CN107630828A - The large scale industry energy-saving fan and its intelligent detection control method controlled using embedded Internet of Things Intelligent Measurement - Google Patents
The large scale industry energy-saving fan and its intelligent detection control method controlled using embedded Internet of Things Intelligent Measurement Download PDFInfo
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- CN107630828A CN107630828A CN201710992176.3A CN201710992176A CN107630828A CN 107630828 A CN107630828 A CN 107630828A CN 201710992176 A CN201710992176 A CN 201710992176A CN 107630828 A CN107630828 A CN 107630828A
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- 238000005259 measurement Methods 0.000 title claims abstract description 18
- 238000000034 method Methods 0.000 title claims abstract description 10
- 238000001514 detection method Methods 0.000 title abstract description 9
- 241000883990 Flabellum Species 0.000 claims abstract description 101
- 239000000725 suspension Substances 0.000 claims abstract description 9
- 229910000831 Steel Inorganic materials 0.000 claims description 16
- 239000010959 steel Substances 0.000 claims description 16
- 238000003825 pressing Methods 0.000 claims description 7
- 230000003014 reinforcing effect Effects 0.000 claims description 7
- 210000005069 ears Anatomy 0.000 claims description 6
- 230000005611 electricity Effects 0.000 claims description 2
- 238000013480 data collection Methods 0.000 claims 1
- 239000004744 fabric Substances 0.000 claims 1
- 230000000694 effects Effects 0.000 description 4
- 238000009434 installation Methods 0.000 description 4
- 238000001816 cooling Methods 0.000 description 3
- 238000013461 design Methods 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 3
- 230000006870 function Effects 0.000 description 3
- 238000009423 ventilation Methods 0.000 description 3
- 230000002159 abnormal effect Effects 0.000 description 2
- 238000010586 diagram Methods 0.000 description 2
- 230000006855 networking Effects 0.000 description 2
- 241001269238 Data Species 0.000 description 1
- 230000009471 action Effects 0.000 description 1
- 238000013019 agitation Methods 0.000 description 1
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- 238000004891 communication Methods 0.000 description 1
- 238000007405 data analysis Methods 0.000 description 1
- 235000013399 edible fruits Nutrition 0.000 description 1
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- 239000000203 mixture Substances 0.000 description 1
- 230000035515 penetration Effects 0.000 description 1
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Abstract
The present invention proposes a kind of large scale industry energy-saving fan and its intelligent detection control method controlled using embedded Internet of Things Intelligent Measurement, its flabellum seat is that uniformly fixed multiple flabellums fan hub on the outer of base, set on multiple flabellums fan hub after multiple head and the tail superpositions are connected in the flabellum fastener of fan ring-shaped, annular clamping plate is set on the top of base, annular roof plate is set on the top of annular clamping plate；Its motor output shaft is connected through motor frame bottom by the motor connection hole of annular roof plate, annular clamping plate and the middle of the base；Framework upper is connected with fan suspension apparatus；Data acquisition module is set on motor frame, data acquisition module is connected with background management system, and background management system is connected with Cloud Server, and background management system is also connected with remote control terminal.The present invention is by information such as data collecting module collected fan ran time, motor temperature, energy resource consumption, environment temperatures and is stored in Cloud Server and is handled, then is controlled by remote control terminal.
Description
Technical field
The present invention relates to fan, and in particular to a kind of large scale industry using the control of embedded Internet of Things Intelligent Measurement saves
Fan, the invention further relates to the intelligent detection control method of the energy-saving fan.
Background technology
The workshop of enterprise, mostly it is that window closes, the gate in only workshop opens wide.During the broiling summer, in workshop
Temperature it is higher, worker works in workshop can feel sultry, be especially apparent in labor-intensive workshop.In order to solve car
The problem of interior ventilation, more apolegamy small-sized fanses in workshop at present, and this in tall and big workshop space it is basic do not play it is more
Big effect, and due to a large amount of installation small fans, the aesthetics in workshop is not only influenceed, but also other sides such as electricity consumption can be brought
The potential safety hazard in face.
Comfort level caused by industrial big fan is that other fans can not compare, and its powerful air agitation ability makes
The room air constant flow of large space, sultry sensation can not only be improved, and the comfort level of human body can be improved, so, at present
Many large-scale places for example factory building, workshop, warehouse, market, etc. hall etc. use industrial big fan.
