KR20160025216A - Ceramics decoration of manufacturing device and manufacture method using same - Google Patents

Abstract

The present invention relates to a manufacturing device of ceramic decoration material, comprising a lower operation body formed with a pattern forming body, and a supporter formed with a penetration hole extended in a vertical direction; a molded body movably formed by a first operating means in the vertical direction; a protrusion pin protruded to the upper side of the supporter; and a upper operation body for pressurizing the upper side of the supporter. According to the present invention, the manufacturing device has effects in improving the productivity by forming a pattern without an extra process, while increasing sales by improving added values of the ceramic decoration material and beneficial functions of the human body of the ceramic material.

Description

TECHNICAL FIELD The present invention relates to a ceramic decorative material manufacturing apparatus and a ceramic decorative material manufacturing method using the ceramic decorative material.

The present invention relates to a manufacturing apparatus for forming a pattern on a ceramic decorative material used as a necklace, a bracelet, a footrest, and the like. More particularly, the present invention relates to a manufacturing apparatus for forming ceramic patterns, The present invention relates to a ceramic decorative material manufacturing apparatus in which a pattern for forming a pattern of a relief is formed by compressing a ceramic raw material.

Ceramic moldings are mainly used as decorative materials for necklaces, bracelets and footpieces. Generally, ceramics are known to have various functions such as optical function and biological function, which are very high in corrosion resistance, heat resistance and abrasion resistance compared with metal materials and organic materials It is mainly used as a decorative material.

Recently, it has been known that a large amount of far-infrared rays are emitted when heat is applied to ceramics, and thus various decorative materials using ceramics having improved components beneficial to the human body are being developed.

Although a number of methods for maximizing the technique for improving the beneficial component of the ceramic of the ceramic have been developed, there is a problem that the technique for improving aesthetics as a decorative material is somewhat inferior to a decorative material using other metal materials I have been.

The most representative technique for using such a ceramic molded article as a decorative material is a registered trademark 10-0970368, which is a technique for separately providing a polishing process and a polishing process to adjust a polishing time and a polishing time to provide a polishing method of a ceramic product .

However, the above-mentioned Japanese Patent Application No. 10-0970368 discloses a technology for separately performing a polishing process and a polishing process for a ceramic product, and a technique for improving the aesthetics of a ceramic formed product is still in demand.

SUMMARY OF THE INVENTION The present invention has been made in order to solve the problems of the conventional art as described above, and it is an object of the present invention to provide a ceramic body, which comprises a molded body in which ceramic particles are compressed and a pattern forming body in which a pattern- And the pattern is formed so as to realize the pattern of the embossed pattern while being compressed, thereby improving the aesthetics of the decorative material and improving the productivity by forming the pattern without a separate process. .

In order to achieve the above-mentioned object, the present invention provides a method for manufacturing a semiconductor device, comprising the steps of: forming a support plate having a circular plate shape and vertically extending through the support plate vertically, extending laterally in a direction perpendicular to the support, A lower actuating body on which a pattern forming body is formed, the pattern forming body having recessed pattern forming recesses formed therein; A molded body configured to be movable in a vertical direction by a first operating unit in a state in which the support body and the pattern forming body provided in the lower actuator are accommodated; A projecting pin protruding above the support through a through hole of the support; And an upper actuating body which is vertically moved by the second actuating means at the upper portion of the support body and has a pressing body which is formed with a receiving hole for pressing the upper side of the support body and pressing the upper side of the support body, And the upper surface of the patterned body of the lower actuator are aligned with the horizontal line, a space provided through the molded body of the upper end surface of the support and the patterned body is filled with the ceramic raw material in powder form, A ceramic decorative material which is formed into a space shape provided through the molded body and the pattern forming body by pressing the pressing body of the upper actuating body into the space and in which a fitting hole is formed by the projecting pin and the embossed pattern is formed in the same side as the pattern forming groove, The present invention also provides an apparatus for manufacturing a ceramic decorative material.

According to the present invention, as the ceramic raw material is compressed, the pattern formed by forming the pattern of the embossed shape improves the feeling of the decorative material to improve the added value of the ceramic decorative material in addition to the beneficial function of the human body of the ceramic, There is an effect that the pattern is formed without going through the process and the productivity is improved.

In addition, since the automation of the ceramic decorative material manufacturing apparatus is realized by the first and second operating means controlled by the control means, not only the productivity is improved but also the defective rate is minimized, thereby eliminating the intervention of the labor force and minimizing the labor cost expenditure .

1 is an exemplary view showing a preferred embodiment of the present invention,
FIGS. 2, 3 and 4 are exemplary views showing a preferred mode in which the present invention operates.

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

2, 3 and 4 are illustrations showing a preferred mode in which the present invention operates. The present invention is characterized in that the lower actuator 10, the lower actuator 10 A molding body 20 for molding ceramic ornaments together with the lower operating body 10, projecting fins 30 provided on the lower operating body 10, an upper operation for pressing the ceramic raw material into a ceramic decorative material, (40).

