CN201031255Y

CN201031255Y - Heat engine exhaust pipe evaporation - electrolysis device

Info

Publication number: CN201031255Y
Application number: CNU2007201473101U
Authority: CN
Inventors: 张普华
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-04-20
Filing date: 2007-04-20
Publication date: 2008-03-05
Anticipated expiration: 2017-04-20

Abstract

A heat engine exhaust pipe evaporation-electrolysis device, including a heat engine exhaust pipe, including an indirect heating airtight container set at the heat receiving place of the heat engine tail exhaust pipe, and an indirect heat airtight container composed of a positive electrode and a negative electrode The DC electric field, the indirect heat closed container has a combustible gas exhaust channel connected with the intake pipe of the heat engine.

Description

Heat engine exhausting pipe evaporation-electrolytic apparatus

Technical field

The utility model relates to the technology that water-alcohol mixture is converted into the heat supply machine burnt fuel, especially heat engine exhausting pipe evaporation-electrolytic apparatus.

Background technology

Disclose in No. the 02131751.8th, the Chinese patent and a kind of water-alcohol mixture heating evaporation is become steam, then steam is obtained the device of method and this method of enforcement of combustiblematerials by DC electric field, but the evaporation electrolyzer that the heat that effectively utilizes hot tail waste gas in the reality is not provided and is fit to produce.

The utility model content

The utility model purpose is to provide a kind of heat engine exhausting pipe evaporation-electrolytic apparatus that effectively utilizes hot tail waste gas, evaporation electrolysis to carry out simultaneously.

A kind of heat engine exhausting pipe evaporation-electrolytic apparatus, comprise heat engine exhausting pipe, comprise the DC electric field that is made of positive electrode and negative potential that is provided with in indirect-heating encloses container that the place of being heated of hot tail waste gas exhaust pipe is provided with and the indirect-heating encloses container, the indirect-heating encloses container has the combustible gas exhaust passage that is connected with the inlet pipe of hot machine.

The airtight sleeve pipe of place's suit that is heated of described hot tail waste gas exhaust pipe, airtight sleeve pipe and hot tail waste gas exhaust pipe just are being connected with respectively, thereby negative potential forms DC electric field in Sealed casing pipe, be provided with water jet 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 blast tube 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 potential forms, the re-electrolysis sleeve pipe can be provided with one or more groups, the bottom of Sealed casing pipe is provided with the not combustible gas vent pipe that is connected with blast tube, the oxygen water vapor that electrolysis is produced 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 vent pipe is not worked by hot machine is extracted out.

Described airtight casing pipe sleeve is contained on the protuberance of hot tail waste gas exhaust pipe one.

Described airtight sleeve pipe directly is sleeved on the hot tail waste gas exhaust pipe.

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

1, the utility model is stored in water and alcohol mixeding liquid in the water tank, when hot machine starts, the water pump that is in transmission connection with the power output shaft of hot machine rotates synchronously, thereby can control the size of the flow and the flow velocity of water circulation system according to the rotating speed speed of hot machine, the fuel generation of exhausting pipe evaporation-electrolytic apparatus and the demand of hot machine are cooperatively interacted; The work of temperature control EFI is to be controlled by the temperature of exhausting pipe evaporation-electrolytic apparatus; thereby start magnetic valve in the time of can reaching the suitable temp of water electrolysis in the temperature of exhausting pipe evaporation-electrolytic apparatus exhausting pipe evaporation-electrolytic apparatus is supplied water, make water can under only temperature, evaporate the effect that is beneficial to electrolysis and plays system protection.

2, through repacking test and test on automobile, adopt the utility model can reduce oil consumption, fuel-economizing reaches 20%.

3, the combustible gas that the utility model produced does not have any corrosion and damage to engine.

4, the tributary electric field of heat engine exhausting pipe evaporation-electrolytic apparatus of the present utility model is required

Can be low in energy consumption, the heat energy of indirect-heating encloses 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 utility model generation and hot machine itself use, make the fuel combustion of hot machine itself more abundant, the tail gas of generation reaches purpose energy-saving and cost-reducing, zero pollution environmental protection.

6, the utility model is easy to make, and can directly transform on the power set of using engine and install, and does not need to change engine structure and other structures.

Description of drawings

Fig. 1 is the structural representation of embodiment 1 of the present utility model;

Fig. 2 is the structural representation of embodiment 2 of the present utility model;

Embodiment

As shown in Figure 1, the embodiment 1 of heat engine exhausting pipe evaporation-electrolytic apparatus, be set with airtight sleeve pipe 10 on the high spot 8 of hot tail waste gas exhaust pipe 7, just be connected with respectively on airtight sleeve pipe 10 and the high spot 8, thereby negative potential forms DC electric field in Sealed casing pipe 10, the water jet 9 of temperature control EFI 3 feeds 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 blast tube 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 potential forms, re-electrolysis sleeve pipe 11 can be provided with one or more groups, the bottom of Sealed casing pipe 10 is provided with the not combustible gas vent pipe 13 that is connected with blast tube, the oxygen water vapor that electrolysis is produced in the Sealed casing pipe 10 is assembled the bottom of Sealed casing pipe 10, and the negative pressure that can pass through to produce when combustible gas vent pipe 13 is not worked by hot machine is extracted out.

As shown in Figure 2, the embodiment 2 of heat engine exhausting pipe evaporation-electrolytic apparatus is that with the difference of embodiment 1 airtight sleeve pipe 10 directly is sleeved on the hot tail waste gas exhaust pipe, connects negative potential on the hot tail waste gas exhaust pipe.

Claims

1. A heat engine exhaust pipe evaporation-electrolysis device, comprising a heat engine exhaust pipe, is characterized in that: the indirect heating type airtight container and the indirect heat airtight container provided in the heated place comprising the heat engine tail exhaust air pipe The DC electric field formed by the positive electrode and the negative electrode, the indirect heat-type airtight container has a combustible gas exhaust channel connected with the intake pipe of the heat engine.

2. The heat engine exhaust pipe evaporation-electrolysis device according to claim 1, characterized in that: the heat-receiving part of the heat engine tail exhaust pipe is covered with an airtight sleeve, and the airtight sleeve and the heat engine tail exhaust pipe are respectively connected There are positive and negative electrodes to form a DC electric field in the sealing sleeve. There is a water spray port in the sealing sleeve. The gas pipeline connected to the upper part of the sealing sleeve has a gas exhaust port. Secondary electrolysis casing, the secondary electrolysis casing is made up of casings with multiple series or parallel positive and negative electrodes. The secondary electrolysis casing can be set in one or more groups, and the bottom of the sealing casing is set There is a non-combustible discharge pipe connected to the gas channel, and the oxygen and water vapor generated by electrolysis in the sealing sleeve gathers at the bottom of the sealing sleeve, which can be drawn out by the negative pressure generated by the heat engine through the non-combustible discharge pipe.

3. The heat engine exhaust pipe evaporation-electrolysis device according to claim 2, characterized in that: the airtight casing is sleeved on the integral convex part of the heat engine tail exhaust pipe.

4. The heat engine exhaust pipe evaporation-electrolysis device according to claim 2, characterized in that: the airtight casing is directly set on the heat engine tail exhaust gas exhaust pipe.