KR100336623B1 - Health spoon and chopsticks and manufacturing method therefor - Google Patents

Abstract

The present invention relates to a health cutlery comprising a similar food tool such as a spoon, chopsticks or a fork of a stencil used when eating food, and more particularly, a predetermined portion of gold that is beneficial to the human body as a portion of the cutlery that enters the mouth when the food is ingested. The present invention relates to a health cutlery and a method of manufacturing the same, which provide a beautiful appearance as a result of electrodeposition to a thickness, as well as the gold that is gradually introduced into the human body when the food is ingested little by little.

The present invention for achieving the present invention comprises the steps of forming a pattern irregularities groove having a predetermined shape to the appropriate portion of the cut and rolled stainless steel cutlery material to a predetermined shape; An electrodeposition step of ion plating the gold powder solution to the entire outer circumferential surface of the material by placing the material having the pattern uneven groove in a vacuum container; Masking and drying the entire outer circumferential surface of the material on which the gold ion electrodeposition is completed, and then drying; A color development step of removing only the pattern uneven groove of the masked material to be exposed separately and removing the ion plating of the corresponding area with a chemical; Sanding the pattern uneven groove portion from which the ion plating is removed; Electroplating the gold powder solution with the sanded grooving grooves for a few seconds to form a gold material having a predetermined shape; It is to have a decoration and health at the same time by producing a manufacturing method comprising the step of removing the masking of the material, the gold material is electrodeposited at the same time and at the same time and the health cutlery produced through such a manufacturing process.

Description

Health spoon and chopsticks and manufacturing method therefor}

The present invention relates to a health cutlery comprising a similar food utensil such as a spoon, chopsticks or fork of stainless steel used for food intake, and more particularly, to a portion of the cutlery that enters the mouth when the food is ingested. The present invention relates to a health cutlery and a method of manufacturing the same, which provide a beautiful appearance by adhering to a predetermined thickness, as well as providing a beautiful appearance when food is ingested little by little while quickly introducing into the human body to greatly assist metabolism.

In general, gold is particularly expensive and its production is so low that until now it is mostly used as a means of accumulating or storing economic wealth by manufacturing and purchasing mainly a ring, a necklace or a specific decoration having a predetermined shape. In recent years, however, people are more concerned about health than others because of their healthy lives, and there are many ways to maintain such health.

As part of such a situation, cosmetics using gold have been developed in recent years, and many fires have been developed. This is to mix the appropriate amount of gold powder in the manufacture of cosmetics when the gold powder is buried in the makeup area to cause a beneficial effect on the skin. However, this is limited to the use layer as it is applied to a limited product called cosmetics, and in particular, the price is too expensive due to the peculiarity of cosmetics is not used.

Meanwhile, the cutlery (commonly referred to as all food utensils), which has been used as a food utensil, is mainly made of silver or copper and stainless steel, and various colors for decorating the exterior are plated with gold or silver, It is only to be able to decorate the pattern. And the cutlery used in the prior art was generally made in consideration of the decorative point more than the concept of health.

Therefore, the conventional cutlery has almost no distinction among consumers, and in particular, since the plating for decoration is not an electric ion method but a general plating method, the plating color for the decoration is peeled off during use, thereby degrading the product's decor. It caused a big problem.

The present invention is to solve the above-mentioned general drawbacks, an object of the present invention is to provide a health cutlery and a method of manufacturing the same considering not only decorative considerations but also the health of the human body.

In particular, the present invention is excellent in the decorative effect by gold ion by electrodepositing pure gold to a predetermined thickness into a proper portion to enter the mouth when eating, and at the same time promotes the metabolism of the human body by allowing gold to naturally flow into the body when ingesting food To provide a health cutlery and a method of manufacturing the same.

1 is a process chart for each process step of the health cutlery according to the present invention,

2 is a plan view of a spoon of a stainless steel material for forming a cutlery in a predetermined shape;

Figure 3 is a plan view of the spoon in the state of the pattern grooves formed on the cut and rolled cutlery material,

4 is an enlarged sectional view taken along the line A-A of FIG.

5 is a schematic view of vacuum ion electrodeposition of the surface of the cutlery material with a gold powder solution,

6 is a schematic view of a state in which a gold powder solution is masked again on an ion electrodeposited material,

7 is a plan view of the material in a state in which only the masking of the pattern uneven groove portion is removed;

8 is a schematic diagram of a state in which the gold powder solution of the corresponding area from which masking is removed is re-developed;

9 is a schematic view showing a process of ion-depositing a gold object in an electric furnace with a pattern irregularities groove of a cutlery material,

10 is a schematic view showing a process of finally removing and washing the masking material of the ion-deposited gold material,

11 is a plan view of the health cutlery finally manufactured by the present invention,

12 is an enlarged cross-sectional view taken along the line B-B in FIG.

