engaged with the secondary bevel gear 61, thus by the installation
The rotation of frame 3 locks, and under the resilient force of first spring 56, the drive bevel gear 51 is detached from and the main cone tooth
Wheel 29 and secondary bevel gear 61 engage.
When needing using the present apparatus, first controls the lifting motor 13 and work, the work of lifting motor 13 rotate driving
The elevating screw thread bar 12 rotates, lifting 14 upward sliding of limited block, two institutes described in 12 rotate driving of elevating screw thread bar
Lifting 14 upward sliding of limited block is stated to driving 2 upward sliding of lifting seat so that the lifting seat 2 stretch out it is described
It goes up and down outside sliding slot 10, but also the monitoring camera 68 stretches out outside the receiving cavity 15, to pass through two monitoring
The information taken and picture transmission are carried out Data Management Analysis into control host by the work of camera 68, control institute later
The work of driving motor 28 is stated, driving threaded rod 27 described in 28 task driven of driving motor rotates, the driving threaded rod 27
24 upward sliding of driving plate described in rotate driving, 24 upward sliding of driving plate drive the left skateboard 25 and right slide plate 26 to
Upper sliding, 25 upward sliding of left skateboard is under the resilient force of the second spring slot 43 and the left compression inclined-plane
45 and left pressure inclined-plane 32 abutting be slidably matched down so that the left link block 40 slides to the left, the tilt lock fixed tooth
46 disengagings are engaged with the secondary bevel gear 61, so that the rotation of the mounting rack 3 be unlocked, right 26 upward sliding of slide plate makes
It obtains the right compression inclined-plane 52 and abuts sliding connection with the right pressure inclined-plane 33, pass through the right slide plate 26 later for institute
It states right link block 50 to push to the left, so that the drive bevel gear 51 is nibbled with the master bevel gear 29 and secondary bevel gear 61
It closes, controls the driving motor 30 later and work, master bevel gear 29 described in 30 task driven of driving motor rotates, the master
Drive bevel gear 51 described in 29 rotate driving of bevel gear rotates, 61 turns of pair bevel gear described in 51 rotate driving of drive bevel gear
Dynamic, mounting rack 3 described in pair 61 rotate driving of bevel gear rotates, and the rotation of mounting rack 3 drives two monitoring cameras
First 68 rotation, so that two monitoring cameras 68 be facilitated to carry out comprehensive shooting monitoring.
When two damages of monitoring camera 68 need replacing, it is only necessary to it controls the pushing motor 72 and works, institute
It states 72 task driven of pushing motor and pushes threaded rod rotation, pushing block 71 described in the promotion threaded rod rotate driving inwardly breaks away
Dynamic, the pushing block 71 slide the drive inside Slideslip of the extension block 65 inwardly, the inside Slideslip of the extension block 65 from
And the mating connection being detached from the lock slots 69 removes the monitoring camera of damage so that the mounting blocks 67 be unlocked later
First 68 and good monitoring camera 68 is installed, it is only necessary to the mounting blocks 67 is inserted into the mounting groove 66, and controlled
The work of pushing motor 72 reversion, that is, may make the outside Slideslip of the extension block 65 to be inserted into the lock slots 69
It is cooperatively connected to lock the mounting blocks 67, i.e., the monitoring camera 68 is installed and fixed.
The beneficial effects of the present invention are:
1. by control lifting motor work rotate driving elevating screw thread bar rotation, elevating screw thread bar rotate driving lifting limit
Position block upward sliding, two lifting limited block upward slidings are to drive lifting seat upward sliding, so that lifting seat stretches out
It goes up and down outside sliding slot, is accommodated outside cavity but also monitoring camera stretches out, to will be taken by two monitoring camera work
Information and picture transmission to control host in carry out Data Management Analysis, later control driving motor work, driving motor
Task driven drives threaded rod rotation, drives threaded rod rotate driving driving plate upward sliding, and the driving of driving plate upward sliding is left
Slide plate and right slide plate upward sliding, left skateboard upward sliding under the resilient force of second spring slot and left compression inclined-plane and
Left pressure inclined-plane abutting is slidably matched down, so that left link block slides to the left, tilt lock fixed tooth is detached from nibbles with secondary bevel gear
It closes, so that the rotation of mounting rack be unlocked, right slide plate upward sliding makes right compression inclined-plane abut to slide with right pressure inclined-plane and match
Connection is closed, is later pushed right link block to the left by right slide plate, so that drive bevel gear and master bevel gear and secondary cone tooth
Wheel engagement, controls the rotation of driving motor task driven master bevel gear later, and the rotation of master bevel gear rotate driving drive bevel gear passes
The rotation of dynamic bevel gear rotate driving pair bevel gear, secondary bevel gear rotate driving mounting rack rotation, mounting rack rotation drive two prisons
Camera rotation is controlled, so that two monitoring cameras be facilitated to carry out comprehensive shooting monitoring.
