CN201054830Y

CN201054830Y - Light accelerant insect killing lighting device

Info

Publication number: CN201054830Y
Application number: CNU2006200983865U
Authority: CN
Inventors: 刘文献
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-08-15
Filing date: 2006-08-15
Publication date: 2008-04-30
Anticipated expiration: 2016-08-15

Abstract

The utility model discloses a photo catalyst lighting device for pest control, and the device comprises an upper cover, a middle cover, a rotating blade, a wind wheel, a component plate and a transformer. The middle cover is respectively connected with the upper cover and the lower cover. A ballast, a rain control component, a rain control probe, a light control component, a light control probe, a timing circuit system and a remote control system are arranged in the inner of the upper cover. The rain control component, the light control component, the timing circuit system and the remote control system are connected in parallel, and the cable can be entered from the both ends after connection; wherein, one end is connected with a power supply wire running through a power supply wire hole, and the other end is connected with a motor and the ballast. The rotating blade, the motor, the wind wheel, a lamp plate, a lamp cover and a luminous source are arranged in the inner of the middle cover. The luminous source is connected with the ballast, and the luminous source is connected with the lamp plate. The component plate is fixed on the internal top surface of the upper cover. The rain control probe and the light control probe are fixed in the rain control probe hole and the light control probe hole. The utility model has simple structure, is safe and convenient, effectively improves the insecticidal effect, and can trap and kill more than 85 percent of pest. In addition, the utility model can also be used for lighting.

Description

Photocatalyst deinsectization lighting device

Technical field

The utility model belongs to the lighting apparatus that eliminates destructive insects, and particularly relates to a kind of photocatalyst deinsectization lighting device, can catch and kill insect in the time of illumination, and the insect of killing is discharged voluntarily.

Background technology

Occurring in nature have a large amount of can flying insect, it is made troubles to people's life as mosquito, moth, locust etc., influences the crops underproduction.Main at present employing agricultural chemicals, pesticide, deinsectization lamp come kill mosquitoes and insect, though can reach certain deinsectization effect, considerable disappearance still had in the use.The frequent use of agricultural chemicals and pesticide can make the resistance to the action of a drug of insect more and more stronger, even develop and the stronger variation insect of drug resistance, cause bigger threat, also can pollute soil, water and air, destroy biological environment, and the residues of pesticides of crops can cause bad influence to human health by food chain transport to human.

The deinsectization lamp that tradition is used is a phototaxis of utilizing insect, lure insect to fly to contact electrical network near the device or fall into the water, kill pests, this device is a kind of passive type deinsectization, and want frequent care and maintenance, and the outdoor deinsectization that can only be used for, can not utilize self light source to use as illumination, can produce electric spark during the electric shock desinsection, have potential safety hazard during use.

Summary of the invention

The purpose of this utility model is to be to provide a kind of photocatalyst deinsectization lighting device, and it is safe in utilization, improves the insect-killing trapping effect, does not need to safeguard, also can be used for illumination.

This device is made up of last cover, the cover that rains, middle cover, motor, wind page or leaf, rotating blade, motor, ballast, timing control system, remote control system, light-dependent control element, control elements, element board, support, rain control probe, light-operated probe, lamp panel, light emitting source, lampshade, slot, power lead, transformer, plug.

Wherein:

Ballast, rain control elements, light-dependent control element, timing circuit system and remote control system respectively with screw fixings on the relevant position of the element board of reserving in advance, again with rain control probe and light-operated probe respectively with screw be installed in the rain control probe hole with light-operated probe hole in; Its moderate rain control elements, light-dependent control element, timing circuit system and remote control system adopt the mode that is connected in parallel, and the two ends outlet is arranged after the parallel connection, and its end and power lead passes the power lead hole and link to each other, and its other end connects motor and links to each other with ballast; This part mainly is with the power supply access device, and transformer becomes different voltage into the device required voltage, and assurance device is suitable for using under different voltage in countries in the world and the frequency situation, can also not be damaged under overtension or excessively low situation by protective device; Can reach automatic switch with rain control elements, light-dependent control element, timing circuit system and remote control system; On the axle of rotating blade directly into motor, feet directly is welded on the middle cover inwall, the rotating blade effect is that the insect in the access to plant is killed; The wind page or leaf is inserted on the wind page or leaf motor shaft, feet directly is welded on the middle cover inwall, light emitting source is inserted in the slot, the assurance light emitting source can normally be connected, slot, directly is installed on lampshade on the lamp panel on lamp panel with screw fixings, uses screw fixings, light emitting source is connected with ballast, lamp panel is used in the lamp panel hole of screw fixings on middle cover again; Light emitting source is to emit beam to lure insect near using with illumination; Lamp panel, lampshade and light emitting source all scribble photocatalyst and handle, and can decompose contaminated air on every side when luminous at light emitting source, convert it into carbon dioxide and steam, improve to lure the worm effect.

