CN205532006U - Intelligent window that possesses real time monitoring function - Google Patents
Intelligent window that possesses real time monitoring function Download PDFInfo
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- CN205532006U CN205532006U CN201620069959.5U CN201620069959U CN205532006U CN 205532006 U CN205532006 U CN 205532006U CN 201620069959 U CN201620069959 U CN 201620069959U CN 205532006 U CN205532006 U CN 205532006U
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- outer rim
- inside casing
- servomotor
- outside frame
- left outside
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Abstract
The utility model relates to a window especially relates to an intelligent window that possesses real time monitoring function. The problem of the technique is solved provide an intelligent window that possesses real time monitoring function. Such intelligent window that possesses real time monitoring function is provided, including left outline, servo motor I inside casing under, on, inside casing, right outline, servo motor II etc. Be provided with servo motor I in left outline's inside, outline under left outline's below is provided with, left outline's lower extreme sets up to swing joint with lower outline's left end, go up the inside casing and set up to fixed connection with the nut, go up the inside casing and set up to swing joint with left outline, be provided with right outline on the right side of last inside casing, servo motor II is connected with the right -hand member of rotation axis, and the left end and the left outline of rotation axis set up to fixed connection. An intelligent window that possesses real time monitoring function who provides has multiple opening and the mode of closing, easy operation, convenient to use.
Description
Technical field
This utility model relates to a kind of window, particularly relates to a kind of intelligent window possessing real-time monitoring and control.
Background technology
Window, refers to the hole built on wall or roof on architectonics, in order to make light or air enter room
In.The window of modern window is by window frame, glass and movable part (hinge, handle, pulley etc.) three part groups
Become.Window frame is responsible for supporting the main structure of forms, can be timber, metal, pottery or plastic material, transparent
Part is attached on window frame, can be paper, cloth, silk or glass material.Movable part is mainly with metal material
Material is main, is likely to parcel in the place that staff touches with adiabators such as plastics.Intelligent window is to utilize to combine
Close wiring technique, the network communications technology, security precautions technology, automatic control technology, audio frequency and video technology by family
The facility occupying life relevant is integrated, promotes the safety of window, convenience, comfortableness, is convenient for people to it
Operate.Monitoring camera is a kind of semiconductor imaging device, has high light highly sensitive, anti-, distortion
The advantages such as little, volume is little, life-span length, anti-vibration.In CCTV camera safety and protection system, the life of image
Become to be currently mostly from ccd video camera, it is possible to taken out by the electric charge of storage and make voltage change, have
The characteristic of anti-vibration and shock and be widely used.The in real time monitoring of intelligent window be exactly by monitoring camera and
Intelligent window combines, and utilizes network software and hardware and communication technology to realize the function of monitoring in real time.
Existing intelligent window generally uses traditional mode horizontally slipped to open, and structure is single,
Function is simple, and does not have the function of canopy, cannot be carried out the most rainproof when the rainy day opens, easily
Cause rainwater to enter indoor, cause hydrops to soak the problem of infringement article, and it does not have supervising device,
Cannot realize monitoring in real time, it is impossible to carry out the most antitheft, the article easily making indoor are stolen, to people's
Produce and life brings serious impact.
Utility model content
(1) to solve the technical problem that
This utility model generally uses traditional mode horizontally slipped to enter to overcome existing intelligent window
Row is opened, and structure is single, and function is simple, and does not have the function of canopy, cannot enter when the rainy day opens
Row is the most rainproof, is easily caused rainwater and enters indoor, causes hydrops to soak the problem of infringement article, and
It does not have supervising device, it is impossible to realize monitoring in real time, it is impossible to carry out the most antitheft shortcoming, this practicality
Novel solving the technical problem that is to provide a kind of intelligent window possessing real-time monitoring and control.
(2) technical scheme
In order to solve above-mentioned technical problem, this utility model provides such a and possesses the intelligence of real-time monitoring and control
Change window, include left outside frame, servomotor I, nut, screw mandrel, lower outer rim, lower glass, under
Inside casing, upper glass, upper inside casing, right outer rim, upper outer rim, servomotor II and rotary shaft；
It is internally provided with servomotor I at left outside frame, the left inside wall of servomotor I and left outside frame
Top is set to fixing connection；Be provided with nut and screw mandrel in the lower section of servomotor I, servomotor I with
Screw mandrel is connected；Nut is arranged on screw mandrel, and nut matches with screw mandrel, nut with screw mandrel for being flexibly connected,
Nut and screw mandrel are all disposed within the inside of left outside frame；The right wall of left outside frame is provided with chute, nut
Being arranged in chute, the right-hand member of nut reaches left outside frame by the chute arranged on the right wall of left outside frame
Outside；
Be provided with lower outer rim in the lower section of left outside frame, the lower end of left outside frame sets with the left end of lower outer rim
It is set to be flexibly connected；Glass and lower inside casing under being arranged above of lower outer rim, lower glass is arranged on down
In inside casing, lower inside casing is connected for fixing with lower outer rim, and lower inside casing is arranged on the right side of left outside frame, lower interior
Frame is set to be flexibly connected with left outside frame；Glass and upper inside casing it is provided with in the front upper place of lower inside casing, on
Glass is arranged in inside casing, and upper inside casing is set to be flexibly connected with lower inside casing；Upper inside casing is arranged on left outside limit
Frame and the right side of nut, upper inside casing is set to fixing connection with nut, and upper inside casing and left outside frame are set to live
It is dynamically connected；
Be provided with right outer rim on the right side of upper inside casing, upper inside casing is set to be flexibly connected with right outer rim；Right
Outer rim is arranged on the right side of lower inside casing, and lower inside casing is set to fixing connection with right outer rim；Right outer rim sets
Putting above lower outer rim, the lower end of right outer rim is set to fixing connection with the right-hand member of lower outer rim；?
