KR101181606B1 - The manufacturing method for formation letter and numeral of jewel using a jewel automatically device - Google Patents

Abstract

The present invention relates to a method of forming letters and numbers of jewelry using a jeweler.
In the method of forming letters and numbers of jewelry using the jeweler of the present invention, a table, a crown, a girdle, a pavilion and a culet shape are formed using the jeweler. Producing a cutting process pattern for forming on the table and crown surface of the jewelry in the form of letters, numbers, logos or characters during the process of making jewelry; Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a preset program; Roughing the entire jewel fixed to the jewel holder, including letters and numbers, a logo, a table on which the character is formed, and a crown through the polishing wheel; Polishing the entire jewel except the cutting surface on which the letters, numbers, logos and characters are formed among the first roughly processed gemstones, and the surface roughness of the table and crown which are the top of the girdle through the polishing wheel. Characters, numbers, logos, characters are formed by different.
Therefore, the present invention maximizes the visual effect through letters, numbers, logos, and characters along with its own beauty for jewelry, and can expand the range of additional applications by accessories such as accessories or electronic products Deco, in addition to jewelry settings. Excellent effect
In addition, with the jewelry setting using the jewelery machine installed in each size of the grinding wheel to suit the entire process of jewelry work, the user can easily form letters, numbers, logos, characters, etc. desired by the user. , By increasing the number of jewelry holding spindles for jewelry holders and mass production of jewelery work and letters, numbers, logos, and character formation at the same time, mass production is possible. In addition, the productivity and precision of the logo and character formation work can be further improved.

Description

The manufacturing method for formation letter and numeral of jewel using a jewel automatically device}

The present invention relates to a jewelery machine, and more specifically, to the polishing wheel for the jewelery, each divided into a polishing wheel corresponding to the entire process of jewelery and install it on one base frame at the same time The jewel holder which glues the jewels for work is fixed to the jewel holders, which can be transported from side to side. table or letters, numbers, logos or characters, such as Korean or alphabet, to maximize the visual effects of letters, numbers, logos and characters, as well as its beauty. Letter and number type of jewelry using jewelry making machine to expand additional range of application by use such as electronic product deco It's about sexual methods.

In general, when processing natural gemstones or artificial gemstones including diamonds, the gemstones to be processed are fixed to the gemstone holder, and the facet is formed on the gemstone by pressing the rotating gemstone with a constant force.

In order to form facets having various inclination angles with respect to the central axis of the jewels supported by the jewel holders, the jewel holders require three types of movement modes for the fixed and rotating polishing surfaces. This mode is to adjust the angle of inclination of the jewelry holder on the plane perpendicular to the polishing surface. The second is to move the jewelry holder in which the jewelry is fixed by the amount to be polished with respect to the polishing surface in the vertical direction. It is the shanghai movement mode for precise feeding, and the third is the index movement mode that rotates the jewelry holder's jewelry holding spindle at a certain angle with respect to the central axis to polish the adjacent or non-adjacent facets when machining certain facets. to be.

For the characteristic exercise mode, the conventional jewelery device is configured to perform some of the three exercise modes mechanically and the others to be manually adjusted, or to perform all three exercise modes automatically, In particular, since jewelery requires a high degree of precision, when all three movement modes are mechanically performed, there is absolutely no means for correcting the processing and assembly errors of the device or mechanical deformation due to use. It is necessary.

In addition, the conventional jewelry polishing apparatus has a constant contact position between the jewelry holder and the polishing surface, causing the polishing surface to be unevenly worn, thereby reducing the precision of facet processing, and frequently requiring polishing wheels with irregular polishing surfaces to be replaced. There was this.

In order to solve this problem, a jewel polishing device (Patent Registration No. 0559438) registered on March 3, 2006 was proposed, which can rotate a disk-shaped plane grinding wheel to rotate and rotate. It is provided with a means, it is possible to adjust the horizontal to the grinding surface of the jewelry holder, the structure to reduce the backlash when adjusting the inclination angle of the jewelry holder, the base and; Polishing means rotatably mounted to the base and having a polishing surface parallel to the base; A support portion having a shanghai conveying member installed to be movable up and down with respect to an axis substantially perpendicular to the polishing surface; An inclination adjusting unit fixed to the shank conveying member and having a rotating shaft rotatably installed about an axis substantially parallel to the polishing surface; A jewelry holder fixed to a first arm extending radially from said rotation axis, for holding a jewelry rotatably installed in a plane substantially perpendicular to said polishing surface; And a controller for receiving each sensor signal and controlling the respective driving means.

