Water tank for realizing single-water-replenishing and double-air-outlet functions of oxyhydrogen machine

Abstract

The invention relates to a water tank for realizing single-water-replenishing and double-air-outlet functions of an oxyhydrogen machine. The water tank comprises: a separation part, wherein a single water adding port at the upper end of the separation part simultaneously replenishes water to two inner grooves through two water outlets respectively; a screw cap, wherein after the screw cap is screwed in the water adding port, a silica gel sleeve ring at the lower end of the screw cap seals the two water outlets at the same time; and an upper cover body, wherein the surface of the upper cover body is provided with at least two air outlets, and the two air outlets are kept to discharge air independently. The mode that only one water adding port supplies water to the two water outlets at the same time, and the air outlets of the left inner groove and the right inner groove discharge air independently is adopted, so that the double-air-outlet purpose is achieved in a single-water-supply mode, one air outlet can be connected with a snorting catheter, air enters the human body through the respiratory tract of the human body, and the other air outlet is pressurized through an air outlet guide pipe to discharge air into the drinking water container for a user to drink; meanwhile, the adopted silica gel sleeve ring can seal the two water outlets at the same time, and operation is convenient; in addition, the overall sealing performance of the water tank is improved.

Description

technical field [0001] The invention relates to the technical field of hydrogen oxygen generators, in particular to a water tank for realizing the functions of single water replenishment and double air outlet of hydrogen oxygen generators. Background technique [0002] The basic principle of the hydrogen-oxygen machine is to use the electrolysis water technology, and the energy equipment that extracts hydrogen-oxygen gas from water after power-on can form a variety of different types of devices. For example, hydrogen-oxygen generators are divided into hydrogen-oxygen separation type and hydrogen-oxygen mixing type. Among them, the hydrogen-oxygen generator of the hydrogen-oxygen separation type is also called the hydrogen generator, and the hydrogen-oxygen mixed-type hydrogen-oxygen generator is called the hydrogen-oxygen machine for short. Among them, if only from the analysis of industrial use, hydrogen is used as fuel, and oxygen is used for combustion, which can replace ...

AI Technical Summary

Problems solved by technology

[0007] (1) The existing oxygen hydrogen machine does not have the ability to be used for breathing and drinking at the same time, so it cannot provide users with two functions at the same time. If the research and development personnel design a hydrogen oxygen machine equipment according to the application requirements, it can be realized at the same time The above two functions can be adapted to the simultaneous use of multiple application scenarios, which is undoubtedly a breakthrough for the functional limitations of the hydrogen oxygen machine

[0008] (2) The R&D personnel initially found that the effective way to make the hydrogen-oxygen machine used for breathing and drinking at the same time is to use multiple groups of electrolytic hydrogen production cores to run at the same time, so as to generate a larger volume of hydrogen-oxygen mixture, and then connect the gas outlet Divided into two, one outlet can be connected to the catheter nasal suction tube, which enters the human body through the human respiratory tract, and the other outlet is pressurized through the air outlet catheter to the drinking water container, and the hydrogen and oxygen are injected into the water to make the water contain hydrogen and oxygen molecules. However, If multiple sets of electrolytic cells are running at the same time, it is necessary to make the electrolyzed water used by each electrolytic cell consistent, and then balance the voltage and current. However, the water tanks in the prior art cannot realize that one is pressurized and the other is not, or the water tank can be distributed in a balanced manner. Therefore, it is imperative to optimize and improve the water tank of the hydrogen oxygen machine

[0009] (3) If the existing water tank of the hydrogen-oxygen machine is used for simple improvement, for example, by dividing the water tank area and opening the tube in addition, a systematic structural design cannot be formed, and the airtightness and rationality of the structure cannot be ensured. , after repeated application, it is still unable to play the dual functions mentioned above, the application is greatly restricted, and the effect is not satisfactory

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