The left side of right outer rim is provided with outer rim, and the right-hand member of upper outer rim is set to solid with the upper end of right outer rim
Fixed connection；Be internally provided with servomotor II and rotary shaft in upper outer rim, the upper wall of servomotor II with
The inner roof wall of upper outer rim is set to fixing connection, and servomotor II is connected with the right-hand member of rotary shaft；In rotation
The left side of rotating shaft is provided with left outside frame, and the left end of rotary shaft is set to fixing connection with left outside frame；Left outside
Frame is arranged on the left side of outer rim, and the upper end of left outside frame is set to movable company with the left end of upper outer rim
Connect.
Preferably, outer photographic head, outer infrared sensor, humidity sensor, interior photographic head, temperature are also included
Degree sensor, Smoke Sensor, coal gas detection device, controller and interior infrared sensor；Outer photographic head sets
Putting the front in upper outer rim, outer photographic head is connected with upper outer rim；Outer infrared sensor and humidity sensor
Device is arranged at the front of lower outer rim, outer infrared sensor and humidity sensor and is all connected with lower outer rim；
It is equal that interior photographic head and interior infrared sensor are arranged on the rear of outer rim, interior photographic head and interior infrared sensor
It is connected with upper outer rim；Temperature sensor, Smoke Sensor, coal gas detection device and controller are respectively provided with
At the rear of lower outer rim, temperature sensor, Smoke Sensor, coal gas detection device and controller all with under
Outer rim is connected；Servomotor I, servomotor II, outer photographic head, outer infrared sensor, humidity pass
Sensor, interior photographic head, temperature sensor, Smoke Sensor, coal gas detection device and interior infrared sensor are all
It is connected with controller respectively.
Preferably, alarm module, infrared remote control module, wireless communication module I, channel radio are also included
Letter module II and handheld mobile device；Alarm module, infrared remote control module and wireless communication module I all divide
Not being connected with controller, wireless communication module I is connected by radio communication with wireless communication module II, nothing
Line communication module II is connected with handheld mobile device.
Preferably, described controller is PLC.
Preferably, described lower glass and described upper glass are disposed as hollow safety glass.
Preferably, the rotating speed of described servomotor I is set to 20 to 50r/min.
Operation principle: in this utility model, left outside frame and the upper outer rim being arranged on the right side of it are activity
Connecting, the most left outside frame can be driven forward upward to move by servomotor II by rotary shaft.
Simultaneously it is internally provided with servomotor I, nut and screw mandrel at left outside frame, and nut is by left outside limit
The chute of frame is connected with the upper inside casing being arranged on the right side of it.Therefore go up inside casing and upper glass can be by servo electricity
Machine I is coordinated with screw mandrel by nut, carries out upper and lower slip.Lower inside casing and lower glass are arranged on inside casing
The back lower place, and be set to be flexibly connected with upper inside casing, and lower inside casing is equal with lower outer rim and right outer rim
It is set to fixing connection, does not move unlatching, decrease potential safety hazard.This utility model is not only able to reality
Now slide up and down unlatching, additionally it is possible to upper inside casing and upper glass are opened upward by the way of rotating left outside frame
Opening, in rainy weather, upper inside casing and upper glass that forward upward is opened can effectively function as canopy,
Cost-effective expenditure.
When also including outer photographic head, outer infrared sensor, humidity sensor, interior photographic head, temperature sensing
Device, Smoke Sensor, coal gas detection device, controller and interior infrared sensor, and servomotor I He
When servomotor II is all connected with controller, the outer photographic head in the front being arranged on outer rim can be external
The environment in portion monitors in real time, and the information monitored is fed back to controller.It is arranged on lower outer rim
The outer infrared sensor in front can carry out continual monitoring to outside of the present utility model, it is achieved antitheft
Function, feeds back to controller monitoring information simultaneously.When the monitoring information feeding back to controller has abnormal,
Controller controls servomotor II and starts or servomotor I startup, and servomotor II drives upper inside casing and upper glass
Glass carries out action, carries out rotary closedown, or servomotor I drives upper inside casing to carry out knee-action, enters
Line slip formula is closed, and plays effective anti-theft function.It is arranged on the humidity sensor energy in the front of lower outer rim
Enough dampnesss to outside carry out continual detection, and detection information is fed back to controller.Controller root
Control upper inside casing according to the moisture information of feedback and upper glass carries out slidingtype closedown or carries out rotary closedown.
The interior photographic head at the rear being arranged on outer rim can carry out real-time monitoring to indoor, is arranged on outside
The interior infrared sensor at the rear of frame can prevent from clipping to people's when upper glass and upper inside casing are closed
Arm, plays the effect of protection.Be arranged on the temperature sensor at the rear of lower outer rim, Smoke Sensor and
Coal gas detection device can carry out continual detection, and handle to indoor temperature, smog and coal gas respectively
Detection information feeds back to controller.Controller controls upper glass and upper inside casing according to they feedacks respectively
Open and close, it is achieved that Automated condtrol, time saving and energy saving.
