CN206835997U - A kind of warmhouse booth mosquito eradication control device - Google Patents
A kind of warmhouse booth mosquito eradication control device Download PDFInfo
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- CN206835997U CN206835997U CN201720737847.7U CN201720737847U CN206835997U CN 206835997 U CN206835997 U CN 206835997U CN 201720737847 U CN201720737847 U CN 201720737847U CN 206835997 U CN206835997 U CN 206835997U
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Abstract
A kind of warmhouse booth mosquito eradication control device, it is designed by core combination ultraviolet leds technology, triode technology, boosting high pressure packet technology, motor technology, relay switch technology, clock technology of high performance-price ratio STM8S105K6T6 single-chip microcomputers, by singlechip controller(1), ultraviolet lure mosquito circuit(2), mosquito eradication drive circuit(3), mosquito eradication power network(4), timing clean circuit(5)Collectively constitute, realize that ultraviolet lures mosquito function, electric-shock mosquito-killing function, timing wind-driven cleaning mosquito eradication power network function;Device has practical remarkable advantage of Denging.
Description
Technical field
It the utility model is related to singlechip controller technology, ultraviolet leds technology, triode technology, boosting high voltage package skill
Art, motor technology, relay switch technology, clock technology, especially a kind of warmhouse booth mosquito eradication control device.
Background technology
Warmhouse booth provides effective technology for vegetables in improper season plantation and supported, and the humiture in usual warmhouse booth is very
Be adapted to the growth of mosquito, it is that a necessary technical guarantee works that effective mosquito eradication, which is carried out warmhouse booth,;To be brought to life
More enjoyment, cultivation of ornamental fish are favored by increasing people, and ornamental fish also increases while bringing happy
The work of people, therefore design culture of ornamental fish supervising device there is very strong practicality.The present apparatus is with high performance-price ratio
STM8S105K6T6 single-chip microcomputers are core combination ultraviolet leds technology, triode technology, the high pressure packet technology of boosting, motor technology,
Relay switch technology, clock technology design a kind of warmhouse booth mosquito eradication control device.
The content of the invention
The purpose of this utility model is to provide a kind of warmhouse booth mosquito eradication control device, and mosquito circuit is lured by ultraviolet
(2), realize that ultraviolet lures mosquito function;Pass through mosquito eradication drive circuit(3), mosquito eradication power network(4), realize electric-shock mosquito-killing function;Pass through
Timing cleans circuit, realizes timing wind-driven cleaning mosquito eradication power network function.
Technical scheme is used by the utility model solves its technical problem:The utility model is with high performance-price ratio
STM8S105K6T6 single-chip microcomputers are core combination ultraviolet leds technology, triode technology, the high pressure packet technology of boosting, motor technology,
Relay switch technology, clock technology are designed, by singlechip controller(1), ultraviolet lure mosquito circuit(2), mosquito eradication driving
Circuit(3), mosquito eradication power network(4), timing clean circuit(5)Collectively constitute, it is characterised in that:By STM8S105K6T6 monolithics mechanism
Into singlechip controller(1), ultraviolet is formed by eight F5mm-365nm ultraviolet leds lamp beads, NCP5009-LED driving chips
Lure mosquito circuit(2), by S9014 triodes, 2N222A triodes, 0.047uF ceramic disc capacitors, 1.5 ohmic metal film resistors,
TM-18194 boosting high voltage packages form mosquito eradication drive circuit(3), by DH304-1mm steel wires be connected into a diameter of 40cm, a height of 60cm,
Line space is 3mm cylindrical mosquito eradication power network(4), by FS40-6A motors, SFG impellers, HF32 relay switches, the poles of S9018 tri-
Pipe, DS1386 clocks device, HC49X32MHz crystal oscillators form timing and clean circuit(5);STM8S105K6T6 single-chip microcomputers
GPA4 ports, GPA5 ports connect respectively NCP5009-LED driving chips /CS ports, CLK ports, eight F5mm-365nm purples
Outer smooth LED lamp bead cascaded structure, the L ports of NCP5009-LED driving chips connect eight F5mm-365nm ultraviolet leds lamp bead strings
It is coupled the positive pole port of structure, the negative pole ports of eight F5mm-365nm ultraviolet leds lamp bead cascaded structures with connecing power supply port is real
Show the ultraviolet photocontrols of 365nm so as to realize that ultraviolet lures mosquito function;The extreme mouths of C, the extreme mouths of E of S9014 triodes connect respectively
The extreme mouths of C, the extreme mouths of B of 2N222A triodes, first port, the second port of 0.047uF ceramic disc capacitors connect respectively
The extreme mouths of C, the extreme mouths of E of 2N222A triodes, first port, the second port of TM-18194 boosting high voltage packages connect 1.5 respectively
The first port of ohmic metal film resistor, the extreme mouths of the C of 2N222A triodes, the second end of 1.5 ohmic metal film resistors
Mouth connects positive 12V DC voltage port, and the 3rd port, the 4th port of TM-18194 boosting high voltage packages alternately connect cylindrical mosquito eradication electric
Net(4)Each bar line, the GPA6 ports of STM8S105K6T6 single-chip microcomputers connect the extreme mouths of B of S9014 triodes, realize that electric shock is gone out
Mosquito function;First port, the second port of HC49X32MHz crystal oscillators connect the X1 ports of DS1386 clock devices, X2 ends respectively
Mouthful, GPB0-GPB7 ports, the GPD0-GPD7 ports of STM8S105K6T6 single-chip microcomputers connect the D0-D7 ends of DS1386 clock devices respectively
Mouthful, A0-A7 ports, the GPA7 ports of STM8S105K6T6 single-chip microcomputers connect DS1386 clock devices /WE ports, realize that clock is adopted
Collecting function, the C of S9018 triodes is extreme, the extreme mouths of E with connecing the second port of HF32 relay switches, power supply respectively port,
The first port of HF32 relay switches connects positive 12V DC voltage port, and the 3rd port of HF32 relay switches meets 220VAC
L line end mouths, the 4th port of HF32 relay switches connects the positive pole port of FS40-6A motors, the negative pole end of FS40-6A motors
Mouth connects 220VAC N line end mouths, and SFG wheel rotations are driven by FS40-6A motors, with reference to clock acquisition function so as to realizing timing
Wind-driven cleaning mosquito eradication power network function.
