CN204552266U

CN204552266U - Wind-power Internet of Things monitoring system

Info

Publication number: CN204552266U
Application number: CN201520086416.XU
Authority: CN
Inventors: 陈国祥; 陈国宝
Original assignee: Learned Intelligent Science And Technology Ltd In Hangzhou
Current assignee: Learned Intelligent Science And Technology Ltd In Hangzhou
Priority date: 2015-02-05
Filing date: 2015-02-05
Publication date: 2015-08-12
Anticipated expiration: 2025-02-05

Abstract

A kind of wind-power Internet of Things monitoring system, belongs to wind-powered electricity generation clean energy technology field; Head (1) is connected by steel tower shape support (2), generator to export after control cabinet power modulation respectively interconnection network camera or wireless repeater or light fixture or inductive impulse electric palisade composition, feature is: use vertical axis external rotor permanent magnet non-iron core wire coil generator, and in support, establish tubaeform air intake and semilune spheroid (10), make air-flow spiral type as the cyclone increase and constantly strengthen torsional forces, promote wind wheel and rotate and improve generating effect; With powered by wind energy, animal escape, antitheft and safety guard problem is solved by inductive impulse electric palisade and IP Camera monitoring system, be applicable to the places such as borderland, secret important place, zoological park, farm, office, house, villa, garden, from now on need not enclosure wall be high builds, just can set up the Internet of Things safety guard system that cheap wind power supply computer remote video is automatically-monitored, defend the motherland to long-term stability territory and house security.

Description

Wind-power Internet of Things monitoring system

Technical field

The utility model relates to a kind of wind-power Internet of Things monitoring system, belongs to wind-powered electricity generation clean energy technology field.

Background technology

Large to state boundary line, secured areas, raw animal garden, bio-farm, government bodies in the world at present, little of villa, garden, esidential building, also Shortcomings part in safety guard facility, be exactly do not utilize cheap wind-power electricity generation power supply mode to realize wireless Internet of Things automation remote video monitoring system, spread over a whole area from one point layout, the methods of round-the-clock automatic monitoring manage, inductive impulse electric palisade device is adopted to solve the problems such as animal escape loss, anti-theft fireproof, in the hope of defending further safely, reducing costs.

Summary of the invention

The purpose of this utility model is to overcome above-mentioned defect, adopts following technical proposals to realize:

A kind of wind-power Internet of Things monitoring system, comprise: the head 1 of wind-power electricity generation, by the steel tower shape support 2 that socket or flange circle connect, wherein, generator 9 out-put supply in head 1 causes control cabinet 3 by wire 4, wire of output terminal 41 after power modulation connects master network camera 6 and B secondary camera 61 or several wireless repeaters 7 or several light fixtures 5 or U group inductive impulse electric palisade 8 respectively, wherein B, U are natural number, and the outer rotor of generator 9 is connected with the 3rd wind wheel 14, second wind wheel 13, first wind wheel 12 successively; Feature is: use vertical axis external rotor permanent magnet non-iron core wire coil generator 9, and in support 2, establish tubaeform air intake and semilune spheroid 10, makes air-flow spiral type as the cyclone increase and constantly strengthens torsional forces, promotes wind wheel and rotates and improve generating effect; Central point lightning protection 11 lightning protection is set, with powered by wind energy, solves animal escape, anti-theft fireproof and security problem by inductive impulse electric palisade 8 and IP Camera monitoring system.