When also including alarm module, infrared remote control module, wireless communication module I, wireless communication module
II and during handheld mobile device, owing to alarm module, infrared remote control module and wireless communication module I all divide
Not being connected with controller, wireless communication module I is connected by radio communication with wireless communication module II, nothing
Line communication module II is connected with handheld mobile device, and therefore people can be set by remote controller and hand-held movement
For conveniently this utility model being operated and managing.And in this utility model, hand-held movement
Equipment can be mobile phone, panel computer and notebook etc., can be carried out indoor and outdoor by corresponding APP
Monitoring, it is achieved remote anti-theft.
When described controller is PLC, described controller can be adjusted by people easily
Whole setting, it is achieved simple efficient operation.
When described lower glass and described upper glass are disposed as hollow safety glass, sound-insulating and heat-insulating effect
Good, intensity is high.
When the rotating speed of described servomotor I is set to 20 to 50r/min, it is possible to carry out the most efficiently
Rotate, reduce abrasion and extend service life of the present utility model.
(3) beneficial effect
A kind of intelligent window possessing real-time monitoring and control provided by the utility model, has various structures,
There is multiple opening and closing mode, and by the way of rotarily opening so that it is it is provided with the merit serving as canopy
Can, it is not necessary to the additionally mounted canopy of people, and can continue, in the rainy day, ventilation of windowing, it is effectively prevented rainwater
Invasion, and there is real time monitoring apparatus, it is achieved that the most antitheft, simultaneously real by controller and sensor
Show and automatically controlled, and passed through modern communication technology, it is achieved that remotely monitoring and operation, automation and intelligentification
Level is high, simple to operate, easy to use, it is easy to maintenance and repair.
Accompanying drawing explanation
Fig. 1 is front view structural representation of the present utility model.
Fig. 2 is axonometric chart structural representation of the present utility model.
Fig. 3 is the axonometric chart structural representation of upper inside casing of the present utility model.
Fig. 4 is the axonometric chart structural representation of lower inside casing of the present utility model.
Fig. 5 is the axonometric chart structural representation of upper inside casing of the present utility model.
Fig. 6 is the axonometric chart structural representation of screw mandrel of the present utility model.
Fig. 7 is the axonometric chart structural representation of chute of the present utility model.
Fig. 8 is front view structural representation of the present utility model.
Fig. 9 is rearview structural representation of the present utility model.
Figure 10 is illustrative view of functional configuration of the present utility model.
The left outside frame of being labeled as in accompanying drawing: 1-, 2-servomotor I, 3-nut, 4-screw mandrel, under 5-outside
Frame, glass under 6-, inside casing under 7-, the upper glass of 8-, the upper inside casing of 9-, the right outer rim of 10-, the upper outside of 11-
Frame, 12-servomotor II, 13-rotary shaft, 14-chute, the outer photographic head of 15-, the outer infrared sensor of 16-,
17-humidity sensor, photographic head in 18-, 19-temperature sensor, 20-Smoke Sensor, 21-coal gas detects
Device, 22-controller, infrared sensor in 23-.
Detailed description of the invention
With embodiment, this utility model is further described below in conjunction with the accompanying drawings.
Embodiment 1
A kind of intelligent window possessing real-time monitoring and control, as Figure 1-10 shows, include left outside frame 1,
Servomotor I 2, nut 3, screw mandrel 4, lower outer rim 5, lower glass 6, lower inside casing 7, upper glass 8,
Upper inside casing 9, right outer rim 10, upper outer rim 11, servomotor II 12 and rotary shaft 13；At left outside frame
1 be internally provided with servomotor I 2, servomotor I 2 is arranged with the top of the left inside wall of left outside frame 1
For fixing connection；Nut 3 and screw mandrel 4, servomotor I 2 and silk it is provided with in the lower section of servomotor I 2
Bar 4 is connected；Nut 3 is arranged on screw mandrel 4, and nut 3 matches with screw mandrel 4, nut 3 and screw mandrel 4
For being flexibly connected, nut 3 and screw mandrel 4 are all disposed within the inside of left outside frame 1；The right side at left outside frame 1
Being provided with chute 14 on wall, nut 3 is arranged in chute 14, and the right-hand member of nut 3 is by left outside frame 1
The chute 14 arranged on right wall reaches the outside of left outside frame 1.
Lower outer rim 5, the lower end of left outside frame 1 and lower outer rim 5 it is provided with in the lower section of left outside frame 1
Left end is set to be flexibly connected；Glass 6 and lower inside casing 7, lower glass under being arranged above of lower outer rim 5
Glass 6 is arranged in lower inside casing 7, and lower inside casing 7 is connected for fixing with lower outer rim 5, and lower inside casing 7 is arranged on
The right side of left outside frame 1, lower inside casing 7 is set to be flexibly connected with left outside frame 1；Before lower inside casing 7
Being provided above glass 8 and upper inside casing 9, upper glass 8 is arranged in inside casing 9, and upper inside casing 9 is interior with lower
Frame 7 is set to be flexibly connected；Upper inside casing 9 is arranged on left outside frame 1 and the right side of nut 3, upper inside casing 9
Be set to fixing connection with nut 3, upper inside casing 9 is set to be flexibly connected with left outside frame 1.
