CN2593790Y

CN2593790Y - Ozone wardrobe sterilizer

Info

Publication number: CN2593790Y
Application number: CN 02284077
Authority: CN
Inventors: 梁文正
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-11-05
Filing date: 2002-11-05
Publication date: 2003-12-24
Anticipated expiration: 2012-11-05

Abstract

The utility model relates to an ozone type wardrobe sterilizer which is characterized in that the ozone type wardrobe sterilizer is directly arranged in a wardrobe and is composed of a shell body and an ozone generating circuit which is positioned in the shell body. The ozone generating circuit is composed of an IC#-(1) binary count/shake/frequency divider CD 4060, variable resistance RP#-(1), a triode VT, a 555 time base circuit IC#-(3), a transformer T, an ozonizer SS-30, a switch S and a plurality of capacitors. The utility model makes use of ozone for sterilization and disinfection with high efficiency and thorough operation. Simultaneously, the utility model is harmless to a human body and has not pollution to environment.

Description

A kind of ozone formula wardrobe disinfector

Technical field

This utility model relates to a kind of disinfector, relates to a kind of wardrobe disinfector that utilizes ozonization specifically.

Background technology

At present, the gas defence of medicated clothing in the wardrobe, the mothproof and poisonous chemical agents such as mainly using Camphora that sterilizes, these medicaments also can stay unpleasant abnormal flavour and some deleterious chemical toxicants on medicated clothing except killing poisonous antibacterial and microorganism, caused very big harm for human body and environment.Ozone is a kind of strong oxide, and the maximum characteristics of its sterilization are pollution-free, frees from extraneous odour, and it is residual not have any harmful substance, and this is that any chemosterilant is incomparable.

Summary of the invention

Medicated clothing carried out gas defence, mothproofly, germ-resistant staying unpleasant abnormal flavour and residual chemical toxicant to human body and the big deficiency of environmental hazard to medicated clothing simultaneously in order to overcome existing chemical agent, this utility model provides a kind of ozone formula wardrobe disinfector, this wardrobe disinfector utilizes ozonization, not only can play gas defence, mothproof, germ-resistant effect to medicated clothing, and after sterilization not residual abnormal flavour and any noxious substance.

The technical scheme that its technical problem that solves this utility model adopts is: it is made up of housing and ozone generating circuit, and the ozone generating circuit is positioned at enclosure interior.In the ozone generating circuit, the 220v alternating current through diminishing coil T1 blood pressure lowering after, again through becoming DC voltage to chip power supply after the bridge rectifier rectification formed by four diodes of VD1-VD4 and 7812 voltage stabilizings of IC4 chip.The positive source outfan is connected with a fuse F, is connected to capacitor C 1 between positive pole and negative pole and goes shake.Resistance R 1, slide-changing resistor RP1 and capacitor C 3 are joined with 11 feet, 10 feet, 9 feet of IC1 binary counting/concussion/frequency divider CD4060 respectively, 16 feet of IC1 connect the lower end of dry-reed tube switch S2, the 8 foot ground connection of IC1, the Q12 outfan of IC1 connect 14 feet of IC2 decimal scale counting/frequency divider CD4017.16 feet of IC2 connect the lower end of dry-reed tube switch S2, the 8 foot ground connection of IC2, and 12 feet of IC2 link to each other with the lower end of capacitor C 4 through diode VD5, and 15 feet of IC2 also are connected with the lower end of C4, and the lower end of the upper end of C4 and dry-reed tube switch S2 joins.2 feet of IC2 are that the Q9 outfan links to each other with transistor VT1 base stage, and the colelctor electrode of VT1 connects positive pole, and the emitter stage of VT1 connects the base stage of VT2.The lower end of dry-reed tube switch S2 is through capacitor C 2 ground connection.IC3 is 555 time base circuits, the 1 foot ground connection of IC3,2 feet and 6 feet are through capacitor C 6 ground connection, and process resistance R 4 is joined with slide-changing resistor RP2 lower end and 7 feet, the upper end of slide-changing resistor RP2 and the emitter stage of VT2 join, and 4 feet of IC3,8 feet also join with the emitter stage of VT2, and 5 feet are through capacitor C 7 ground connection, 3 feet join through resistance R 5 and the base stage of transistor VT3, and the emitting stage of VT2 is through capacitor C 5 back ground connection.The colelctor electrode of VT3 connects the emitter stage of VT2, and the emitter stage of VT3 and step-up coil T2 input join.The outfan of step-up coil T2 and ozonator SS-30 join.The upper end ground connection of blower motor M, the emitting stage of lower end and VT2 joins.

The beneficial effects of the utility model are can play gas defence, mothproof, germ-resistant effect to medicated clothing, simultaneously not residual abnormal flavour and any noxious substance after the sterilization.

