Invention content
The purpose of the present invention is to provide a kind of monitoring camera with self-cleaning function based on Internet of Things, have can from
The advantages of cleaning camera lens, solves the problems, such as that traditional monitoring camera does not often have self-cleaning function.
To achieve the above object, the present invention provides the following technical solutions:It is a kind of based on Internet of Things with self-cleaning function
Monitoring camera, including monitoring camera ontology, the monitoring camera ontology are internally provided with controller, and the monitoring is taken the photograph
As the top of head ontology is connected with mounting plate by first rotating shaft, the bottom of the mounting plate offers installation screw, institute
It states and is provided with outer probe on the right side of monitoring camera ontology, the outside on the right side of the monitoring camera ontology and positioned at outer probe is solid
Surely it is connected with outer sleeve, the surface of the outer sleeve is connected with gear lantern ring, the monitoring camera by limit card block
It is fixedly connected with motor fixing frame on the right side of body bottom portion, the first driving dress is installed on the inside of the motor fixing frame
It sets, is fixedly connected with rotation axis on the output shaft of the first driving means, the rotation axis surface and corresponding gear lantern ring
Position is fixedly connected with the gear being used cooperatively with it, and the right side of the gear lantern ring is connected with cleaning by the second shaft
Frame, the one end of the clean frame far from the second shaft are provided with Clean Brush for cleaning, and the right side of the monitoring camera bodies top is solid
Surely it is connected with supporting block, is fixedly connected with rain visor on the right side of the supporting block, on the right side of the supporting block and positioned at rain visor
Inside is installed with the second driving device, and drive shaft is fixedly connected on the output shaft of second driving device, described
The surface of drive shaft is fixedly connected with reel, and lantern ring, the table of the reel are fixedly connected at the top of the clean frame
Face is provided with nylon rope, and the one end of the nylon rope far from reel is fixedly connected with lantern ring, and the controller is respectively with first
Driving device and the second driving device are electrically connected.
Preferably, the position of the monitoring camera body bottom portion and corresponding first driving means is fixedly connected with dust-proof
The surface of shell, the dustproof shell offers heat emission hole.
Preferably, the first driving means are servo motor, and second driving device is micromotor.
Preferably, the drive shaft surface and it has been fixedly connected with postive stop baffle positioned at the front and rear sides of reel, institute
Postive stop baffle is stated to be fixedly connected with reel close to the side of reel.
Preferably, the clean frame is connected with Clean Brush for cleaning clamping.
Preferably, the first rotating shaft is self-locking rotating shaft.
Compared with prior art, beneficial effects of the present invention are as follows:
1, the present invention controls drive shaft by controller and rotates backward, and so that the nylon rope on reel is relaxed, at second turn
Under the action of axis, Clean Brush for cleaning falls and contacts with each other with the eyeglass on outer probe naturally, first driving means drive rotation axis from
And gear band moving gear lantern ring is made to be rotated on outer sleeve, Clean Brush for cleaning carries out effective rotary cleaning to camera lens,
Drive shaft rotates forward after cleaning, and nylon rope is again by clean frame pull-up, you can continues monitoring work, the present invention
It is ingenious in design, effectively the camera lens of monitoring camera can be cleaned, avoided because of the factors such as dust accretions or extraneous rainwater
Caused by shooting it is fuzzy, no longer need to manually be cleaned, it is time saving and energy saving, fully met and used needs.
2, the present invention carries out effective dust-proof processing by the way that dustproof shell and heat emission hole is arranged to first driving means, to prevent
Only extraneous more dust enters and influences service life, by the way that postive stop baffle is arranged, prevents reel in rotation process, Buddhist nun
Dragon rope falls off on reel, causes device that can not use.
3, using same second driving device coordinate drive shaft can elastic design realize outer probe shooting angle
The adjusting that external hairbrush position can also be realized on the basis of adjustable, the dual function that realizes dynamic adjustable angle and can clear up.
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.