The beneficial effects of the utility model are:The utility model is using high performance-price ratio STM8S105K6T6 single-chip microcomputers as core knot
Ultraviolet leds technology, triode technology, boosting high pressure packet technology, motor technology, relay switch technology, clock technology is closed to enter
Row design, realizes that ultraviolet lures mosquito function, electric-shock mosquito-killing function, timing wind-driven cleaning mosquito eradication power network function;Device has practicality
Property by force wait remarkable advantage.
Brief description of the drawings
The utility model will be further described below in conjunction with the accompanying drawings.
It is theory structure block diagram of the present utility model shown in Fig. 1, in figure:1. singlechip controller, 2. ultraviolets lure mosquito electric
Road, 3. mosquito eradication drive circuits, 4. mosquito eradication power networks, 5. timings clean circuit.
Embodiment
Referring to Fig. 1 the utility model by singlechip controller(1), ultraviolet lure mosquito circuit(2), mosquito eradication drive circuit(3)、
Mosquito eradication power network(4), timing clean circuit(5)Collectively constitute, singlechip controller is formed by STM8S105K6T6 single-chip microcomputers(1).
Ultraviolet, which is formed, by eight F5mm-365nm ultraviolet leds lamp beads, NCP5009-LED driving chips lures mosquito circuit
(2), GPA4 ports, the GPA5 ports of STM8S105K6T6 single-chip microcomputers connect respectively NCP5009-LED driving chips /CS ports,
CLK ports, eight F5mm-365nm ultraviolet leds lamp bead cascaded structures, the L ports of NCP5009-LED driving chips connect eight
The positive pole port of F5mm-365nm ultraviolet leds lamp bead cascaded structures, eight F5mm-365nm ultraviolet leds lamp bead cascaded structures
Negative pole port with connecing power supply port, realize the ultraviolet photocontrols of 365nm so as to realize that ultraviolet lures mosquito function.
By S9014 triodes, 2N222A triodes, 0.047uF ceramic disc capacitors, 1.5 ohmic metal film resistors, TM-
18194 boosting high voltage packages form mosquito eradication drive circuit(3), a diameter of 40cm, a height of 60cm, OK are connected into by DH304-1mm steel wires
Spacing is 3mm cylindrical mosquito eradication power network(4), the extreme mouths of C, the extreme mouths of E of S9014 triodes connect 2N222A triodes respectively
The extreme mouths of C, the extreme mouths of B, the C that first port, the second port of 0.047uF ceramic disc capacitors connect 2N222A triodes respectively are extreme
Mouthful, the extreme mouths of E, first port, the second port of TM-18194 boosting high voltage packages connect the of 1.5 ohmic metal film resistors respectively
Single port, the extreme mouths of the C of 2N222A triodes, the second port of 1.5 ohmic metal film resistors connect positive 12V DC voltage end
Mouthful, the 3rd port, the 4th port of TM-18194 boosting high voltage packages alternately connect cylindrical mosquito eradication power network(4)Each bar line,
The GPA6 ports of STM8S105K6T6 single-chip microcomputers connect the extreme mouths of B of S9014 triodes, realize electric-shock mosquito-killing function.
By FS40-6A motors, SFG impellers, HF32 relay switches, S9018 triodes, DS1386 clocks device,
HC49X32MHz crystal oscillators form timing and clean circuit(5), the first port of HC49X32MHz crystal oscillators, the second end
Mouth meets X1 ports, the X2 ports of DS1386 clock devices, the GPB0-GPB7 ports of STM8S105K6T6 single-chip microcomputers, GPD0- respectively
GPD7 ports connect the D0-D7 ports of DS1386 clock devices, A0-A7 ports, the GPA7 ports of STM8S105K6T6 single-chip microcomputers respectively
Connect DS1386 clock devices /WE ports, realize clock acquisition function, the C of S9018 triodes is extreme, the extreme mouths of E meet HF32 respectively
The second port of relay switch, power supply port, the first port of HF32 relay switches connect positive 12V DC voltage port,
3rd port of HF32 relay switches connects 220VAC L line end mouths, and the 4th port of HF32 relay switches connects FS40-6A electricity
The positive pole port of machine, the negative pole port of FS40-6A motors connect 220VAC N line end mouths, and SFG impellers are driven by FS40-6A motors
Rotate, with reference to clock acquisition function so as to realizing timing wind-driven cleaning mosquito eradication power network function.