Described head 1 by: metal discharge pipe 15 upper end is established and is blown the second wind wheel 13, the air outlet that 3rd wind wheel 14 rotates, top establishes cross frame or top end cover to install for the main shaft of generator 9, control cabinet 3 is led to from inner hole of spindle pipeline after wire 4 connects the stator winding of generator 9, first wind wheel 12 top establishes central point lightning protection 11 by metal tube or round steel 104, top is made after lightning rod 101 passes metal rain cover 102 center tip height and is welded and fixed, metal tube or round steel 104 upper end arrange insulation bearing 103, lower end is successively by the first wind wheel 12, second wind wheel 13, standpipe 205 in 3rd wind wheel 14 is fixed on the main shaft upper end of generator 9, insulation bearing 103 cylindrical isolator and standpipe 205 inwall gentle touchdown are beneficial to location of the core, the height of central point lightning protection 11 must be greater than the radius of the first wind wheel 12, in protection domain under the loop number of degrees making protected object be in centered by summit, utilize generator 9 main shaft and head 1, the metallic object of support 2 is connected and fixed later excellent conductive performance, be directly communicated with the grounded screen in the footing basis 24 of support 2, central point lightning protection successfully 11 is set for not kinetoplast, stand erect on the commanding elevation at wind wheel center, guard the wind wheel in rotation, in available protecting wind wheel, the stator winding of generator and ball bearing be not by lightning impulse, to be arranged on the first wind wheel 12 or not in kinetoplast rain cover 102 master network camera 6,360 degree, left and right is comprehensive, and within round-the-clock 24 hours, monitoring interface runs, the automatic camera when unusual circumstance also sends warning message to mobile phone or warning mailbox and other terminal, processes, wherein, when Flange joint use by head 1 and support 2, discharge pipe 15 bottom manages bluely to enclose 16, when connecting with socket, the socket that discharge pipe 15 bottom arranges the trapezoidal airduct upper end can being inserted in support 2 is inserted bayonet socket and locates flat key or positioning screw hole.

Blue 21 are managed for being bolted with the flange circle 16 of head 1 by: upper end when described support 2 is Flange joint, flange lower end and trapezoidal airduct and air intake 23 are fixed, trapezoidal airduct and air intake 23 are up-small and down-big tubaeform pipe body, the peripheral support 2 being welded to form the three-dimensional steel tower shape of square or round by angle bar or steel pipe support 22 of pipe body, four footing of support 2 are fixed on four square arrangement, on the lower margin basis 24 that centre establishes steel concrete cross to support, reinforcing bar in four footing bases interknits and is welded and fixed, form the emanant grounded screen of specification respectively with entering, if desired, or one and a half months shape spheroid 10 is set on the central point basis of support (2), make into air-flow be spiral type rise, spiral type rotates and constantly strengthens torsional forces as the cyclone, further promotion wind wheel rotates and improves generating effect.

Described first wind wheel 12 can the vertical wind scoop of semilune of down wind automatic open-close or the vertical wind scoop of semilune form by X hierarchical combination by 2Q, wherein Q or X is natural number, when X is set to two-layer configuration: the 1st wind scoop 201 of first floor and the 2nd symmetrical wind scoop 202, 3rd wind scoop 203 of the second layer and symmetrical 4th wind scoop 204, be fixed on standpipe 205 separately, wherein the first positioning disk 206 is arranged on the upper end of the arc still of first floor wind scoop by standpipe 205, second positioning disk 207 be arranged on the arc still of first floor wind scoop by standpipe with the centre of the arc still of second layer wind scoop, after 3rd positioning disk 208 is connected with the lower end of the arc still of second layer wind scoop by standpipe, be arranged on the bottom of standpipe 205, by two-layer 4 wind scoops up and down by the orientation angle respectively accounting for 90 degree by after the adjustment of positioning disk location and standpipe 205 fix, wherein, when establishing some screws for connection the second wind wheel 13 in the 3rd positioning disk 208 of bottom.

Described positioning disk is circular foil member, card is carved with 360 degree of reticules and locates for when arranging wind scoop, and center establishes circular hole or annulus tappet for weld with standpipe 205 or screw or pulling rivet are fixed.

The second described wind wheel 13 is the spherical wind wheel of turbine type, the arc shaped blade 302 of vortex angle is pressed into by metallic sheet stock, the blade face outer edge of each arc shaped blade is provided with arcuate relief rib groove that is interior for machine or the outer air propels rotation of machine, the lower end of G the arc shaped blade circumferentially uniform circle that surrounds is fixed on ball and encloses on 303, upper end is the uniform surrounding being fixed on the first rain-proof cover 301 angularly, the spherical wind wheel of the turbine type turned clockwise of composition sufficient mechanical strength, wherein G is natural number, when establishing some screws to connect for the 3rd wind wheel 14 in the first rain-proof cover 301.