Be provided with right outer rim 10 on the right side of upper inside casing 9, upper inside casing 9 is set to activity with right outer rim 10
Connect；Right outer rim 10 is arranged on the right side of lower inside casing 7, and lower inside casing 7 and right outer rim 10 are set to solid
Fixed connection；Right outer rim 10 is arranged on the top of lower outer rim 5, the lower end of right outer rim 10 and lower outside
The right-hand member of frame 5 is set to fixing connection；The left side of right outer rim 10 is provided with outer rim 11, upper outside
The right-hand member of frame 11 is set to fixing connection with the upper end of right outer rim 10；Arrange in the inside of upper outer rim 11
Servomotor II 12 and rotary shaft 13, the upper wall of servomotor II 12 is had to set with the inner roof wall of upper outer rim 11
Being set to fixing connection, servomotor II 12 is connected with the right-hand member of rotary shaft 13；Left side in rotary shaft 13
Being provided with left outside frame 1, the left end of rotary shaft 13 is set to fixing connection with left outside frame 1；Left outside frame
1 left side being arranged on outer rim 11, the upper end of left outside frame 1 is set to live with the left end of upper outer rim 11
It is dynamically connected.
Operation principle: in this utility model, left outside frame 1 with the upper outer rim 11 being arranged on the right side of it is
Being flexibly connected, the most left outside frame 1 can be driven forward upward by servomotor II 12 by rotary shaft 13
Move.Simultaneously it is internally provided with servomotor I 2, nut 3 and screw mandrel 4 at left outside frame 1, and
And nut 3 is connected with the upper inside casing 9 being arranged on the right side of it by the chute 14 of left outside frame 1.Therefore go up
Inside casing 9 and upper glass 8 can be coordinated with screw mandrel 4 by nut 3 by servomotor I 2, carry out upper and lower cunning
Dynamic.Lower inside casing 7 and lower glass 6 are arranged on the back lower place of inside casing 9, and are set to live with upper inside casing 9
It is dynamically connected, and lower inside casing 7 is disposed as fixing connection with lower outer rim 5 and right outer rim 10, does not carries out
Mobile unlatching, decreases potential safety hazard.This utility model is not only able to realization and slides up and down unlatching, additionally it is possible to
Upper inside casing 9 and upper glass 8 are opened upward, at rainy weather by the way of rotating left outside frame 1
In, upper inside casing 9 and upper glass 8 that forward upward is opened can effectively function as canopy, cost-effective expenditure.
Embodiment 2
A kind of intelligent window possessing real-time monitoring and control, as Figure 1-10 shows, include left outside frame 1,
Servomotor I 2, nut 3, screw mandrel 4, lower outer rim 5, lower glass 6, lower inside casing 7, upper glass 8,
Upper inside casing 9, right outer rim 10, upper outer rim 11, servomotor II 12 and rotary shaft 13；At left outside frame
1 be internally provided with servomotor I 2, servomotor I 2 is arranged with the top of the left inside wall of left outside frame 1
For fixing connection；Nut 3 and screw mandrel 4, servomotor I 2 and silk it is provided with in the lower section of servomotor I 2
Bar 4 is connected；Nut 3 is arranged on screw mandrel 4, and nut 3 matches with screw mandrel 4, nut 3 and screw mandrel 4
For being flexibly connected, nut 3 and screw mandrel 4 are all disposed within the inside of left outside frame 1；The right side at left outside frame 1
Being provided with chute 14 on wall, nut 3 is arranged in chute 14, and the right-hand member of nut 3 is by left outside frame 1
The chute 14 arranged on right wall reaches the outside of left outside frame 1.
Lower outer rim 5, the lower end of left outside frame 1 and lower outer rim 5 it is provided with in the lower section of left outside frame 1
Left end is set to be flexibly connected；Glass 6 and lower inside casing 7, lower glass under being arranged above of lower outer rim 5
Glass 6 is arranged in lower inside casing 7, and lower inside casing 7 is connected for fixing with lower outer rim 5, and lower inside casing 7 is arranged on
The right side of left outside frame 1, lower inside casing 7 is set to be flexibly connected with left outside frame 1；Before lower inside casing 7
Being provided above glass 8 and upper inside casing 9, upper glass 8 is arranged in inside casing 9, and upper inside casing 9 is interior with lower
Frame 7 is set to be flexibly connected；Upper inside casing 9 is arranged on left outside frame 1 and the right side of nut 3, upper inside casing 9
Be set to fixing connection with nut 3, upper inside casing 9 is set to be flexibly connected with left outside frame 1.
Be provided with right outer rim 10 on the right side of upper inside casing 9, upper inside casing 9 is set to activity with right outer rim 10
Connect；Right outer rim 10 is arranged on the right side of lower inside casing 7, and lower inside casing 7 and right outer rim 10 are set to solid
Fixed connection；Right outer rim 10 is arranged on the top of lower outer rim 5, the lower end of right outer rim 10 and lower outside
The right-hand member of frame 5 is set to fixing connection；The left side of right outer rim 10 is provided with outer rim 11, upper outside
The right-hand member of frame 11 is set to fixing connection with the upper end of right outer rim 10；Arrange in the inside of upper outer rim 11
Servomotor II 12 and rotary shaft 13, the upper wall of servomotor II 12 is had to set with the inner roof wall of upper outer rim 11
Being set to fixing connection, servomotor II 12 is connected with the right-hand member of rotary shaft 13；Left side in rotary shaft 13
Being provided with left outside frame 1, the left end of rotary shaft 13 is set to fixing connection with left outside frame 1；Left outside frame
1 left side being arranged on outer rim 11, the upper end of left outside frame 1 is set to live with the left end of upper outer rim 11
It is dynamically connected.
