CN107132857A - A kind of air detecting device control method and air detecting device - Google Patents
A kind of air detecting device control method and air detecting device Download PDFInfo
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- CN107132857A CN107132857A CN201710415392.1A CN201710415392A CN107132857A CN 107132857 A CN107132857 A CN 107132857A CN 201710415392 A CN201710415392 A CN 201710415392A CN 107132857 A CN107132857 A CN 107132857A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D3/00—Control of position or direction
- G05D3/12—Control of position or direction using feedback
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- G—PHYSICS
- G01—MEASURING; TESTING
- G01N—INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIR CHEMICAL OR PHYSICAL PROPERTIES
- G01N33/00—Investigating or analysing materials by specific methods not covered by groups G01N1/00 - G01N31/00
- G01N33/0004—Gaseous mixtures, e.g. polluted air
- G01N33/0009—General constructional details of gas analysers, e.g. portable test equipment
- G01N33/0073—Control unit therefor
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05D—SYSTEMS FOR CONTROLLING OR REGULATING NON-ELECTRIC VARIABLES
- G05D27/00—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00
- G05D27/02—Simultaneous control of variables covered by two or more of main groups G05D1/00 - G05D25/00 characterised by the use of electric means
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Abstract
The invention discloses a kind of air detecting device control method and air detecting device, in angle determination process, control housing is rotated in the slewing area of setting, in the rotation process, air quality data is gathered every set angle, and records the rotational angle of air mass sensor；Compare the size of all air quality datas obtained in the rotation process, obtain maximum；Control housing into rotation so that the rotational angle of air mass sensor is the corresponding rotational angle of the maximum；I.e. so that air mass sensor is in optimum detection orientation, in order to accurate acquisition air quality data, accurately knows air quality situation, it is to avoid due to detection error caused by angle problem, improve the comprehensive and accuracy of Detection of Air Quality；In monitoring process, air mass sensor gathers air quality data every setting time, and is sent to control panel；Control panel is when the air quality data received is more than given threshold, alarm.
Description
Technical field
It is to be related to a kind of air detecting device control method and air specifically the invention belongs to detection technique field
Detection means.
Background technology
Because present air pollution is increasingly serious, haze weather increases, and air quality deteriorates, the harm day to health
Increasingly weigh, more and more important is just seemed with early-warning and predicting to PM2.5 monitoring.
Because airflow direction is different, grain density is also different, and detected value also can be different.But current air detection product,
Be fixed on behind a position, it is impossible to rotation direction, can only the air-flow of a direction enter interiors of products, therefore can only detect a certain
The air quality in direction, it is impossible to carry out the air detection of different directions, it is impossible to the air quality around complete detection product, it is impossible to
Know that the air quality in which direction is worst, detection accuracy is poor.
The content of the invention
The invention provides a kind of air detecting device control method, the accuracy of Detection of Air Quality is improved.
In order to solve the above technical problems, the present invention is achieved using following technical scheme：
A kind of air detecting device control method, the air detecting device includes housing and fixed structure, the housing and institute
State fixed structure and rotate connection；Multiple air ports are offered on the housing, and air matter is fixed with the housing
Quantity sensor and control panel；
The control method includes：In each monitoring cycle, angle determination process and monitoring process are performed：
The angle determination process includes：
（11）Control housing is rotated in the slewing area of setting, in the rotation process, and air matter is gathered every set angle
Data are measured, and record the rotational angle of air mass sensor；
（12）Compare the size of all air quality datas obtained in the rotation process, obtain maximum；
（13）Control housing into rotation so that the rotational angle of air mass sensor is the corresponding rotational angle of the maximum；
The monitoring process includes：
（14）Air mass sensor gathers air quality data every setting time, and is sent to control panel；
（15）Control panel judges whether the air quality data received is more than given threshold, if so, then alarm.
Further, the air detecting device also include remote control, the monitoring cycle, setting slewing area, set
Determine angle to be reset by the remote control.
Further, the slewing area set is 0~360 °.