Description of drawings Fig. 1 is the circuit diagram of this utility model ozone generating circuit

The specific embodiment

In Fig. 1, the 220v alternating current through diminishing coil T1 blood pressure lowering after, again through becoming DC voltage to chip power supply after the bridge rectifier rectification formed by four diodes of VD1-VD4 and 7812 voltage stabilizings of IC4 chip.The positive source outfan is connected with a fuse F, is connected to capacitor C 1 between positive pole and negative pole and goes shake.Resistance R 1, slide-changing resistor RP1 and capacitor C 3 are joined with 11 feet, 10 feet, 9 feet of IC1 binary counting/concussion/frequency divider CD4060 respectively, 16 feet of IC1 connect the lower end of dry-reed tube switch S2, the 8 foot ground connection of IC1, the Q12 outfan of IC1 connect the 14 foot CP end of IC2 decimal scale counting/frequency divider CD4017.IC1 and peripheral cell constitute timing circuit, are used for controlling the work and the intermittent time of ozonator.Adjusting RP1 can change the frequency of IC1 agitator, the signal that agitator produces, and behind 12 grades of frequency divisions of IC1, the Q12 outfan from IC1 obtained a pulse in per 5 minutes.16 feet of IC2 connect the lower end of dry-reed tube switch S2, the 8 foot ground connection of IC2, and 12 feet of IC2 link to each other with the lower end of capacitor C 4 through diode VD5, and 15 feet of IC2 also are connected with the lower end of C4, and the lower end of the upper end of C4 and dry-reed tube switch S2 joins.2 feet of IC2 are that the Q9 outfan links to each other with transistor VT1 base stage, and the colelctor electrode of VT1 connects positive pole, and the emitter stage of VT1 connects the base stage of VT2.The lower end of dry-reed tube switch S2 is through capacitor C 2 ground connection.IC3 is 555 time base circuits, the 1 foot ground connection of IC3,2 feet and 6 feet are through capacitor C 6 ground connection, and process resistance R 4 is joined with slide-changing resistor RP2 lower end and 7 feet, the upper end of slide-changing resistor RP2 and the emitter stage of VT2 join, and 4 feet of IC3,8 feet also join with the emitter stage of VT2, and 5 feet are through capacitor C 7 ground connection, 3 feet join through resistance R 5 and the base stage of transistor VT3, and the emitting stage of VT2 is through capacitor C 5 back ground connection.The colelctor electrode of VT3 connects the emitter stage of VT2, and the emitter stage of VT3 and step-up coil T2 input join.When IC1 whenever was defeated by pulse of IC2, the Q9 outfan of IC2 just high level can occur, like this, will be at the Q9 of IC2 end every positive pulse of 5 minutes of output in 50 minutes, this positive pulse acts on the base stage of VT1 through R9, makes multiple tube VT1, VT2 conducting, connects the power supply of ozone generating circuit.IC3 is 555 time base circuits, and it forms the multivibrator of 30kHz, promotes VT3 work, and T2 is a booster transformer, can obtain the high pressure of about 3kV at its outfan, and under the effect of high-frequency and high-voltage, ozonator SS-30 will produce ozone.Meanwhile, fan electromotor also electric work, ozone is blowed to space in the cabinet in the disinfector, carry out disinfection.SS-30 is a kind of novel lamellar efficient ozone generating device, and its ozone gas production is 10～30mg/h, and long working life is arranged.Magnet and dry-reed tube switch S2 form gate controlled switch, and circuit quits work in the time of can guaranteeing to open wardrobe door, to avoid the discomfort of people to the ozone flavor.The peaker that C4 and R2 form, in the time of can guaranteeing to start shooting, the IC2 automatic clear.

Claims

1. an ozone formula wardrobe disinfector is characterized in that it is made up of housing and ozone generating circuit; In the ozone generating circuit, the 220v alternating current through diminishing coil T1 blood pressure lowering after, again through becoming DC voltage to chip power supply after the bridge rectifier rectification formed by four diodes of VD1-VD4 and 7812 voltage stabilizings of IC4 chip; The positive source outfan is connected with a fuse F, is connected to capacitor C 1 between positive pole and negative pole and goes shake; Resistance R 1, slide-changing resistor RP1 and capacitor C 3 are joined with 11 feet, 10 feet, 9 feet of IC1 binary counting/concussion/frequency divider CD4060 respectively, 16 feet of IC1 connect the lower end of dry-reed tube switch S2, the 8 foot ground connection of IC1, the Q12 outfan of IC1 connect 14 feet of IC2 decimal scale counting/frequency divider CD4017; 16 feet of IC2 connect the lower end of dry-reed tube switch S2, the 8 foot ground connection of IC2, and 12 feet of IC2 link to each other with the lower end of capacitor C 4 through diode VD5, and 15 feet of IC2 also are connected with the lower end of C4, and the lower end of the upper end of C4 and dry-reed tube switch S2 joins; 2 feet of IC2 are that the Q9 outfan links to each other with transistor VT1 base stage, and the colelctor electrode of VT1 connects positive pole, and the emitter stage of VT1 connects the base stage of VT2; The lower end of dry-reed tube switch S2 is through capacitor C 2 ground connection; IC3 is 555 time base circuits, the 1 foot ground connection of IC3,2 feet and 6 feet are through capacitor C 6 ground connection, and process resistance R 4 is joined with slide-changing resistor RP2 lower end and 7 feet, the upper end of slide-changing resistor RP2 and the emitter stage of VT2 join, and 4 feet of IC3,8 feet also join with the emitter stage of VT2, and 5 feet are through capacitor C 7 ground connection, 3 feet join through resistance R 5 and the base stage of transistor VT3, and the emitting stage of VT2 is through capacitor C 5 back ground connection; The colelctor electrode of VT3 connects the emitter stage of VT2, and the emitter stage of VT3 and step-up coil T2 input join; The outfan of step-up coil T2 and ozonator SS-30 join; The upper end ground connection of blower motor M, the emitting stage of lower end and VT2 joins.

2. claim 1 is described. and a kind of ozone formula wardrobe disinfector is characterized in that described ozone generating circuit is positioned at the inside of housing.

3. the described a kind of ozone formula wardrobe disinfector of claim 1 is characterized in that housing directly is positioned over the inside of wardrobe.