Also include outer photographic head 15, outer infrared sensor 16, humidity sensor 17, interior photographic head 18,
Temperature sensor 19, Smoke Sensor 20, coal gas detection device 21, controller 22 and interior infrared sensor
23；Outer photographic head 15 is arranged on the front of outer rim 11, and outer photographic head 15 is connected with upper outer rim 11
Connect；Outer infrared sensor 16 and humidity sensor 17 are arranged at the front of lower outer rim 5, outer infrared biography
Sensor 16 is all connected with lower outer rim 5 with humidity sensor 17；Interior photographic head 18 and interior infrared sensor
23 rears being arranged on outer rim 11, interior photographic head 18 and interior infrared sensor 23 all with upper outer rim
11 are connected；Temperature sensor 19, Smoke Sensor 20, coal gas detection device 21 and controller 22 are all provided with
Put the rear in lower outer rim 5, temperature sensor 19, Smoke Sensor 20, coal gas detection device 21 and
Controller 22 is all connected with lower outer rim 5；Servomotor I 2, servomotor II 12, outer photographic head 15,
Outer infrared sensor 16, humidity sensor 17, interior photographic head 18, temperature sensor 19, Smoke Sensor
20, coal gas detection device 21 is connected with controller 22 the most respectively with interior infrared sensor 23.
Operation principle: in this utility model, left outside frame 1 with the upper outer rim 11 being arranged on the right side of it is
Being flexibly connected, the most left outside frame 1 can be driven forward upward by servomotor II 12 by rotary shaft 13
Move.Simultaneously it is internally provided with servomotor I 2, nut 3 and screw mandrel 4 at left outside frame 1, and
And nut 3 is connected with the upper inside casing 9 being arranged on the right side of it by the chute 14 of left outside frame 1.Therefore go up
Inside casing 9 and upper glass 8 can be coordinated with screw mandrel 4 by nut 3 by servomotor I 2, carry out upper and lower cunning
Dynamic.Lower inside casing 7 and lower glass 6 are arranged on the back lower place of inside casing 9, and are set to live with upper inside casing 9
It is dynamically connected, and lower inside casing 7 is disposed as fixing connection with lower outer rim 5 and right outer rim 10, does not carries out
Mobile unlatching, decreases potential safety hazard.This utility model is not only able to realization and slides up and down unlatching, additionally it is possible to
Upper inside casing 9 and upper glass 8 are opened upward, at rainy weather by the way of rotating left outside frame 1
In, upper inside casing 9 and upper glass 8 that forward upward is opened can effectively function as canopy, cost-effective expenditure.
When also include outer photographic head 15, outer infrared sensor 16, humidity sensor 17, interior photographic head 18,
Temperature sensor 19, Smoke Sensor 20, coal gas detection device 21, controller 22 and interior infrared sensor
23, and when servomotor I 2 is all connected with controller 22 with servomotor II 12, it is arranged on outside
Outside environment can be monitored by the outer photographic head 15 in the front of frame 11 in real time, and the letter monitored
Breath feeds back to controller 22.The outer infrared sensor 16 in the front being arranged on lower outer rim 5 can be to this practicality
Novel outside carries out continual monitoring, it is achieved anti-theft feature, monitoring information is fed back to control simultaneously
Device 22.When the monitoring information feeding back to controller 22 has abnormal, controller 22 controls servomotor II 12
Starting or servomotor I 2 starts, servomotor II 12 drives upper inside casing 9 and upper glass 8 to carry out action,
Carry out rotary closedown, or servomotor I 2 drives upper inside casing 9 to carry out knee-action, carries out slidingtype pass
Close, play effective anti-theft function.The humidity sensor 17 in the front being arranged on lower outer rim 5 can be external
The dampness in portion carries out continual detection, and detection information is fed back to controller 22.Controller 22 basis
The moisture information of feedback controls upper inside casing 9 and upper glass 8 carries out slidingtype closedown or carries out rotary closedown.
The interior photographic head 18 at the rear being arranged on outer rim 11 can carry out real-time monitoring to indoor, is arranged on
The interior infrared sensor 23 at the rear of upper outer rim 11 can when upper glass 8 and upper inside casing 9 are closed,
Prevent from clipping to the arm of people, play the effect of protection.It is arranged on the temperature sensing at the rear of lower outer rim 5
Device 19, Smoke Sensor 20 and coal gas detection device 21 can be respectively to indoor temperature, smog and coal gas
Carry out continual detection, and detection information is fed back to controller 22.Controller 22 is respectively according to them
Feedack controls upper glass 8 and the open and close of upper inside casing 9, it is achieved that Automated condtrol, saves time
Laborsaving.