Please refer to Fig.1-2, a kind of monitoring camera with self-cleaning function based on Internet of Things, including monitoring camera sheet
Body 1, monitoring camera ontology 1 are internally provided with controller 2, and the top of monitoring camera ontology 1 passes through 3 activity of first rotating shaft
It is connected with mounting plate 4, first rotating shaft 3 is self-locking rotating shaft, and the bottom of mounting plate 4 offers installation screw 5, monitoring camera ontology
1 right side is provided with outer probe 6, the right side of monitoring camera ontology 1 and is fixedly connected with outer sleeve 7 positioned at the outside of outer probe 6,
The surface of outer sleeve 7 is connected with gear lantern ring 9 by limit card block 8, and the right side of 1 bottom of monitoring camera ontology, which is fixed, to be connected
It is connected to motor fixing frame 10, the inside of motor fixing frame 10 is installed with first driving means 11, and first driving means 11 are
The position of servo motor, 1 bottom of monitoring camera ontology and corresponding first driving means 11 is fixedly connected with dustproof shell 24, dust-proof
The surface of shell 24 offers heat emission hole 25, and rotation axis 12, rotation axis 12 are fixedly connected on the output shaft of first driving means 11
Surface and the position of corresponding gear lantern ring 9 are fixedly connected with the gear 13 being used cooperatively with it, and the right side of gear lantern ring 9 passes through
Two shafts 14 are connected with clean frame 15, and the one end of clean frame 15 far from the second shaft 14 is provided with Clean Brush for cleaning 16, cleaning
Frame 15 is connected with the clamping of Clean Brush for cleaning 16, and the right side at 1 top of monitoring camera ontology is fixedly connected with supporting block 17, supporting block 17
Right side be fixedly connected with rain visor 18,17 right side of supporting block and be installed with the second driving dress positioned at the inside of rain visor 18
19 are set, the second driving device 19 is micromotor, and drive shaft 20 is fixedly connected on the output shaft of the second driving device 19, is driven
The surface of turn axis 20 is fixedly connected with reel 21,20 surface of drive shaft and fixed positioned at the front and rear sides of reel 21
It is connected with postive stop baffle 26, postive stop baffle 26 is fixedly connected close to the side of reel 21 with reel 21, the top of clean frame 15
Portion is fixedly connected with lantern ring 22, and the surface of reel 21 is provided with nylon rope 23, the one end of nylon rope 23 far from reel 21 with
Lantern ring 22 is fixedly connected, and the length of nylon rope 23 needs long enough, if length is shorter, when gear 13 drives gear lantern ring 9 to rotate
When, the rotation of gear lantern ring 9 can be hindered by being connected to the nylon rope 23 on gear lantern ring 9, affect the cleaning to camera lens, control
Device 2 is electrically connected with first driving means 11 and the second driving device 19 respectively, and controller 2 specifically uses the control of KY02S models
Device 2 processed, to control the startup and closing of first driving means 11 and the second driving device 19 respectively, by the way that dustproof shell 24 is arranged
With heat emission hole 25, effective dust-proof processing is carried out to first driving means 11, is influenced with preventing extraneous more dust from entering
Service life prevents reel 21 in rotation process, nylon rope 23 takes off on reel 21 by the way that postive stop baffle 26 is arranged
It falls, causes device that can not use, the present invention controls drive shaft 20 by controller 2 and rotates backward, and makes on reel 21
Nylon rope 23 relaxes, and under the action of the second shaft 14, Clean Brush for cleaning 16 falls and the eyeglass phase mutual connection on outer probe 6 naturally
It touches, first driving means 11 drive rotation axis 12 to make gear 13 that gear lantern ring 9 be driven to be rotated on outer sleeve 7,
Clean Brush for cleaning 16 carries out effective rotary cleaning to camera lens, and drive shaft 20 rotates forward after cleaning, 23 weight of nylon rope
Newly by 15 pull-up of clean frame, you can continue monitoring work, the present invention is ingenious in design, can be effectively to the mirror of monitoring camera
Head is cleaned, and is avoided the shooting caused by the factors such as dust accretions or extraneous rainwater and is obscured, no longer needs to manually be cleaned,
It is time saving and energy saving, it has fully met and has used needs.
If in use, need to be cleaned to the camera lens of monitoring camera ontology 1, controller 2 controls drive shaft 20 first
It rotates backward, the nylon rope 23 on reel 21 is made to relax, under the action of the second shaft 14, Clean Brush for cleaning 16 falls naturally
It contacts with each other with the eyeglass on outer probe 6, controller 2 assigns movement instruction to first driving means 11 later, makes the first driving
Device 11 drives rotation axis 12 to make gear 13 that gear lantern ring 9 be driven to be rotated on outer sleeve 7, and Clean Brush for cleaning 16 is right
Camera lens carries out effective rotary cleaning, and drive shaft 20 rotates forward after cleaning, and nylon rope 23 is again by clean frame 15
Pull-up, you can continue monitoring work.