The polishing means is installed to rotate while revolving about an axis spaced apart from the rotation center by a predetermined distance, the driving means for rotating and rotating the polishing surface; And a rotational speed sensor for measuring the rotating speed of the polishing surface, wherein the controller controls the output of the first motor according to the signal of the rotational speed sensor.

In the conventional gemstone polishing device configured as described above, the disk-shaped plane grinding wheel is rotated to allow the rotation and rotation of the disk, so that the gemstone held in the jewelry holder is polished. However, in order to rotate the grinding wheel as described above, A driving means for rotating the grinding wheel is essentially provided in the conventional gemstone polishing apparatus, and in the case of the driving means provided in the conventional gemstone polishing apparatus, the rotating means for rotating and grinding the grinding wheel is also possible. While the mechanical connection with the grinding wheel is very complicated, when applied to the conventional jewelry polishing device, there was a big problem such as increasing the overall size of the machine and also taking up a lot of installation space.

In addition, in the case of the conventional jewelry polishing apparatus, as described above, the disk-shaped plane grinding wheel is rotated to allow for rotation and rotation, so that the entire jewelry held by the jewelry holder is polished, and the girdle of the cutting surfaces of the jewelry There is no method of forming letters, numbers, logos or characters of Korean alphabet, alphabet, etc. on the crown and table, the top of the girdle. In addition to not maximizing the visual effects of letters, numbers, logos, and characters, there was also a problem that could not be further utilized for jewelry setting, accessories, and electronics deco.

The present invention has been made in order to solve the above-mentioned problems, the crown and the table (jewel) top of the girdle (girdle) of the jewelry by varying the roughness (roughing, grinding, gloss) using a jeweler By forming letters, numbers, logos, characters, etc., such as Hangul, alphabets on the screen, the purpose is to maximize the visual effects that appear through letters, numbers, logos, and characters with its own beauty.

In addition, in the present invention, in addition to the jewelry setting work using the jewelry work machine, there is another object to expand the range of additional applications for use, such as accessories or electronic products Deco.

In the case of the present invention, in addition to the jewelry setting using the jewelery machine, the size of the polishing wheel is separately installed to fit the entire process of jewelry work, the user can easily form letters, numbers, logos, characters, etc. desired by the user. In addition, by increasing the number of jewelry holding spindles for jewelry holders, it is possible to mass-produce a large number of jewelry work and simultaneously perform letters, numbers, logos, and character formation work. And letters and numbers, logos, and the character and the productivity of the forming work is also another object to further improve.

The first embodiment of the method for forming letters and numbers of jewelry using the jeweler of the present invention is a base frame, a polishing wheel, a jewelry holder having a spindle, a holder fixing bar, a holder fixing means, a holder tilt adjusting means, and a holder spindle. Letters, numbers, logos on the crown and top of the girdle of the jewelry using a jeweler comprising a rotating part, a holder lifting means, a control part, a left and right operating plate transporting means. In the method of forming a character,

Forming on the table and crown face of the jewelry during the process of making the jewelry to form the shape of a table, crown, girdle, pavilion and culet using the jeweler Producing a cutting processing pattern for letters, numbers, logos, and character forms; Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a predetermined program; Roughing the entire jewel fixed to the jewel holder, including letters and numbers, a logo, a table on which the character is formed, and a crown through the polishing wheel; Polishing the entire jewelry except the cutting surface on which the letters, numbers, logos, and characters are formed among the first roughly processed gemstones, and the surface roughness of the table and crown which are the top of the girdle through the polishing wheel. Characters, numbers, logos, characters are formed by different.