Embodiment 3
A kind of intelligent window possessing real-time monitoring and control, as Figure 1-10 shows, include left outside frame 1,
Servomotor I 2, nut 3, screw mandrel 4, lower outer rim 5, lower glass 6, lower inside casing 7, upper glass 8,
Upper inside casing 9, right outer rim 10, upper outer rim 11, servomotor II 12 and rotary shaft 13；At left outside frame
1 be internally provided with servomotor I 2, servomotor I 2 is arranged with the top of the left inside wall of left outside frame 1
For fixing connection；Nut 3 and screw mandrel 4, servomotor I 2 and silk it is provided with in the lower section of servomotor I 2
Bar 4 is connected；Nut 3 is arranged on screw mandrel 4, and nut 3 matches with screw mandrel 4, nut 3 and screw mandrel 4
For being flexibly connected, nut 3 and screw mandrel 4 are all disposed within the inside of left outside frame 1；The right side at left outside frame 1
Being provided with chute 14 on wall, nut 3 is arranged in chute 14, and the right-hand member of nut 3 is by left outside frame 1
The chute 14 arranged on right wall reaches the outside of left outside frame 1.
Lower outer rim 5, the lower end of left outside frame 1 and lower outer rim 5 it is provided with in the lower section of left outside frame 1
Left end is set to be flexibly connected；Glass 6 and lower inside casing 7, lower glass under being arranged above of lower outer rim 5
Glass 6 is arranged in lower inside casing 7, and lower inside casing 7 is connected for fixing with lower outer rim 5, and lower inside casing 7 is arranged on
The right side of left outside frame 1, lower inside casing 7 is set to be flexibly connected with left outside frame 1；Before lower inside casing 7
Being provided above glass 8 and upper inside casing 9, upper glass 8 is arranged in inside casing 9, and upper inside casing 9 is interior with lower
Frame 7 is set to be flexibly connected；Upper inside casing 9 is arranged on left outside frame 1 and the right side of nut 3, upper inside casing 9
Be set to fixing connection with nut 3, upper inside casing 9 is set to be flexibly connected with left outside frame 1.
Be provided with right outer rim 10 on the right side of upper inside casing 9, upper inside casing 9 is set to activity with right outer rim 10
Connect；Right outer rim 10 is arranged on the right side of lower inside casing 7, and lower inside casing 7 and right outer rim 10 are set to solid
Fixed connection；Right outer rim 10 is arranged on the top of lower outer rim 5, the lower end of right outer rim 10 and lower outside
The right-hand member of frame 5 is set to fixing connection；The left side of right outer rim 10 is provided with outer rim 11, upper outside
The right-hand member of frame 11 is set to fixing connection with the upper end of right outer rim 10；Arrange in the inside of upper outer rim 11
Servomotor II 12 and rotary shaft 13, the upper wall of servomotor II 12 is had to set with the inner roof wall of upper outer rim 11
Being set to fixing connection, servomotor II 12 is connected with the right-hand member of rotary shaft 13；Left side in rotary shaft 13
Being provided with left outside frame 1, the left end of rotary shaft 13 is set to fixing connection with left outside frame 1；Left outside frame
1 left side being arranged on outer rim 11, the upper end of left outside frame 1 is set to live with the left end of upper outer rim 11
It is dynamically connected.
Also include outer photographic head 15, outer infrared sensor 16, humidity sensor 17, interior photographic head 18,
Temperature sensor 19, Smoke Sensor 20, coal gas detection device 21, controller 22 and interior infrared sensor
23；Outer photographic head 15 is arranged on the front of outer rim 11, and outer photographic head 15 is connected with upper outer rim 11
Connect；Outer infrared sensor 16 and humidity sensor 17 are arranged at the front of lower outer rim 5, outer infrared biography
Sensor 16 is all connected with lower outer rim 5 with humidity sensor 17；Interior photographic head 18 and interior infrared sensor
23 rears being arranged on outer rim 11, interior photographic head 18 and interior infrared sensor 23 all with upper outer rim
11 are connected；Temperature sensor 19, Smoke Sensor 20, coal gas detection device 21 and controller 22 are all provided with
Put the rear in lower outer rim 5, temperature sensor 19, Smoke Sensor 20, coal gas detection device 21 and
Controller 22 is all connected with lower outer rim 5；Servomotor I 2, servomotor II 12, outer photographic head 15,
Outer infrared sensor 16, humidity sensor 17, interior photographic head 18, temperature sensor 19, Smoke Sensor
20, coal gas detection device 21 is connected with controller 22 the most respectively with interior infrared sensor 23.
Also include alarm module, infrared remote control module, wireless communication module I, wireless communication module II
And handheld mobile device；Alarm module, infrared remote control module and wireless communication module I the most respectively with control
Device 22 is connected, and wireless communication module I is connected by radio communication with wireless communication module II, radio communication
Module II is connected with handheld mobile device.Described controller 22 is PLC, described lower glass
6 and described upper glass 8 be disposed as hollow safety glass, the rotating speed of described servomotor I 2 is set to
20 to 50r/min.
Operation principle: in this utility model, left outside frame 1 with the upper outer rim 11 being arranged on the right side of it is
Being flexibly connected, the most left outside frame 1 can be driven forward upward by servomotor II 12 by rotary shaft 13
Move.Simultaneously it is internally provided with servomotor I 2, nut 3 and screw mandrel 4 at left outside frame 1, and
And nut 3 is connected with the upper inside casing 9 being arranged on the right side of it by the chute 14 of left outside frame 1.Therefore go up
Inside casing 9 and upper glass 8 can be coordinated with screw mandrel 4 by nut 3 by servomotor I 2, carry out upper and lower cunning
Dynamic.Lower inside casing 7 and lower glass 6 are arranged on the back lower place of inside casing 9, and are set to live with upper inside casing 9
It is dynamically connected, and lower inside casing 7 is disposed as fixing connection with lower outer rim 5 and right outer rim 10, does not carries out
Mobile unlatching, decreases potential safety hazard.This utility model is not only able to realization and slides up and down unlatching, additionally it is possible to
Upper inside casing 9 and upper glass 8 are opened upward, at rainy weather by the way of rotating left outside frame 1
In, upper inside casing 9 and upper glass 8 that forward upward is opened can effectively function as canopy, cost-effective expenditure.