Further, in the monitoring process, when the air quality data that control panel is received is more than given threshold
When, control panel sends signal to cleaning equipment, control cleaning equipment operation.
Further, in the monitoring process, the air quality data received is uploaded to monitoring and set by control panel
It is standby.
It is preferred that, it is fixed with temperature sensor in the housing；The control method also includes：
Temperature sensor collecting temperature data, and control panel is sent to, control panel exceedes setting temperature in the temperature data received
When spending scope, alarm, and control air conditioner to run.
It is preferred that, it is fixed with humidity sensor in the housing；The control method also includes：
Humidity sensor gathers humidity data, and is sent to control panel, and control panel exceedes in the humidity data received sets wet
When spending scope, alarm, and control air conditioner to run.
A kind of air detecting device, including housing and fixed structure, the housing are rotated with the fixed structure and are connected；
Multiple air ports are offered on the housing, air mass sensor and control panel are fixed with the housing；Control
Plate control housing is rotated in the slewing area of setting, and in the rotation process, air mass sensor is adopted every set angle
Collect air quality data, and be sent to control panel；Control panel receives air quality data and records turning for air mass sensor
Dynamic angle；Control panel compares the size of all air quality datas obtained in the rotation process, obtains maximum；Then control
Housing into rotation processed so that the rotational angle of air mass sensor is the corresponding rotational angle of the maximum；Air quality is sensed
Device gathers air quality data every setting time, and is sent to control panel；Control panel judges the air quality data received
Whether given threshold is more than, if so, then alarm.
Further, the air detecting device also includes remote control, and the monitoring cycle, setting are reset by remote control
Slewing area, set angle.
Further, temperature sensor and humidity sensor are fixed with the housing；Temperature sensor collection temperature
Degrees of data, and control panel is sent to, control panel is when the temperature data received exceedes design temperature scope, alarm, and
Control air conditioner operation；Humidity sensor gathers humidity data, and is sent to control panel, and control panel is in the humidity data received
During more than setting humidity range, alarm, and control air conditioner to run.
Compared with prior art, advantages and positive effects of the present invention are：The air detecting device control method of the present invention
And air detecting device, in angle determination process, control housing is rotated in the slewing area of setting, in the rotation process
In, air quality data is gathered every set angle, and record the rotational angle of air mass sensor；Compare and rotated at this
The size of all air quality datas obtained in journey, obtains maximum；Control housing into rotation so that air mass sensor
Rotational angle is the corresponding rotational angle of the maximum；In monitoring process, air mass sensor is gathered every setting time
Air quality data, and it is sent to control panel；Control panel is when the air quality data received is more than given threshold, and alarm is carried
Show.Therefore, the air detecting device and control method of the present embodiment, in the slewing area of setting around complete detection device
Air quality data, compares maximum, controls housing into rotation to cause the rotational angle of air mass sensor to be the maximum
Corresponding rotational angle, i.e. so that air mass sensor is in optimum detection orientation, in order to accurate acquisition air quality number
According to accurately knowing air quality situation, it is to avoid due to detection error caused by angle problem, improve the complete of Detection of Air Quality
Face property and accuracy.
It is read in conjunction with the figure after the detailed description of embodiment of the present invention, the other features and advantages of the invention will become more
Plus it is clear.
Brief description of the drawings
Fig. 1 is a kind of flow chart of embodiment of air detecting device control method proposed by the invention；
Fig. 2 is the flow chart of another embodiment of air detecting device control method proposed by the invention；
Fig. 3 is the flow chart of the another embodiment of air detecting device control method proposed by the invention；
Fig. 4 is a kind of structural representation of embodiment of air detecting device proposed by the invention；
Fig. 5 is Fig. 4 profile；
Fig. 6 is Fig. 5 explosive view；
Fig. 7 is the profile of housing in Fig. 4；
Fig. 8 is the enlarged drawing of A in Fig. 7；
Fig. 9 is the enlarged drawing of B in Fig. 7.