The flabellum that the motor of industrial big fan is arranged on flabellum seat by driving flabellum seat to make rotates, so as to reach ventilation
With the purpose of cooling.Because most Industrial fan is using hanging installation, this just proposes high requirement to the security of its structure.
At present, the fastness of industrial big fan lifting, flabellum seat fastness etc. are not strong enough, can go out danger in use, influence people's
Use.
Existing industrial big fan is still controlled using traditional switching knob using control method, when being opened and closed fan still
The place for installing switching knob is needed to operate, use is not convenient enough.With Internet of Things and the extensive use of cloud service, if will
The technology such as Internet of Things and cloud service is applied in the detection control of industrial big fan, and the use for making industrial big fan into revolution occur
The change of property.
The content of the invention
The technical problems to be solved by the invention, which are that design is a kind of, utilizes the large-scale of embedded Internet of Things Intelligent Measurement control
Industrial energy saving fan and its intelligent detection control method, it can at a distance be detected using this method, control large-scale industrial fan, at any time
Understand the operation conditions of fan, it is ensured that safe and reliable and convenient use.
In order to solve the above technical problems, the technical solution used in the present invention is：One kind utilizes embedded Internet of Things intelligence
The large scale industry energy-saving fan of control is detected, including motor, motor output shaft are connected with flabellum seat, and flabellum, institute are set on flabellum seat
It is that motor output shaft connecting hole is set in the middle part of base to state flabellum seat, uniform fixed multiple fixed flabellums on the outer of base
Flabellum fans hub, and flabellum fan hub is obliquely laid with base outer, and each flabellum fan hub both sides are set respectively on the outer of base
Flabellum fans hub reinforcing member；Set on the multiple flabellum fan hub after multiple head and the tail superpositions are connected in the flabellum fastening of fan ring-shaped
Part, flabellum fastener and flabellum fan hub mode connects for screw；Annular clamping plate is set on the top of base, annular clamping plate connects with base screw
Connect, annular roof plate, annular roof plate and the middle of the base mode connects for screw are set on the top of annular clamping plate；The motor is arranged on motor frame
In frame, motor output shaft is connected through base of frame by the motor connection hole of annular roof plate, annular clamping plate and the middle of the base, ring
Shape top plate is installed in framework, and motor connects with switch board control；The framework upper is connected with extension rod, and wind is set at the top of extension rod
Fan suspension apparatus；Data acquisition module is set on the motor frame, sets in fan use environment and connects with data acquisition module
The Temperature Humidity Sensor connect, data acquisition module are connected by data acquisition protocol with background management system, background management system
It is connected with Cloud Server, background management system is also connected by WIFI with remote control terminal.
The background management system includes microprocessor, and the motor driving mould being connected respectively with microprocessor
Block, motor speed measuring module, humiture determination module, power module, alarm module, motor drive module, motor speed measuring module point
It is not connected with fan electromotor, power module is motor-drive circuit and microprocessor power supply in motor drive module.
The remote control terminal is cell phone application, or computer, or tablet personal computer.
The flabellum is in cavity-like, and middle part is horizontal up and down in the section of flabellum, and flabellum section both ends are highly gradually reduced,
Wherein the edge angle of one end is more than the edge angle of the other end.
Further, it is connected with pulling rope in the cavity at flabellum both ends.
The fan suspension apparatus, it is that top plate is set at the top of extension rod, top plate bottom sets two top plate fixed ears, top plate
Fixed ear and extension rod bolt connection；I shaped steel structural member is set on top plate, pressure is set respectively in i shaped steel structural member both sides
Plate, pressing plate divide into backing plate, and the pressing plate and backing plate of i shaped steel structural member both sides by i shaped steel structural member and are pushed up by fastener
Plate is fixedly connected.
Each flabellum fan hub is 17 ° with corresponding base outer slanted angle.
The flabellum fan hub reinforcing member of each flabellum fan hub both sides, its end and the angle that flabellum fan hub is in 45 °.
Multiple heat emission holes are set with the framework week.
Further, multiple links are uniformly set on said frame, suspention silk is connected with each link, and every is suspended in midair silk
The other end is connected in indoor ceiling.
