CN101289981B

CN101289981B - Heat engine exhausting pipe evaporation -electrolytic apparatus

Info

Publication number: CN101289981B
Application number: CN2007101027656A
Authority: CN
Inventors: 张普华
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-04-20
Filing date: 2007-04-20
Publication date: 2013-05-29
Anticipated expiration: 2027-04-20
Also published as: CN101289981A

Abstract

The invention provides a thermo motor exhaust pipe evaporation-electrolysis device. The device comprises an exhaust pipe of the thermo motor, an indirectly-heated closed container arranged on the heated position of a tail gas exhaust pipe of the thermo motor, and a direct current electric field which is arranged in the indirectly-heated closed container and is formed by a positive electrode and a negative electrode, wherein, the indirectly-heated closed container has a combustible gas exhaust passage connected with an inlet pipe of the thermo motor.

Description

Heat engine exhausting pipe evaporation-electrolytic apparatus

Technical field

The present invention relates to water-ethanol admixture is converted into technology, the especially heat engine exhausting pipe evaporation-electrolysis unit of the fuel of heat supply machine burning.

Background technique

Disclose in No. the 02131751.8th, the Chinese patent and a kind of the water-ethanol admixture heating evaporation is become steam, then steam is obtained the device of method and enforcement the method for inflammable matter by DC electric field, but heat and the suitable evaporation electrolysis unit of producing that effectively utilizes heat engine tail waste gas in the reality is not provided.

The model utility content

The object of the invention is to provide a kind of heat engine exhausting pipe evaporation-electrolysis unit that effectively utilizes heat engine tail waste gas, evaporation electrolysis to carry out simultaneously.

A kind of heat engine exhausting pipe evaporation-electrolysis unit, comprise heat engine tail waste gas exhaust pipe, comprise the DC electric field that is made of positive electrode and negative electrode that arranges in indirect-heating seal container that the place of being heated of heat engine tail waste gas exhaust pipe arranges and the indirect-heating seal container, the indirect-heating seal container has the combustible gas air outlet flue that is connected with the suction tude of heat engine; Described indirect-heating seal container is Sealed casing pipe, the place's of being heated suit Sealed casing pipe of heat engine tail waste gas exhaust pipe.

Described Sealed casing pipe and heat engine tail waste gas exhaust pipe just are being connected with respectively, thereby negative electrode forms DC electric field in Sealed casing pipe, be provided with water orifice in the Sealed casing pipe, the gas pipeline that the top of Sealed casing pipe is communicated with has the fuel gas exhaust mouth, in the gas pipeline that Sealed casing pipe top is communicated with the re-electrolysis sleeve pipe is set also, the re-electrolysis sleeve pipe by a plurality of strings or parallel connection just is, the sleeve pipe suit of negative electrode forms, the re-electrolysis sleeve pipe can arrange one or more groups, the bottom of Sealed casing pipe is provided with the not combustible gas discharge tube that is connected with gas pipeline, the oxygen water vapor that electrolysis produces in the Sealed casing pipe is assembled the bottom of Sealed casing pipe, and the negative pressure that can pass through to produce when the combustible gas discharge tube is not worked by heat engine is extracted out.

Described Sealed casing pipe is sleeved on the protuberance of heat engine tail waste gas exhaust pipe one.

Described Sealed casing pipe directly is sleeved on the heat engine tail waste gas exhaust pipe.

Through application and test on automobile, advantage of the present invention and effect are as follows:

1, the present invention is stored in water and alcohol mixeding liquid in the water tank, when heat engine is started, the water pump that is in transmission connection with the pto＝power take-off of heat engine rotates synchronously, thereby can control according to the rotating speed speed of heat engine the size of flow and the flow velocity of water circulation system, the fuel production of exhausting pipe evaporation-electrolysis unit and the demand of ripe machine are cooperatively interacted; The work of temperature control EFI is to be controlled by the temperature of exhausting pipe evaporation-electrolysis unit; thereby start solenoid valve in the time of can reaching in the temperature of exhausting pipe evaporation-electrolysis unit the suitable temperature of water electrolysis exhausting pipe evaporation-electrolysis unit is supplied water, make water can under only temperature, evaporate the effect that is beneficial to electrolysis and plays system protection.

2, through in automobile repacking test and test, adopt the present invention can reduce oil consumption, fuel-economizing reaches 20%.