Reference：
P, housing；
1st, upper casing；1-1, upper rotation shackle member；1-2, ring gear；1-3, the second neck；1-4, otch；
2nd, lower casing；2-1, air ports；2-2, the second snap fit；
3rd, motor；4th, fixed structure；4-1, lower rotation shackle member；5th, gear；6th, control panel.
Embodiment
In order to make the purpose , technical scheme and advantage of the present invention be clearer, below with reference to drawings and examples, to this
Invention is described in further detail.
The present embodiment proposes a kind of air detecting device control method and air detecting device, controls housing into rotation, makes
Obtain air mass sensor and be in optimum detection orientation, in order to accurately know air quality situation, improve air quality inspection
The accuracy of survey.Below, the control method to air detecting device and the air detecting device is illustrated.
The air detecting device of the present embodiment, mainly includes housing P, fixed structure 4, motor 3, gear 5 etc., housing
P is rotated with fixed structure 4 and is connected, specifically, and motor 3 is arranged on fixed structure 4, and fixed structure 4 is arranged on wall
Or ceiling is first-class；The lower rotation shackle member 4-1 of annular is formed with the bottom of fixed structure 4, is formed at housing P top
There is the upper rotation shackle member 1-1 of annular, upper rotation shackle member 1-1 is overlapped with lower rotation shackle member 4-1 axis, upper to rotate
Shackle member 1-1 rotates clamping with lower rotation shackle member 4-1.Multiple air ports 2-1 are offered on housing P, in housing P
Air mass sensor and control panel 6 are laid with, air mass sensor is electrically connected with control panel 6, and air mass sensor is adopted
The air quality data that collection enters in housing P, detects air quality, and the data collected are sent to control panel 6, control panel
6 are connected with motor 3, output control signals to motor 3, and control motor 3 is operated；Motor 3 connects with gear 5
Connect, the drive gear 5 of motor 3 is rotated；Ring gear 1-2, ring gear 1-2 and upper rotation shackle member 1-1 are formed with housing P
Axis overlap, gear 5 engage with ring gear 1-2, and gear 5 is rotated, and drives ring gear 1-2 rotations, so drive housing P around
The upper axis for rotating shackle member 1-1 is rotated, and upper rotation shackle member 1-1 rotates clamping with lower rotation shackle member 4-1, referring to Fig. 4
Shown in Fig. 9.
The control method of the air detecting device includes two processes：Angle determination process, monitoring process, in each monitoring
In cycle, the two processes are performed successively.
Angle determination process specifically includes following step, shown in Figure 1.
Step S10：Electrifying startup.
Detection means electrifying startup.
Step S11：Control housing is rotated in the slewing area of setting, in the rotation process, is adopted every set angle
Collect air quality data, and record the rotational angle of air mass sensor.
Control panel control housing is rotated in the slewing area of setting, and in the rotation process, air mass sensor is every
Air quality data is gathered every set angle（Such as PM2.5, VOC gas）, and it is sent to control panel；Control panel receives air matter
Amount data and the rotational angle for recording air mass sensor；I.e. air mass sensor collection primary air qualitative data, is controlled
The rotational angle of the rotational angle of making sheet record now air mass sensor, air quality data and air mass sensor is
Correspondingly.
The rotational angle of air mass sensor is defaulted as 0 ° in electrifying startup.
The slewing area of setting can be selected according to actual conditions, and default value is typically chosen as 0~360 °, i.e. housing and turned
A dynamic circle, in order to the air quality around complete detection device, during housing into rotation one is enclosed, is adopted every set angle
Collect air quality data.
Certainly, user can also select the slewing area of setting, such as 0~270 ° according to the actual installation situation of device.
Set for the ease of user according to actual conditions, the air detecting device also includes remote control, is set by remote control pair
Fixed slewing area is reset, and to be adapted to actual installation environment, expands application.
Set angle can also be reset by remote control, to determine gathered data times of collection.Such as set angle
For 45 °.
