CN203685419U

CN203685419U - Novel engine oxygenation oil-saving device

Info

Publication number: CN203685419U
Application number: CN201420085179.0U
Authority: CN
Inventors: 肖年盛
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-02-25
Filing date: 2014-02-25
Publication date: 2014-07-02
Anticipated expiration: 2024-02-25

Abstract

The utility model discloses an improved novel engine oxygenation oil-saving device. The novel engine oxygenation oil-saving device comprises a shell body, a main circuit board, an ozonator and a first radiating fan. The main circuit board, the ozonator and the first radiating fan are arranged in the shell body. The main circuit board is electrically connected with the ozonator and the first radiating fan. The ozonator comprises an air filtering module, an air pump and an ozone generating module which are connected in sequence. The air filtering module is used for filtering dust impurities in air. The novel engine oxygenation oil-saving device is characterized in that the inner portion of the shell body is divided into a first containing cavity and a second containing cavity through a partitioning layer, the ozone generating module is arranged at the first containing cavity, the main circuit board, the first radiating fan, the air filtering module and the air pump are arranged at the second containing cavity, the main circuit board is electrically connected with a chargeable battery for delaying radiating, the battery is arranged at the second containing cavity, burning efficiency can be improved by conveying ozone to an engine, the novel engine oxygenation oil-saving device has the advantages that energy is saved, environment is protected, using is convenient, and efficiency is high. The novel engine oxygenation oil-saving device is mainly used in the engine.

Description

A kind of new work engine oxygenation gasoline-saving device

Technical field

The utility model relates to a kind of new work engine oxygenation gasoline-saving device, relates in particular to a kind of new work engine oxygenation gasoline-saving device.

Background technique

Motor is to consume the energy as power resources, and in order to improve the utilization ratio of the energy, the combustion efficiency that improves the energy is a very important power save mode.Ozone is the allotropic modification of oxygen, is light blue gas under normal temperature, and its oxidability is only second to fluorine, into higher than oxygen, is one of the strongest known oxygenant.Under the standard condition, the decomposition energy of oxygen molecule is 5.11eV, and ozone is only 1.09eV, and therefore very Ji is stable for ozone molecule, easily decomposes.When temperature is during higher than 473k, ozone can be decomposed into oxygen and oxygen atom immediately, emit a large amount of heats simultaneously, the oxygen atom of this nascent state is except having extremely strong oxidability, still bring out the nascent state active centre of the capable chain reaction of fuel oil Zhong, the chain reactions propagation process of short Zhong hydrocarbon fuel combustion.If alkenes compounds is not when ozone reacts, ozone oxidation is decomposed and is generated acid and an aromatic plant metioned in ancient books, and ozone decomposed generates simultaneously the as easy as rolling off a log not hydroxyl of antozone, an aromatic plant metioned in ancient books base chain-react, until finally generate stable compound.So ozone is participated in burning and has been played the effect of catalytic combustion-supporting, thereby realizes the effect that makes engines fuel-economizing.

Model utility content

The purpose of this utility model technical problem to be solved is that a kind of new work engine oxygenation gasoline-saving device will be provided, the problem that provides sufficient ozone to reach fuel-economizing object with catalytic combustion-supporting for motor sustainedly and stably can be effectively provided for it, has energy-conserving and environment-protective, the feature that easy to use, efficiency is high.

For achieving the above object, the technical solution adopted in the utility model is: a kind of new work engine oxygenation gasoline-saving device, comprise housing and be located at the main circuit plate in housing, ozonizer and radiation fan one, main circuit plate is ozonizer not, radiation fan one is electrically connected, ozonizer comprises the air-filtering module for filtered air dust foreign matter connecting successively, air pump and ozone generation module, it is characterized in that: enclosure interior is divided into cavity volume one and cavity volume two by separation layer, ozone generation module is located at cavity volume one, main circuit plate, radiation fan one, air-filtering module and air pump are located at cavity volume two, main circuit plate is also electrically connected with the Rechargeable battery for time delay heat radiation, and this battery is located at cavity volume two,

