CN201582770U

CN201582770U - Anion energy-saving lamp

Info

Publication number: CN201582770U
Application number: CN200920013988XU
Authority: CN
Inventors: 周继财
Original assignee: Individual
Current assignee: Individual
Priority date: 2009-05-27
Filing date: 2009-05-27
Publication date: 2010-09-15
Anticipated expiration: 2019-05-27

Abstract

An anion energy-saving lamp belongs to the technical field of lighting equipment, and comprises a lamp holder, an insulating casing, lamp tubes and an anion generator, wherein the anion generator is mounted between the lamp tubes; a control circuit and an anion generator circuit which are connected with each other are arranged in the casing; the anion generator adopts an anion ozone generator and includes a needle bed, an insulating sheath and a high-voltage head; the high-voltage head includes a copper sleeve and a copper needle positioned inside the copper sleeve; the sheath is arranged outside the copper sleeve and fixed on the casing through the needle bed; and the high-voltage head is connected with the anion generator circuit. The utility model has the advantages that the organic combination in which the high-voltage discharge enables the dipolar discharge of the copper sleeve and the copper needle is utilized by the anion ozone generator to produce two effects, that is, the simultaneous energy-saving illumination and emissions of anions and a micro amount of ozone; and a plurality of vent holes are formed on the sheath of the high-voltage head, so as to not only more effectively send out anions produced by the high-voltage head into the air to remove bad smells, smog and dust and kill bacteria, but also avoid damage on users touching the generator part.

Description

Anion energy-saving light

Technical field

The utility model belongs to technical field of lighting fixtures, particularly relates to a kind of anion energy-saving light.

Background technology

Anion energy-saving light is the same with the common energy-saving lamp size, can both use on the lamp that can adorn energy-saving bulb.Be mainly used in the middle smog that purifies air, pernicious gas, organic peculiar smell, floating dust, pollen, can stop these pellets to be assembled, allow them in air, carry out nontoxic reaction and decomposition, thereby reach the ideal effect that purifies air.Existing electricity-saving lamp mostly is the carbon brush formula greatly, in the time of work, produces black mist at the fluorescent tube periphery, the release of influence illumination and anion.And its spray point must be exposed to the outside, produces resonance with air, could discharge anion, can not use under the situation of sealing, and the life-span is short.Existing carbon brush formula air purifying lamp can not discharge ozone, and is not remarkable to the bactericidal effect of air.

The utility model content

At the technical problem of above-mentioned existence, it is energy-saving and environmental protection that the purpose of this utility model provides a kind of, the negative ion and ozone electricity-saving lamp of fast purification air again, and it is rational in infrastructure, volume is little, the effect of broad-spectrum sterilization is obvious.

For achieving the above object, the utility model adopts following technical scheme:

A kind of anion energy-saving light, comprise lamp holder, insulation shell, fluorescent tube and anion generator, described anion generator is installed between fluorescent tube, interconnective control circuit and anion generator circuit are set in the described housing, described anion generator is a negative ion and ozone generator, comprise needle stand, insulating sheath and high-head, described high-head is to be built-in with the copper pin at copper sheathing, outside copper sheathing, be provided with sheath, sheath is fixed on the housing by needle stand, and high-head is connected with the anion generator circuit.

Described insulating sheath is a cylindrical shell, has some air-vents in the cylindrical shell bottom.Described anion generator circuit comprises voltage-multiplying circuit and high-head, is connected with high-head copper sheathing and copper pin respectively at the voltage-multiplying circuit input/output terminal.Described voltage-multiplying circuit is made up of a plurality of diode connected in parallel, is serially connected with an electric capacity between two adjacent diodes.Described high-head is fixed on the center of housing.

Described control circuit comprises rectification circuit, oscillating circuit and energy-saving lamp circuit, and the output of rectification circuit is connected with the input of oscillating circuit, and the output of oscillating circuit is connected with the input of energy-saving lamp circuit.Rectification circuit comprises that four diodes form the whole current circuit of a bridge-type, is connected to an inductance at the negative pole end of first diode, and an end of described inductance is connected with an electric capacity by capacity earth between the positive pole of the other end of inductance and the 4th diode.Oscillating circuit comprises two holding circuits being made up of diode and triode, and the base stage of described two triodes is connected with second transformer through a resistance respectively, and the base stage of one of them triode is connected to a two-way diode.Energy-saving lamp circuit comprises first transformer, and an end of described first transformer is connected with energy-saving lamp filament one end, and two interpolars of described energy-saving lamp filament are parallel with resistance and electric capacity.