Because the air quality around detection means may change, therefore monitoring cycle can also be entered by remote control
Row is reset, with the change suitable for air quality, meets actual demand, improves Detection of Air Quality accuracy.For example monitor week
Phase is 2 hours, i.e., every 2 hours, perform angle determination process, monitoring process.
It is assumed that the slewing area set is 0~360 °, set angle is that 45 °, i.e. housing into rotation one are enclosed, every 45 ° of collections
Primary air qualitative data, gathers 8 air quality datas altogether.Specifically, device electrifying startup, air mass sensor is adopted
Collect primary air qualitative data d1, record rotational angle a1=0 ° of now air mass sensor；45 ° of housing into rotation, is adopted again
Collect air quality data d2, record rotational angle a2=45 ° ... ... of air mass sensor, air quality data is obtained successively
D3, d4, d5, d6, d7, d8, and corresponding air mass sensor rotational angle a3, a4, a5, a6, a7, a8.
Step S12：Control panel compares the size of all air quality datas obtained in the rotation process, obtains maximum
Value.
Compare eight air quality datas d1, d2, d3, d4, d5, d6, d7, d8 size, obtain maximum therein, and
Find out the rotational angle of the corresponding air mass sensor of the maximum.For example, d5 is maximum, corresponding air quality sensing
The rotational angle of device is a5.
Step S13：Control housing into rotation so that the rotational angle of air mass sensor, which is that the maximum is corresponding, to be rotated
Angle.
Control panel control motor operating, drives housing into rotation so that the rotational angle of air mass sensor is should
The corresponding rotational angle of maximum, such as a5.That is, when air mass sensor is in the rotational angle, air mass sensor is adopted
The air quality data collected is maximum, air pollution most serious, i.e., now air mass sensor is located at optimum detection orientation.
Monitoring process specifically includes following step, shown in Figure 1.
Step S14：Air mass sensor gathers air quality data every setting time, and is sent to control panel.
After the rotational angle of air mass sensor is determined, it is not rotated further by, positioned at optimum detection orientation, every setting time
（Such as 1 second）Collection primary air qualitative data is simultaneously sent to control panel.
Air quality data is known in time for the ease of user, and the air quality data received is uploaded to prison by control panel
Equipment, such as mobile phone, PAD mobile terminals, and computer etc. are controlled, user can easily and timely know air quality situation.
Step S15：Control panel judges whether the air quality data received is more than given threshold.
If so, then performing step S16：
If it is not, then performing step S17；
Step S16：Alarm.
When air quality data is more than given threshold, control panel alarm points out user's air quality poor, so as to
Taken measures in time in user.
For the ease of improving air quality in time, when the air quality data that control panel is received is more than given threshold,
Control panel sends signal to cleaning equipment, and control cleaning equipment operation, cleaning equipment operation, auto-control improves air quality,
Intelligent power saving, provides the user comfortable living environment.
After alarm, return to step S14.
Step S17：Judge whether the monitoring cycle terminates.
If it is not, then the monitoring cycle does not terminate also, return to step S14.
If so, then the monitoring cycle terminates, restart next cycle, return to step S11.
The air detecting device and control method of the present embodiment, in angle determination process, control housing turns setting
Rotated in dynamic scope, in the rotation process, gather air quality data every set angle, and record air mass sensor
Rotational angle；Compare the size of all air quality datas obtained in the rotation process, obtain maximum；Control housing
Rotate so that the rotational angle of air mass sensor is the corresponding rotational angle of the maximum；In monitoring process, air matter
Quantity sensor gathers air quality data every setting time, and is sent to control panel；Control panel is in the air quality received
When data are more than given threshold, alarm.Therefore, the air detecting device and control method of the present embodiment, in turning for setting
Air quality data in dynamic scope around complete detection device, compares maximum, and control housing into rotation causes air quality
The rotational angle of sensor is the corresponding rotational angle of the maximum, i.e. so that air mass sensor is in optimum detection side
Position, in order to accurate acquisition air quality data, accurately knows air quality situation, it is to avoid due to being detected caused by angle problem
Error, improves the comprehensive and accuracy of Detection of Air Quality.
