JPS5821590Y2 - Pot type electrolyzer for drinking water - Google Patents

Description

[Detailed Description of the Invention] This invention relates to a pot-type electrolyzer for drinking water that includes an electric control unit in the lid.

This type of electrolyzer usually requires replacing the electrolyzed water in another container after electrolysis, but by having a pulp mechanism, if one side of the acidic water is released first, the alkaline water can be replaced. It has the advantage that it can be left in the electrolysis chamber and discharged from the spout as needed.

In this case, if the electric control unit is provided in the lid and the electrodes are suspended below the inner bottom of the lid, the container constituting the electrolytic chamber will have a simple structure, which is convenient for cleaning etc. .

However, when used as a pot type, it must be equipped with a spout and a pulp mechanism.

Furthermore, when injecting water, the lid was removed, but since the positive electrode was made of a carbon rod, there was a risk that fine carbon particles released during electrolysis could come into contact with the tabletop and stain it.

The idea was to provide the spout button and pulp mechanism on the lid side, and to support the lid on the tabletop with a negative electrode made of a metal rod, so that the positive electrode would not touch the tabletop. The purpose of the present invention is to provide an improved pot-type electrolyzer for drinking water that can be maintained in a suspended state.

This invention will be explained in detail below based on the illustrated embodiments.

In the figure, reference numeral 1 denotes a container made of synthetic resin, and an annular jetty 2 is formed at the inner bottom of the container.
A handle 3 is provided on the outside.

A cylindrical porous partition wall with a bottom, for example, an unglazed partition wall 5 is inserted into the container 1, and its bottom portion is seated inside the jetty 2.

A screw 6 is formed in the upper opening of the container 1, and a lid 7 has a screw portion 8 screwed into the screw 6,
It is fitted into the opening.

The lid T has a backing 9 attached to the base of the screw portion 80, so that when the screw portion 8 is screwed onto the screw 6, it can be attached to the container 1 in a liquid-tight manner.

The lid 7 is hollow and has a fitting hole 10 at its center inner bottom, into which a positive electrode 11 made of a carbon rod is suspended.

A contact terminal 13 made of a U-shaped spring is attached to the top of the positive electrode 11 by a screw 12.

Further, a metal wire, for example, a negative electrode 14 made of stainless steel, is suspended from the inner bottom of the lid 7, and the lower part thereof is loop-shaped so as to bypass the partition wall 5.
The lid body 7 has an opening 15 located slightly below the bottom end of the positive electrode 11 and an opening 15 located near the handle 3 side.
is drilled, through which the shaft 16 passes and a button is inserted, and the shaft 1
A knob 17 is attached to the outer end of 6.

The knob 17 has a notch 1 as shown in FIG.
8 is formed and the knob IT is in the position shown in Fig. 2,
The outlet 19 provided on the lid 7 is now ready for connection.

Further, when the knob 17 is turned 1, the knob 17 prevents the plug from being inserted into the outlet 19, and conversely, when the plug is inserted into the outlet 19, the knob 17 cannot be rotated. .

The interior of the lid 7 is an electrical control chamber, and a cylindrical spout 20 is formed in the front part of the lid 7, which extends with a nozzle 211.

On the lower side of this spout 20, openings 24 and 25 are provided, through which a cathode chamber 22 button and an anode chamber 23 separated by a partition wall 5 are communicated.
is formed.

A cylindrical valve body 26 is slidably inserted into the spout 20, and valve ports 27j, 27j, and 28 are provided in correspondence with the openings 24 and 25, respectively.

The valve ports 27 and 28 are positioned out of phase with each other in the rotating direction of the valve body 26, and the valve body 26 is connected to the shaft 16.

Further, an annular seat 29 is formed at the bottom of the lid 7 to receive the top edge of the partition wall 5, and a backing 30 is attached here. The cathode chamber 22 and the anode chamber 23 are completely separated by the partition wall 5. 5. Pour water inside and outside.

At this time, even if the lid body 7 is placed on a tabletop, the loop-shaped part of the negative electrode 14 supports it, and the positive electrode 11 has a medium weight.
Since the buttons do not touch the table surface, there are no buttons that stain the table surface with fine carbon particles.

Next, the lid 7 is screwed onto the container 1, and the knob 17 is operated so as to separate the valve ports 27 and 28 from the openings 24 and 25.

When the knob 17 is in the position shown in FIG. 2, the openings 24 and 25 are closed by the peripheral wall surface of the valve body 26.

In this state, electrical outlet connection can be achieved and electrolysis can be performed.

Therefore, even if the Aya 1 container falls over, water will not leak outside and accidents such as electric shock will not occur. After electrolysis is complete, disconnect the electrical outlet and operate the knob 170 times for the first time. I can do it.

Therefore, first, the opening 25 and the valve port 28 are connected, and the container 1 is tilted so that the acidic water is discharged from the anode chamber 23. Communicate.

In this state, the cathode chamber 2 can be
The alkaline water in 2 can be taken out and the container 1 can be used as its 11 storage container.

When washing the container 1, remove the lid 7 together with the electrodes, and
Once the partition wall is removed, it becomes a simple cylinder with a bottom.

Since all the electrical parts are located on the lid 7 side, they can be easily washed with water or detergent.

[Brief explanation of drawings]

FIG. 1 is a longitudinal sectional side view showing an embodiment of this invention, FIG. 2 is a plan view thereof, and FIG. 3 is a sectional view of the pulp mechanism. 1... Container, 2... Jetty, 3... Ndol, 5
... Partition wall, 6 ... Screw, 7 ... Lid body, 8 ... Thread part, 9 ... Backing, 10 ... Fitting hole, 11.
...Positive electrode, 12...Screw, 13...Contact terminal, 1
4...Cathode, 15...Aperture, 16...Axis, 17
... knob, 18 ... notch, 19 ... outlet, 20 ... spout, 21 ... nozzle, 22 ... cathode chamber, 23 ... anode chamber, 24 , 25 ...・Opening, 2
6...Valve body, 27.2B...Valve port, 29...Annular seat, 30...Backing.

Claims (1)

[Scope of utility model registration request] A container having the electrolytic chamber as described above, in which the electrolytic chamber is divided into a cathode chamber and an anode chamber by a porous partition wall, and water in the electrolytic chamber is electrolyzed by applying a DC voltage between electrodes located in each electrode chamber. A lid having a spout is removably attached to the main body in a liquid-tight manner, and a pulp mechanism is provided to control communication between the spout and each electrode chamber of the electrolytic chamber, and an inner bottom of the lid A positive electrode made of a carbon rod is hung in the center, and a negative electrode made of a metal body that goes around the outside of the partition is hung on the inner bottom of the lid, and the detour part is placed below the lower end of the positive electrode. A pot-type electrolyzer for drinking water, characterized in that it is configured to be located at.