Intelligent detection control method of the present invention, using the following steps：
(1) is using the data information of every desk fan, the condition of maintaining and corresponding customer data, manufacturer's data as base
Plinth data are stored in Cloud Server；
(2) after starts fan, data collecting module collected fan ran time, fan electromotor temperature, energy resource consumption, use environment
Temperature information deposit Cloud Server is handled, and Cloud Server reaches remote control terminal after fan operation information is analyzed；
If (3) has failure or an incipient fault, remote terminal is alarmed to user by background management system and turns to step
5；Otherwise step 4 is turned to；
(4) fans are continuing with turning to step 2, otherwise turn to step 5；
(5) remotely closes fan by remote control terminal or timing closes fan or is automatically turned off fan according to environment temperature,
Trouble hunting is carried out if faulty；
(6) fans operational parameter data returns to producer by Cloud Server.
The present invention is using the large scale industry controlled using embedded Internet of Things Intelligent Measurement designed by above-mentioned technical proposal
Energy-saving fan, flabellum seat tool have Anti-falling structure, flabellum seat can be avoided to release with motor output shaft and produce danger, new hangs
Assembling device, fan conveniently, safely, quickly can be arranged on lifting position, and convenient disassembly；Flabellum shape and its installation
Gradient wind-force can be made uniform, the natural gentle breeze of overlarge area can be produced, play ventilation and cooling dual-use function.The present invention
Fan can be made to operate steadily using a variety of safety prevention measures, securely and reliably.The present invention utilizes " embedded " technology of Internet of things, adopts
Collect the service datas such as user environment situ industrial fan, environment temperature to cloud server, after being handled by program, will use
The data of family demand feed back to user by modes such as computer, cell phone applications, for user's remote management fan, to the energy, use effect
The information such as rate are monitored, and fan producer, user, fan apparatus are carried out into data connection, protected in spares provisioning, fan service
Information sharing is accomplished in foster, fan failure early warning etc., reduces the cost of user management.
Brief description of the drawings
Fig. 1 represents the structural representation of the present invention；
Fig. 2 represents the structural representation of flabellum seat of the present invention；
Fig. 3 represents A portions mplifying structure schematic diagram in Fig. 2；
Fig. 4 represents the structural representation of fan suspension apparatus of the present invention；
Fig. 5 represents the structural representation of flabellum of the present invention；
Fig. 6 represents the structural representation of intelligent detection and control system of the present invention；
Fig. 7 represents the control flow schematic diagram of intelligent detection and control system of the present invention.
Embodiment
The present invention is made using the large scale industry energy-saving fan of embedded Internet of Things Intelligent Measurement control below in conjunction with the accompanying drawings
Illustrate.
Referring to Fig. 1 to Fig. 3, the present invention utilizes the large scale industry energy-saving fan of embedded Internet of Things Intelligent Measurement control, bag
Motor is included, motor output shaft is connected with flabellum seat 2, and flabellum 1 is set on flabellum seat 2.Wherein, flabellum seat 2 is at the middle part of base 20
If motor output shaft connecting hole 19, multiple screws 21 are uniformly set in the outside of the middle part motor output shaft connecting hole 19 of base 20.