In order to increase the function of air detecting device, temperature sensor and humidity sensor are also laid with housing P, temperature
Degree sensor and humidity sensor are connected with control panel respectively.Temperature sensor collecting temperature data, and by the data collected
Send to control panel；Humidity sensor gathers humidity data, and the data collected are sent to control panel.By setting temperature
Sensor and humidity sensor, add the function of detection temperature and humidity, enrich the function of air detecting device, improve
The market competitiveness of air detecting device.
Control method about temperature detection specifically includes following step, shown in Figure 2.
Step S21：Temperature sensor collecting temperature data, and it is sent to control panel.
Step S22：Control panel judges whether the temperature data received exceedes design temperature scope.
If it is not, then return to step S21.
If so, then performing step S23：Alarm, and air conditioner is outputed signal to, control air conditioner operation returns to step
Rapid S21.
Air conditioner is run according to the signal received, temperature is adjusted, to improve users'comfort.
Control method about Humidity Detection specifically includes following step, shown in Figure 3.
Step S31：Humidity sensor gathers humidity data, and is sent to control panel.
Step S32：Control panel judges whether the humidity data received exceedes setting humidity range.
If it is not, then return to step S31.
If so, then performing step S33：Alarm, and air conditioner is outputed signal to, control air conditioner operation returns to step
Rapid S31.
Air conditioner is run according to the signal received, humidity is adjusted, to improve users'comfort.
The air detecting device of the present embodiment, the control motor 3 of control panel 6 is operated, and band moving gear 5 is rotated, the band of gear 5
Dynamic ring gear 1-2 is rotated, and shackle member 1-1 is rotated in ring gear 1-2 drives and is rotated, that is, drives housing P to rotate, so that different directions
Air can through multiple air ports 2-1 enter housing P inside, air mass sensor is detected to air quality,
And send Detection of Air Quality data to control panel 6；Block because upper rotation shackle member 1-1 is rotated with lower rotation shackle member 4-1
Connect, can carry out 360 ° of rotations, i.e. housing can carry out 360 ° of rotations, and different directions can not be carried out in the prior art by solving
The problem of air detection, realize and Detection of Air Quality carried out to multiple directions, realize the air quality of complete detection device surrounding,
Improve the accuracy of Detection of Air Quality；Moreover, lower turn of the upper rotation shackle member 1-1 of case top and fixed structure bottom
Dynamic shackle member 4-1 rotates clamping, i.e., the upper shackle member 1-1 and lower rotation shackle member 4-1 that rotates not only is connected together, and the two
It can also rotate, using the connected mode for rotating clamping, both realize housing P and fixed structure 4 reliable and stable connection, and dismounting
It is convenient, housing P 360 ° of rotations are realized again, realize the air quality of complete detection device surrounding；Formed and gear on housing P
The ring gear 1-2 of 5 engagements, it is simple in construction, space is saved, the size of air detecting device is reduced, reduces cost；Using
Gear drive, stable drive, gearratio are accurate, reliable operation, efficiency high, long lifespan, are easy to housing P to rotate.
In the present embodiment, it is lower to rotate the outside that shackle member 4-1 is located at upper rotation shackle member 1-1；Lower rotation shackle member 4-1
For annular neck, upper rotation shackle member 1-1 is annular snap fit, and annular neck and annular snap fit rotate clamping.Gear 5
Rotate, drive ring gear 1-2 to rotate, and then drive rotation shackle member 1-1 to be rotated in lower rotation shackle member 4-1.Due under
Rotate the outside that shackle member 4-1 is located at upper rotation shackle member 1-1, from housing P outer surface can't see upper rotations shackle member 1-1 and
The lower junction for rotating shackle member 4-1, it is to avoid the junction for above rotating shackle member 1-1 and lower rotation shackle member 4-1 wrecks,
Shackle member 1-1 and lower rotation shackle member 4-1 security are rotated in raising, rotation shackle member 1-1 is extended and blocks with lower rotate
Fitting 4-1 service life, reduces maintenance replacement cost.