2. pushing threaded rod rotation by control pushing motor task driven, push threaded rod rotate driving pushing block inside
Slideslip, pushing block slides inwardly drives the inside Slideslip of extension block, and the inside Slideslip of extension block is to disengaging and lock slots
Mating connection remove the monitoring camera of damage later and good monitoring camera be installed, only so that mounting blocks be unlocked
Need for mounting blocks to be inserted into mounting groove, and control pushing motor work reversion, that is, may make the outside Slideslip of extension block from
And be inserted into lock slots and be cooperatively connected to lock mounting blocks, i.e., monitoring camera is installed and is fixed.
3. the device of the invention can realize the angle for controlling to adjust the shooting monitoring of monitoring camera automatically, reach full side
Position real time monitoring shooting, additionally it is possible to lifting seat is contracted in lifting sliding slot, monitoring camera, which is then accommodated in, to be accommodated in cavity, from
And preferable protective effect is played to monitoring camera, the height of monitoring camera shooting monitoring can be adjusted, an electricity is passed through
Machine is the installation and replacement of controllable two monitoring cameras, and installation and replacement are simple to operate, overall structure safety and stability, behaviour
Make convenient and efficient.
Those skilled in the art can define, can in the case of not departing from overall spirit of the invention and design
To make the various modifications for above embodiments.It falls within the scope of protection of the present invention.Protection scheme of the invention
It is subject to claims appended hereto.
Claims (9)
1. a kind of civil aviation based on Internet of Things monitors Data Fusion device, including bracket, setting can be slided up and down exist
Lifting seat in the bracket and the monitoring device being rotatably disposed at the top of the lifting seat, it is characterised in that: the support
Opening upwards and the lifting sliding slot with lifting seat sliding connection, described lifting sliding slot or so are provided on seat top end face
Lifting limiting slot is symmetrically arranged in end walls, the lifting seat left and right ends bottom symmetrical is provided with to be limited with the lifting
The lifting limited block of slot sliding connection, it is extended up and down in the lifting limiting slot to have and the lifting limited block screw thread
The elevating screw thread bar of mating connection, elevating screw thread bar bottom end are connected by power with lifting motor, described bracket top end face or so
Both ends are symmetrically arranged with receiving cavity, and rotate driving component is provided in the lifting seat, and the rotate driving component includes being in
Driving chamber and driver slot setting up and down, the driver slot left and right ends are provided with the left sliding slot and right rail upwardly extended, institute
It states and is communicated with left through slot between left sliding slot and the driving chamber, right through slot is communicated between the right rail and the driving chamber,
The monitoring device bottom centre is provided with downward through the bracket top end face and extends in the driving chamber and pass through axis
The shaft of rotatable mating connection is held, the shaft bottom end is fixedly installed secondary bevel gear, is embedded in the driving chamber base end wall
There is driving motor, master bevel gear is fixedly installed on the output shaft of the driving motor, is provided with transmission group in the right through slot
Part is provided with lock-in component in the left through slot, adjusting component is provided in the driver slot, the monitoring device includes and institute
State mounting rack, the symmetrical monitoring camera being arranged on the mounting rack bottom face that shaft top is fixedly connected and
Fixation kit in the mounting rack to the fixation monitoring camera is set, and the bracket bottom is provided with mobile group
Part.
2. a kind of civil aviation based on Internet of Things according to claim 1 monitors Data Fusion device, feature
Be: the lifting motor is arranged in the lifting limiting slot base end wall, and elevating screw thread bar top and the lifting limit
Position groove top end wall is rotatably cooperatively connected, the lifting limited block and the lifting seat integral structure；The master bevel gear with
The pair bevel gear is symmetrical arranged and volume is identical, and the receiving cavity is identical as the monitoring camera volume.
3. a kind of civil aviation based on Internet of Things according to claim 1 monitors Data Fusion device, feature
Be: the transmission component includes the right link block that can be slidingly arranged in the right through slot, and the right link block is left
Drive bevel gear, the drive bevel gear, master bevel gear and secondary bevel gear body can be rotatably set by rotational pin on end face
Product is identical, and the right link block right side bottom is provided with right compression inclined-plane, is provided with the first limit in the right through slot top end wall
Position slot is provided with the first limited block with first limiting slot sliding connection on the right link block top end face, described
It is provided with the first spring groove in first limiting slot left end wall, is provided in first spring groove to by first limited block
The first spring pressed to the right, the lock-in component include the left link block that can be slidingly arranged in the left through slot,
Be provided with left compression inclined-plane at the top of the left link block left side, be provided on the left link block right side to the pair
The tilt lock fixed tooth of bevel gear engagement, is provided with the second limiting slot, the left link block bottom face in the left through slot base end wall
On be provided with the second limited block with second limiting slot sliding connection, be provided in the second limiting slot right end wall
Second spring slot is provided with the second spring to press second limited block to the left in the second spring slot.
4. a kind of civil aviation based on Internet of Things according to claim 3 monitors Data Fusion device, feature
Be: the left link block is an integral structure with second limited block, the second spring left end and second limit
Block right side is fixedly connected, and the second spring right end is fixedly connected with the second spring slot right end wall, the right link block
It being an integral structure with first limited block, first spring left end is fixedly connected with first spring groove left end wall,
The first spring right end is fixedly connected with first limited block left side.