13 and 14 are plan views of a cut and rolled chopstick material during the manufacturing process of the chopsticks in the cutlery according to the present invention, and also show a plan view of a state in which the final gold object is electrodeposited.

Explanation of symbols for the main parts of the drawings

1: stainless steel cutlery 10: handle

20: mouth inlet 22: grooving groove

30, 60: gold powder solution electrodeposition vessel 32, 62: plating vessel

40, 50, 70: chemical container 100: cutlery

102: gold

Features of the health cutlery manufacturing method according to the present invention for achieving the above object comprises the steps of forming a patterned grooves having a predetermined shape in the appropriate portion of the stainless steel cutlery material cut into a predetermined shape; An electrodeposition step of ion plating the gold powder solution on the entire outer circumferential surface by putting the material having the pattern uneven groove in the vacuum container; Masking and drying the entire outer circumferential surface of the ion-plated material with chemicals again; Removing only the pattern uneven groove of the masked material to be exposed separately, and then removing the ion plating of the corresponding site with a chemical; Sanding the pattern uneven groove portion from which the ion plating is removed; The sanded pattern irregular groove is formed by the step of ion electrodepositing the gold powder solution by electric action for a few seconds to a predetermined thickness to form a gold material and the step of finally removing and washing the masking of the material on which the gold material is electrodeposited. have.

It is also a point of health cutlery made by the above-described manufacturing method.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a process diagram showing a manufacturing process step according to the invention as a whole, Figures 2 to 12 are diagrams for each process diagram of a cutlery, such as a spoon manufactured according to the process. The cutlery referred to in the present invention generally refers not only to a particular food utensil, but also refers to a similar food utensil such as a spoon, chopsticks and a fork as mentioned above, and hereinafter, the manufacture of a spoon among each cutlery utensil is referred to below. The explanations will be made mainly, and only the differences in the production of chopsticks and other tools will be described.

1, in the cutlery material preparation step, the stainless steel material 1 for forming a healthy cutlery is prepared, and the handle 10 and the spatula part, for example, the mouth inlet part 20, are integrally cut and processed into a desired shape. At the same time, the inlet 20 is rolled to form a flat surface with a predetermined thickness again to prepare a basic material (see FIG. 2). This step is a general matter in the manufacture of cutlery and is not the gist of the present invention. .

When the cutlery material preparation is completed in the above step, the gutter uneven groove 22 for inserting a pattern of a predetermined shape as shown in FIG. Concave-convex groove 22 is preferably press-processed so that irregularities of irregular depth are formed as shown in Figure 4 so that the gold powder solution adheres well later. And the concave-convex groove 22 is not limited to any particular animal or plant form, for example, can be produced in a variety of forms, such as egg shape, turtle shape, dragon shape.

On the other hand, since the cutlery material is made of stainless steel in the present invention, it is very difficult to form the uneven groove 22 by the inlet portion 20 to be rolled to a predetermined thickness. This is because the rolling strength of the site is so large. Therefore, in the present invention, in view of this point, it is preferable to heat the rolled part to a high temperature of about 500 ° C. or more to soften it, and then to form the uneven groove 22 by a press. After the concave-convex groove 22 is formed, the oral inlet 20 is pressed again in the shape of a spatula, which is not a feature in the cutlery process section.

In the above process, when the concave-convex groove 22 is completed by the inlet portion 22 and the bending is completed in the shape of a spatula, the surface of the cut material 1 is first ion plated with a gold powder solution. The surface of the material is very rough and needs to be smoothed.

Therefore, in the present invention, as shown in FIG. 5, the water-containing material 1 is placed in the electrodeposition vessel 30 in a vacuum state, and ion plating is performed, which is connected to the positive (+) electricity by the gold powder solution contained in the plating vessel 32. If the whole material is immersed in the plating vessel 32, a part of the material is scratched a little, and the negative (-) electricity is connected and installed, and high pressure is generated for several seconds (about 8 to 10 seconds). The gold powder solution is ion-deposited to a predetermined thickness on the entire surface of the material.

In addition, the inside of the electrodeposition vessel 30 in a vacuum state that is ion plated is preferably heated to a predetermined temperature. That is, it is preferable that the gold powder solution contained in the plating vessel 32 is always warmed by heating the inside of the vacuum vessel with a heating means 34 such as a heater rod to maintain a temperature of about 70 ° C. or more. In addition, the gold powder solution ion-deposited onto the surface of the cutlery material 1 is preferably electrodeposited to a thickness of about 0.02 to 0.04 mm. As a result, the surface of the rough material is smoothly homogenized by ion electrodeposition and the appearance of gold light is apparent. I will.