In order to save space, described ring gear 1-2 is formed on upper rotation shackle member 1-1 inner ring face, i.e. at upper turn
Form ring gear 1-2 on dynamic shackle member 1-1 inner ring side wall, compact conformation, be greatly saved space, reduce air detection dress
The size put, reduce cost.
For the ease of reminding user, air detecting device also includes alarm, and control panel controls the operation of alarm.Work as sky
Gas quality testing data exceed after threshold value, control panel control alarm equipment alarm, to remind user, are easy to user to take in time and arrange
Apply.
For the ease of control panel by the signal received（Such as air mass signal, temperature signal, moisture signal）To outgoing
Send, communication unit is also laid with housing P, communication unit is connected with control panel, and control panel sends a control signal to communication unit
Member, is sent out through communication unit.For example, the control signal that control panel is sent, sends to cleaning equipment, air-conditioning through communication unit
Device etc., the then operation such as cleaning equipment, air conditioner, cleaning equipment, which improves air quality, air conditioner, improves humiture, is that user carries
For comfortable living environment.
The communication unit can be Landline communication unit or wireless communication unit, such as WIFI, user
Just.
For the ease of the control panel and each sensor inside maintenance housing P, housing P includes upper casing 1 and lower casing 2, on
Shell 1 and the clamping of lower casing 2, are easy to dismounting.Described upper rotation shackle member 1-1 is formed with the top of upper casing 1；The four of lower casing 2
Described air ports 2-1 is offered on the week side of boss wall.
Due to being laid with multiple air ports 2-1 on each side wall of lower casing 2, the air-flow of surrounding can be through air
Import and export 2-1 enter housing P in, further solve in the prior art can only a direction air-flow enter device inside, only
The problem of air quality of a direction can be detected, realize the air-flow of device surrounding can enter inside device, Ke Yiquan
The air quality of face detection means surrounding, improves the accuracy of Detection of Air Quality；Moreover, the apparatus structure is simple, be easy to
Realization, cost are relatively low, easy to utilize.
For the ease of the connection of upper casing 1 and lower casing 2, the side-wall outer side of upper casing 1 is laid with the second neck 1-3；The side of lower casing 2
The second snap fit 2-2, the second snap fit 2-2 and the second neck 1-3 clampings are laid with the inside of wall.
By designing the second snap fit 2-2 and the second neck 1-3, upper casing 1 and lower casing 2 be connected together, be both easy to upper casing with
The reliable and stable connection of lower casing, is easy to dismounting again；Moreover, can't see the second snap fit 2-2 and the second neck 1- from housing P outer surfaces
3, it is to avoid the second snap fit 2-2 and the second neck 1-3 have an accident damage, improve the second snap fit 2-2 and the second neck 1-3 peace
Quan Xing, extends the second snap fit 2-2 and the second neck 1-3 service life, reduces maintenance replacement cost；And good appearance.
In the present embodiment, the side wall of lower casing 2 is structure of grid, and the gap in the structure of grid between grizzly bar forms institute
The air ports 2-1 stated.The streamlined structure of grid design of the side wall of lower casing 2, had both formd the air ports 2-1 of lower casing 2,
It is easy to the entrance of all directions air-flow, and good appearance fashion, while alleviating the weight of lower casing 2, is easy to and the clamping of upper casing 1.
For further lower casing 2 and upper casing 1 easy to disassemble, the position contacted on the side wall of upper casing 1 with lower casing 2 is offered
Otch 1-4.When dismantling lower casing 2 and upper casing 1, by flat mouth screwdriver（Or other can extend into otch 1-4 instrument）Stretch into
Otch 1-4 exerts oneself so that the second snap fit 2-2 departs from the second neck 1-3, takes lower casing 2 and upper casing 1 apart so as to realize, simple side
Just, it is easy to operation；And because otch 1-4 is laid in the position contacted on the side wall of upper casing 1 with lower casing 2, it is to avoid influence is attractive in appearance.