A second embodiment of the method for forming letters and numbers of jewelry using the jeweler of the present invention includes a base frame, a polishing wheel, a jewelry holder having a spindle, a holder fixing bar, a holder fixing means, a holder tilt adjusting means, and a holder spindle. Letters, numbers, logos on the crown and top of the girdle of the jewelry using a jeweler comprising a rotating part, a holder lifting means, a control part, a left and right operating plate transporting means. In the method of forming a character,

Forming on the table and crown face of the jewelry during the process of making the jewelry to form the shape of a table, crown, girdle, pavilion and culet using the jeweler Producing a cutting processing pattern for letters, numbers, logos, and character forms; Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a predetermined program; Roughing the entire jewel fixed to the jewel holder, including letters and numbers, a logo, a table, and a crown on which the character is formed, by the grinding wheel; Secondly roughing the entire first roughly processed gemstone; And the third step of polishing the entire jewel except the cutting surface on which the letters, numbers, logos and characters are formed, and varying the roughness of the surface of the table and the crown, which is the top of the girdle through the grinding wheel. , Logos, characters are formed.

A third embodiment of the method for forming letters and numbers of jewelry using a jeweler, which is another embodiment of the present invention, includes a base frame, a polishing wheel, a jewelry holder having a spindle, a holder fixing bar, a holder fixing means, and a holder tilt control. Characters on the crown and table top of the girdle of the jewelry are formed using a jeweler comprising a means, a holder spindle rotating part, a holder lifting means, a control unit, a left and right operating plate conveying means. In the method of forming numbers, logos and characters,

Forming on the table and crown face of the jewelry during the process of making the jewelry to form the shape of a table, crown, girdle, pavilion and culet using the jeweler Producing a cutting processing pattern for letters, numbers, logos, and character forms; Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a predetermined program; Roughing the entire jewel fixed to the jewel holder, including letters and numbers, a logo, a table, and a crown on which the character is formed, by the grinding wheel; Secondly roughing the entire first roughly processed gemstone; And the third step is to polish only the cutting surface on which the letters, numbers, logos and characters are formed, and the letters, numbers, logos and characters are formed by varying the roughness of the surface of the table and crown which are the top of the girdle through the polishing wheel. It is characterized by.

According to the present invention, with its own beauty for jewelry, there is an excellent effect such as to maximize the visual effects that appear through letters, numbers or logos, characters.

In addition, in addition to the jewelry setting work using a jewelry workmanship as described above, there is also an effect such that the additional application range such as accessories or electronic products Deco can be expanded.

In addition to the jewelry setting using the jewelery machine installed in each size of the grinding wheel to suit the entire process of jewelry work, the user can easily form letters, numbers, logos, characters, etc. desired by the user , By increasing the number of jewelry holding spindles for jewelry holders and mass production of jewelery work and letters, numbers, logos, and character formation at the same time, mass production is possible. In addition, the productivity and precision of the logo and character formation work can be further improved.

1 is a perspective view schematically showing a jeweler of the present invention.
2 is a plan view of a jeweler of the present invention.
3 is a front view of a jeweler of the present invention.
Figure 4 is a detailed view of the side and holder lifting means for the jeweler of the present invention.
5a to 5b is an operating state diagram for the jewelery device of the present invention.
Figure 6 is a block diagram showing a first embodiment of the process of forming letters and numbers of jewelry for the present invention using a jeweler.
Figure 7 is a block diagram showing a second embodiment of the process of forming letters and numbers of gemstones for the present invention using a jeweler.
Figure 8 is a block diagram showing a third embodiment of the process of forming letters and numbers of gemstones for the present invention using a jeweler.
9 is a state of jewelry work formed through the process of forming letters and numbers of jewelry using a jewelry workman.

The method of forming letters and numbers of gems (hereinafter, referred to as letters / numbers forming method of gemstones) using the jeweler of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view schematically showing a jeweler of the present invention, Figure 2 is a plan view of the jeweler of the present invention, Figure 3 is a front view of the jeweler of the present invention, Figure 4 Shows a detailed view of the side view and the holder lifting means for the jeweler of the present invention.

In addition, Figures 5a to 5b shows an operating state diagram for the jewelery device of the present invention.

First, before describing in detail the method for forming a jewel letter / number of the present invention, a brief description of the jewelery machine applied to the present invention.