Further, also comprise the air irradiation modules for absorbing water in air part, this air irradiation modules is located at air pump not between ozone generation module;

Further, ozone generation module is connected with one-way valve, and one end of one-way valve connects ozone generation module, the other end is connected with the connecting head for motor Zhong feed channel does not connect by breathing pipe;

Further, the outer side surface of ozone generation module is provided with some radiating fin of going out for the heat Quick diffusing that himself is produced, ozone generation module left side is provided with the radiation fan two for accelerating cavity volume one interior Air Flow, the not main circuit plate electrical connection of this radiation fan two;

Further, not main circuit plate electrical connection of air pump and ozone generation module.

Brief description of the drawings

Accompanying drawing 1 is structural representation of the present utility model.

In figure: housing 1, main circuit plate 2, ozonizer 3, radiation fan 1, battery 5, radiation fan 26, cavity volume 1, cavity volume 2 12, separation layer 13, tutorial light 21, switch 22, air-filtering module 31, air pump 32, ozone generation module 33, radiating fin 33a, air irradiation modules 34, one-way valve 35, breathing pipe 36, connecting head 37.

Embodiment

Below in conjunction with accompanying drawing, by embodiment of the present utility model being done to the description of Zhong mono-step, make the technical solution of the utility model and beneficial effect thereof clearer, clear and definite.

Referring to accompanying drawing 1, the utility model comprises housing 1 and is located at the main circuit plate 2 in housing 1, ozonizer 3 and radiation fan 1, main circuit plate 2 is ozonizer 3 not, radiation fan one 4 electrical connections, ozonizer 3 comprises the air-filtering module 31 for filtered air dust foreign matter connecting successively, air pump 32 and ozone generation module 33, it is characterized in that: housing 1 inside is divided into cavity volume 1 and cavity volume 2 12 by separation layer 13, ozone generation module 33 is located at cavity volume 1, main circuit plate 2, radiation fan 1, air-filtering module 31 and air pump 32 are located at cavity volume 2 12, main circuit plate 2 is also electrically connected with the Rechargeable battery 5 for time delay heat radiation, and this battery 5 is located at cavity volume 2 12,

Zhong mono-step ground, also comprises the air irradiation modules 34 for absorbing water in air part, and this air irradiation modules 34 is located at air pump 32 not between ozone generation module 33;

Zhong mono-step ground, ozone generation module 33 is connected with one-way valve 35, and one end of one-way valve 35 connects ozone generation module 33, the other end is connected with the connecting head 37 for motor Zhong feed channel does not connect by breathing pipe 36;

Zhong mono-step ground, the outer side surface of ozone generation module 33 is provided with some radiating fin 33a that go out for the heat Quick diffusing that himself is produced, ozone generation module 33 left sides are provided with the radiation fan 26 for accelerating cavity volume one 11 interior Air Flows, and this radiation fan 26 not main circuit plate 2 is electrically connected;

Zhong mono-step ground, main circuit plate 2 not air pump 32, ozone generation module 33 is electrically connected; Main circuit plate 2 is provided with and is used to indicate the tutorial light 21 of working state and for controlling the switch 22 of work.

When use, machine is placed in the side of motor, connects power source, and the connecting head 37 on machine is arranged in motor Zhong feed channel; Open switch 22, main circuit plate 2 switches on power, and tutorial light 21 is light, and main circuit plate 2 makes its work to radiation fan 1, radiation fan 26,