According to the present invention, since the gold powder solution is strongly ionized onto the surface of the material by the electrical action in the plating section, the plating is not easily peeled off during use and the original plating state can be maintained for a long time. Since the material is simply immersed in the plating container, the method is completely different from the plating where the plating is peeled off well.

After the above steps, the gold powder solution is first ion-deposited onto the surface of the material, and then completely immersed in the chemical container 40 for a predetermined time so as to cover the surface of the material to a predetermined thickness as shown in FIG. 40, the masked material 1 is placed in a drying furnace (not shown in the drawing) which is heated to a temperature of about 100 DEG C and dried quickly. Therefore, the gold ion plating of the cutlery material 1 is completely masked and its surface is invisibly covered.

On the other hand, the cutlery material (1) of the masking work is completed by exquisitely cutting only the grooving groove (22) portion by manual or mechanical operation as shown in Fig. 7 (for example, the black portion is a masking portion and the white portion is a grooving pattern). Groove (22)). Then, only the corresponding part of the masked material is immersed in the chemical container 50 as shown in FIG. 8 for a predetermined time to forcibly color the gold plated primary ion electrodeposited on the pattern uneven groove 22. Then, the pattern uneven groove 22 part is a gold original color of the stainless steel is not gold.

When the gold-plated color development of the pattern grooving groove 22 in the above step is completed, the sand grooving glyph grooving groove 22 roughly in the next step, which is easy to electrodeposition by spraying the glass powder strongly with only the corresponding part. If you see a bear is to form. At this time, since the other parts of the material are masked, they are not affected by the sanding operation.

When the sanding operation is completed as described above, the gold powder solution is finally ion-deposited into the uneven groove 22 of the cut material 1, which is placed in the electrodeposition container 60 as shown in FIG. This is a material (1) that connects positive (+) electricity to the gold powder solution contained in the plating vessel 62 and immerses only the uneven groove 22 portion of the inlet portion 20 in the plating vessel 62 (1). ) With a few scratches, install negative (-) electricity separately, and then generate high pressure for a few tens of seconds (about 35 to 40 seconds). Electrodeposited in the uneven groove 22 to a predetermined thickness.

And the inside of the electrodeposition vessel 60 to be electrodeposited is preferably heated to a predetermined temperature. That is, it is preferable that the gold powder solution contained in the plating vessel 62 is always warmed by heating the inside of the electrodeposition vessel 60 with a heating means 64 such as a heater rod to maintain a temperature of about 70 ° C. or more. Therefore, as the uneven groove 11 of the cutlery material 1, a golden metallic object 102 having a predetermined shape is electrodeposited to a predetermined thickness, and the thickness of the electrodeposited electrode is adjusted in advance by designing the electrodeposition time. Can be adjusted appropriately.

Finally, the gold material 102 is embedded in the inlet portion 20 of the cutlery material 1 through the former exaggeration bar. Finally, as shown in FIG. 10, a thinner type is used to remove the masking of the surface of the material. After immersing the entire spoon material for a predetermined time in the washing container 70 containing the chemicals and being heated to a predetermined temperature, the masking is completely peeled off and the washing is completed to form a healthy cutlery 100 as shown in FIG. At this time, the gold-clad object 102 is firmly electrodeposited in the uneven groove 22 of the inlet portion 20 as shown in the cross-sectional view of FIG. 12 and does not drop arbitrarily during use.

Therefore, according to the present invention, the healthy cutlery 100 in which the gold metal 102 is electrodeposited at the proper position on the stainless steel cutlery material 1 is completed through the above steps. You can do as much as you like. And the material of cutlery is not manufactured one by one in each step, but each process is equipped to be formed in large quantities by dozens in one operation.

Meanwhile, FIGS. 13 and 14 cut the chopstick cutlery material 1 manufactured by the manufacturing method according to the present invention to a predetermined length, and press the uneven groove 22 with the mouth inlet 20 to be differentially pressed with other parts. Through each process, the surface of the uneven groove 22 has shown the cutlery 100 in which the gold material 102 is electrodeposited, respectively. Here, one difference in the manufacturing process of the spoon and the chopsticks is the inlet in the spoon ( Only the process of bending 20) in the shape of a spatula is added, and the rest of the process is performed in the same manner, and a detailed description thereof is omitted. In particular, although not shown in the drawing, each characteristic process of the corresponding article is also manufactured. Except for the rest can be manufactured by the same manufacturing method, of course.