The jeweler 1 for this performs a polishing operation corresponding to each other between the polishing wheel 14 for jewel (J) work and the jewelry holder 16 for fixing and fixing the jewel (J) for work. Each of the polishing wheels 14 is divided into four or more polishing wheels 14 corresponding to the entire process of jewelry (J) work, respectively, and is installed on one base frame 10, and at the same time, the jewelry holder An apparatus for working jewelry (J) in the form set through the slide action (16) left and right conveyed from the polishing wheel (14), the base frame (10) as shown in Figs. A polishing wheel 14 installed rotatably in a state connected to the motor 12 through a rotating shaft (not shown) on the upper portion of the base frame 10 and forming a jewelry (J) work in a set form; A jewelry holder 16 for fixing a jewelry J for work and being held in a gripped state, the binder 18 having a trapezoidal shape on one side thereof; A holder fixing bar 22 and holder fixing means which are fixed to the upper end of the polishing wheel 14 through the support bracket 21 and bind and fix the jewelry holder 16 to correspond to the polishing wheel 14. ; It is installed and fixed at one end of the holder fixing bar 22, for the work of the crown (C), pavilion (P), girdle (G) of the pore portion of the jewelry (J). Holder inclination adjusting means (26) for rotating the holder fixing bar (22) downward in accordance with the driving of the motor (27); It is rotatably installed at the other end of the holder fixing bar 22, and the work on the crown (C), pavilion (P), girdle (G) of the pore portion of the jewelry (J) A holder spindle rotating part 30 which rotates (index movement mode) each spindle 17 holding the jewelry J of the jewelry holder 16 coupled while rotating according to the driving of the motor 29 to form a surface; Holder elevating means (31) for elevating the holder fixing bar (22) according to the initial setting and work for the work of the jewelry (J) adhesively fixed to the jewelry holder (16); A controller (not shown) for controlling a motor drive connected to the polishing wheel 14, the holder lifting means 31, the holder tilt adjusting means 26, and the holder spindle rotating part 30; And fixed to the lower end of the support bracket 21 formed on both ends of the holder fixing bar 22 in the state of interpolating the entire polishing wheel 14, by the left and right operating plate transfer means 44 installed at both ends The jewelry holder 16 is configured to include a left and right operating plate 40 to allow the jewelry J, which is adhesively fixed to the jewelry holder 16 to be carved in a predetermined form, while the left and right slides are transported from the polishing wheel 14.

In the case of the jewelery machine (1) configured as described above has the same structure as the "Jewelry work equipment (patent registration No. 0940278)" patent registered on January 27, 2010, the detailed description of the detailed configuration for this is registered patent The detailed description of the "jewellery device" disclosed in No. 0940278 will be replaced, and the names and reference numerals of the respective components of the jeweler 1 of the present invention also refer to the respective components of the "jewelry device". The same applies to the names and reference numerals of the parts.

And, if you look at the operation process of the jewelery machine (1) configured as described above, first of the jewelry jewelery device (1) of the present invention in order to work the pre-jewelry (J) in the set form at the request of the user While holding the jewelry (J) for work on the lower end of each spindle 17 of the jewelry holder 16 that is fixed to the holder fixing bar 22 and at the same time adhesive fixing using an adhesive and before the pore through the holder fixing means (Former) A state in which the jewel holder J is adhesively fixed and fixed to the holder fixing bar 22, and then the power source for driving the jeweler 1 of the present invention is turned on. After selecting the jewelry (J) of the crafted form through the program set the process of the jewelry (J) in the manner set as described above in each of the jewelry holder 16 by operating the jewelry processing device (1) by the control unit Pre-beams adhesively fixed to the bottom of the spindle (17) The work is made in the form set for (J), at this time, the upper and lower operation of the left and right operating plate 40 and the holder lifting means 31, which is fixed to the lower end of the support bracket 21 of the holder fixing bar 22 The guide rails 51 and the guide members 52 provided between the plates 33 are installed to enable the left and right slide conveying action of the left and right operating plates 40 from the upper and lower operating plates 33 and the upper and lower operating plates 33. Ball screw 34 for raising and lowering of the guide) is installed in the center of both ends of the up and down operating plate 33 in a state connected to the motor 32, the guide hole 39 penetrated through both ends of the up and down operating plate 33 Side guide plate (35) fixed to the upper side of the base frame (10) is inserted into the side between the bent portion (33a) and the side guide plate 35 formed on one side of the guide hole (39) of the upper and lower operation plate (33) Side guides through the vertical slide transfer action of the guide rail 36 and the guide member 37 installed in the Motor 32 through the control unit for the initial setting and work for the work of the jewelry (J) adhesively fixed to the jewelry holder 16 in the state that the upper and lower operating plate 33 is installed to move up and down along (35) When driving the ball screw 34 as shown in Figure 5a shortening the length of the vertical operation plate 33 is made along the side guide plate 35 while the length of the operation plate (34) 33, the left and right operating plate 40 through the support bracket 21 with the left and right operating plate 40 slide-coupled with the upper and lower operating plate 33 by the guide rail 51 and the guide member 52 at the time of the lowering. The holder fixing bar 22 bolted to both sides of the holder and the holder inclination adjusting means 26 and the holder spindle rotating part 30 respectively installed at one end and the other end of the holder fixing bar 22 while the jewelry holder ( Pre-precious stones (J) bonded to each spindle 17 of 16) It is in correspondence with the wheel 14.