In this photocatalyst deinsectization lighting device, element board can be installed in the cover, also can be installed in a side of middle cover or be installed in end cover inner; In motor in the cover, can use one two go out spindle motor and substitute, rotating blade and wind page or leaf are inserted in two two ends that go out spindle motor respectively, rotating blade and wind page position exchange; Support can be fixed on and cover, and covers in also can being fixed on.

Rain control elements, light-dependent control element, timing circuit system and remote control system can use parallel connection or selection a kind of control control mode wherein.Rain control probe and rain control elements realization rainy day close automatically, and the sky starts when fine automatically; Light-operated probe and light-dependent control element implement device starting device when It is getting dark are at day closed automatically to reach automatically and are come control switch according to light; Also can adopt remote control system implement device radio operation; Timing control system implement device scheduled time switch.

This device in use, light emitting source is luminous, lures insect near device and can throw light on, and the contaminated air of exciting light catalyst lampshade around decomposing, and converts it into carbon dioxide and steam, improves to lure the mosquito effect, because mosquito is very sensitive to carbon dioxide; The wind page or leaf rotates and produces flow air, and air-flow sucks from the B (as Fig. 1) of last cover, and cover is inner in the process, from outlet A (as Fig. 1) discharge of cover down, forms a circulating current; In the cover process, rotating blade kills insect in insect enters, and insect is after death discharged voluntarily from the preformed hole that covers down, does not need to clear up the insect that kills.

Because the utility model does not use the toxigenic material of any meeting, so in the process of using, can't produce the material of any user's of influence health, simultaneously photocatalyst substance can the purifier ambient air, produce carbon dioxide, and the dirt of decomposition photocatalyst lampshade, self-cleaning.Adopt the enclosed construction security of operation, be fit to round-the-clock running, simple in structure, safe ready, the raising insecticidal effect that produces effect, the trapping insect reaches more than 85%, can also be used for illumination.

Description of drawings

Fig. 1 is a kind of photocatalyst deinsectization illuminator structure schematic diagram.

Fig. 2 is a kind of photocatalyst deinsectization lighting device stereoscopic figure.

Fig. 3 is that a kind of photocatalyst deinsectization lighting device is installed circuit diagram.

Wherein:

The last cover of 1-, 2-is cover down, cover among the 3-, the 4-motor, 5-wind page or leaf, the 6-rotating blade, the 7-motor, the 8-ballast, the 9-timing control system, the 10-remote control system, the 11-light-dependent control element, 12-rain control elements, the 13-element board, the light-operated probe hole of 14-, 15-rain control probe hole, the 16-support, 17-rain control probe, the light-operated probe of 18-, the 19-lamp panel, the 20-light emitting source, the 21-lampshade, the 22-slot, the 23-power lead, the 24-transformer, the 25-plug, the 26-feet, the 27-preformed hole, 28-power lead hole, 29-lamp panel hole, A-is the cover venthole down, the last cover of B-air admission hole, the last cover of 213-end face, 214-is the cover bottom surface down, the 215-screw hole, the 216-screw, 301,401,101,201-cylinder pin.

Embodiment

Ballast 8: outsourcing model: PC-88

Timing control system 9: outsourcing model: DSK-24

Remote control system 10: outsourcing model: YYK-E06026

Light-

dependent control element

11 and 18 combinations of light-operated probe, outsourcing model: GG-2

Rain control elements

12 and 15 combinations of rain control probe hole, outsourcing model: RAYK-YY6

Photocatalyst liquid: outsourcing, adopt professional lamp photocatalyst.