In the present embodiment, lower casing 2 includes four side walls, is adapted, and upper casing 1 also includes four side walls, the i.e. He of upper casing 1
Lower casing 2 is square body.Certainly, housing P can also be cylindrical body, and housing P shape is not limited to the example above.Below with
Housing P be square body exemplified by, the concrete structure of air detecting device is described in detail.
In order that lower casing 2 and the stable connection of upper casing 1 are reliable, be laid with respectively on two relative side walls of upper casing 1 to
A few second neck 1-3, corresponding position is laid with the second snap fit 2-2, the second neck 1-3 and the second snap fit on lower casing 2
2-2 is connected together；The position contacted on the side wall of upper casing 1 with the second neck 1-3 with lower casing 2 offers otch 1-4, i.e.,
Otch 1-4 is laid in the upper case side wall with the second neck 1-3, because otch 1-4 and the second neck 1-3 is in the same side wall
On, easily facilitate using screwdriver and the second snap fit 2-2 and the second neck 1-3 are separated by otch 1-4, it is time saving and energy saving.
In the present embodiment, it is laid with the second neck 1-3 described in two respectively on two relative side walls of upper casing 1,
Corresponding position is laid with the second snap fit 2-2 on lower casing 2, otch 1-4 be laid in two the second neck 1-3 on the wall of the same side it
Between.I.e. upper casing 1 is laid with four the second neck 1-3, two otch 1-4 altogether, is distributed on two relative side walls；Lower casing 2 is total to
Four the second snap fit 2-2 are laid with, are distributed on two relative side walls；Second snap fit 2-2 and corresponding second neck 1-3 cards
Connect.By designing four the second snap fit 2-2 and four the second neck 1-3, the stabilization for both having improved lower casing 2 and the connection of upper casing 1 can
By property, snap fit, neck design is avoided excessively to influence the structural stability of whole housing again；By the way that otch 1-4 is laid in into two
Between second neck 1-3, it is easy to firmly cause the second snap fit and the second neck to depart from, it is time saving and energy saving.
In order to avoid lower casing 2 and upper casing 1 install dislocation, the installation effectiveness of lower casing 2 and upper casing 1 is improved, at one of upper casing 1
Error-proof structure is provided with the wall of side, position corresponding with the error-proof structure is provided with utensil receiving opening on lower casing 2, when the He of lower casing 2
After upper casing 1 is installed together, error-proof structure is located in utensil receiving opening.
Only when lower casing 2 and the correct installation direction of upper casing 1, error-proof structure is located in utensil receiving opening；If lower casing 2 and upper casing
1 installs dislocation, and error-proof structure does not have space to be accommodated, and lower casing 2 and upper casing 1 install not in place.Therefore, by designing fool proof knot
Structure and utensil receiving opening, it is to avoid lower casing 2 and upper casing 1 install dislocation, improve the installation effectiveness of lower casing 2 and upper casing 1.
Installation for the ease of housing P and wall, ceiling etc. is fixed, and realizes Fast Installation, and fixed structure 4 is standard
86 installing plates, are bolted on wall or ceiling.Motor 3 is fixed by bolt with fixed structure 4.
Based on the design of above-mentioned air detecting device, the present embodiment also proposed a kind of air treatment system, mainly include
Air detecting device and conditioner, air detecting device are communicated with conditioner.
Conditioner includes cleaning equipment, air conditioner, new blower fan etc..
Air quality data, temperature data, humidity data etc. are sent to conditioner, air by air detecting device
Adjusting means improves air quality and humiture, provides the user comfortable living environment according to the data run of reception.
It should be noted that described above is not limitation of the present invention, the present invention is also not limited to the example above,
The variations, modifications, additions or substitutions that those skilled in the art are made in the essential scope of the present invention, also should
Belong to protection scope of the present invention.
