CN2424402Y

CN2424402Y - Oxygenation air conditioner

Info

Publication number: CN2424402Y
Application number: CN 00214504
Authority: CN
Inventors: 周希刚; 方开东; 张立松
Original assignee: LAIZHOU ACTIVE CARBON FIBER PLANT
Current assignee: Shandong Xuesheng Technology Co., Ltd.
Priority date: 2000-04-29
Filing date: 2000-04-29
Publication date: 2001-03-21
Anticipated expiration: 2010-04-29

Abstract

The utility model relates to an oxygen increasing air conditioner which is a domestic appliance that can adjust room temperature, can generate oxygen, and can improve the quality of indoor air. The utility model which comprises an air conditioner is characterized in that an oxygen increasing device is also arranged in a housing of the air conditioner; a condensed water outputting pipe of the air conditioner and a pipeline below a water storing device, which are used as water inlet pipes, are connected with the inner part of a housing of the oxygen increasing device. The utility model has the advantage of simple and reasonable structure and has the advantages that the utility model can adjust the room temperature and can increase the oxygen content of indoor air for benefiting human body health.

Description

The aerating air-condition device

The utility model relates to a kind ofly can regulate indoor air temperature, and can produce oxygen, improve the air-conditioner of IAQ, is a kind of aerating air-condition device specifically.

In winter, because cold weather, people use air-conditioner to regulate indoor air temperature usually.In order to prevent scattering and disappearing of indoor heat, generally fasten door and window: in summer, because the weather sweltering heat, people are at indoor use air-conditioner, although filter is housed in air-conditioner, perhaps also use air freshener simultaneously, to improve the indoor air quality of being fastened door and window to purify air.But for a long time indoor, people still can feel under the weather, and main cause is to lack oxygen, has influenced the healthy of people.If open door and window, the indoor and outdoor exchange of air can cause the waste of energy again.

The utility model purpose is to overcome the shortcoming in the above-mentioned technology, proposes a kind of aerating air-condition device, is placed on indoor use, not only can climate comfort, and can constantly produce oxygen, improve IAQ.

The utility model purpose is realized by following technical scheme: this aerating air-condition device, include an air-conditioner, it is characterized in that also being equipped with in air-conditioner shell an automatic aerator, the condensate output transistor of air-conditioner and the pipeline below the cistern insert in the automatic aerator housing as water inlet pipe.

In the automatic aerator housing, fill electrolyte aqueous solution, also have dividing plate that the cavity in the automatic aerator housing is separated into anode chamber and cathode chamber two parts in the automatic aerator housing, negative electrode graphite carbon plate is housed in the cathode chamber, the anode graphite carbon plate is housed in the anode chamber, negative electrode graphite carbon plate is connected with negative pole, the positive pole of electron rectifier by lead respectively with the anode graphite carbon plate, the hydrogen exhaust outlet connecting pipe on cathode chamber top, the hydrogen of discharging can be guided into outdoor, or after-treatment.Upper portion of anode chamber has the oxygen exhaust outlet, and oxygen is arranged to indoor.

Be connected with carbon fiber bundle between negative electrode graphite carbon plate and anode graphite carbon plate and the lead.Electrolyte aqueous solution in lead and the automatic aerator housing can not contact, and can not be corroded, and the carbon fiber bundle that is positioned at the automatic aerator housing is corrosion resistant.The lower partition between cathode chamber and the anode chamber has several apertures, and the electrolyte aqueous solution in cathode chamber and the anode chamber is interconnected.Oxygen and hydrogen by electrolysis produces because proportion is lighter than liquid greatly, move upward.The middle part and the top of dividing plate do not have the hole, and the oxygen that produces in hydrogen that produces in cathode chamber and the anode chamber can not mix.They are upwards discharged from hydrogen exhaust outlet and oxygen exhaust outlet respectively.Hydrogen exhaust outlet and oxygen exhaust outlet are equipped with filter membrane, block electrolyte and can not discharge.Hydrogen outlet connecting pipe is drawn the hydrogen of discharging outdoor, perhaps carries out after-treatment again.Water inlet pipe lower end in the automatic aerator housing is connected with the pin type float valve, when the water level in the automatic aerator housing reaches requirement, stops water delivery in the automatic aerator housing.

The utility model advantage is rational in infrastructure, simple, makes, easy to use, places it in indoorly, both can increase the indoor oxygen amount, improves air quality, again can climate comfort, and useful people's is healthy.

In conjunction with the figure that bows an embodiment is described:

Fig. 1 is a kind of structural representation of aerating air-condition device,

Fig. 2 is the structural representation of automatic aerator,

This aerating air-condition device comprises an air-conditioner 15, and an automatic aerator also is housed in air-conditioner 15 housings, and the condensate output transistor 4 of air-conditioner and cistern 16 following pipelines 6 insert in the automatic aerator housings as water inlet pipe 4 and 6.In by plastic automatic aerator housing 8, fill electrolyte aqueous solution 11, there is dividing plate 12 that the cavity in the automatic aerator housing is separated into anode chamber and cathode chamber two parts in the automatic aerator housing 8, negative electrode graphite carbon plate 10 is housed in the cathode chamber, anode graphite carbon plate 13 is housed in the anode chamber, negative electrode graphite carbon plate respectively is connected carbon fiber bundle 3 with the anode graphite carbon plate, is connected with negative pole, the positive pole of electron rectifier 9 by lead 7 respectively again.Hydrogen exhaust outlet 1 connecting pipe on cathode chamber top is drawn the hydrogen that produces outdoor, and upper portion of anode chamber has oxygen exhaust outlet 14.When the water yield reduces, in housing, add water by water inlet pipe 4 and 6.Oxygen exhaust outlet 14 and hydrogen exhaust outlet 1 all are equipped with filter membrane 2, prevent the electrolyte discharge.In the water inlet pipe lower end pin type float valve 5 is housed, when the water level in the automatic aerator housing reaches requirement, then stops into water.The water of condensate output transistor 4 outputs is discharged outdoor by overflow pipe.

Claims

1, a kind of aerating air-condition device includes an air-conditioner, it is characterized in that also being equipped with in air-conditioner shell an automatic aerator, and the condensate output transistor of air-conditioner and the pipeline below the cistern insert in the automatic aerator housing as water inlet pipe.

2, according to the described aerating air-condition device of claim 1, it is characterized in that in the automatic aerator housing, filling electrolyte aqueous solution, there is dividing plate that the cavity in the automatic aerator housing is separated into anode chamber and cathode chamber two parts in the automatic aerator housing, negative electrode graphite carbon plate is housed in the cathode chamber, the anode graphite carbon plate is housed in the anode chamber, negative electrode graphite carbon plate is connected with negative pole, the positive pole of electron rectifier by lead respectively with the anode graphite carbon plate, the hydrogen exhaust outlet connecting pipe on cathode chamber top, upper portion of anode chamber has the oxygen exhaust outlet.

3,, it is characterized in that being connected with carbon fiber bundle between negative electrode graphite carbon plate and anode graphite carbon plate and the lead according to the described aerating air-condition device of claim 2.

4, according to the described aerating air-condition device of claim 2, it is characterized in that the lower partition between cathode chamber and the anode chamber has several apertures, the electrolyte aqueous solution in cathode chamber and the anode chamber interconnects.

5,, it is characterized in that hydrogen exhaust outlet and oxygen exhaust outlet are equipped with filter membrane according to the described aerating air-condition device of claim 2.

6,, it is characterized in that the water inlet pipe lower end in the automatic aerator housing is connected with the pin type float valve according to the described aerating air-condition device of claim 2.