Therefore, the present invention enables the manufacture of the healthy cutlery 100 in which the goldsmith 102 is electrodeposited to a predetermined position through the above-described process steps, and the electrodeposition position of the goldsmith 102 is also freely electrodeposited regardless of the specific position. It becomes possible to manufacture a health cutlery having a wide variety of forms. In addition, the present invention is very useful because it is possible to prevent corrosion by preventing the smell of the metal peculiar to ionic electrodeposition of the entire surface of the stainless material with gold primarily.

Meanwhile, in the specification of the present invention, the goldsmith 102 refers to an article decorated with gold, which is a general name for the gold ornament that is electrodeposited into the pattern irregularities groove 22 of the cutlery material regardless of a specific form.

As described above, according to the manufacturing method of the present invention, the surface of the stainless steel material is electrodeposited with gold to decorate the appearance, and at the same time, the gold powder solution is electrodeposited again to a predetermined thickness to the proper position of the cutlery introduced into the mouth, and then the appearance is also decorated. Not only is it effective, but by using these foods when eating foods, the user naturally sucks gold little by little, resulting in the human body's metabolism. In particular, the present invention has the advantage that the plated electrode is not easily peeled off during use due to the strong plating strength, unlike the plating method of the model, by ion electrodepositing the gold powder solution to be plated onto the surface of the material, so that a good quality product can be used for a long time. In addition, the health cutlery manufactured through the manufacturing process of the present invention completely escapes the existing cutlery concept and simultaneously introduces two concepts of decoration and health. You will have an excellent effect.

Although the present invention has been described with reference to the accompanying drawings, there are many modifications and changes in design within the scope not departing from the scope of the appended claims without limitation, bar shape or electrodeposition position is the intention of the manufacturer Of course, any number of variations can be made.

Claims (11)

Forming a patterned concave-convex groove having a predetermined shape at an appropriate portion of the cut and rolled stainless steel cutlery material in a predetermined shape; An electrodeposition step of ion plating the gold powder solution to the entire outer circumferential surface of the material by placing the material having the pattern uneven groove in a vacuum container; Masking and drying the entire outer circumferential surface of the material on which the gold ion electrodeposition is completed, and then drying; A color development step of removing only the pattern uneven groove of the masked material to be exposed separately and removing the ion plating of the corresponding area with a chemical; Sanding the pattern uneven groove portion from which the ion plating is removed; Electroplating the gold powder solution with the sanded grooving grooves for a few seconds to form a gold material having a predetermined shape; Method of producing a health cutlery, characterized in that the step of removing the final masking of the material is electrodeposited and washed at the same time. The method of claim 1, wherein the grooving grooves of the cut cut material is formed as a mouth inlet and at the same time in consideration of the strength of the rolling portion is heated to about 500 ℃ or more to soften by pressing the corresponding parts Method of making cutlery. The method of claim 1, wherein during ion plating of the cutlery material, the inside of the vacuum vessel is heated to maintain a temperature of about 70 ° C. or more, and the gold powder solution and the stainless steel material contained in the separate vessels are each instantaneously operated at high pressure for several seconds. The method of manufacturing a healthy cutlery, characterized in that the gold powder solution is applied to the surface of the material and smoothly treated. The method of claim 3, wherein the gold powder solution ion-plated on the surface of the cutlery material is electrodeposited to a thickness of about 0.02 to 0.04 mm. The method according to claim 3, wherein the gold powder solution to be plated on the surface of the material is electrodeposited to shine. The method of claim 1, wherein the sanding of the grooving groove having the masking removed is performed by roughly processing the surface by glass powder sprayed by air pressure. The method of claim 1, wherein the gold powder solution electrodeposited to the pattern grooves of the ion plating is removed is a container containing the gold powder solution and a material in which the corresponding portion is immersed in each of the high pressure is applied to each other for about 40 seconds Method of producing a health cutlery characterized in that the gold is formed by sticking to a predetermined thickness by. 8. The method of claim 7, wherein the gold deposit electrodeposited with the pattern grooves is electrodeposited to have a golden color. The cutlery 100 manufactured through the steps of claim 1 is characterized in that the gold powder solution is first ion-deposited onto the surface of the cleaning agent 1 and the gold-colored material 102 is electrodeposited at a predetermined position. 10. The health cutlery of claim 9, wherein the goldsmith (102) is electrodeposited into an oral inlet (20) that enters the mouth when eating food. 10. The health cutlery of claim 9, wherein the goldsmith (102) has a turtle shape.