KR20060030662A - Laminated Glass Cutting Method - Google Patents

Laminated Glass Cutting Method Download PDF

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KR20060030662A
KR20060030662A KR1020040079519A KR20040079519A KR20060030662A KR 20060030662 A KR20060030662 A KR 20060030662A KR 1020040079519 A KR1020040079519 A KR 1020040079519A KR 20040079519 A KR20040079519 A KR 20040079519A KR 20060030662 A KR20060030662 A KR 20060030662A
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South Korea
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cutting
glass
cutter
laser
laminated glass
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KR1020040079519A
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Korean (ko)
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공석태
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공석태
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    • C—CHEMISTRY; METALLURGY
    • C03—GLASS; MINERAL OR SLAG WOOL
    • C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
    • C03B33/00—Severing cooled glass
    • C03B33/02—Cutting or splitting sheet glass or ribbons; Apparatus or machines therefor
    • C03B33/023—Cutting or splitting sheet glass or ribbons; Apparatus or machines therefor the sheet or ribbon being in a horizontal position
    • C03B33/033—Apparatus for opening score lines in glass sheets
    • C—CHEMISTRY; METALLURGY
    • C03—GLASS; MINERAL OR SLAG WOOL
    • C03B—MANUFACTURE, SHAPING, OR SUPPLEMENTARY PROCESSES
    • C03B33/00—Severing cooled glass
    • C03B33/09—Severing cooled glass by thermal shock
    • C03B33/091—Severing cooled glass by thermal shock using at least one focussed radiation beam, e.g. laser beam
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P40/00—Technologies relating to the processing of minerals
    • Y02P40/50—Glass production, e.g. reusing waste heat during processing or shaping
    • Y02P40/57—Improving the yield, e-g- reduction of reject rates

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  • Physics & Mathematics (AREA)
  • Engineering & Computer Science (AREA)
  • Materials Engineering (AREA)
  • Organic Chemistry (AREA)
  • Health & Medical Sciences (AREA)
  • Optics & Photonics (AREA)
  • Toxicology (AREA)
  • Thermal Sciences (AREA)
  • Joining Of Glass To Other Materials (AREA)

Abstract

현재 중간에 접합테이프가 붙어있는 접합유리를 절단하는 방법으로는 다이야몬드 휠을사용하여 완전절단하는 방법이 유일한 방법으로서 절단시간이 오래걸리고 다이야몬드 휠등의 단가가 고가이기때문에 소모품 비용이 많이드는 단점이 있었다

접합유리를 절단하고자 하는곳을 미리 레이저를 이용하여 접합테이프를 절단후 유리커터를 이용하여 전면과 뒷면에서 홈을 만들고 홈부분을 꺽어 접합유리를 절단하고자 한다.

앞면 이동가이드(201),압면 에어입력부(202),앞면 압력조절기(203),앞면 커터 실린더(204),앞면 절단커터(205),앞면 위치제어 모터에의해 움직이는 이동테이블(206),뒷면 이동가이드(211),뒷면 에어입력부(212),뒷면 압력조절기(213),뒷면 커터 실린더(214),뒷면 절단커터(215),뒷면 위치제어 모터에의해 움직이는 이동테이블(216),레이저 공급용 광섬유(220),렌즈(221) 로 구성된 유리 절단기(200)를 설치하고

접합 유리 절단기에 대하여 자세히 설명하면

접합테이프(1-2)를 절단하는 방법에 대하여 설명하면

앞면 위치제어 모터에의해 움직이는 이동테이블(206)에 부착되어 있는 광케이블(220)에 레이저 발진기(300)로부터 레이저를 공급받아 렌즈(221)를 통과하게되고 접합유리(1-1,1-3)사이에 있는 접합테이프(1-2)를 절단이 이루어 지게되는데 이동테이블(206)이 이송하게되면 이송에따라 접합테이프(1-2)가 절단되게며

앞면 절단커터(205)의 동작에 대하여 설명하면

압면 에어입력부(202)를 통하여 에어가 공급되고 앞면 압력조절기(203)로 절단에 적당한 압력을 조절하게되며 커터 실린더(204) 의 상하 동작에 의하여 실린더(204) 상승시에는 이송을 실린더(204) 하강시에는 유리에 홈을 내는 작업을 하게되고 이동테이블(206)이 이송하게되면 이송에따라 유리전면에 홈을 내게되며

뒷면도 같은동작에 의하여 유리에 홈을 내게되며 홈부분을 꺽어 접합유리를 절단하게 된다.절단공정에 대하여 자세히 설명하면

A1.접합 유리 공급 --> A2.레이저 접합테이프 절단 --> A3.유리커터 절단 --> A4.다음공정으로 연결이송 으로 이루어 지는 방법과

B1.접합 유리 공급 --> B2.레이저 접합테이프 절단및 커터절단 --> B3.다음공정으로 연결이송 --> B4.접합유리 90도 회전 --> B5.레이져 접합테이프 절단및 커터절단 --> B6.다음공정으로 연결이송 이루어 지는 방법과

C1.접합 유리공급 --> C2.레이져 접합테이프 절단및 커터절단 --> C3.다음공정으로 연결이송 --> C4.접합유리 90도 회전 -->C5.다음공정으로 연결이송 으로 이루어지는 방법등 다양한방벙의 조합이 이루어 질수 있다

접합유리를 절단하고자 하는곳을 미리 레이저를 이용하여 접합테이프를 절단후 유리커터를 이용하여 전면과 뒷면에서 홈을 만들고 홈부분을 꺽어 접합유리를 절단하므로서 다이야몬드 휠이 필요없게되고 생산성이 1000%이상 올라가는 효과가 있다.