Claims (1)
- A kind of 1. warmhouse booth mosquito eradication control device, by singlechip controller(1), ultraviolet lure mosquito circuit(2), mosquito eradication driving electricity Road(3), mosquito eradication power network(4), timing clean circuit(5)Collectively constitute, it is characterised in that:A) is by STM8S105K6T6 single-chip microcomputers Form singlechip controller(1), it is made up of eight F5mm-365nm ultraviolet leds lamp beads, NCP5009-LED driving chips ultraviolet Line lures mosquito circuit(2), by S9014 triodes, 2N222A triodes, 0.047uF ceramic disc capacitors, 1.5 ohmic metal film resistances Device, TM-18194 boosting high voltage packages form mosquito eradication drive circuit(3), a diameter of 40cm, a height of is connected into by DH304-1mm steel wires 60cm, the cylindrical mosquito eradication power network that line space is 3mm(4), by FS40-6A motors, SFG impellers, HF32 relay switches, S9018 triodes, DS1386 clocks device, HC49X32MHz crystal oscillators form timing and clean circuit(5);b). GPA4 ports, the GPA5 ports of STM8S105K6T6 single-chip microcomputers connect respectively NCP5009-LED driving chips /CS ports, CLK ends Mouthful, eight F5mm-365nm ultraviolet leds lamp bead cascaded structures, the L ports of NCP5009-LED driving chips meet eight F5mm- The positive pole port of 365nm ultraviolet leds lamp bead cascaded structures, eight F5mm-365nm ultraviolet leds lamp bead cascaded structures it is negative Extreme mouth with connecing power supply port, realizes the ultraviolet photocontrols of 365nm so as to realize that ultraviolet lures mosquito function;C) S9014 triodes The extreme mouths of C, the extreme mouths of E connect the extreme mouths of C of 2N222A triodes, the extreme mouths of B respectively, the first of 0.047uF ceramic disc capacitors Port, second port connect the extreme mouths of C of 2N222A triodes, the extreme mouths of E, the first end of TM-18194 boosting high voltage packages respectively Mouthful, second port connect the first port of 1.5 ohmic metal film resistors, the extreme mouths of the C of 2N222A triodes respectively, 1.5 ohm The second port of metal film resistor connects positive 12V DC voltage port, the 3rd port, the 4th end of TM-18194 boosting high voltage packages Mouth alternately connects cylindrical mosquito eradication power network(4)Each bar line, the GPA6 ports of STM8S105K6T6 single-chip microcomputers connect S9014 triodes The extreme mouths of B, realize electric-shock mosquito-killing function;D) first port of HC49X32MHz crystal oscillators, second port connect respectively X1 ports, the X2 ports of DS1386 clock devices, GPB0-GPB7 ports, the GPD0-GPD7 ports point of STM8S105K6T6 single-chip microcomputers D0-D7 ports, the A0-A7 ports of DS1386 clock devices are not connect, when the GPA7 ports of STM8S105K6T6 single-chip microcomputers meet DS1386 Clock device /WE ports, realize clock acquisition function, the C of S9018 triodes is extreme, the extreme mouths of E connect HF32 relay switches respectively Second port, power supply port, the first port of HF32 relay switches connect positive 12V DC voltage port, HF32 relays 3rd port of switch connects 220VAC L line end mouths, and the 4th port of HF32 relay switches connects the positive terminal of FS40-6A motors Mouthful, the negative pole port of FS40-6A motors connects 220VAC N line end mouths, and SFG wheel rotations are driven by FS40-6A motors, with reference to when Clock acquisition function is so as to realizing timing wind-driven cleaning mosquito eradication power network function.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
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CN201720737847.7U CN206835997U (en) | 2017-06-23 | 2017-06-23 | A kind of warmhouse booth mosquito eradication control device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
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CN201720737847.7U CN206835997U (en) | 2017-06-23 | 2017-06-23 | A kind of warmhouse booth mosquito eradication control device |
Publications (1)
Publication Number | Publication Date |
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CN206835997U true CN206835997U (en) | 2018-01-05 |
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CN201720737847.7U Expired - Fee Related CN206835997U (en) | 2017-06-23 | 2017-06-23 | A kind of warmhouse booth mosquito eradication control device |
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CN (1) | CN206835997U (en) |
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2017
- 2017-06-23 CN CN201720737847.7U patent/CN206835997U/en not_active Expired - Fee Related
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GR01 | Patent grant | ||
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CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180105 Termination date: 20180623 |
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CF01 | Termination of patent right due to non-payment of annual fee |