When also include outer photographic head 15, outer infrared sensor 16, humidity sensor 17, interior photographic head 18,
Temperature sensor 19, Smoke Sensor 20, coal gas detection device 21, controller 22 and interior infrared sensor
23, and when servomotor I 2 is all connected with controller 22 with servomotor II 12, it is arranged on outside
Outside environment can be monitored by the outer photographic head 15 in the front of frame 11 in real time, and the letter monitored
Breath feeds back to controller 22.The outer infrared sensor 16 in the front being arranged on lower outer rim 5 can be to this practicality
Novel outside carries out continual monitoring, it is achieved anti-theft feature, monitoring information is fed back to control simultaneously
Device 22.When the monitoring information feeding back to controller 22 has abnormal, controller 22 controls servomotor II 12
Starting or servomotor I 2 starts, servomotor II 12 drives upper inside casing 9 and upper glass 8 to carry out action,
Carry out rotary closedown, or servomotor I 2 drives upper inside casing 9 to carry out knee-action, carries out slidingtype pass
Close, play effective anti-theft function.The humidity sensor 17 in the front being arranged on lower outer rim 5 can be external
The dampness in portion carries out continual detection, and detection information is fed back to controller 22.Controller 22 basis
The moisture information of feedback controls upper inside casing 9 and upper glass 8 carries out slidingtype closedown or carries out rotary closedown.
The interior photographic head 18 at the rear being arranged on outer rim 11 can carry out real-time monitoring to indoor, is arranged on
The interior infrared sensor 23 at the rear of upper outer rim 11 can when upper glass 8 and upper inside casing 9 are closed,
Prevent from clipping to the arm of people, play the effect of protection.It is arranged on the temperature sensing at the rear of lower outer rim 5
Device 19, Smoke Sensor 20 and coal gas detection device 21 can be respectively to indoor temperature, smog and coal gas
Carry out continual detection, and detection information is fed back to controller 22.Controller 22 is respectively according to them
Feedack controls upper glass 8 and the open and close of upper inside casing 9, it is achieved that Automated condtrol, saves time
Laborsaving.
When also including alarm module, infrared remote control module, wireless communication module I, wireless communication module
II and during handheld mobile device, owing to alarm module, infrared remote control module and wireless communication module I all divide
Not being connected with controller 22, wireless communication module I is connected by radio communication with wireless communication module II,
Wireless communication module II is connected with handheld mobile device, and therefore people can pass through remote controller and hand-held movement
This utility model is conveniently operated and manages by equipment.And in this utility model, hand-held shifting
Dynamic equipment can be mobile phone, panel computer and notebook etc., can be entered indoor and outdoor by corresponding APP
Row monitoring, it is achieved remote anti-theft.When described controller 22 is PLC, people can be convenient
It is adjusted described controller 22 arranging, it is achieved simple efficient operation.When described lower glass 6 He
When described upper glass 8 is disposed as hollow safety glass, sound-insulating and heat-insulating is effective, and intensity is high.When described
The rotating speed of servomotor I 2 when being set to 20 to 50r/min, it is possible to carry out steadily rotating efficiently, subtract
Less wear extends service life of the present utility model.
Embodiment described above only have expressed preferred implementation of the present utility model, its describe more concrete and
In detail, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that,
For the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make
Some deformation, improving and substitute, these broadly fall into protection domain of the present utility model.Therefore, this practicality is new
The protection domain of type patent should be as the criterion with claims.