In addition, in accordance with the operation of the left and right operating plate transfer means 44 by driving the motor 45 is slidably coupled to the upper end of the upper and lower operating plate 33 by the guide rail 51 and the guide member 52. Slide action that the left and right operating plate 40 is conveyed left and right, that is, the driving eccentric rotation unit 46 and the drive provided with a driving pulley 46a while being connected to the motor 45 at both ends of the upper and lower operating plate 33. A driven eccentric pivot 48 provided with a driven pulley 48a to be connected to the pulley 46a and the belt 47, respectively, is provided so as to correspond to the connection eccentric pivot 49 at both ends of the left and right operating plates 40. Are respectively installed, the left and right operating plate transfer means 44 constituted by connecting the driving eccentric rotation part 46 and the driven eccentric rotation part 48 and the connection eccentric rotation part 49 through the rotation link bar 50. As the motor 45 is driven, the rotational force for the belt 45 passes through the driving eccentric rotation part 46 and the driving pulley 46a. The driven pulley 48a and driven eccentric pivot 48 are transmitted to the side, and the rotational force of the driven eccentric pivot 46 and driven eccentric pivot 48 that are rotated by the belt 47 as described above The guide rail 51 which is transmitted to the connection eccentric rotation part 49 through the rotation link bar 50 and is connected to the lower ends of both sides of the left and right operating plates 40 and the upper ends of both sides of the upper and lower operating plates 33. And the reciprocating operation of the jewelry (J) to work in the set form by adding a linear reciprocating motion such as the left and right operating plate 40 is moved left and right slide from the upper and lower operating plate 33 through the transfer action of the guide member (52). The fine parts of the jewelry (J) made here are the table (T) part which is the top part of the jewelry J and the culet part (CU) part which is the bottom part of the jewelry J.

In addition, when the jewelry (J) in the form set using the jewelry processing device (1) of the present invention, the girdle (G) or crown (C) or pavilion among the fine parts of the jewelry (J) In the process of drilling (P) part, the holder inclination adjusting means 26 installed at one end of the holder fixing bar 22 is installed on both sides of the left and right operating plates 40 according to the driving of the motor 27. The holder fixing bar 22 is rotated downward, that is, clockwise or counterclockwise, so that the work of the jewelry J is performed. In this case, the girdle of the jewelry of the jewelry J is girdle as described above. When driving the motor 27 through the control unit to drill the (G) part or the crown (C) or the pavilion (P) part, it is in series with the motor 27 as shown in FIG. 5B. The rotational force of the motor 27 is transmitted to the holder fixing bar 22 through the connected reduction gear 28, and the motor as described above. The holder fixing bar 22 to which the rotational force of 27 is transmitted is girdle of the jewelry J while being rotated downward, that is, clockwise or counterclockwise, by the rotational force of the motor 27. (G) The work of the crown or crown (C) or pavilion (Pvilion) (P) by the grinding action corresponding to the polishing wheel 14 is made, wherein the crown of the jewelry (J) ( In order to cut the crown (C) or pavilion (P) part, it is rotated at an angle set within the inclination angle of 0 ° -90 °, and the girdle (G) part of the jewelry (J) is cut. In order to rotate the inclined angle according to the set angle within the inclination angle of 90 degrees-105 degrees, the jewelry (J) is interlocked with the left and right slide plate transfer action of the left and right operating plate 40, the most common through the above operation process The work is carried out in the form of pores (diamonds) of the jewelry J.