Figure 112004045353738-PAT00001

접합유리,절단,레이저,커터

Currently, the only way to cut the laminated glass with laminated tape in the middle is to use a diamond wheel for complete cutting. The cutting method takes a long time and the cost of the diamond wheel is high. There was

In order to cut the laminated glass, the laminated tape is cut in advance using a laser, and then, the glass cutter is used to make grooves at the front and rear sides, and the grooves are bent to cut the laminated glass.

Front movement guide 201, pressure surface air input unit 202, front pressure regulator 203, front cutter cylinder 204, front cutting cutter 205, moving table 206 moved by the front position control motor, rear movement Guide 211, rear air input unit 212, rear pressure regulator 213, rear cutter cylinder 214, rear cutting cutter 215, moving table 216 moved by rear position control motor, laser supply optical fiber (220), the glass cutter 200 consisting of a lens 221 is installed

When we explain in detail about laminated glass cutting machine

The method of cutting the bonded tape 1-2 will be described.

The laser is supplied from the laser oscillator 300 to the optical cable 220 attached to the moving table 206 which is moved by the front position control motor to pass through the lens 221, and laminated glass 1-1, 1-3. The bonding tape (1-2) between the cutting is made and when the moving table 206 transfers the bonding tape (1-2) is cut according to the transfer

The operation of the front cutting cutter 205 will be described.

Air is supplied through the pressure-sensitive air input unit 202, and the front pressure regulator 203 adjusts the pressure appropriate for cutting. At the time, the groove is made in the glass, and when the moving table 206 is transferred, the groove is cut in the front of the glass according to the transfer.

The back side also cuts the glass by the same operation and cuts the laminated glass by bending the groove part.

A1. Bonded glass supply-> A2. Laser bonded tape cutting-> A3. Glass cutter cutting-> A4.

B1. Laminated glass supply-> B2.Laser bonded tape cutting and cutter cutting-> B3.Connection transfer to next process-> B4. Laminated glass 90 degrees rotation-> B5.Laser bonded tape cutting and cutter cutting- -> B6.How to make the connection transfer to the next process

C1. Bonded Glass Supply-> C2. Laser Bonded Tape Cutting and Cutter Cutting-> C3. Connection Transfer to the Next Process-> C4. Bonded Glass 90 Degree Rotation-> C5. Various combinations of methods can be made.

After cutting the laminated tape using the laser in advance to cut the laminated glass, make a groove in the front and the back using the glass cutter, and cut the laminated glass by cutting the groove to eliminate the diamond wheel and the productivity is 1000%. There is an effect going up.

Figure 112004045353738-PAT00001

Laminated Glass, Cutting, Laser, Cutter

Description

접합유리 절단방법{AAA}Laminated Glass Cutting Method {AAA}

가) 2층 접합유리2) Laminated Glass

나) 접합유리를 절단하고자 하는모양B) Shape to cut laminated glass

다) 절단 공정도 1C) Cutting process chart 1

라) 절단공정도 2D) Cutting process diagram 2

마) 절단공정도 3E) Cutting process diagram 3

1.접합유리 1-1.앞면유리 1-2.접합테이프 1-3.뒷면유리1. Laminated glass 1-1. Front glass 1-2. Laminated tape 1-3. Rear glass

100.레이저 로 접합테이프 절단공정 110.접합테이프 절단부분100. Bonding tape cutting process with laser 110. Cutting portion of bonded tape

200.유리 절단기200.glass cutting machine

201.앞면 이동가이드 202.압면 에어입력부 203.앞면 압력조절기201.Front travel guide 202.Pressure air input 203.Front pressure regulator

204.앞면 커터 실린더 205.앞면 절단커터204.Front cutter cylinder 205.Front cutting cutter

206.앞면 위치제어 모터에의해 움직이는 이동테이블206.Moving table moved by front position control motor

211.뒷면 이동가이드 212.뒷면 에어입력부 213.뒷면 압력조절기211.Rear movement guide 212.Rear air input 213.Rear pressure regulator

214.뒷면 커터 실린더 215.뒷면 절단커터214 Rear Cutter Cylinder 215 Rear Cutter

216.뒷면 위치제어 모터에의해 움직이는 이동테이블216.Moving table moved by rear position control motor