Claims (10)
1. a kind of air detecting device control method, it is characterised in that：The air detecting device includes housing and fixed structure,
The housing is rotated with the fixed structure and is connected；Multiple air ports are offered on the housing, in the housing
It is fixed with air mass sensor and control panel；
The control method includes：In each monitoring cycle, angle determination process and monitoring process are performed：
The angle determination process includes：
（11）Control housing is rotated in the slewing area of setting, in the rotation process, and air matter is gathered every set angle
Data are measured, and record the rotational angle of air mass sensor；
（12）Compare the size of all air quality datas obtained in the rotation process, obtain maximum；
（13）Control housing into rotation so that the rotational angle of air mass sensor is the corresponding rotational angle of the maximum；
The monitoring process includes：
（14）Air mass sensor gathers air quality data every setting time, and is sent to control panel；
（15）Control panel judges whether the air quality data received is more than given threshold, if so, then alarm.
2. control method according to claim 1, it is characterised in that：The air detecting device also includes remote control, institute
Monitoring cycle, the slewing area of setting, set angle is stated to be reset by the remote control.
3. control method according to claim 1, it is characterised in that：The slewing area set is 0~360 °.
4. control method according to claim 1, it is characterised in that：In the monitoring process, when control panel is received
Air quality data when being more than given threshold, control panel sends signal to cleaning equipment, control cleaning equipment operation.
5. control method according to claim 1, it is characterised in that：In the monitoring process, control panel will be received
Air quality data be uploaded to monitoring device.
6. control method according to claim 1, it is characterised in that：Temperature sensor is fixed with the housing；
The control method also includes：
Temperature sensor collecting temperature data, and control panel is sent to, control panel exceedes setting temperature in the temperature data received
When spending scope, alarm, and control air conditioner to run.
7. control method according to claim 1, it is characterised in that：Humidity sensor is fixed with the housing；
The control method also includes：
Humidity sensor gathers humidity data, and is sent to control panel, and control panel exceedes in the humidity data received sets wet
When spending scope, alarm, and control air conditioner to run.
8. a kind of air detecting device, it is characterised in that：Including housing and fixed structure, the housing turns with the fixed structure
Dynamic connection；Multiple air ports are offered on the housing, and air mass sensor and control are fixed with the housing
Making sheet；
Control panel control housing is rotated in the slewing area of setting, and in the rotation process, air mass sensor is every setting
Determine angle acquisition air quality data, and be sent to control panel；Control panel receives air quality data and records air quality biography
The rotational angle of sensor；Control panel compares the size of all air quality datas obtained in the rotation process, obtains maximum
Value；Then housing into rotation is controlled so that the rotational angle of air mass sensor is the corresponding rotational angle of the maximum；
Air mass sensor gathers air quality data every setting time, and is sent to control panel；Control panel judges to receive
Whether the air quality data arrived is more than given threshold, if so, then alarm.
9. air detecting device according to claim 8, it is characterised in that：The air detecting device also includes remote control
Device, the monitoring cycle, the slewing area of setting, set angle are reset by remote control.
10. air detecting device according to claim 8, it is characterised in that：TEMP is fixed with the housing
Device and humidity sensor；
Temperature sensor collecting temperature data, and control panel is sent to, control panel exceedes setting temperature in the temperature data received
When spending scope, alarm, and control air conditioner to run；
Humidity sensor gathers humidity data, and is sent to control panel, and control panel exceedes in the humidity data received sets wet
When spending scope, alarm, and control air conditioner to run.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710415392.1A CN107132857A (en) | 2017-06-05 | 2017-06-05 | A kind of air detecting device control method and air detecting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710415392.1A CN107132857A (en) | 2017-06-05 | 2017-06-05 | A kind of air detecting device control method and air detecting device |
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| CN107132857A true CN107132857A (en) | 2017-09-05 |
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| CN201710415392.1A Pending CN107132857A (en) | 2017-06-05 | 2017-06-05 | A kind of air detecting device control method and air detecting device |
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