Uniformly the fixed multiple flabellum fan hubs 15 for being fixedly connected with flabellum, flabellum fan hub 15 are outer with base 20 on the outer of base 20
Laid along oblique, each flabellum fan hub 15 is 17 ° with the outer slanted angle of corresponding base 20, so, installed in fan
Flabellum on leaf fan hub 15 also has certain gradient, and flabellum can produce the natural gentle breeze of overlarge area, play logical when rotating
Wind and cooling dual-use function.Each flabellum fan hub 15 both sides set flabellum fan hub reinforcing member 17 respectively on the outer of base 20, often
Individual flabellum fan hub 15 and the flabellum fan hub reinforcing member 17 of its both sides are in integrative-structure, it is ensured that flabellum fan hub 15 is solid and reliable, each
Its end of flabellum fan hub reinforcing member 17 of flabellum fan hub 15 both sides and the angle that flabellum fan hub 15 is in 45 °, make flabellum installation more
It is firm to facilitate.Set on multiple flabellums fan hub 15 after multiple head and the tail superpositions are connected in the flabellum fastener 23 of fan ring-shaped, flabellum
The number of fastener 23 is identical with the number of flabellum fan hub 15, and the both ends of each flabellum fastener 23 set screw 22 respectively, are stacked
Two flabellum fastener screws adding are corresponding, set two screws respectively on each flabellum fan hub 15, the screw 16 of inner side with it is right
The screw 22 on flabellum fastener 23 answered is corresponding, and each flabellum fastener 23 is fanned hub 15 with corresponding flabellum by screw and connected
It is fixed.Annular clamping plate 3 is set on the top of base 20, multiple screws 24 are set on annular clamping plate 3, is correspondingly also set on base 20 multiple
Screw 18, annular clamping plate 3 are connected by corresponding screw 24 screw 4 of screw 18 corresponding with base 20.In marmon clamp
The top of plate 3 sets annular roof plate 25, and multiple screws 26 corresponding with multiple screws 21 on base 20, ring are set on annular roof plate 25
Fixed between shape top plate 25 and base 20 by corresponding mode connects for screw.The structure design of this flabellum seat, it is ensured that flabellum seat is not
It can come off, and then avoid accidents.The flabellum motor output shaft that present invention driving flabellum rotates（Do not show in figure）Pass through ring
Shape top plate 25, annular clamping plate 3 are connected with the motor output shaft connecting hole 19 of the middle of the base, so as to drive base rotation to make fan blade rotating
It is dynamic.Referring to Fig. 5, flabellum 1 of the present invention is in cavity-like, can so mitigate the weight of flabellum, middle part is in parallel up and down in the section of flabellum 1
Shape, 1 whole top of flabellum centre 34 is parallel among bottom 35, and flabellum 1 can be made to pass through screw 33 thereon and flabellum fan hub 15
On screw 16 be fixed on well in the presence of bolt flabellum fan hub 15 on, the section both ends of flabellum 1 height gradually subtract
Small, wherein the edge angle of one end is more than the edge angle of the other end, and the Streamline Design of flabellum 1 can make its air current composition effect effect
Fruit is more preferably.Because flabellum length is longer, in order to ensure safety, flabellum breaking releasing is prevented, is connected with the cavity at the both ends of flabellum 1
Pulling rope（Do not show in figure）.
The motor of the present invention is by switch board（Do not show in figure）Control rotates, and switch board controls the operating of whole fan.Motor
It is arranged in motor frame 7, motor output shaft passes through in annular roof plate 25, annular clamping plate 3 and base 20 through the bottom of framework 7
The motor connection hole connection in portion, annular roof plate 25 are installed in framework 7, and the diameter of annular roof plate 25 passes through more than motor output shaft
The penetration hole diameter of framework 7, so that flabellum seat is more firm.Framework sets multiple heat emission holes 14 with 7 weeks, so that motor is in work
Radiating when making, it is ensured that the normal use of motor.When the present invention occurs abnormal, the frequency-changing control system in switch board can send report
Alert stopping signal
Referring to Fig. 4, the top of framework 7 of the present invention sets two extension rod fixed ears 8, is connected with and prolonged by bolt between two extension rod fixed ears 8
Boom 13, the top of extension rod 13 set fan suspension apparatus 10.Fan suspension apparatus 10 is to set top plate 30 at the top of extension rod 13,
The bottom of top plate 30 sets two top plate fixed ears 9, and two top plate fixed ears 9 are fixed with the bolt connection of extension rod 13.Set on top plate 30
I shaped steel structural member 12, pressing plate 27 is set in the both sides of i shaped steel structural member 12 respectively, and each pressing plate 27 divides into backing plate 29, I-shaped
The pressing plate 27 and backing plate 29 of the both sides of shaped steel structure piece 12 are fixed on top plate 30 by fastener bolt 28, nut 32, top plate 30
On screw 31 i shaped steel structural member 12 is securely seated between on top plate 30.Set between the both sides of fan suspension apparatus 10 of the present invention
There is the connecting filament 11 around i shaped steel structural member 12, connecting filament 11 plays the role of fastening.
In order to realize that the lifting of the present invention is firm, multiple links 5 are also uniformly set on framework 7, are connected with each link 5
Oblique pull steel wire rope 6（Suspend silk in midair）, the other end of every oblique pull steel wire rope is connected on indoor roof, passes through oblique pull steel wire rope 6
Traction action, the present invention can firmly be held when occurring unexpected, it is ensured that safety.