The 3rd described wind wheel 14 is arranged on the inside of the second wind wheel 13, be similarly the spherical wind wheel of turbine type, the arc shaped blade 402 of vortex angle is pressed into by metallic sheet stock, the blade face outer edge of each arc shaped blade is provided with arcuate relief rib groove that is interior for machine or the outer air propels rotation of machine, the lower end of G the arc shaped blade circumferentially uniform circle that surrounds is fixed on ball and encloses on 403, upper end is the uniform surrounding being fixed on the second rain-proof cover 401 angularly, the spherical wind wheel of the turbine type turned clockwise of composition sufficient mechanical strength, wherein G is natural number, when establishing some screws to connect for generator outer rotor or transmission mechanism in the second rain-proof cover 401.

When described second wind wheel 13 and the 3rd wind wheel 14 liang of wind wheels are connected, need the Best Point choosing gradient, by the 3rd wind wheel 14 vortex angle air outlet inside the arc shaped blade of the second wind wheel 13 vortex angle, to extend air-out track and vortex angle, when preventing nature bad weather, trials and hardships is to the erosion of the spherical wind wheel inside of turbine type, and wind wheel rotation can be encouraged, solve for a long time owing to using a spherical wind wheel of turbine type, cause air outlet air-flow angle and the reverse conflict of nature wind energy air-flow, reduce the defect of wind wheel rotary speed, generator 9 outer rotor is arranged on the second wind wheel 13 and the 3rd wind wheel 14 liang of wind wheel inner tip simultaneously, not only avoid erosion by wind and rain but also ventilation and heat, transmission is sensitive.

The 4th described wind wheel 304, the ball be arranged on after increasing on the downside of the second wind wheel 13 encloses on 303, the height enclosed by ball is divided into F layer, every layer arranges 2 wind scoops or K arc fan blade, wind scoop rotates clockwise 180 degree, direction symmetry angle and arranges, wind scoop angle between layers will in conjunction with the wind scoop number of plies overall planning of the first wind wheel 2, the design formulas mutually diverging to arrangement is up and down 360 degree/X+F, wherein X is the number of plies of the first wind wheel 12, E is the number of plies of the 4th wind wheel 304, be added and be total number of plies, the business removed is the angle degree of often pair of wind scoop shared by wind wheel circumference, wherein K is natural number.

Described generator 9 can be any outer rotor generator, and as preferably, small generator uses vertical axis external rotor permanent magnet non-iron core wire coil generator, and vertical axis outer rotor planetary gear speedup permanent magnet iron coreless coil generator selected by medium-and-large-sized generator, when being chosen as vertical axis external rotor permanent magnet non-iron core wire coil generator, the first end cap 91 is connected respectively by bearing by main shaft 92, second end cap 94 and the 3rd end cap 95, be located at two stators between three end caps respectively with the first permanent magnets 912, second permanent magnets 942, 3rd permanent magnets 944, air gap is left separately between 4th permanent magnets 952, wire 4 is drawn by the pipeline in main shaft after connecting the first stator winding 931 and the second stator winding 961, advantage is: the second end cap and the second stator are paired into 1 pair, for X power lamination, can require to increase or reduce according to user power, manufacture various external diameter identical flexiblely, the outer rotor generator that power can increase and decrease arbitrarily, overcome because power increases the too large defect of generator amature diameter, and main shaft 92 upper end can arrange central point lightning protection, solve aerogenerator stator winding from lightning strokes insulation breakdown short circuit in winding or the stuck most common failure of bearing ball electric arc, ensure that the security of operation of generator.