air pump

32,33 power supplies of ozone generation module, simultaneously to the capable charging of battery 5 Zhong; Air pump 32 is by dust foreign matter in air-filtering module 31 filtered airs, obtain comparatively clean air, deliver air to again air irradiation modules 34, air irradiation modules 34 absorbs water in air part, thereby obtain clean and dry air, air after filtration drying is transported to ozone generation module 33, ozone generation module 33 is to airborne oxygen corona ozonize, ozone enters in motor Zhong feed channel through one-way valve 35, breathing pipe 36, connecting head 37 Zhong, or else the capable mixed aerosol of fuel oil Zhong, at engine air in-cylinder combustion.Finally becoming waste gas discharges; Adjust as required the work setting on main circuit plate 2, kill engine and power supply after, battery 5 continues power supply a period of time by main circuit plate 2 to radiation fan 1, radiation fan 26, be used for the waste heat after work to disperse totally, thereby reduce machine due to the infringement that waste heat accumulates too much, excess Temperature causes.

Also can be as required, a breach is set on separation layer 13 radiation fan is installed, this radiation fan, simultaneously to cavity volume 1, the capable heat radiation of cavity volume 2 12 Zhong, can only be installed like this radiation fan and can reach cavity volume 1, cavity volume 2 12 requirement of the capable radiating treatment of Zhong simultaneously.

Ozone generation module 33 is owing to there being certain working life, can be by the normal work that maintains machine more renewing, the function of recorder operating time is set on main circuit plate 2, and show current operating time with display device, and can see the time that also can normally use, or reach and change reminding user to replace ozone generation module 33 require in the situation that nearly.

Air-filtering module 31 is removable, if air-filtering module 31 adopts sponge to make, can also reuse by the mode of cleaning.

Air irradiation modules 34 is removable, if air irradiation modules 34 adopts the siccative such as reusable silica gel to make, can also be by siccative being taken out with being exposed to the sun under microwave oven, the sun, electric drier hot blast blows the modes such as even baking, the siccative of saturated absorption is removed to the moisture absorbing, thereby reused; If use orange discolour silica gel etc. can change according to absorbing state the siccative of color, can on the relevant position of housing 1, open the window that can have an X-rayed air irradiation modules 34, the agent that sees drying, is even used transparent housing 1, to facilitate timely replacing or regeneration.

On housing 1, can offer as required corresponding vent (not having demonstration in figure).

By the description of above-mentioned structure and principle; person of ordinary skill in the field is to be understood that; the utility model Ji is confined to above-mentioned embodiment; on the utility model basis, adopt the Zhong that changes of techniques well known all to drop on protection domain of the present utility model with substituting, should be limited by each claim.

Claims

1. a new work engine oxygenation gasoline-saving device, comprise housing and be located at main circuit plate, ozonizer and the radiation fan one in housing, main circuit plate is electrically connected with ozonizer, radiation fan one, ozonizer comprises the air-filtering module for filtered air dust foreign matter, air pump and the ozone generation module that connect successively, it is characterized in that: enclosure interior is divided into cavity volume one and cavity volume two by separation layer, ozone generation module is located at cavity volume one, and main circuit plate, radiation fan one, air-filtering module and air pump are located at cavity volume two; Main circuit plate is also electrically connected with the Rechargeable battery for time delay heat radiation, and this battery is located at cavity volume two.

2. gasoline-saving device according to claim 1, is characterized in that: also comprise the air irradiation modules for absorbing water in air part, this air irradiation modules is located between air pump and ozone generation module.

3. gasoline-saving device according to claim 1, is characterized in that: ozone generation module is connected with one-way valve, and one end of one-way valve connects ozone generation module, the other end is connected with the connecting head for being connected with engine charge pipeline by breathing pipe.

4. gasoline-saving device according to claim 1, it is characterized in that: the outer side surface of ozone generation module is provided with some radiating fin of going out for the heat Quick diffusing that himself is produced, ozone generation module left side is provided with the radiation fan two for accelerating cavity volume one interior Air Flow, and this radiation fan two is electrically connected with main circuit plate.

5. gasoline-saving device according to claim 1, is characterized in that: main circuit plate is electrically connected with air pump, ozone generation module; Main circuit plate is provided with and is used to indicate the tutorial light of working state and for controlling the switch of work.