JPS6319832Y2 - - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a glove-shaped brush electrode. More specifically, the invention relates to brush electrodes used in electrolytic dyeing.

Brush electrodes conventionally used for electrodye dyeing have been flat or curved. Moreover, these electrodes had a fixed shape and were not flexible, so it was necessary to change the electrodes for each object to be decontaminated.

The present invention is an improvement on the conventional brush electrode as described above. That is, the brush electrode is made flexible to eliminate the need to change the electrode depending on the shape of the object to be decontaminated. Examples will be described below with reference to the drawings.

In FIG. 1, A is a glove-shaped brush electrode, which has a part 1 into which the thumb fits and a part 2 into which the other four fingers fit. As shown in Fig. 2, inside the glove, a soft and insulating flannel 3 is provided on the surface, a stainless steel wire mesh 4 is placed inside the flannel 3, and a synthetic resin such as a vinyl pipe 5 for supplying an electrolyte is further inside the stainless steel wire mesh. Furthermore, the inside thereof is covered with neoprene rubber 6. Another sheet of neoprene rubber 8 formed to allow a hand to be inserted is stretched on the outermost side. The electrolyte supply pipe 5 has a large number of holes 7 formed therein, and is made of synthetic resin and has flexibility. The stainless wire mesh 4 serves as a DC negative electrode, and has such flexibility that it does not pose any problem when moving fingers. Now, when you insert your hand between the neoprene rubbers 6 and 8 and connect the pipe 5 to a suitable electrolyte source, the electrolyte will flow through the pipe 5 to the tip of the pipe 5, but it will spray out from the hole 7 on the way. , oozes out from flannel 3 through the stainless wire mesh. On the other hand, if the stainless wire mesh 4 is connected to the DC negative electrode and the object to be decontaminated (not shown) is connected to the positive electrode, and the object to be decontaminated is rubbed with a finger, the decontamination action will be performed on the surface of the object to be decontaminated. , radioactive contaminants will be thoroughly decontaminated. Note that since both the flannel 3 and the neoprene rubber 6 have insulating properties, there is no fear of electric shock or the like.

According to the present invention, 1. Since the glove-shaped brush electrode is flexible, even if the object to be decontaminated has a complicated shape,
It is convenient because the electrolytic release dyeing can be carried out while rubbing the surface appropriately with fingers.

2. Since there is no need to replace the brush electrode depending on the object to be decontaminated, it can be said to be an extremely suitable tool for field workers.

3. Operation is extremely simple as all you have to do is connect the electrolyte source and power supply and then rub it.

4. Even complex-shaped parts can be easily decontaminated with finger operations, which not only improves decontamination accuracy but also shortens decontamination time.

In the above description, the materials of flannel 3, stainless steel wire mesh 4, neoprene rubber 6, 8, etc. are not particularly limited, and any materials that have corrosion resistance, flexibility, and similar performance to these can be used. Of course, there is no problem with that.

[Brief explanation of drawings]

FIG. 1 is a plan view of the glove-shaped brush electrode according to the present invention with flannel removed. FIG. 2 is a cross-sectional view taken from FIG. In the figure; A... glove-shaped brush electrode, 1...
Part where the thumb fits, 2... Part where the other four fingers fit, 3... Flannel, 4... Stainless wire mesh,
5...Synthetic resin pipe, 6...Neoprene rubber,
7...hole.

Claims (1)

[Scope of utility model registration request] A stainless wire mesh 4 and an electrolyte supply pipe 5 are arranged between the flannel 3 on the decontamination side and the neoprene rubber 6 on the back side, and a neoprene rubber 8 formed so that a hand can be inserted into the outside of the neoprene rubber 6 is stretched. A glove-shaped decontamination brush electrode characterized by having flexibility throughout.