CN205329171U

CN205329171U - Equipment for oxygen production through electrolysis of water

Info

Publication number: CN205329171U
Application number: CN201620062180.0U
Authority: CN
Inventors: 杨利强
Original assignee: Individual
Current assignee: Individual
Priority date: 2016-01-22
Filing date: 2016-01-22
Publication date: 2016-06-22
Anticipated expiration: 2026-01-22

Abstract

The utility model discloses an equipment for oxygen production through electrolysis of water, including the electrolysis basin, the initiating terminal inboard of gas -supply pipe is inlayed and is equipped with the fan of bleeding, the level gauge has been installed to the inner wall in oxygen output chamber, the dress is inlayed to the inside of level gauge and the electricity is connected with the treater, the middle part top of electrolysis basin has been installed solution and has been replenished the container, the drain pipe of the additional container of solution communicates with each other with the groove body middle part of electrolysis basin and is connected, solution supplyes the liquid outlet inboard of container and has installed solenoid electric valve. This equipment for oxygen production through electrolysis of water uses potassium hydroxide solution to carry out the electrolysis, and it is great that the pure water is compared to the ionicity, has improved electrolytic intensity, and it can real -time monitoring electrolysis of solutions volume to add the level gauge of establishing to control solution supplyes the container and carries out the replenishment of electrolyte, avoids the liquid level to cross the low phenomenon that the short circuit appears, adds the air extraction equipment who establishes, can make oxygen transmission speed accelerate, makes the positive reaction rate of electrolysis accelerate.

Description

A kind of oxygen producing equipment with electrolysis

Technical field

This utility model relates to oxygen generating plant technical field, is specially a kind of oxygen producing equipment with electrolysis。

Background technology

Water (H2O) is referred to as electrolysis water by the process of the electrolytically generated hydrogen of unidirectional current and oxygen。When electric current is by water (H2O), form hydrogen (H2) at negative electrode by reductive water, at anode then by aoxidizing water formation oxygen (O2)。Electrolysis water is the important method of oxygen。There is inefficiency in oxygen producing equipment with electrolysis conventional at present, the shortcoming that security performance is low。

Utility model content

The purpose of this utility model is in that to provide a kind of oxygen producing equipment with electrolysis, with the problem solving to propose in above-mentioned background technology。

For achieving the above object, this utility model provides following technical scheme: a kind of oxygen producing equipment with electrolysis, including electrolysis water trough, described electrolysis water trough generally U-shaped, the inside of described electrolysis water trough is placed with potassium hydroxide solution, the bottom land both sides of described electrolysis water trough are inserted with positive pole energising carbon-point and negative pole energising carbon-point respectively, described positive pole energising carbon-point place barrel is oxygen output chamber, described negative pole energising carbon-point place barrel is hydrogen output chamber, the top in described hydrogen output chamber is Hydrogen collection container, the top in described oxygen output chamber is communicated with appendix, the end of described appendix is collected container with oxygen and is connected, the middle part of described appendix is embedded with spherical oxygen and purifies chamber, it is embedded with exhaust fan inside the initiating terminal of described appendix, the inwall in described oxygen output chamber is equiped with liquidometer, the inside of described liquidometer is embedded in and is electrically connected with processor, solution adding container it is equiped with above the middle part of described electrolysis water trough, it is connected in the middle part of the drain pipe of described solution adding container and the groove body of electrolysis water trough, it is installed on solenoid electric valve inside the liquid outlet of described solution adding container, described solenoid electric valve is connected by wire with the control end of processor。

Preferably, described Hydrogen collection container is elliposoidal, and the bottom of Hydrogen collection container is equiped with hydrogen isolation dismounting connector。

Preferably, the end of giving vent to anger of described appendix is positioned at the top of oxygen collection container。

Preferably, the outside of described oxygen collection container is communicated with air pump。

Compared with prior art, the beneficial effects of the utility model are: this oxygen producing equipment with electrolysis uses potassium hydroxide solution to carry out electrolysis, it is bigger that ionization degree compares pure water, improve the intensity of electrolysis, by adopting drainage type Hydrogen collection method, the collection making hydrogen is more safe and reliable, the liquidometer added can be real-time monitoring electrolysis of solutions amount, and control solution adding container carry out electrolyte supplement, avoid the too low phenomenon that short circuit occurs of liquid level, security performance is high, more practical and convenient, the air-extractor added, oxygen transmission rate can be made to accelerate, concentration reduces, electrolysis positive reaction speed is accelerated, improve the work efficiency of device further。

Accompanying drawing explanation

Fig. 1 is this utility model structural representation。

In figure: 1 electrolysis water trough, 2 potassium hydroxide solutions, 3 positive pole energising carbon-points, 4 negative pole energising carbon-points, 5 oxygen output chambeies, 6 hydrogen output chambeies, 7 Hydrogen collection containers, 8 appendixs, 9 oxygen collect container, 10 oxygen purification chambeies, 11 exhaust fans, 12 liquidometers, 13 processors, 14 solution adding containers, 15 solenoid electric valves, 16 hydrogen isolation dismounting connector, 17 air pumps。

Detailed description of the invention

Below in conjunction with the accompanying drawing in this utility model embodiment, the technical scheme in this utility model embodiment is clearly and completely described, it is clear that described embodiment is only a part of embodiment of this utility model, rather than whole embodiments。Based on the embodiment in this utility model, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of this utility model protection。