Claims (6)
1. the intelligent window possessing real-time monitoring and control, it is characterised in that include left outside frame (1),
Servomotor I (2), nut (3), screw mandrel (4), lower outer rim (5), lower glass (6), lower inside casing
(7), upper glass (8), upper inside casing (9), right outer rim (10), upper outer rim (11), servomotor
II (12) and rotary shaft (13)；
Being internally provided with servomotor I (2) at left outside frame (1), servomotor I (2) is with left outside
The top of the left inside wall of frame (1) is set to fixing connection；It is provided with in the lower section of servomotor I (2)
Nut (3) and screw mandrel (4), servomotor I (2) is connected with screw mandrel (4)；Nut (3) is arranged
On screw mandrel (4), nut (3) matches with screw mandrel (4), and nut (3) and screw mandrel (4) are movable
Connecting, nut (3) and screw mandrel (4) are all disposed within the inside of left outside frame (1)；In left outside frame (1)
Right wall on be provided with chute (14), in nut (3) is arranged on chute (14), the right-hand member of nut (3)
The outside of left outside frame (1) is reached by the chute (14) arranged on the right wall of left outside frame (1)；
Be provided with lower outer rim (5) in the lower section of left outside frame (1), the lower end of left outside frame (1) with under
The left end of outer rim (5) is set to be flexibly connected；Glass under being arranged above of lower outer rim (5)
And lower inside casing (7) (6), lower glass (6) is arranged in lower inside casing (7), lower inside casing (7) with lower outside
Frame (5) connects for fixing, and lower inside casing (7) is arranged on the right side of left outside frame (1), lower inside casing (7)
It is set to be flexibly connected with left outside frame (1)；The front upper place of lower inside casing (7) is provided with upper glass (8)
With upper inside casing (9), upper glass (8) is arranged in inside casing (9), upper inside casing (9) and lower inside casing (7)
It is set to be flexibly connected；Upper inside casing (9) is arranged on left outside frame (1) and the right side of nut (3), upper interior
Frame (9) is set to fixing connection with nut (3), and upper inside casing (9) and left outside frame (1) are set to live
It is dynamically connected；
Right outer rim (10), upper inside casing (9) and right outer rim (10) it is provided with on the right side of upper inside casing (9)
It is set to be flexibly connected；Right outer rim (10) is arranged on the right side of lower inside casing (7), lower inside casing (7) with
Right outer rim (10) is set to fixing connection；Right outer rim (10) is arranged on the top of lower outer rim (5),
The lower end of right outer rim (10) is set to fixing connection with the right-hand member of lower outer rim (5)；In right outer rim (10)
Left side be provided with outer rim (11), the upper end of the right-hand member of upper outer rim (11) and right outer rim (10)
It is set to fixing connection；It is internally provided with servomotor II (12) and rotary shaft in upper outer rim (11)
(13), the upper wall of servomotor II (12) is set to fixing connection with the inner roof wall of upper outer rim (11),
Servomotor II (12) is connected with the right-hand member of rotary shaft (13)；Arrange in the left side of rotary shaft (13)
Having left outside frame (1), the left end of rotary shaft (13) is set to fixing connection with left outside frame (1)；Left outside
Frame (1) is arranged on the left side of outer rim (11), the upper end of left outside frame (1) and upper outer rim (11)
Left end be set to be flexibly connected.
A kind of intelligent window possessing real-time monitoring and control the most according to claim 1, its feature exists
In, also include outer photographic head (15), outer infrared sensor (16), humidity sensor (17), interior shooting
Head (18), temperature sensor (19), Smoke Sensor (20), coal gas detection device (21), controller
And interior infrared sensor (23) (22)；Outer photographic head (15) is arranged on the front of outer rim (11),
Outer photographic head (15) is connected with upper outer rim (11)；Outer infrared sensor (16) and humidity sensor
(17) front of lower outer rim (5), outer infrared sensor (16) and humidity sensor (17) it are arranged at
All it is connected with lower outer rim (5)；Outside interior photographic head (18) and interior infrared sensor (23) are arranged on
The rear of frame (11), interior photographic head (18) and interior infrared sensor (23) all with upper outer rim (11)
It is connected；Temperature sensor (19), Smoke Sensor (20), coal gas detection device (21) and controller
(22) be arranged at the rear of lower outer rim (5), temperature sensor (19), Smoke Sensor (20),
Coal gas detection device (21) is all connected with lower outer rim (5) with controller (22)；Servomotor I (2),
Servomotor II (12), outer photographic head (15), outer infrared sensor (16), humidity sensor (17),
Interior photographic head (18), temperature sensor (19), Smoke Sensor (20), coal gas detection device (21) and
Interior infrared sensor (23) is connected with controller (22) the most respectively.
A kind of intelligent window possessing real-time monitoring and control the most according to claim 2, its feature exists
In, also include alarm module, infrared remote control module, wireless communication module I, wireless communication module II
And handheld mobile device；Alarm module, infrared remote control module and wireless communication module I the most respectively with control
Device (22) is connected, and wireless communication module I is connected by radio communication with wireless communication module II, wireless
Communication module II is connected with handheld mobile device.
A kind of intelligent window possessing real-time monitoring and control the most according to claim 2, its feature exists
In, described controller (22) is PLC.
A kind of intelligent window possessing real-time monitoring and control the most according to claim 1, its feature exists
In, described lower glass (6) and described upper glass (8) are disposed as hollow safety glass.
A kind of intelligent window possessing real-time monitoring and control the most according to claim 1, its feature exists
In, the rotating speed of described servomotor I (2) is set to 20 to 50r/min.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620069959.5U CN205532006U (en) | 2016-01-25 | 2016-01-25 | Intelligent window that possesses real time monitoring function |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620069959.5U CN205532006U (en) | 2016-01-25 | 2016-01-25 | Intelligent window that possesses real time monitoring function |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205532006U true CN205532006U (en) | 2016-08-31 |
Family
ID=56768246
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620069959.5U Expired - Fee Related CN205532006U (en) | 2016-01-25 | 2016-01-25 | Intelligent window that possesses real time monitoring function |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205532006U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108985266A (en) * | 2018-08-14 | 2018-12-11 | 刘纪君 | House forms image pickup driving |
| CN114278190A (en) * | 2021-12-31 | 2022-04-05 | 江苏轻舟装饰工程有限公司 | Intelligent door and window with indoor gas standard exceeding automatic detection function |
-
2016
- 2016-01-25 CN CN201620069959.5U patent/CN205532006U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108985266A (en) * | 2018-08-14 | 2018-12-11 | 刘纪君 | House forms image pickup driving |
| CN114278190A (en) * | 2021-12-31 | 2022-04-05 | 江苏轻舟装饰工程有限公司 | Intelligent door and window with indoor gas standard exceeding automatic detection function |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160831 Termination date: 20200125 |