Be provided with CPU program software control system in described control cabinet 3 to comprise: power-sensing circuit, speed detect circuit, voltage modulation circuit, programme-control and shooting time wind wheel automatic reduction of speed circuit, current foldback circuit, or speed limit and urgent stop braking circuit, civil power is as the automatic switching circuit of standby electric power, and the electric elements of battery and quick-charging circuit, according to extraneous wind-force size variation automatic generator follow procedure generating, security of operation can be guaranteed to meet generator; Or light fixture output interface, wireless receiving and transmit circuit interface and electric network utilizing camera interface are set in control cabinet, can need on head 1 or gallery, arrange several light fixtures 5 or major and minor IP Camera or wireless repeater 7 according to user, with computer and other mobile terminal constituent networked system, automatic camera, the operating condition of scene and wind-driven generator in preservation or at any time video surveillance zone, forms the wireless Internet of Things safety guard system of remote automation monitoring.

Described inductive impulse electric palisade 8 can configure the pyroscan of any brand, as preferably, by: each square steel pipe pillar 80 arranges insulator 81, fence 83 two ends of wire lath are fixed on the conducting bolt 82 in insulator 81, the output lead 41 of control cabinet 3 is connected with the pyroscan 84 be arranged on above pillar 80, light fixture 5 or secondary camera 61 respectively, when have animal close to time, pyroscan 84 works, and sends sound and light alarm and the expulsion of Pulse Electric high-voltage safety voltage or volley and wants transboundary animal; Be one group by 3-5 pillar 80 and 2-4 fence 83, often organize at least arrange 1 pyroscan 84 or secondary camera 61, U group inductive impulse electric palisade 8 be arranged on need protection border on, enclose location and become wind-power Internet of Things monitoring system, wherein U is natural number.

Beneficial effect:

The wind-power Internet of Things monitoring system of the design, wind-power electricity generation is utilized to power, to reduce investment outlay cost, be provided with the stator winding of generator in central point lightning protection later available protecting wind wheel not by lightning impulse, guarantee wind-driven generator and master network camera 6, wireless repeater 7 safe operation, set up the remote automation Video security defence monitoring Internet of Things system of computer or smart mobile phone Wireless Networking; Animal escape is run off, anti-theft fireproof problem to adopt inductive impulse electric palisade to solve, and safe and reliable with low cost.

The technical program is also applicable to greatly to state boundary line or secured areas or important machine-operated department, the little villa garden building to field, do not need that enclosure wall is high to be built from now on, just can set up the Internet of Things system that cheap computer, mobile terminal remote safety guard are automatically-monitored, defend the motherland to long-term stability territory and house security.

Accompanying drawing explanation

Accompanying drawing 1, a kind of wind-power Internet of Things monitoring system structural representation.

The structural representation of accompanying drawing 2, a kind of gallery network type wind-driven generator.

Accompanying drawing 3, a kind of handpiece structure top view.

Accompanying drawing 4, a kind of stand structure schematic diagram.

The structural representation of accompanying drawing 5, first wind wheel and central point lightning protection.

Accompanying drawing 6, first wind wheel structure top view.

Accompanying drawing 7, second wind wheel structure schematic diagram.

Accompanying drawing 8, the 3rd wind wheel structure schematic diagram.

The structural representation of accompanying drawing 9, a kind of vertical axis external rotor permanent magnet non-iron core wire coil generator.

Detailed description of the invention

Following examples also formation do not produce any restriction to the utility model.

Embodiment one, accompanying drawing 1, a kind of wind-power Internet of Things monitoring system structural representation.

As preferably, in figure: 1. head, 2. support, 3. control cabinet, 4. wire, 41. output leads, 5. light fixture, 6. master network camera, 61. secondary IP Cameras, 7. wireless repeater, 8. Pulse Electric fence, 80. tubular steel posts, 81. insulators, 82. conducting bolts, the fence of 83. wire laths, 84. pyroscans, 9. generator, 10. semilune spheroid; Wherein, the dotted line on Pulse Electric fence 8 both sides represents to extend according to this and arranges countless group pulse electric palisade, if can not arrange pyroscan 84 when selecting the IP Camera with pyroscan, its function is born by secondary IP Camera 61.

Embodiment two: the structural representation of accompanying drawing 2, a kind of gallery network type wind-driven generator.