The supporting body 11, in which the through holes 12 in the vertical direction are formed so as to allow the projecting fins 30 to be described later to pass therethrough, is formed in the shape of a disk so as to be seated on the work table and the ground, And a pattern formation body 13 extending laterally beyond the support body 11 in a direction perpendicular to the support body 10 and forming an engraved pattern formation groove 14 at an upper portion of the support body 10 Respectively.

The supporting body 11 and the pattern forming body 13 formed on the lower actuating body 10 are accommodated in a molding body 20 described later and filled with the ceramic body 20 together with the molding body 20 and then the filled ceramic body is pressed And the pattern forming body 13 is configured to form a pattern on one side of the ceramic decorative material when the ceramic raw material is pressed.

The molded body 20 is vertically movable by the first actuating means in a state in which the supporting body 11 and the pattern forming body 13 provided in the lower actuating body 10 are accommodated, A space for pressing the ceramic raw material is formed and molded into a ceramic decorative material.

The projecting pin 30 is protruded on the upper side of the support 11 through the through hole 12 of the support 11 so that a fitting hole is formed in the ceramic decorative material when the ceramic raw material is pressed. 30 includes a ground plate 31 which is grounded on the lower side of the lower actuator 10 and a pressing member 41 of the upper actuator 40 which extends upward from the ground plate 31 and which will be described later, And a pin (33) received in the receiving hole (42) when the pressing member (11) is pressed.

The upper actuating member 40 is vertically moved by the second actuating means at the upper portion of the supporting body 11 so as to press the upper side of the supporting body 11 and press the supporting body 11 A pressing member 41 is formed which is provided with a receiving hole 42 for receiving the pin 33 of the projecting pin 30 when the upper side of the pressing pin 30 is pressed.

That is, by using the above-described configurations, the upper end face of the molded body 20 and the upper end face of the pattern forming body 13 provided in the lower actuating body 10 are aligned with the horizontal line, (11) The space provided through the molded body (20) on the top face and the patterned body (13) is filled.

The pressing body 41 of the upper actuating body 40 is pressed into the space filled with the ceramic raw material so as to be formed into a space shape provided through the molding body 20 and the pattern forming body 13, And is configured to form a ceramic decorative material in which a fitting hole is formed and a pattern of embossed shape identical to that of the pattern forming groove 14 is formed on one side.

Therefore, the pattern formed by forming the pattern of the embossed pattern while the ceramic raw material is compressed improves the fineness of the decorative material, and the pattern is formed without a separate process, and the productivity is improved.

The first and second actuating means are actuated by the control means and the detailed form of the first and second actuating means for actuating by the control means is that the detection sensor is provided on the upper side of the molded body 20, When the sensor senses the upper end face of the pattern forming body 13 of the lower actuating body 10 horizontally on the upper face of the molded body 20, the control means stops the operation of the molded body 20 through the first actuating means .

A load cell is provided on the upper side of the support body 11 so that the load cell measures a load value on the upper side of the support body 11 so that the pressing body 41 of the upper operation body 40 presses the ceramic raw material on the upper side of the support body 11, The control means moves the molded body 20 downward through the first operating means to remove the molded ceramic decorative material from the molded body 20.

That is, the automation of the manufacturing apparatus of the ceramic decorative material is realized by the first and second operating means controlled by the control means, thereby improving the productivity and minimizing the defective rate, thereby minimizing the labor cost expenditure by excluding the labor intervention .

In the present invention, as shown in the drawing, steps 1, 2, and 3 are sequentially performed using the above-described components, thereby manufacturing a ceramic decorative material.

The first step is that the ground plate 31 of the projecting pin 30 is grounded from the lower part of the lower actuator 10 and the pin 33 is provided on the upper side of the support body 11 through the through hole 12 of the support body 11, The molded body 20 in which the supporting body 11 of the lower actuator 10 and the pattern forming body 13 are accommodated is protruded and the detecting sensor detects the upper face of the pattern forming body 13 using the first actuating means And a space for filling the ceramic raw material through the molded body 20 and the patterned body 13 on the upper end surface of the support body 11 is prepared.

In the second step, the ceramic material is filled in the space provided through the molded body 20 and the pattern forming body 13 on the upper surface of the support body 11 in the first step, and then the upper operation body 40 is filled with the ceramic raw material, The pressing body 41 of the pressing body 41 receives the pin 33 through the receiving hole 42 and presses the ceramic raw material filled on the upper side of the supporting body 11 to form a pattern on the upper face of the supporting body 11 And the pin 33 of the protruding pin 30 forms a fitting hole and the protruding pin 30 is formed in the shape of a space provided by the protrusions 13, A pattern is formed.

In the third step, when the upper actuating body 40 is moved by the second actuating means and the pressing body 41 is detached from the upper side of the supporting body 11, the load value on the upper side of the supporting body 11 is measured The pressing body 41 detects that the pressing body 41 is separated from the upper side of the supporting body 11 and moves the molded body 20 downward through the first operating means together with the projecting pin 30, To remove the ceramic decorative material.