Figure 6 is a block diagram showing a first embodiment of the process of forming the letters and numbers of the gemstone for the present invention using a jewelry making machine, Figure 7 is a process of forming the letters and numbers of the gemstone for the present invention using a jewelry making machine 8 is a block diagram showing a second embodiment, Figure 8 is a block diagram showing a third embodiment of the process of forming the letters and numbers of the jewelry according to the present invention using a jewelry tool, Figure 9 is a It shows the state of the jewelry work formed through the formation of letters and numbers.

Meanwhile, as described above, the jewelry holder 16 having the base frame 10, the polishing wheel 14, the spindle 17, the holder fixing bar 22, the holder fixing means, the holder tilt adjusting means 26, and the holder Girdle (J) of the jewelry (J) by using the jewelery machine (1) comprising the spindle rotating portion 30, the holder lifting means 31, the control unit, the left and right operating plate transfer means 44, the left and right operating plate 40 (G) A method of the first preferred embodiment for forming letters, numbers, logos, characters, etc. on the crown C and the table T at the top, as shown in FIG. The jeweler 1 is used to form a table (T), crown (C), girdle (G), pavilion (P), and culet (CU). In the process of making jewelry (J) to form a cutting processing pattern for forming on the table (T) and crown (C) surface of the jewelry (J) in the form of letters, numbers, logos, characters Production step (S100 )Wow; Storing the letters, numbers, logos, and patterns produced in the form of characters in a controller through a predetermined program (S110); Letters, numbers, logos, characters (table) (T) and the crown (crown) (C) is formed through the grinding wheel 14 to the entire jewelry (J) fixed to the jewelry holder 16 Roughing step (S120); Polishing the entire jewelry J except the cutting surface on which the letters, numbers, logos, and characters are formed among the first roughly processed jewelry J, and the polishing wheel 14 The girdle (G) through the table (T) and the crown (Crown) (C) different surface roughness is configured to form letters, numbers, logos, characters.

In addition, letters, numbers, logos on the crown (C) and the table (T) on the top of the girdle (G) of the jewelry (J) using the jeweler 1 configured as described above. As a method of the second embodiment for forming a character, etc., a table (T), a crown (C), a girdle using the jeweler 1 as shown in FIG. (G), pavilion (P), table (T) and crown (J) of the jewelry (J) during the process of processing the jewelry (J) to form the shape of a culet (CU) (C) step (S200) of producing a cutting process pattern to be formed on the surface in the form of letters, numbers, logos, characters; Storing the letters, numbers, logos, and patterns produced in the form of characters in a controller through a predetermined program (S210); Letters, numbers, logos, characters (table) (T) and the crown (crown) (C) is formed through the grinding wheel 14 to the entire jewelry (J) fixed to the jewelry holder 16 First rough machining step (S220); (2) roughing the entire first roughly processed gemstone (J) in a second step; And a step (S240) of terminating the entire jewel (J), except for the cutting surface on which the letters, numbers, logos and characters are formed (S240), and a girdle (G) through the polishing wheel 14. It may be configured to form letters, numbers, logos and characters by varying the surface roughness of the upper table (T) and crown (C).

Then, using the jeweler 1 configured as described above, letters, numbers, logos on the crown (C) and the table (T) that are the top of the girdle (G) of the jewelry (J) As a method of the third embodiment for forming a character, etc., a table (T), a crown (C), a girdle using the jeweler 1 as shown in FIG. (G), pavilion (P), table (T) and crown (J) of the jewelry (J) during the process of processing the jewelry (J) to form the shape of a culet (CU) (C) step (S300) to produce a cutting pattern for forming on the surface in the form of letters, numbers, logos, characters; Storing the letters, numbers, logos, and patterns produced in the form of characters in a control unit through a predetermined program (S310); Letters, numbers, logos, characters (table) (T) and the crown (crown) (C) is formed through the grinding wheel 14 to the entire jewelry (J) fixed to the jewelry holder 16 First rough machining step (S320); (S330) secondly roughing the entire first roughly processed gemstone (J); And only the cutting surface on which the letters, numbers, logos and characters are formed in the third step (S340), and the girdle (G) through the polishing wheel 14 is a table (T). Letters, numbers, logos and characters can be formed by varying the surface roughness of the crown and crown (C).