Second embodiment:A kind of monitoring camera with self-cleaning function based on Internet of Things, including monitoring camera
Ontology 1, the monitoring camera ontology 1 are internally provided with controller 2, and the top of the monitoring camera ontology 1 passes through
One shaft 3 is connected with mounting plate 4, and the bottom of the mounting plate 4 offers installation screw 5, the monitoring camera ontology 1
Right side be provided with outer probe 6, the left side Bottom Border of China and foreign countries' probe 6 is hingedly connected to the right side of monitoring camera ontology 1
Bottom Border, 1 right side of the monitoring camera ontology and the outside for being located at outer probe 6 are fixedly connected with outer sleeve 7, the housing
The surface of cylinder 7 is connected with gear lantern ring 9 by limit card block 8, and the right side of 1 bottom of monitoring camera ontology, which is fixed, to be connected
It is connected to motor fixing frame 10, the inside of the motor fixing frame 10 is installed with first driving means 11, first driving
Being fixedly connected on the output shaft of device 11 can automatically controlled elastic rotation axis 12,12 surface of the rotation axis and corresponding gear
The position of lantern ring 9 is fixedly connected with the gear 13 being used cooperatively with it, and the right side of the gear lantern ring 9 is lived by the second shaft 14
Dynamic to be connected with clean frame 15, the one end of the clean frame 15 far from the second shaft 14 is provided with Clean Brush for cleaning 16, wherein clean frame
15 inverse-U-shape racks being integrated, the U-bracket are that sequentially connected first vertical pole, the second horizontal strut and second are perpendicular
Allotment bar forms, and wherein Clean Brush for cleaning 16 is fixed on the second vertical pole lower end, and the slewing area of second shaft 14 is 90 °,
I.e. so that the motion range of Clean Brush for cleaning 16 is vacantly to be closely attached on outer probe 6 to Clean Brush for cleaning 16 from horizontal direction, wherein cleaning
After hairbrush 16 ascending motion to the horizontal position parallel with 12 axis of rotation axis, the first vertical pole on clean frame 15 is close to tooth
Wheel lantern ring 9 is simultaneously blocked;The right side at 1 top of the monitoring camera ontology is fixedly connected with supporting block 17, the supporting block 17
Right side be fixedly connected with rain visor 18,17 right side of the supporting block and be installed with the second drive positioned at the inside of rain visor 18
Device 19 is moved, drive shaft 20, the table of the drive shaft 20 are fixedly connected on the output shaft of second driving device 19
Face is fixedly connected with reel 21, and the top of the clean frame 15 is fixedly connected with lantern ring 22, and the surface of the reel 21 is set
Be equipped with nylon rope 23, the one end of the nylon rope 23 far from reel 21 is fixedly connected with lantern ring 22, the controller 2 respectively with
First driving means 11 and the second driving device 19 are electrically connected.
Good the cleaning of camera can be realized in the first embodiment, but cannot achieve outer probe 6 over the ground
The shooting angle in face is adjustable, and in order to solve the technical problem, increase rotation axis 12 in first embodiment can be front and back
Scalable design, outer probe 6 and the single-ended articulated connection of monitoring camera ontology 1, clean frame 15 are popped one's head in 6 and gear lantern ring 9 outside
Unilateral range in rotation.The course of work of structure in the embodiment is as follows:
S1, when camera needs to adjust angle, to need by taking the outer probe of being rotated clockwise in attached drawing 16 as an example:Control
Device 2 controls the contractile motion to the left of rotation axis 12 first, after being thoroughly detached from gear lantern ring 9 with the gear 13 in rotation axis 12,
Then controller 2 controls drive shaft 20 and rotates backward, and so that the nylon rope 23 on reel 21 is discharged outward, due to outer probe
6 left side only has that 1 right side of bottom end and monitoring camera ontology is hinged, the upper end in 6 left side of outer probe not with monitoring camera ontology 1
Connection, therefore after the relaxation of nylon rope 23, clean frame 15 and 6 bottoms of outer probe will not be by the supports of 12 gear 13 of rotation axis
And it is whole can other than the hinge points of 6 left side bottom ends of probe be that dot is rotated clockwise, band rotation to and proper angle
Afterwards, stop and lock the position of the drive shaft 20, complete the adjusting work of 6 shooting angle of outer probe.In this process, it cleans
Frame 15 is held against and opposing stationary with 6 whole process of outer probe.
S2, need externally probe 6 cleared up when, controller 2 control drive shaft 20 rotate forward, make reel 21
On nylon rope 23 inwardly tighten and shorten, nylon rope 23 is by 15 pull-up of clean frame, since first is vertical on the clean frame 15
Strut is adjacent to gear lantern ring 9 and is blocked, therefore the clean frame 15 will drive outer probe 6 to synchronize to rotate counterclockwise and be pulled up, and wait for
After clean frame 15 goes to horizontal position, i.e., as behind the shown position in attached drawing 1, drive shaft 20 is stopped, then controller 2
Control rotation axis 12 extends to the right, after thoroughly coincideing and contacting with gear lantern ring 9 with the gear 13 in rotation axis 12, then controls
Device 2 controls drive shaft 20 and rotates backward, and the nylon rope 23 on reel 21 is made to relax, and 6 are popped one's head in by earth due to outer at this time
The supporting role of 12 gear 13 of portion's rotation axis, under the action of the second shaft 14, only Clean Brush for cleaning 16 fall naturally with it is outer
Eyeglass on probe 6 contacts with each other, and controller 2 assigns movement instruction to first driving means 11 later, makes first driving means
11 drive rotation axis 12 are to make gear 13 that gear lantern ring 9 be driven to be rotated on outer sleeve 7, and Clean Brush for cleaning 16 is to camera lens
Effective rotary cleaning is carried out, drive shaft 20 rotates forward after cleaning, and nylon rope 23 is again by 15 pull-up of clean frame
To horizontal position in attached drawing 1, you can continue monitoring work, if you need to carry out angular adjustment, then continue to repeat above-mentioned angle tune
The rapid S2 of synchronizing.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
Understanding without departing from the principles and spirit of the present invention can carry out these embodiments a variety of variations, modification, replace
And modification, the scope of the present invention is defined by the appended.