In the ceramic raw material, the ceramic raw material to be filled in the second step may be a mixture of one or more kinds of pigments in the group consisting of crushed quartz, iron oxide, alumina, feldspar and having a size of 0.5 to 40 탆 The mixture is mixed with water at a weight ratio of 5: 5 ~ 6, and then rapidly dried in the form of a powder and sintered through a sintering furnace.

10: Lower actuator 11: Support
12: through hole 13: pattern forming body
14: Pattern forming groove 20: Molded body
30: projecting pin 31: ground plate
33: pin 40: upper actuator
41: pressing body 42: receiving hole

Claims (5)

A supporting body 11 which is formed in a disc shape and in which a vertical through hole 12 is formed is extended vertically and extends laterally in the vertical direction with respect to the supporting body 11, A lower actuating body (10) having a pattern forming body (13) formed with an engraved pattern forming groove (14) at an upper portion of the upper body (11);
A molded body 20 configured to be movable in a vertical direction by a first operating means in a state in which the support body 11 and the pattern forming body 13 provided in the lower actuator 10 are accommodated;
A protruding pin 30 protruding above the support 11 through the through hole 12 of the support 11;
A receiving hole 42 which is vertically moved by the second operating means at the upper portion of the support 11 to press the upper side of the support 11 and press the upper side of the support 11 and accommodates the projecting pin 30, An upper actuating member (40) provided with a pressing body (41) for forming the pressing member (41);
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The ceramic raw material in the form of a particle powder is placed on the molded body 20 on the upper end face of the support body 11 in a state where the upper end face of the molded body 20 and the upper end face of the patterned body 13 of the lower actuating body 10 are aligned horizontally, And the pattern formation body 13 are filled and the pressing body 41 of the upper operation body 40 is pressed into the space filled with the ceramic raw material so as to penetrate the molded body 20 and the pattern forming body 13 Wherein the ceramic decorative material is formed in a shape of a space formed by the protruded fins (30), and a fitting hole is formed by the projecting pin (30) . The method according to claim 1,
Wherein the first and second operating means are operated by the control means,
When the detection sensor is provided on the upper surface of the molded body 20 and the upper surface of the patterned body 13 of the lower actuating body 10 is detected horizontally on the upper surface of the molded body 20, Is configured to stop the operation of the formed body (20) through the first operating means,
A load cell is provided on the upper side of the supporter 11 to measure the load value of the supporter 11 on the upper side of the supporter 11 so that the presser 41 of the upper actuating member 40 presses the ceramic material on the supporter 11, And the control means moves the molded body (20) to the lower side through the first operating means to remove the molded ceramic decorative material from the molded body (20). The method according to claim 1,
The projecting pin 30 includes a grounding plate 31 which is grounded on the lower side of the lower actuator 10 and a pressing member 41 of the upper actuating member 40 which extends upward from the grounding plate 31, And a pin (33) accommodated in the receiving hole (42) when the pressing member (11) is pressed. A manufacturing method of a ceramic decorative material according to any one of claims 1 to 3,
The ground plate 31 of the projecting pin 30 is grounded from the lower portion of the lower actuator 10 and the pin 33 is projected on the support 11 through the through hole 12 of the support body 11 Until the molded body 20 housing the support 11 of the rear lower actuator 10 and the pattern forming body 13 is detected by the first operating means and the upper face of the pattern forming body 13 is detected by the detection sensor A first step of providing a space for filling the ceramic raw material through the molded body 20 and the pattern forming body 13 on the upper face of the support body 11;
The ceramic raw material is filled in the space provided through the formed body 20 and the patterned body 13 on the upper end surface of the support body 11 in the first step and then the ceramic body is filled with the ceramic raw material through the pressurized body The ceramic body 41 filled in the upper side of the support body 11 while receiving the fin 33 through the receiving hole 42 is pressed against the upper end surface of the support body 11 to form the molded body 20 and the patterned body 13 And the pin 33 of the projecting pin 30 forms a fitting hole and the pattern of the embossed pattern is formed by the pattern forming groove 14 of the pattern forming body 13 on one side A second step of forming;
When the upper operation body 40 is moved by the second operation means and the pressing body 41 is separated from the upper side of the supporting body 11, the load cell for measuring the load value on the upper side of the supporting body 11 The pressing body 41 detects that the pressing body 41 is separated from the upper side of the supporting body 11 and moves the molded body 20 downward through the first operating means together with the projecting pin 30 to thereby release the molded ceramic decorative body from the molded body 20 A third step of taking out the ceramic decorative material;
Wherein the first and second ceramic layers are sequentially formed. 5. The method of claim 4,
The ceramic material to be filled in the second step may be a mixture of one or more kinds of materials selected from the group consisting of elvan, iron oxide, alumina and feldspar, which are ground to a size of 0.5 to 40 탆, : 5 to 6 weight ratio, rapidly dried in the form of a powder, and sintered through a sintering furnace.

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