According to Fig. 1 as can be known, this photocatalyst deinsectization lighting device is by last cover 1, under cover 2, middle cover 3, motor 4, wind page or leaf 5, rotating blade 6, motor 7, ballast 8, timing control system 9, remote control system 10, light-dependent control element 11, rain control elements 12, element board 13, support 16, rain control probe 17, light-operated probe 18, lamp panel 19, light emitting source 20, lampshade 21, slot 22, power lead 23, transformer 24, plug 25 is formed, cover 3 links to each other with following cover 2 with last cover 1 respectively in it is characterized in that, in last cover 1, ballast 8 is housed, rain control elements 12, rain control probe 17, light-dependent control element 11, light-operated probe 18, timing circuit system 9 and remote control system 10; Its moderate rain control elements 12, light-dependent control element 11, timing circuit system 9 and remote control system 10 adopt the mode that is connected in parallel, the two ends outlet is arranged after the connection, its end passes power lead hole 28 with power lead 23 and links to each other, and its other end links to each other with motor 7, motor 4 and ballast 8; Rotating blade 6, motor 7, motor 4, wind page or leaf 5, lamp panel 19, lampshade 21 and light emitting source 20 are installed in middle cover 3, and motor 4 is in parallel with motor 7, and light emitting source 20 links to each other with rectifier 8, and light emitting source 20 links to each other with lamp panel 19; Element board 13 is fixed on cover 1 inner top surface, rain control probe 17 and light-operated probe 18 is separately fixed in rain control probe hole 15 and the light-operated probe hole 14 again, individual preformed hole 27 is arranged at following cover 2 bottoms.

It is that 20 centimeter length are 50 centimetres cylinder and weld piece that 0.5 millimeter iron plate is bent into diameter, will curve the cylinder pin 301,401,101,201 at right angle again with 1 millimeter iron plate, evenly be equally spaced and be welded in cover 3 two ends, cover 3 in completing; 0.5 millimeter iron plate is bent into diameter to be 30 centimetres to be up to 20 centimetres the minimum height of cylinder is 18 centimetres the cylinder that certain angle of inclination is arranged, with plane iron plate cylinder is welded into the sealing shape, make a call to four holes on plane iron plate, cover 3 can pass through cylinder pin 301 in the assurance, cylinder pin 401 is installed on going up of cover 1 and covers end face 213 inboards, support 15 is welded on the end face and covers on the end face 213, completes to go up cover 1; 0.5 millimeter iron plate is bent into diameter to be 30 centimetres to be up to 20 centimetres the minimum height of cylinder is 18 centimetres the cylinder that certain angle of inclination is arranged, with plane iron plate cylinder is welded into the sealing shape, make a call to four holes on plane iron plate, cover 3 can pass through cylinder pin 101 in the assurance, cylinder pin 201 is installed on down following cover end face 214 inboards of cover 2, make a call to a diameter in the centre at the end again and be 6 centimetres preformed hole 27, preformed hole is positioned at the center of bottom surface, and cover 2 completes down; Cut-off directly is that 28 centimetres circular insulating board is as element board 13, ballast 8, timing control system 9, remote control system 10, light-dependent control element 11, rain control elements 12 rationally are being fixed on self-tapping screw on the element board 13 by installation dimension, make a call to four screw holes on element board 13, the cover end face 213 of going up that can make screw 216 pass element board 13 and last cover 1 is fixed; Its moderate rain control elements 12, light-dependent control element 11, timing circuit system 9 and remote control system 10 adopt the mode that is connected in parallel, the two ends outlet is arranged after the connection, its end passes power lead hole 28 with power lead 23 and links to each other, and its other end links to each other with motor 7, motor 4 and ballast 8; Again whole element board 13 usefulness screws 216 nails are fixed to cover 1 inside top surface, again rain control probe 17 and light-operated probe 18 are installed in respectively in the light-operated probe hole 14 rain control probe holes 15, and with 502 glue the probe the bottom and the inboard of last cover 1 cement, on cover 1 installation; Light source cell is comprised that light emitting source 20, lamp panel 19, lampshade 21 all scribble photocatalyst, natural air drying is more than 3 hours, slot 22 is installed on the lamp panel 19, light emitting source 20 is installed on the slot 22, lampshade 21 is installed on the lamp panel 19, prevent that dust or insect from climbing on the fluorescent tube, the influence light, light emitting source 20 comprises fluorescent lamp, the ultraviolet trap lamp of 200nm-420nm wavelength, black light lamp, LED, bulb, in the lamp panel hole 29 in again lamp panel 19 being installed on the cover 3, light emitting source 20 leads are linked to each other with ballast 8; Directly insert rotating blade 6 peaces on the main shaft of motor 7, rotating blade 6 is contained in motor 7 vertical lower, cover 3 top edges 10 centimeters in the distance of motor 7 bottom surfaces, motor 7 feets 26 are welded direct on middle cover 3 inner surfaces, wind page or leaf 5 directly inserts on the main shaft of motor 4, and wind page or leaf 5 is contained in motor 4 vertical lower, cover 3 feather edges 10 centimeters in the minimum identity distance of wind page or leaf 5, a spy spike of motor 4 is welded direct on middle cover 3 inner surfaces middle cover 3 installations; Middle cover 3 and last cover 1 usefulness screw 216 is fixing, again with middle cover 3 with cover 2 usefulness screws 216 are fixing down, on cover 1, middle cover 3 and cover 2 three part installations down.