As preferably, in figure: 1. head, 2. support, 3. control cabinet, 4. wire, 5. light fixture, 6. master network camera, 61. secondary IP Camera, 7. wireless repeater, 9. generators, 01. gallery; Wherein light fixture 5 is shot-light.

Accompanying drawing 3, a kind of handpiece structure top view.

As preferably, in figure: 4. wire, 6. master network camera, 7. wireless repeater, 9. generator, 11. central point lightning protections, 12. first wind wheels, 13. second wind wheels, 14. the 3rd wind wheels, 15. discharge pipes, 16. flange circles, wherein, master network camera 6 is 1-3, if 2 time symmetric arrays, if 3 time triangular arranged, be arranged in the rain cover 102 of the central point lightning protection 11 of not kinetoplast, 360 degree of comprehensive, round-the-clock 24 hours monitoring interfaces run.

Accompanying drawing 4, a kind of stand structure schematic diagram.

As preferably, in figure: 3. control cabinet, 5. light fixture, 21. flanges, 22. angle bar or steel pipe support, 23. air intakes, 24 footing bases, wherein light fixture 5 be shot-light, and footing is basic arranges grounded screen 24 times.

As preferably, in figure: 101. lightning rods, 102. rain covers, 103. insulation bearings, 104. metal tubes, 201. the 1st wind scoops, 202. the 2nd wind scoops, 203. the 3rd wind scoops, 204. the 4th wind scoops, 205. standpipes, 206. first positioning disks, 207. second positioning disks, 208. the 3rd positioning disks.

Accompanying drawing 6, first wind wheel structure top view.As preferably, in figure: symbol accessory is identical with Fig. 5, as preferably, using can the wind scoop of down wind automatic open-close.

Accompanying drawing 7, second wind wheel structure schematic diagram.As preferably, in figure: 301. first rain-proof cover, 302. first arc shaped blades, 303. first balls enclose, 304. the 4th wind wheels.

Accompanying drawing 8, the 3rd wind wheel structure schematic diagram.As preferably, in figure: 401. second rain-proof cover, 402. second arc shaped blades, 403. second balls enclose.

As preferably, in Fig. 9: 91. first end caps, 911. first magnetic conductive disks, 912. first permanent magnets, 913. input screws, 914. clutch shaft bearing, 92. main shafts, 921. screws for subsequent use, 93. first stators, 931. first stator winding, 94. second end caps, 941. second magnetic conductive disks, 942. second permanent magnets, 943. the 3rd magnetic conductive disks, 944. the 3rd permanent magnets, 945. second bearings, 946. maintenance screws, 95. the 3rd end caps, 951. the 4th magnetic conductive disks, 952. the 4th permanent magnets, 953, output screw, 950. the 3rd bearings, 955. bolt, 96. second stators, 961. second stator winding, 4, wire.

Claims

1. a wind-power Internet of Things monitoring system, comprise: head (1), connect support (2), wherein, generator (9) in head (1) causes control cabinet (3) by wire (4), master network camera (6) and B secondary IP Camera (61) or wireless repeater (7) or several light fixtures (5) or U group inductive impulse electric palisade (8) is connected respectively after power modulation, wherein B, U is natural number, the outer rotor of generator (9) successively with the 3rd wind wheel (14), second wind wheel (13), first wind wheel (12) connects, feature is: use vertical axis external rotor permanent magnet non-iron core wire coil generator (9), and in support (2), establish tubaeform air intake and semilune spheroid (10), make air-flow spiral type as the cyclone increase and constantly strengthen torsional forces, promote wind wheel and rotate and improve generating effect, central point lightning protection (11) lightning protection is set, with powered by wind energy, solves animal escape, anti-theft fireproof and security problem by inductive impulse electric palisade (8) and IP Camera monitoring system.

2. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: described head (1) by: metal discharge pipe (15) upper end sets out air port, top establishes cross frame or top end cover to install for the main shaft of generator (9), wire (4) leads to control cabinet (3) from inner hole of spindle pipeline after connecting the stator winding of generator (9), central point lightning protection (11) is established on first wind wheel (12) top, by: metal tube or round steel (104), top is made after lightning rod (101) passes metal rain cover (102) center tip height and is welded and fixed, insulation bearing (103) is established in upper end, lower end is successively by the first wind wheel (12), second wind wheel (13), standpipe (205) in 3rd wind wheel (14) is fixed on the main shaft upper end of generator (9), insulation bearing (103) cylindrical isolator and standpipe (205) inwall gentle touchdown are beneficial to location of the core, utilize generator (9) main shaft and head (1), the metallic object of support (2) is connected and fixed later excellent conductive performance, grounded screen in the footing basis (24) of direct connection support (2), central point lightning protection (11) is successfully set for not kinetoplast, stand erect on the commanding elevation at wind wheel center, guard the wind wheel in rotation, the stator winding of available protecting generator (9) and ball bearing be not by lightning impulse, be arranged on the first wind wheel (12) upper or not in kinetoplast rain cover (102) master network camera (6), 360 degree, left and right is comprehensive, and within round-the-clock 24 hours, monitoring interface runs, the automatic camera when unusual circumstance also sends warning message to mobile phone or warning mailbox and other terminal, processes.

3. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: orchid (21) is managed for being bolted with the flange circle (16) of head (1) in described support (2) upper end, flange lower end and trapezoidal airduct and air intake (23) are fixed, trapezoidal airduct and air intake (23) are up-small and down-big tubaeform pipe body, the peripheral support (2) being welded to form the three-dimensional steel tower shape of square or round by angle bar or steel pipe support (22) of pipe body, four footing of support (2) are fixed on four square arrangement, on the lower margin basis (24) that centre establishes steel concrete cross to support, reinforcing bar in four footing bases interknits and is welded and fixed, form the emanant grounded screen of specification respectively with entering, or on the central point basis of support (2), one and a half months shape spheroid (10) is set.

4. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: described first wind wheel (12) can the vertical wind scoop of semilune of down wind automatic open-close or the vertical wind scoop of semilune form by X hierarchical combination by 2Q, wherein Q or X is natural number, when X is set to two-layer configuration: the 1st wind scoop (201) of first floor and the 2nd symmetrical wind scoop (202), 3rd wind scoop (203) of the second layer and symmetrical 4th wind scoop (204), be fixed on standpipe (205) separately, wherein the first positioning disk (206) is arranged on the upper end of the arc still of first floor wind scoop by standpipe (205), second positioning disk (207) be arranged on the arc still of first floor wind scoop by standpipe with the centre of the arc still of second layer wind scoop, after 3rd positioning disk (208) is connected with the lower end of the arc still of second layer wind scoop by standpipe, be arranged on the bottom of standpipe (205), by two-layer 4 wind scoops up and down by respectively accounting for the orientation angle of 90 degree by fixing with standpipe (205) after the adjustment of positioning disk location, wherein, when establishing some screws for connection second wind wheel (13) in the 3rd positioning disk (208) of bottom.

5. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: described the second wind wheel (13) is the spherical wind wheel of turbine type, the arc shaped blade (302) of vortex angle is pressed into by metallic sheet stock, the blade face outer edge of each arc shaped blade is provided with arcuate relief rib groove that is interior for machine or the outer air propels rotation of machine, the lower end of G the arc shaped blade circumferentially uniform circle that surrounds is fixed on ball and encloses on (303), upper end is the uniform surrounding being fixed on the first rain-proof cover (301) angularly, the spherical wind wheel of the turbine type turned clockwise of composition sufficient mechanical strength, wherein G is natural number, when establishing some screws to connect for the 3rd wind wheel (14) in the first rain-proof cover (301).

6. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: the 3rd described wind wheel (14) is arranged on the inside of the second wind wheel (13), be similarly the spherical wind wheel of turbine type, the arc shaped blade (402) of vortex angle is pressed into by metallic sheet stock, the blade face outer edge of each arc shaped blade is provided with arcuate relief rib groove that is interior for machine or the outer air propels rotation of machine, the lower end of G the arc shaped blade circumferentially uniform circle that surrounds is fixed on ball and encloses on (403), upper end is the uniform surrounding being fixed on the second rain-proof cover (401) angularly, the spherical wind wheel of the turbine type turned clockwise of composition sufficient mechanical strength, wherein G is natural number, when establishing some screws to connect for generator outer rotor or transmission mechanism in the second rain-proof cover (401).

7. a kind of wind-power Internet of Things monitoring system according to claim 1 or 5 or 6, feature is: when described second wind wheel (13) is connected with the 3rd wind wheel (14) two wind wheel, need the Best Point choosing gradient, by the 3rd wind wheel (14) vortex angle air outlet inside the arc shaped blade of the second wind wheel (13) vortex angle, to extend air-out track and vortex angle, when preventing nature bad weather, trials and hardships is to the erosion of the spherical wind wheel inside of turbine type, and wind wheel rotation can be encouraged, solve for a long time owing to using a spherical wind wheel of turbine type, cause air outlet air-flow angle and the reverse conflict of nature wind energy air-flow, reduce the defect of wind wheel rotary speed, generator (9) outer rotor is arranged on the second wind wheel (13) and the 3rd wind wheel (14) two wind wheel inner tip simultaneously, not only avoid erosion by wind and rain but also ventilation and heat, transmission is sensitive.

8. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: described generator (9) is outer rotor generator, small generator uses vertical axis external rotor permanent magnet non-iron core wire coil generator, and vertical axis outer rotor planetary gear speedup permanent magnet iron coreless coil generator selected by medium-and-large-sized generator; When being chosen as vertical axis external rotor permanent magnet non-iron core wire coil generator, by: main shaft (92) connects the first end cap (91), the second end cap (94) and the 3rd end cap (95) respectively by bearing, be located at two stators between three end caps respectively and the first permanent magnets (912), the second permanent magnets (942), the 3rd permanent magnets (944), leave air gap separately between the 4th permanent magnets (952), wire (4) connects the first stator winding (931) and the second stator winding (961) is drawn by the pipeline in main shaft later.

9. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: be provided with CPU program software control system in described control cabinet (3) and comprise: power-sensing circuit, speed detect circuit, voltage modulation circuit, wind wheel automatic reduction of speed circuit when programme-control and shooting, current foldback circuit, or civil power is the automatic switching circuit of standby electric power, or automatic speed-limiting and urgent stop braking circuit, and the electric elements of battery and quick-charging circuit, meeting generator can according to extraneous wind-force size variation automatic generator follow procedure generating, or light fixture output interface is set in control cabinet, wireless receiving and transmit circuit interface and IP Camera interface, need on head (1) or gallery, arrange several light fixtures (5) or main according to user, secondary IP Camera or wireless repeater (7), with computer and other mobile terminal constituent networked system, automatic camera, the operating condition of scene and wind-driven generator in preservation or at any time video surveillance zone, form the wireless Internet of Things safety guard system of remote automation monitoring.

10. a kind of wind-power Internet of Things monitoring system according to claim 1, feature is: the Pulse Electric fence that described inductive impulse electric palisade (8) can configure any brand pyroscan by: each square steel pipe pillar (80) arranges insulator (81), fence (83) two ends of wire lath are fixed on the conducting bolt (82) in insulator (81), wire (41) respectively with the pyroscan (84) be arranged on above pillar (80), light fixture (5) or secondary camera (61) connect, when have animal close to time, pyroscan (84) works, send sound and light alarm and the expulsion of Pulse Electric high-voltage safety voltage or volley and want transboundary animal, it is one group by 3-5 pillar (80) and 2-4 fence (83), often organize and 1 pyroscan (84) or secondary camera (61) are at least set, U group inductive impulse electric palisade (8) is arranged on the boundary line of needs supervision, enclose location to become by the Internet of Things safety guard monitoring system of wind power supply or commercial power reserve power source and Pulse Electric fence, wherein U is natural number.