The utility model is simple and reasonable for structure, can remove smell, smog, dust and the kill bacteria of stench fast, and has and strengthen the blood of human body cell activityization and build up one's resistance to disease.

Negative ion and ozone generator of the present utility model is that the applying high voltage discharge makes the combination of copper pipe, the discharge of copper pin two utmost points produce two kinds of effects, and energy-saving illumination discharges anion and drop ozone (ozone amount is controlled in the state-set standard) simultaneously.Have some air-vents on high-head sheath, the anion that high-head is produced better distributes in air, protects the user to run into that the generator part is unlikely to come to harm simultaneously.The appropriate design of control circuit and negative ion and ozone generator circuit, the applying high voltage discharge, make the utility model in air, distribute a large amount of anions, have the broad-spectrum sterilizing function simultaneously, effect is obvious, volume is little, do not have concussion, no stroboscopic, life-span are grown, safe and applicable, energy-saving and environmental protection are one.

Description of drawings

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is needle stand and a copper pin assembled construction schematic diagram among Fig. 1.

Fig. 3 is a circuit diagram of the present utility model.

The specific embodiment

The utility model is described in further detail below in conjunction with drawings and Examples.

Embodiment: as shown in Figure 1, the utility model comprises lamp holder 5, insulation shell 4, fluorescent tube 1 and anion generator, described anion generator is installed on 1 of fluorescent tube, interconnective control circuit 6 and anion generator circuit are set in the described housing 4, described anion generator is a negative ion and ozone generator, comprise needle stand 8, insulating sheath 9 and high-head 41, described high-head 41 is to be built-in with copper pin 3 at copper sheathing 7, be provided with sheath 9 outside copper sheathing 7, sheath 9 is fixed on the housing 4 by needle stand 8.

This routine described sheath 9 is a cylindrical shell, has some air-vents in cylindrical shell bottom 11.Copper pin 3 and copper sheathing 7 are the red copper material.Described high-head 41 is fixed on the center of housing 4, is specially: copper pin 3 passes needle stand 8 and is fixed on the voltage-multiplying circuit plate 2, and copper sheathing 7 is fixed on the needle stand 8 after closely cooperating with insulating sheath 9.As shown in Figure 2, described needle stand 8 is three rank plastics tubulars, cooperate fixedly connected with sheath 9 by boss 13, copper pin 3 is installed in needle stand 8 central tubes, on needle stand 8, have groove 12, also have groove on the connected sheath 9, be convenient to copper sheathing 7 and copper pin 3 are connected on the voltage-multiplying circuit plate 2, fluorescent tube 1 adopts triphosphor tube light.

As shown in Figure 3, described anion generator circuit 50 comprises voltage-multiplying circuit 40 and high-head 41, is connected with the copper sheathing 7 and the utmost point pin 3 of high-head 41 respectively at voltage-multiplying circuit 40 input/output terminals.Described voltage-multiplying circuit 40 is made up of a plurality of diode connected in parallel D8-D21, is serially connected with a capacitor C 9-C21 between two adjacent diodes.

As shown in Figure 3, described control circuit 6 comprises rectification circuit 10, oscillating circuit 20 and energy-saving lamp circuit 30, and the output of rectification circuit 10 is connected with the input of oscillating circuit 20, and the output of oscillating circuit 20 is connected with the input of energy-saving lamp circuit 30.

This routine described rectification circuit 10 is electrically connected with the city; This rectification circuit 10 comprises that four diode D1-D4 form a bridge rectifier, negative terminal at first diode D1 is connected to an inductance L 1, one termination, one capacitor C 1 of this inductance L 1, this capacitor C 1 other end ground connection is connected to a capacitor C 2 between the positive pole of the other end of inductance L 1 and the 4th diode D4.Oscillating circuit 20 comprises two holding circuits being made up of diode D6, D7 and triode Q1, Q2; the base stage of described two triode Q1, Q2 is connected with the second transformer T2 through a resistance R 3, R4 respectively, and the base stage of one of them triode Q2 is connected to a two-way diode TD.Energy-saving lamp circuit 30 comprises the first transformer T1, and the end of the first transformer T1 is connected with electricity-saving lamp 31 filaments one end, and the two poles of the earth of electricity-saving lamp 31 filaments are parallel with a resistance R T and capacitor C 5.