Refer to Fig. 1, this utility model provides a kind of technical scheme: a kind of oxygen producing equipment with electrolysis, including electrolysis water trough 1, potassium hydroxide solution 2, positive pole energising carbon-point 3, negative pole energising carbon-point 4, oxygen output chamber 5, hydrogen output chamber 6, Hydrogen collection container 7, appendix 8, oxygen collects container 9, oxygen purifies chamber 10, exhaust fan 11, liquidometer 12, processor 13, solution adding container 14, solenoid electric valve 15, hydrogen isolation dismounting connector 16 and air pump 17, electrolysis water trough 1 generally U-shaped, the inside of electrolysis water trough 1 is placed with potassium hydroxide solution 2, water is a kind of weak electrolyte, it is difficult to ionize, and when in water dissolved with KOH, hydrated potassium ion is then become round the hydrone of polarity around the K+ of ionization, and because the effect of K+ makes hydrone have polar orientation, under unidirectional current effect, K+ together moves to negative electrode with the hydrone in polarized direction, at this moment first H+ will obtain electronics and become hydrogen, KOH ionization degree is adopted to compare pure water bigger, improve the intensity of electrolysis, the bottom land both sides of electrolysis water trough 1 are inserted with positive pole energising carbon-point 3 and negative pole energising carbon-point 4 respectively, positive pole energising carbon-point 3 place barrel is oxygen output chamber 5, negative pole energising carbon-point 4 place barrel is hydrogen output chamber 6, the top in hydrogen output chamber 6 is Hydrogen collection container 7, Hydrogen collection container 7 is elliposoidal, it is easy to the collection of gas and the discharge of water body, and the bottom of Hydrogen collection container 7 is equiped with hydrogen isolation dismounting connector 16, convenient to carrying out dismounting work after Hydrogen collection container 7 isolation, the top in oxygen output chamber 5 is communicated with appendix 8, the end of appendix 8 is collected container 9 with oxygen and is connected, the end of giving vent to anger of appendix 8 is positioned at oxygen and collects the top of container 9, oxygen is collected the outside of container 9 and is communicated with air pump 17, internal interference gas is extracted out, there is certain getter capacity simultaneously, it is easy to oxygen and purifies chamber 10 by oxygen, the middle part of appendix 8 is embedded with spherical oxygen and purifies chamber 10, exhaust fan 11 it is embedded with inside the initiating terminal of appendix 8, oxygen transmission rate is made to accelerate, concentration reduces, electrolysis positive reaction speed is accelerated, improve the work efficiency of device further, the inwall in oxygen output chamber 5 is equiped with liquidometer 12, the inside of liquidometer 12 is embedded in and is electrically connected with processor 13, solution adding container 14 it is equiped with above the middle part of electrolysis water trough 1, it is connected in the middle part of the drain pipe of solution adding container 14 and the groove body of electrolysis water trough 1, solenoid electric valve 15 it is installed on inside the liquid outlet of solution adding container 14, solenoid electric valve 15 is connected by wire with the control end of processor 13, the liquidometer 12 added can be real-time monitoring electrolysis of solutions amount, and control solution adding container 14 carry out electrolyte supplement, avoid the too low phenomenon that short circuit occurs of liquid level, more practical and convenient。

While there has been shown and described that embodiment of the present utility model, for the ordinary skill in the art, being appreciated that when without departing from principle of the present utility model and spirit and these embodiments can be carried out multiple change, amendment, replacement and modification, scope of the present utility model is defined by the appended claims and the equivalents thereof。

Claims

1. an oxygen producing equipment with electrolysis, including electrolysis water trough (1), it is characterized in that: described electrolysis water trough (1) generally U-shaped, the inside of described electrolysis water trough (1) is placed with potassium hydroxide solution (2), the bottom land both sides of described electrolysis water trough (1) are inserted with positive pole energising carbon-point (3) and negative pole energising carbon-point (4) respectively, described positive pole energising carbon-point (3) place barrel is oxygen output chamber (5), described negative pole energising carbon-point (4) place barrel is hydrogen output chamber (6), the top of described hydrogen output chamber (6) is Hydrogen collection container (7), the top of described oxygen output chamber (5) is communicated with appendix (8), the end of described appendix (8) is collected container (9) with oxygen and is connected, the middle part of described appendix (8) is embedded with spherical oxygen and purifies chamber (10), exhaust fan (11) it is embedded with inside the initiating terminal of described appendix (8), the inwall of described oxygen output chamber (5) is equiped with liquidometer (12), the inside of described liquidometer (12) is embedded in and is electrically connected with processor (13), solution adding container (14) it is equiped with above the middle part of described electrolysis water trough (1), it is connected in the middle part of the drain pipe of described solution adding container (14) and the groove body of electrolysis water trough (1), it is installed on solenoid electric valve (15) inside the liquid outlet of described solution adding container (14), described solenoid electric valve (15) is connected by wire with the control end of processor (13)。

2. a kind of oxygen producing equipment with electrolysis according to claim 1, it is characterised in that: described Hydrogen collection container (7) is elliposoidal, and the bottom of Hydrogen collection container (7) is equiped with hydrogen isolation dismounting connector (16)。

3. a kind of oxygen producing equipment with electrolysis according to claim 1, it is characterised in that: the end of giving vent to anger of described appendix (8) is positioned at oxygen and collects the top of container (9)。

4. a kind of oxygen producing equipment with electrolysis according to claim 1, it is characterised in that: described oxygen is collected the outside of container (9) and is communicated with air pump (17)。