TWM535739U - Hydrogen amount control device of hydrogen engine carbon remover based on signal from oxygen concentration sensor - Google Patents

Description

Using the signal of the oxygen sensor as the hydrogen amount control device of the hydrogen engine carbon removal machine

This creation is about a hydrogen amount control device using a signal of an oxygen sensor as a hydrogen engine carbon removal machine, especially a signal using an oxygen sensor in an OBD of a car driving computer as a hydrogen engine to remove carbon from a carbon engine. The control device reads all the graphics or parameters of the oxygen sensor in the OBD of the vehicle driving computer, and displays it in the hydrogen decarbonizer, and analyzes all the graphics or parameters of the oxygen sensor according to the computer, and then the computer Accurate hydrogen flow is calculated, and the display screen of the hydrogen decarburizer monitors the engine during the carbon removal process to ensure carbon removal quality.

According to the conventional carbon removal equipment, hydrogen and oxygen are used to remove carbon. After passing through a power source through a hydrogen-oxygen generating device, the electrolysis water is electrolyzed through an electrode plate in the hydrogen-oxygen generating device to generate hydrogen and oxygen. This kind of design will attach the electrolyzed impurities in the equipment and the electrode plate after a period of use, so the electrode plate needs to be cleaned and replaced every fixed period of time, and the carbon deposit in the engine is removed by hydrogen and oxygen combustion. It may have a sudden change in engine speed, resulting in a sudden increase in engine vacuum and the possibility that the electrolyzed water will suddenly be inhaled into the engine, and the expected cleaning performance will not be achieved. The electrolysis process itself is a very expensive one. The process of electric energy, therefore, the conventional carbon removal equipment has the disadvantages of being power-consuming and not environmentally friendly.

The other is to sample and analyze the exhausted device by the engine exhaust pipe, and carry out a complicated comparison procedure to control the amount of hydrogen by the exhaust gas data analyzed, but the exhaust pipe of the engine exhaust pipe Although the sampling analysis has a certain degree of accuracy, the analysis process requires complicated signal conversion procedures and control, so the cost of the analysis equipment is increased.

<Technical problems to be solved> This creator has been looking forward to providing a breakthrough design to enhance practical effects in view of the practical difficulties of the above-mentioned conventional carbon removal equipment and the lack of improvement, and is devoted to research and design. The company has been engaged in the professional technical knowledge and practical experience of related product design and production for many years, and the results of research and design, and finally developed a hydrogen control device that uses the oxygen sensor as the hydrogen engine carbon removal machine. To provide users.

<Technical means to solve the problem> This creation is about a hydrogen amount control device that uses a signal of an oxygen sensor as a hydrogen engine carbon removal machine. The hydrogen decarburizer includes an OBD plug connector and a flow connected to a vehicle driving computer OBD. The controller, the computer and the power supply, wherein the flow controller, the computer and the power supply are all disposed in the hydrogen decarbonizer, the flow controller is controlled by the computer to control the flow of the hydrogen, and the flow controller includes an input connected to the hydrogen. The tube and an output tube leading to the engine, and an OBD plug connector, the OBD plug connector is connected to the computer of the hydrogen decarbonizer by the signal line, and the OBD plug connector is plugged into the car driving computer OBD to read the car driving. All the graphics or parameters of the Oxygen Sensor in the computer OBD are displayed in the display screen of the hydrogen decarbonizer. According to the computer, all the graphs or parameters of the oxygen sensor are analyzed by the computer, and then the computer calculates the precise hydrogen flow. And the display screen of the hydrogen decarburizer monitors the engine during the carbon removal process to ensure the carbon removal quality, so as to greatly save working time and improve carbon removal efficiency. It can quickly and effectively remove the carbon deposit of the fuel engine, improve the fuel efficiency of the fuel engine and reduce the air pollution, and optimize the carbon removal efficiency of the low-cost and environmentally friendly hydrogen decarbonizer. .

<Compared with the efficacy of the prior art> The main purpose of this creation is to use the signal of the oxygen sensor in the OBD of the car driving computer as the hydrogen amount control device of the hydrogen engine carbon removal machine, and to read the oxygen sensing in the OBD of the car driving computer. All the graphs or parameters of the device are displayed in the hydrogen decarburizer. After all the graphs or parameters of the oxygen sensor are analyzed by the computer, the computer calculates the precise hydrogen flow and displays the hydrogen decarbonizer. The entire screen monitors the engine to change the carbon process to ensure decarbonization quality.

In order to make your review board more aware of the structural features and efficacy of this creation, we will cooperate with the schema and elaborate on it later.

Please refer to the first figure, the second figure and the third figure. This creation relates to a hydrogen amount control device using a signal of an oxygen sensor as a hydrogen engine carbon removal machine. The hydrogen decarbonizer (1) includes OBD plug connector (15), flow controller (13), computer (12) and power supply (14) connected to the vehicle driving computer OBD (31), wherein the flow controller (13), the computer (12) and the power supply The supply (14) is disposed on the hydrogen decarbonizer (1), the flow controller (13) is controlled by the computer (12) to control the flow of the hydrogen (2), and the flow controller (13) includes a connection hydrogen ( 2) an input pipe (131) and an output pipe (132) leading to the engine (3), wherein an OBD plug connector (15) is additionally included, and the OBD plug connector (15) is divided by a signal line (151) and hydrogen. The computer (12) of the carbon machine (1) is connected, and the OBD plug connector (15) is plugged into the car driving computer OBD (31), and all the graphics of the oxygen sensor in the car driving computer OBD (31) are read or The number is displayed in the display screen (11) of the hydrogen decarburizer (1), and all the graphs or parameters of the obtained oxygen sensor are analyzed by the computer (12), and then calculated by the computer (12). Hydrogen (2) required flow data, and the computer (12) controls the flow controller (13) to precisely control the flow of hydrogen (2) into the engine, and the display screen (11) of the hydrogen decarbonizer (1) The monitoring engine (3) changes the carbon removal process to ensure the carbon removal quality, so as to achieve the purpose of quickly and effectively removing the carbon deposit of the fuel engine, thereby greatly reducing the working time and improving the carbon removal efficiency.