Photocatalyst deinsectization lighting device is a brand-new design, utilize insect phototaxis and carbon dioxide, the sensitiveness of steam and air-flow, lure insect near and insect killed, and automatic remover, can realize eliminating endlessly under the unmanned maintenance situation insect, it is the deinsectization of a kind of physics mode completely, can not cause any harm to environment, can reduce device and settle the insect population quantity in zone, destroy the [of insect, fundamentally reduce the harm of insect, it can be widely used in garden, the park, the highway limit, villa, plant, the farmland, forest pest killing is significant.

Claims

1. photocatalyst deinsectization lighting device, it comprises cover (1), middle cover (3), rotating blade (6), wind page or leaf (5), element board (13), transformer (24), it is characterized in that: middle cover (3) links to each other with following cover (2) with last cover (1) respectively, ballast (8), rain control elements (12), rain control probe (17), light-dependent control element (11) are housed in last cover (1), light-operated probe (18), timing circuit system (9) and remote control system (10); Rain control elements (12), light-dependent control element (11), timing circuit system (9) and remote control system (10) adopt and are connected in parallel, the two ends outlet is arranged after the connection, one end passes power lead hole (28) with power lead (23) and links to each other, and the other end links to each other with ballast (8) with motor (7,4); Rotating blade (6), motor (7,4), wind page or leaf (5), lamp panel (19), lampshade (21) and light emitting source (20) are housed in middle cover (3), motor (4) is in parallel with motor (7), light emitting source (20) links to each other with rectifier (8), and light emitting source (20) links to each other with lamp panel (19); Element board (13) is fixed on cover (1) inner top surface, and rain control probe (17) and light-operated probe (18) are respectively fixed in rain control probe hole (15) and the light-operated probe hole (14).

2. a kind of photocatalyst deinsectization lighting device according to claim 1 is characterized in that: light emitting source (20) comprises fluorescent lamp, the 200nm～ultraviolet trap lamp of 420nm wavelength, black light lamp, LED, bulb.

3. a kind of photocatalyst deinsectization lighting device according to claim 1, it is characterized in that: light emitting source (20), lamp panel (19), lampshade (21) scribble photocatalyst, slot (22) is contained on the lamp panel (19), light emitting source (20) is installed on the slot (22), lampshade (21) is installed on the lamp panel (19), and lamp panel (19) is contained in the lamp panel hole (29) on the middle cover (3).

4. a kind of photocatalyst deinsectization lighting device according to claim 1 is characterized in that rotating blade (6) inserts on the motor (7), and rotating blade (6) is in motor (7) vertical lower.

5. a kind of photocatalyst deinsectization lighting device according to claim 1 is characterized in that wind page or leaf (5) inserts on the motor (4), and wind page or leaf (5) is in motor (4) vertical lower.