The utility model uses power saving fluorescent lamps 1, and the heat that this power saving fluorescent lamps 1 takes place and the temperature difference of surrounding air form thermal current and accelerate flowing of negative ion and ozone, reach the purpose of fast purification room air.Said power saving fluorescent lamps 1 can also be incandescent lamp or fluorescent lamp.Anion generator of the present utility model does not use fan, so the high-head 41 of anion generator is placed on the center of housing 4, under the effect of the temperature difference of heat that power saving fluorescent lamps 1 sends and surrounding air, accelerates flowing of negative ion and ozone; The position of the high-head 41 of this anion generator can be adjusted according to difform fluorescent tube.The principle of following is the place that the high-head 41 of anion generator will be placed on heat that fluorescent tube produces and the temperature difference generation thermal current of surrounding air, so that the negative ion and ozone that anion generator produces environment diffusion towards periphery apace, reach the purpose of fast purification room air.

The course of work of the present utility model: as shown in Figure 3, use civil power 220V Alternating Current Power Supply, electricity-saving lamp 31 is lighted through rectification circuit 10 and oscillating circuit 20 and energy-saving lamp circuit 30; Again through the effect of the voltage-multiplying circuit 40 and the high-head 41 of anion generator, make high-head 41 send negative oxygen ion, because of this high-head 41 is to be placed on electricity-saving lamp 31 centers, so the heat energy that this electricity-saving lamp 31 is sent brings out the generation and the diffusion of negative ion and ozone, reach the purpose of fast purification room air.

Claims

1. anion energy-saving light, comprise lamp holder, insulation shell, fluorescent tube and anion generator, described anion generator is installed between fluorescent tube, interconnective control circuit and anion generator circuit are set in the described housing, it is characterized in that: described anion generator is a negative ion and ozone generator, comprise needle stand, insulating sheath and high-head, described high-head is to be built-in with the copper pin at copper sheathing, outside copper sheathing, be provided with sheath, sheath is fixed on the housing by needle stand, and high-head is connected with the anion generator circuit.

2. anion energy-saving light according to claim 1 is characterized in that: described insulating sheath is a cylindrical shell, has some air-vents in the cylindrical shell bottom.

3. anion energy-saving light according to claim 1 is characterized in that: described anion generator circuit comprises voltage-multiplying circuit and high-head, is connected with high-head copper sheathing and copper pin respectively at the voltage-multiplying circuit input/output terminal.

4. anion energy-saving light according to claim 3 is characterized in that: described voltage-multiplying circuit is made up of a plurality of diode connected in parallel, is serially connected with an electric capacity between two adjacent diodes.

5. according to claim 1 or 3 described anion energy-saving lights, it is characterized in that: described high-head is fixed on the center of housing.

6. anion energy-saving light according to claim 1, it is characterized in that: described control circuit comprises rectification circuit, oscillating circuit and energy-saving lamp circuit, the output of rectification circuit is connected with the input of oscillating circuit, and the output of oscillating circuit is connected with the input of energy-saving lamp circuit.

7. anion energy-saving light according to claim 6, it is characterized in that: described rectification circuit comprises that four diodes form the whole current circuit of a bridge-type, negative pole end at first diode is connected to an inductance, one end of described inductance is connected with an electric capacity by capacity earth between the positive pole of the other end of inductance and the 4th diode.

8. anion energy-saving light according to claim 6; it is characterized in that: described oscillating circuit comprises two holding circuits being made up of diode and triode; the base stage of described two triodes is connected with second transformer through a resistance respectively, and the base stage of one of them triode is connected to a two-way diode.

9. anion energy-saving light according to claim 6, it is characterized in that: described energy-saving lamp circuit comprises first transformer, one end of described first transformer is connected with energy-saving lamp filament one end, and two interpolars of described energy-saving lamp filament are parallel with resistance and electric capacity.