When hydrogen (2) enters the engine (3) combustion chamber, because hydrogen is the smallest molecule in nature, and hydrogen (3) burns ten times faster than the fuel, the oxygen in the combustion chamber is consumed first, so the mixture The oxygen content in the vehicle begins to decrease. The oxygen sensor in the OBD (31) of the vehicle driving computer receives the concentration variation data of oxygen sent through the circuit, and the OBD plug connector (15) is used to read the vehicle driving computer OBD. (31) All the patterns or parameters of the oxygen sensor are displayed in the display screen (11) of the hydrogen decarburizer (1), and all the graphics or parameters of the oxygen sensor are obtained by the computer (12) After the analysis, the computer (12) calculates the required flow data of the hydrogen (2), and the computer (12) controls the flow controller (13) to precisely control the flow of hydrogen (2) into the engine.

The vehicle driving computer OBD (31) receives the message of oxygen reduction and automatically reduces the fuel injection amount to maintain the balance between oil and air and maintain the combustion state. The temperature of hydrogen (2) in the combustion state exceeds 1400 degrees, which will naturally accumulate. Carbon is burned to carbon dioxide to achieve the effect of removing carbon deposits, and oxygen (2) combustion can be ensured by monitoring the oxygen content.

In summary, this creation achieves the goal of saving hydrogen and achieving the best carbon removal efficiency. It is a novelty, progressive and available for industrial application. It has already met the requirements for new patents. The Shangqigui review committee can review the case in detail and give the patent in this case as soon as possible.

The above is only the preferred embodiment of the present invention. When it is not possible to limit the scope of this creation, the equivalent changes and modifications made by the patent application scope of this creation should still belong to this creation patent. Within the scope of coverage.

(1) ‧ ‧ Hydrogen carbon removal machine (11) ‧ ‧ display screen (12) ‧ ‧ computer (13) ‧ ‧ flow controller (131) ‧ ‧ input tube (132) ‧ ‧ output tube (14)‧‧‧Power supply (15)‧‧‧OBD plug connector (151)‧‧‧ Signal line (2)‧‧‧ Hydrogen (3)‧‧‧ Engine (31)‧‧‧Automobile driving computer OBD

The first figure is a schematic diagram of one of the preferred embodiments of the present application. The second figure is a perspective view of an embodiment of the present invention when it is actually used. The third picture is a block diagram of the process of this creation.

(1)‧‧‧Hydrogen carbon removal machine

(11) ‧ ‧ display screen

(12)‧‧‧ Computer

(13)‧‧‧Flow controller

(131)‧‧‧ Input tube

(132)‧‧‧ Output tube

(14)‧‧‧Power supply

(15)‧‧‧OBD plug connector

(151) ‧‧‧ signal line

(2)‧‧‧ Hydrogen

Claims (5)

A hydrogen sensing device using a signal of an oxygen sensor as a hydrogen engine carbon removal machine, including a hydrogen decarbonizer and hydrogen, wherein the main features are: the hydrogen decarbonizer includes a flow controller and a computer, and the flow control The device is controlled by the computer to control the flow of hydrogen. All the graphics or parameters of the oxygen sensor in the OBD of the vehicle driving computer are read by the computer, displayed in the display screen set on the hydrogen decarbonizer, and the oxygen is obtained according to the obtained All the graphs or parameters of the sensor are analyzed by the computer, and then the computer calculates the precise flow data required by the hydrogen. The computer controls the flow controller to precisely control the flow of hydrogen into the engine, and the display screen on the hydrogen decarbonizer The whole process of monitoring the engine changes in the carbon process to ensure the carbon removal quality, so as to achieve the purpose of quickly and effectively removing the fuel engine carbon deposit, so as to greatly save working time and improve carbon removal efficiency. For example, the signal of the oxygen sensor is used as the hydrogen amount control device of the hydrogen engine decarburizer according to the first aspect of the patent application scope, wherein the hydrogen decarbonizer further includes an OBD plug connector connected to the vehicle driving computer OBD. The OBD plug connector is connected to the computer of the hydrogen decarbonizer by a signal line to connect the car driving computer OBD and read all the graphics or parameters of the oxygen sensor in the OBD of the car driving computer. The signal of the oxygen sensor is used as the hydrogen amount control device of the hydrogen engine decarburizer according to the first aspect of the patent application. The flow controller includes an input pipe connecting the hydrogen and an output pipe leading to the engine. The signal of the oxygen sensor is used as the hydrogen amount control device of the hydrogen engine decarburizer as described in claim 1 of the patent application scope, and further includes a power supply device for supplying power to the flow controller, the computer and the display screen. As described in the first paragraph of the patent application, the signal of the oxygen sensor is used as the hydrogen control device of the hydrogen engine carbon removal machine, wherein the hydrogen is stored in a cylinder or other container by using hydrogen directly obtained by the petrochemical industry. Introduce the fuel engine and add to the combustion to remove carbon deposits.