Like this, the jeweler 1 uses letters, numbers, logos and characters on the crown (C) and the table (T) on the girdle (G) of the jewelry (J). In the first, second, and third embodiments of the method for forming, the roughing operation is performed in a state in which the particle size of the polishing wheel 14 is 10 # -700 #, and the medium cutting process is performed in the particle size of the polishing wheel 14. Is 700 # -9,000 #, and the gloss processing is performed in a state in which the particle size of the polishing wheel 14 is 9,000 # -100,000 #.

<Examples>

As described above, on the crown (C) and the table (T), which are the top of the girdle (G) of the jewelry (J), using the jeweler 1 applied to the present invention. A process of forming through the second embodiment of the method of each embodiment for forming letters, numbers, logos, characters and the like will be described in detail in comparison with FIG.

First, a table (T), a crown (C), a girdle (G), a pavilion (P), and a culet using the jeweler 1 applied to the present invention. In the process of making a jewelry (J) to form a (CU) shape, a cutting pattern is printed on the table (T) and crown (C) surfaces of the jewelry (J). Produced in the form of a character (S200) to store the letter or number, logo, the pattern produced in the form of the character in the control unit through a predetermined program (S210), and then the jewelry holder of the jeweler 1 through the control unit Operation 16 will be controlled.

As described above, between the jewelry holder 16 of the jewelry making machine 1 operated and controlled by the control unit, that is, the jewelry J fixed to the lower end of each spindle 17 of the jewelry holder 16 and the polishing wheel 14. In contact with each other, the corresponding grinding work is performed, wherein the work of the jewelry J through the polishing wheel 14 is performed in the order of roughing, grinding and polishing, and the first work is roughing. The jewelry holder 16 includes a table (T) and a crown (C) of a jewelry (J) for forming a character, a number, a logo, and a pattern of the character stored in the controller through a predetermined program. The entire surface of the jewelry (J) fixed to the rough surface roughness (S220) is processed.

Then, as described above, the secondary work is performed on the jewelry J having the first roughing process completed. In this case, in the case of the second work, as the middle machining, the control unit is set to the controller through a predetermined program as in the first roughing process. Jewel (J) fixed to jewelry holder 16, including table (T) and crown (C) of jewelry (J) to form memorized letters, numbers, logos, and patterns of characters After the entire surface is processed to an intermediate surface roughness (S230), the third machining is performed as a final machining operation on the jewelry (J) having the second medium machining as described above, wherein the third machining is polished. (S240), the entire remaining jewelry (J) except for the cutting surface of the table (T) and crown (C) of the jewelry (J) for forming the letter, number, logo, the character pattern Processing to a smooth surface roughness (S240) and the like Table top that is the top of the girdle (G) of the jewelry (J) through the work according to the corresponding polishing of the polishing wheel 14 and the jewelry (J) fixed to each spindle 17 of the stone holder ( By varying the surface roughness of the table (T) and the crown (C), patterns such as letters, numbers, logos, and characters are formed as shown in FIG.

Although the preferred embodiments of the present invention have been described for illustrative purposes, those skilled in the art will appreciate that various modifications, additions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. .

