KR200217309Y1 - Jig for oxide coating treatment kitchen vessel - Google Patents

Abstract

The present invention relates to an improvement plan of anodizing jig for kitchen container anodizing, more specifically, it is possible to uniformly form anodized layer when forming anodizing on the inside and outside of the kitchen container by putting the kitchen container into the electrolytic cell. It is about a jig which can reduce productivity and improve productivity.

That is, a jig for fixing the plurality of kitchen vessels 30 with openings 31 formed at one side with a clamp 16 and putting them in the electrolytic cell 20 to form an oxide film on the inner and outer surfaces of the kitchen vessel 30. In the jig body 10, the mounting bracket 11 and the operating table 12 perpendicular to the installation is installed, and the connecting table 11 and the operating table 12 by the connecting lever 13, but the connecting lever 13 The tip of the projection part 15 of the connecting lever 13 is raised and lowered by the shaft 12, 14 'by the lifting and lowering of the operating table 12, and the connecting lever 13 is rotated vertically. Protruding portion (15) of the tip) is a jig for anodizing the kitchen vessel, characterized in that the clamp 16 is configured and the elevating operation mechanism 17 is installed on one side of the operating table 12.

Description

Jig for oxide coating treatment kitchen vessel

The present invention relates to an improvement plan of anodizing jig for kitchen container anodizing, more specifically, it is possible to uniformly form anodized layer when forming anodizing on the inside and outside of the kitchen container by putting the kitchen container into the electrolytic cell. It is about a jig which can reduce productivity and improve productivity.

In general, the kitchen vessel with an opening formed at one side is fixed with a clamp of a jig and then put into an electrolytic cell to form an oxide film on the inner and outer surfaces of the kitchen vessel, but the inner side of the kitchen vessel is fixed to the jig with the inner side downward. When it is put into the electrolytic cell, the electrolyte is not contacted with the space formed by the air filling the upper part of the electrolytic cell, and the oxide film was not evenly made. On the contrary, when the inner side of the container is fixed to the jig with the inner side of the container upward, the electrolytic solution as a whole When contacted to form a uniform oxide film, but when lifting the kitchen vessel in the electrolytic bath because the electrolyte contained in the kitchen container, since the electrolyte in the kitchen container must be emptied manually, work productivity is greatly reduced and the risk of injury due to the electrolyte was also high.

In order to solve this problem, the present invention fixes a plurality of kitchen containers with openings at one side to a clamp of a jig, and then puts them in an electrolytic cell to anodize the inside and outside surfaces of the kitchen container, but installs vertical fixtures and operating tables on the jig body. It was designed to roll out the connecting lever into multiple stages and to convert the inner side of the kitchen container to the up and down state according to the lifting state of the operating table.

1 is a state of fixing the kitchen vessel on the jig of the present invention

Figure 2 is a front view of the state before putting the jig according to the present invention in the electrolytic cell

3 is a front view of the kitchen container anodized film according to the present invention

Figure 4 is a front view of the jig when lifting the kitchen container according to the present invention

* Explanation of symbols for main parts of the drawings

10: jig main body 11: fixture

12: operating table 13: connecting lever

14,14 ': shaft pin 15: protrusion

17: lifting operation 20: electrolytic cell

30: kitchen container 31: opening

A plurality of kitchen vessels 30 having openings 31 formed at one side thereof are fixed to the clamp 16, and then placed in the electrolytic cell 20 to a jig for forming an oxide film on the inner and outer surfaces of the kitchen vessel 30. In this case, the mounting bracket 11 and the operating table 12 perpendicular to the jig body 10 are installed with a slight gap, and the connecting table 11 and the operating table 12 are connected with the connecting lever 13, and the connecting lever (13) is multistage to the shaft pins (14, 14 ') so that the tip of the projection (15) of the connecting lever 13 is rotated up and down about the shaft by the lifting of the operating table (12). The tip of the protruding portion 15 of the connecting lever 13 is configured to incline the clamp 16 to fix the kitchen container 30 and to install the operating platform lifting operating mechanism 17 on one side of the operating table 12.

As described above, in the present invention, the connecting lever 13 connecting the fixing base 11 and the operating table 12 of the jig body 10 is placed horizontally, and the protrusion 15 of the connecting lever 13 is disposed. Fixing the kitchen vessel 30 to the clamp 16, which is configured to be inclined at the tip, and then raising the operating table 12 with the operating platform lifting operation 17 as shown in FIG. It is put into the electrolytic cell 20 in the state in which the inner surface of the 30 is lowered.

Subsequently, as shown in FIG. 3, when the kitchen vessel is placed in the electrolytic cell 20, the working table 12 of the jig main body 20 is lowered, and an oxide film is formed on the inner surface of the kitchen vessel 30 in the electrolytic cell 20. Since there is no space for the air to rise upward, the electrolyte is uniformly contacted with the inner and outer surfaces of the kitchen vessel to form a uniform oxide film.

When the inner and outer surfaces of the kitchen vessel 30 is anodized as described above, and then lifted from the electrolytic cell 20, when the operating table 12 is raised to the operating platform lifting operation port 17 as shown in FIG. 13, the protrusion 15 rotates up the fixing shaft shaft pin 14 to the shaft to be lowered to the inner side of the kitchen vessel 30 fixed to the clamp 16. Then, the kitchen vessel 30 is turned by the jig. When lifted from the electrolytic cell 20, the electrolyte in the kitchen vessel 30 flows down completely, and there is no need to perform separate electrolyte treatment.

In this way, the inner surface of the kitchen vessel 30 fixed to the clamp 16 of the jig is lowered and easily placed in the electrolytic cell 20. When the oxide film is formed in the electrolytic cell 20, the inner side of the kitchen vessel 30 is upwardly uniformly. When the film is lifted out of the electrolytic cell 20, the upper and lower switching means of the inner side of the kitchen vessel for lowering the inner side of the kitchen vessel 30 to completely flow the electrolyte are made by the lifting and lowering action of the operating table 12. .

As described above, the kitchen container anodized jig according to the present invention has the advantage of being able to uniformly form the anodized layer on the inside and the outside of the kitchen container by putting the kitchen container in the electrolytic cell and improving productivity by a simple work process.

Claims (1)

In the jig for fixing a plurality of kitchen vessels 30 formed with an opening 31 on one side with a clamp 16 and put in the electrolytic cell 20 to form an oxide film on the inner and outer surfaces of the kitchen vessel 30. , Install the fixture 11 and the operating table 12 perpendicular to the jig main body 10 and connect the fixing table 11 and the operating table 12 with the connecting lever 13, but the connecting lever 13 to the shaft pin ( 14) (14 ') by multi-stage gibber to the end of the projection (15) of the connecting lever 13 by elevating the operating table 12 to rotate the fixed shaft shaft pin (14) up and down about the axis and The tip of the protruding portion 15 constitutes the clamp 16, and the jig for anodizing the kitchen vessel, characterized in that the elevating operation mechanism 17 is installed on one side of the upper end of the operating table 12.