5. a kind of civil aviation based on Internet of Things according to claim 4 monitors Data Fusion device, feature
Be: the adjusting component includes that can slide up and down to the driving plate being arranged in the driver slot and be fixed at described
The both ends of driving plate top end face and the left skateboard and right slide plate being slidably connected respectively with the left sliding slot and right rail, it is described
Driver slot middle position is extended up and down the driving threaded rod that connection is threadedly engaged with the driving plate, the driving screw thread
Bar bottom end is connected by power with the driving motor, is provided on the left skateboard right side with so that the left link block left end is inserted
The left deep gouge entered is provided on the left deep gouge top end wall and applies to the left side for abutting sliding connection with the left compression inclined-plane
Inclined-plane is pressed, the right pressure to abut sliding connection with the right compression inclined-plane is provided at the top of the right slide plate left side
Inclined-plane.
6. a kind of civil aviation based on Internet of Things according to claim 5 monitors Data Fusion device, feature
Be: the driving threaded rod tip is rotatably cooperatively connected with the driver slot top end wall, and the driving motor is embedded in institute
It states in driver slot base end wall.
7. a kind of civil aviation based on Internet of Things according to claim 1 monitors Data Fusion device, feature
Be: the fixation kit includes the symmetrical mounting groove being arranged on the mounting rack bottom face and is arranged described
In mounting rack and the promotion slot that is located between two mounting grooves, it is symmetrically arranged in the wall of the promotion trench bottom left and right ends
The extension slot for extending outwardly and communicating with the mounting groove, the monitoring camera overhead, which is provided with to cooperate with the mounting groove, to be connected
The mounting blocks connect, are provided with lock slots on the mounting blocks inner side end, symmetrical in the promotion slot to be provided with promotion
Block is provided with the extension block that can be horizontally slipped and be fixedly connected with the pushing block bottom end, the extension block in the extension slot
The periphery of end face outside is provided with promotion inclined-plane, be additionally provided in the promotion slot left and right extend and to the pushing block spiral shell
The promotion threaded rod that line is cooperatively connected, the promotion threaded rod right end are connected by power with pushing motor, the promotion threaded rod point
For left-hand thread section and right-hand thread section, the thread rotary orientation in the left-hand thread section and right-hand thread section is opposite.
8. a kind of civil aviation based on Internet of Things according to claim 7 monitors Data Fusion device, feature
Be: the pushing block in the left-hand thread section and left side is threadedly engaged connection, the promotion of the right-hand thread section and right side
Block is threadedly engaged connection, and the pushing motor is embedded in the promotion slot right end wall, the promotion threaded rod left end with it is described
Slot left end wall is pushed rotatably to be cooperatively connected.
9. a kind of civil aviation based on Internet of Things according to claim 1 monitors Data Fusion device, feature
Be: the moving assembly includes being fixedly mounted on the roller mount of four angular positions of the bracket bottom face and being arranged in institute
The universal wheel on roller mount bottom face is stated, the service brake rolled to control the universal wheel is additionally provided in the roller mount.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810414699.4A CN108571994B (en) | 2018-05-03 | 2018-05-03 | A kind of civil aviation monitoring Data Fusion device based on Internet of Things |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810414699.4A CN108571994B (en) | 2018-05-03 | 2018-05-03 | A kind of civil aviation monitoring Data Fusion device based on Internet of Things |
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| Publication Number | Publication Date |
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| CN108571994A CN108571994A (en) | 2018-09-25 |
| CN108571994B true CN108571994B (en) | 2019-07-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810414699.4A Expired - Fee Related CN108571994B (en) | 2018-05-03 | 2018-05-03 | A kind of civil aviation monitoring Data Fusion device based on Internet of Things |
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| CN (1) | CN108571994B (en) |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110017442B (en) * | 2019-04-24 | 2021-10-15 | 惠安县益汇聚科技发展有限公司 | Intelligent security courtyard lamp with camera shooting function |
| CN113074771A (en) * | 2021-03-24 | 2021-07-06 | 三峡大学 | Automatic detection device for computer host |
Family Cites Families (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101662668B (en) * | 2009-09-17 | 2011-02-16 | 天津市恩普电子设备有限公司 | Infrared light scanning omni-directional spherical pan head |
| US20120255141A1 (en) * | 2011-04-06 | 2012-10-11 | Ming-Hsien Lin | Castor Assembly |
| CN204272255U (en) * | 2014-12-22 | 2015-04-15 | 中科融通物联科技无锡有限公司 | Vertical panoramic camera system |
| CN206786261U (en) * | 2017-05-29 | 2017-12-22 | 福建成丰自动化科技有限公司 | A kind of power station video monitoring apparatus angle-adjusting mechanism |
| CN207205836U (en) * | 2017-07-31 | 2018-04-10 | 孙素梅 | A kind of height adjusting device for bottom studs of numerical-control machine tools |
| CN107795808A (en) * | 2017-12-04 | 2018-03-13 | 山西纬图矿山测控技术有限公司 | A kind of device for being used to review personnel activity track |
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2018
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| CN108571994A (en) | 2018-09-25 |
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