3, the combustible gas that produces of the present invention to motor without any corrosion and damage.

4, the required electric energy of the Electric Field of heat engine exhausting pipe evaporation-electrolysis unit of the present invention is low in energy consumption, and the heat energy of indirect-heating seal container is provided by the tail waste gas of heat engine exhausting pipe.

5, after the common burning of fuel that the hydrogen of the present invention's generation and heat engine itself are used, make the fuel combustion of heat engine itself more abundant, the tail gas of generation reaches purpose energy-saving and cost-reducing, zero pollution environmental protection.

6, the present invention is easy to make, can be on the power plant that use motor direct improvement and installation, do not need to change engine structure and other structures.

Description of drawings

Fig. 1 is the structural representation of embodiments of the invention 1;

Fig. 2 is the structural representation of embodiments of the invention 2.

Embodiment

As shown in Figure 1, the embodiment 1 of heat engine exhausting pipe evaporation-electrolysis unit, be set with Sealed casing pipe 10 on the high spot 8 of heat engine tail waste gas exhaust pipe 7, just be connected with respectively on Sealed casing pipe 10 and the high spot 8, thereby negative electrode is in Sealed casing pipe 10 interior formation DC electric fields, the water orifice 9 of temperature control EFI 3 passes in the Sealed casing pipe 10, the gas pipeline that the top of Sealed casing pipe 10 is communicated with has fuel gas exhaust mouth 12, in the gas pipeline that Sealed casing pipe 10 tops are communicated with re-electrolysis sleeve pipe 11 is set also, re-electrolysis sleeve pipe 11 by a plurality of strings or parallel connection just is, the sleeve pipe suit of negative electrode forms, re-electrolysis sleeve pipe 11 can arrange one or more groups, the bottom of Sealed casing pipe 10 is provided with the not combustible gas discharge tube 13 that is connected with gas pipeline, the oxygen water vapor that Sealed casing pipe 10 interior electrolysis produce is assembled the bottom of Sealed casing pipe 10, and the negative pressure that can pass through to produce when combustible gas discharge tube 13 is not worked by heat engine is extracted out.

As shown in Figure 2, the embodiment 2 of heat engine exhausting pipe evaporation-electrolysis unit is that with embodiment 1 difference Sealed casing pipe 10 directly is sleeved on the heat engine tail waste gas exhaust pipe, connects negative electrode on the heat engine tail waste gas exhaust pipe.

Claims

1. heat engine exhausting pipe evaporation-electrolysis unit, comprise heat engine tail waste gas exhaust pipe, it is characterized in that: comprise the DC electric field that is made of positive electrode and negative electrode that arranges in indirect-heating seal container that the place of being heated of heat engine tail waste gas exhaust pipe arranges and the indirect-heating seal container, the indirect-heating seal container has the combustible gas air outlet flue that is connected with the suction tude of heat engine; Described indirect-heating seal container is Sealed casing pipe, the place's of being heated suit Sealed casing pipe of heat engine tail waste gas exhaust pipe; Sealed casing pipe and heat engine tail waste gas exhaust pipe just are being connected with respectively, thereby negative electrode forms DC electric field in Sealed casing pipe, be provided with water orifice in the Sealed casing pipe, the gas pipeline that the top of Sealed casing pipe is communicated with has the fuel gas exhaust mouth, in the gas pipeline that Sealed casing pipe top is communicated with the re-electrolysis sleeve pipe is set also, the re-electrolysis sleeve pipe by a plurality of strings or parallel connection just is, the sleeve pipe suit of negative electrode forms, the re-electrolysis sleeve pipe can arrange one or more groups, the bottom of Sealed casing pipe is provided with the not combustible gas discharge tube that is connected with gas pipeline, the oxygen water vapor that electrolysis produces in the Sealed casing pipe is assembled the bottom of Sealed casing pipe, and the negative pressure that can pass through to produce when the combustible gas discharge tube is not worked by heat engine is extracted out.

2. heat engine exhausting pipe evaporation-electrolysis unit according to claim 1, it is characterized in that: described Sealed casing pipe is sleeved on the protuberance of heat engine tail waste gas exhaust pipe one.

3. heat engine exhausting pipe evaporation-electrolysis unit according to claim 1, it is characterized in that: described Sealed casing pipe directly is sleeved on the heat engine tail waste gas exhaust pipe.