1. Jewelery device 10. Base frame
12,27,29,32,45,59. Motor 14. Polishing Wheel
16. Jewelry holder 17. Spindle
18, 57. Fastening part 21. Support bracket
22. Holder fixing bar 23. Fastening rail
24. Locking lever 25. Locking member
26. Holder tilt adjusting means 28. Reduction gear
30. Holder spindle rotation 31. Holder lifting means
33. Up and down operation plate 34. Ball screw
35. Guide plate 39. Guide hole
40. Right and left operation panel
42. Feed clearance hole 43. Holder spacing part
44. Left and right operating plate feed means 46. Driving eccentric turning part
47. Belt 48. Driven eccentric moving part
49. Connection eccentricity movement 50. Rotation link bar
J. Jewelery T. Table
C. Crown G. Girdle
P. pavilion CU. Culet

Claims (6)

Jewelry set including a base frame, a grinding wheel, a jewelry holder with a spindle, a holder fixing bar, a holder fixing means, a holder tilt adjusting means, a holder spindle rotating portion, a holder lifting means, a control unit, a left and right operating plate transfer means, a left and right operating plate In the method of forming letters, numbers, logos, characters on the crown and table at the top of the girdle of the jewelry using air,
The table and the crown of the jewelry during the process of making a jewelry to form the shape of a table, crown, girdle, pavilion, culet using the jeweler ( crown) to form a cutting pattern to form on the surface in the form of letters, numbers, logos, characters;
Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a predetermined program;
Roughing the entire jewel fixed to the jewel holder, including letters and numbers, a logo, a table and a crown on which the character is formed, by the grinding wheel;
Comprising the step of polishing the entire remaining jewels except the cutting surface on which the letters, numbers, logos, characters are formed of the first roughly processed jewelry,
Letters, numerals, logos, characters of jewelry using a jeweler, characterized in that the surface of the girdle (table) and the crown (crown) through the grinding wheel is different from the surface roughness How to form numbers. Jewelry set including a base frame, a grinding wheel, a jewelry holder with a spindle, a holder fixing bar, a holder fixing means, a holder tilt adjusting means, a holder spindle rotating portion, a holder lifting means, a control unit, a left and right operating plate transfer means, a left and right operating plate In the method of forming letters, numbers, logos, characters on the crown and table at the top of the girdle of the jewelry using air,
The table and the crown of the jewelry during the process of making a jewelry to form a table, crown, girdle, pavilion, culet shape using the jewelry making machine ( crown) to form a cutting pattern to form on the surface in the form of letters, numbers, logos, characters;
Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a predetermined program;
Roughing the entire jewel fixed to the jewel holder, including letters and numbers, a logo, a table and a crown on which the character is formed, by the grinding wheel;
Secondly roughing the entire first roughly processed gemstone;
And terminating the entire remaining jewelry except the cutting surface on which the letters, numbers, logos and characters are formed, in the third step,
Letters, numerals, logos, characters of jewelry using a jeweler, characterized in that the surface of the girdle (table) and the crown (crown) through the grinding wheel is different from the surface roughness How to form numbers. Jewelry set including a base frame, a grinding wheel, a jewelry holder with a spindle, a holder fixing bar, a holder fixing means, a holder tilt adjusting means, a holder spindle rotating portion, a holder lifting means, a control unit, a left and right operating plate transfer means, a left and right operating plate In the method of forming letters, numbers, logos, characters on the crown and table at the top of the girdle of the jewelry using air,
The table and the crown of the jewelry during the process of making a jewelry to form the shape of a table, crown, girdle, pavilion, culet using the jeweler ( crown) to form a cutting pattern to form on the surface in the form of letters, numbers, logos, characters;
Storing the letters made in the form of letters, numbers, logos, or characters in a controller through a predetermined program;
Firstly roughing the entire jewelry fixed to the jewelry holder including letters, numbers, logos, tables and crowns formed with the polishing wheel;
Secondly roughing the entire first roughly processed gemstone;
It includes the step of performing a three-dimensional gloss processing only the cutting surface on which the letters, numbers, logos, characters are formed,
Letters, numerals, logos, characters of jewelry using a jeweler, characterized in that the surface of the girdle (table) and the crown (crown) through the grinding wheel is different from the surface roughness How to form numbers. The method according to any one of claims 1 to 3, wherein the roughing is performed in a state in which the grain size of the polishing wheel is 10 # -700 #. [4] The method of claim 2 or 3, wherein the medium cutting process is performed in a state where the particle size of the polishing wheel is 700 # -9,000 #. [4] The method of claim 1, wherein the polishing is performed in a state in which a particle size of the polishing wheel is 9,000 # -100,000 #.

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