Referring to Fig. 6, the present invention sets data acquisition module on framework 7, when data acquisition module is used to gather fan operation
Between, motor temperature, energy resource consumption, the information such as use environment temperature.Set in fan use environment and be connected with data acquisition module
Temperature Humidity Sensor, Temperature Humidity Sensor is used to detect the temperature and humidity of fan use environment.Data acquisition module passes through
Data acquisition protocol is connected with background management system, and background management system is connected with Cloud Server, and background management system also passes through
WIFI is connected with remote control terminal.The background management system of the present invention includes microprocessor, and respectively with miniature processing
The connected motor drive module of device, motor speed measuring module, humiture determination module, power module, alarm module, motor driving mould
Block, motor speed measuring module are connected with fan electromotor respectively, and power module is motor-drive circuit and micro- in motor drive module
Type processor is powered.Microprocessor of the present invention be ensure Internet of Things fan as a self-organizing, can think independently and run
Intelligent body existing for basic condition.Microprocessor is the center of all signal gatherings, and computing and decision center, its energy
By it is all kinds of come the communication module of automatic network, receiving module and Temperature Humidity Sensor data merged, generation final decision with
Regulate and control fan.The remote control terminal of the present invention can be cell phone application, or computer, or tablet personal computer.
Referring to Fig. 7, intelligent detection control method of the present invention, its step is：
(1) is using the data information of every desk fan, the condition of maintaining and corresponding customer data, manufacturer's data as base
Plinth data are stored in Cloud Server.The present invention establishes " cloud " information for every desk fan of user, and fan data, maintaining are recorded
" cloud " end is uniformly stored in, prevents data and loses, maintains the problems such as incomplete recording；Maintaining foundation is set for fan, passed through
Data acquisition, when equipment reaches maintaining condition, system automatically prompting user and fan producer, maintained in time；
(2) after starts fan, data collecting module collected fan ran time, fan electromotor temperature, energy resource consumption, use environment
Temperature information deposit Cloud Server is handled, and Cloud Server reaches remote control terminal after fan operation information is analyzed.This
Information, the systems such as invention collection fan ran time, motor temperature, energy resource consumption, workshop temperature can be sent to by PC or APP
User, and according to presetting model management；
If (3) has failure or an incipient fault, remote terminal is alarmed to user by background management system and turns to step
5；Otherwise step 4 is turned to；Present system is by analyzing the service data of fan, for some abnormal technical indicators, in advance
Early warning is sent to user, is easy to user to prevent and take the necessary measures；
(4) fans are continuing with turning to step 2, otherwise turn to step 5；
(5) remotely closes fan by remote control terminal or timing closes fan or is automatically turned off fan according to environment temperature,
Trouble hunting is carried out if faulty.The present invention realizes remote switch fan, timed-shutoff fan, according to workshop temperature automatic start-stop
Fan；
(6) fans operational parameter data returns to producer by Cloud Server.Data analysis is provided to fan producer, to fan
Area's distribution, industry distribution, fan Homes Using TV, the data of fault rate are analyzed, so that producer improves product.
The present invention's adds network communicating function on the basis of enhancing fan securely property, it is possessed networking work(
Can, planned as a whole and management this traditional household electrical appliance of fan with the thought of networking.For multiple fan apparatus, with a unification
Internet of Things be managed with intelligent control, remote control, have very big benefit for improving convenience and managerial skills.Originally simultaneously
Invention is as a self-organizing, the intelligent body that can be thought independently and run, and on the premise of without external control signal, energy basis is set
Fixed regular normal operation.
Claims (10)
1. a kind of large scale industry energy-saving fan controlled using embedded Internet of Things Intelligent Measurement, including motor, motor output shaft
It is connected with flabellum seat, flabellum is set on flabellum seat, it is characterized in that the flabellum seat is that motor output shaft connection is set in the middle part of base
Hole, the flabellum fan hub of uniform fixed multiple fixed flabellums, flabellum fan hub and the oblique cloth in base outer on the outer of base
If each flabellum fan hub both sides set flabellum fan hub reinforcing member respectively on the outer of base；Set on the multiple flabellum fan hub
Multiple head and the tail superpositions are in the flabellum fastener for fanning ring-shaped, flabellum fastener and flabellum fan hub mode connects for screw after being connected；In base
Top set annular clamping plate, annular clamping plate is connected with base screw, sets annular roof plate on the top of annular clamping plate, annular roof plate with
The middle of the base mode connects for screw；The motor is arranged in motor frame, motor output shaft through base of frame by annular roof plate,
The motor connection hole of annular clamping plate and the middle of the base is connected, and annular roof plate is installed in framework, and motor connects with switch board control；
The framework upper is connected with extension rod, and fan suspension apparatus is set at the top of extension rod；Data acquisition module is set on the motor frame
Block, sets the Temperature Humidity Sensor being connected with data acquisition module in fan use environment, and data acquisition module is adopted by data
Collection agreement is connected with background management system, and background management system is connected with Cloud Server, background management system also by WIFI and
Remote control terminal connects.
2. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is that the background management system includes microprocessor, and motor drive module, the electricity being connected respectively with microprocessor
Machine speed measuring module, humiture determination module, power module, alarm module, motor drive module, motor speed measuring module respectively with wind
Fan motor is connected, and power module is motor-drive circuit and microprocessor power supply in motor drive module.
3. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is that the remote control terminal is cell phone application, or computer, or tablet personal computer.
4. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is that the flabellum is in cavity-like, and middle part is horizontal up and down in the section of flabellum, and flabellum section both ends are highly gradually reduced, wherein
The edge angle of one end is more than the edge angle of the other end.
5. the large scale industry energy-saving fan according to claim 4 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is to be connected with pulling rope in the cavity at flabellum both ends.
6. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is the fan suspension apparatus, is that top plate is set at the top of extension rod, and top plate bottom sets two top plate fixed ears, and top plate is fixed
Ear and extension rod bolt connection；I shaped steel structural member is set on top plate, pressing plate is set respectively in i shaped steel structural member both sides, is pressed
Plate divides into backing plate, and the pressing plate and backing plate of i shaped steel structural member both sides are fixed i shaped steel structural member with top plate by fastener
Connection.
7. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is that each flabellum fan hub with corresponding base outer slanted angle is 17 °.
8. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is the flabellum fan hub reinforcing member of each flabellum fan hub both sides, its end and the angle that flabellum fan hub is in 45 °.
9. the large scale industry energy-saving fan according to claim 1 controlled using embedded Internet of Things Intelligent Measurement, it is special
Sign is uniformly to set multiple links on said frame, and suspention silk is connected with each link, and the other end of every suspention silk is connected to
In indoor ceiling.
A kind of 10. intelligence of the large scale industry energy-saving fan controlled described in claim 1 using embedded Internet of Things Intelligent Measurement
Control method is detected, it is characterized in that using following steps：
(1) is using the data information of every desk fan, the condition of maintaining and corresponding customer data, manufacturer's data as base
Plinth data are stored in Cloud Server；
(2) after starts fan, data collecting module collected fan ran time, fan electromotor temperature, energy resource consumption, use environment
Temperature information deposit Cloud Server is handled, and Cloud Server reaches remote control terminal after fan operation information is analyzed；
If (3) has failure or an incipient fault, remote terminal is alarmed to user by background management system and turns to step
5；Otherwise step 4 is turned to；
(4) fans are continuing with turning to step 2, otherwise turn to step 5；
(5) remotely closes fan by remote control terminal or timing closes fan or is automatically turned off fan according to environment temperature,
Trouble hunting is carried out if faulty；
(6) fans operational parameter data returns to producer by Cloud Server.
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| CN201710992176.3A CN107630828A (en) | 2017-10-23 | 2017-10-23 | The large scale industry energy-saving fan and its intelligent detection control method controlled using embedded Internet of Things Intelligent Measurement |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108825534A (en) * | 2018-07-01 | 2018-11-16 | 广东浩翔机械制造有限公司 | A kind of high stable type Industrial fan and its manufacture, installation and application |
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| CN205714973U (en) * | 2016-03-23 | 2016-11-23 | 纸飞机（北京）科技有限公司 | A kind of clamping dish anti-avulsion mechanism |
| CN206409403U (en) * | 2016-12-07 | 2017-08-15 | 苏州典奇自动化科技有限公司 | A kind of automatic industrial ceiling fan base |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108825534A (en) * | 2018-07-01 | 2018-11-16 | 广东浩翔机械制造有限公司 | A kind of high stable type Industrial fan and its manufacture, installation and application |
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Application publication date: 20180126 |