220.레이저 공급용 광섬유 221.렌즈220.Fiber optics for laser supply 221.Lens

300.레이저 발진기300.Laser Oscillator

310.CNC 제어반310.CNC control panel

A1.접합 유리 공급 A1. Laminated Glass Supply

A2.레이저 접합테이프 절단A2.Laser Bonded Tape Cutting

A3.유리커터 절단 A3. Cutting the Glass Cutter

A4.다음공정으로 연결이송A4.Connection transfer to the next process

B1.접합 유리 공급B1. Laminated Glass Supply

B2.레이져 접합테이프 절단및 커터절단B2.Laser Bonding Tape Cutting and Cutter Cutting

B3.다음공정으로 연결이송B3.Connection transfer to the next step

B4.접합유리 90도 회전 B4. Laminated Glass 90 Degree Rotation

B5.레이져 접합테이프 절단및 커터절단B5. Laser Bonding Tape Cutting and Cutter Cutting

B6.다음공정으로 연결이송B6.Connection transfer to the next step

C1.접합 유리공급C1. Bonded Glass Supply

C2.레이져 접합테이프 절단및 커터절단C2.Laser Bonding Tape Cutting and Cutter Cutting

C3.다음공정으로 연결이송C3.Connection transfer to the next process

C4.접합유리 90도 회전C4. Laminated Glass 90 Degree Rotation

C5.C3.다음공정으로 연결이송C5.C3.Connection transfer to the next step

현재 중간에 접합테이프(접착제)가 붙어있는 접합유리(LCD,PDP,건축용 유리 등) 중간에 접합테이프(접착제)가 붙어있는 접합유리를 절단하는 방법으로는 다이야몬드 휠을사용하여 완전절단하는 방법이 유일한 방법으로서 절단시간이 오래걸리고 다이야몬드 휠등의 단가가 고가이기때문에 소모품 비용이 많이드는 단점이 있었다Currently, the method of cutting the laminated glass with the adhesive tape (adhesive) in the middle of the laminated glass (LCD, PDP, building glass, etc.) with the adhesive tape (adhesive) in the middle is a method of completely cutting using a diamond wheel. As the only method, the cutting time is long and the cost of the diamond wheel is high, so the consumables are expensive.

접합유리를 절단하고자 하는곳을 미리 레이저를 이용하여 접합테이프를 절단후 유리커터를 이용하여 전면과 뒷면에서 홈을 만들고 홈부분을 꺽어 접합유리를 절단하고자 한다.
In order to cut the laminated glass, the laminated tape is cut in advance using a laser, and then, the glass cutter is used to make grooves at the front and rear sides, and the grooves are bent to cut the laminated glass.

앞면 이동가이드(201),압면 에어입력부(202),앞면 압력조절기(203),앞면 커터 실린더(204),앞면 절단커터(205),앞면 위치제어 모터에의해 움직이는 이동테이블(206),뒷면 이동가이드(211),뒷면 에어입력부(212),뒷면 압력조절기(213),뒷면 커터 실린더(214),뒷면 절단커터(215),뒷면 위치제어 모터에의해 움직이는 이동테이블(216),레이저 공급용 광섬유(220),렌즈(221) 로 구성된 유리 절단기(200)를 설치하고 Front movement guide 201, pressure surface air input unit 202, front pressure regulator 203, front cutter cylinder 204, front cutting cutter 205, moving table 206 moved by the front position control motor, rear movement Guide 211, rear air input unit 212, rear pressure regulator 213, rear cutter cylinder 214, rear cutting cutter 215, moving table 216 moved by rear position control motor, laser supply optical fiber (220), the glass cutter 200 consisting of a lens 221 is installed

접합 유리 절단기에 대하여 자세히 설명하면 When we explain in detail about laminated glass cutting machine

접합테이프(1-2)를 절단하는 방법에 대하여 설명하면 The method of cutting the bonded tape 1-2 will be described.

앞면 CNC 제어반(310)에 의하여 제어되는 위치제어 모터에의해 움직이는 이동테이블(206)에 부착되어 있는 광케이블(220)에 레이저 발진기(300)로부터 레이저 를 공급받아 렌즈(221)를 통과하게되고 접합유리(1-1,1-3)사이에 있는 접합테이프(1-2)를 절단이 이루어 지게되는데 이동테이블(206)이 이송하게되면 이송에따라 접합테이프(1-2)가 절단되게며The laser is supplied from the laser oscillator 300 to the optical cable 220 attached to the moving table 206 by the position control motor controlled by the front CNC control panel 310 to pass through the lens 221 and laminated glass. Cutting the bonding tape (1-2) between (1-1,1-3) is made, but when the moving table 206 transfers, the bonding tape (1-2) is cut according to the transfer

앞면 절단커터(205)의 동작에 대하여 설명하면 The operation of the front cutting cutter 205 will be described.

압면 에어입력부(202)를 통하여 에어가 공급되고 앞면 압력조절기(203)로 절단에 적당한 압력을 조절하게되며 커터 실린더(204) 의 상하 동작에 의하여 실린더(204) 상승시에는 이송을 실린더(204) 하강시에는 유리에 홈을 내는 작업을 하게되고 이동테이블(206)이 이송하게되면 이송에따라 유리전면에 홈을 내게되며Air is supplied through the pressure-sensitive air input unit 202, and the front pressure regulator 203 adjusts the pressure suitable for cutting. When the cylinder 204 is raised by the vertical movement of the cutter cylinder 204, the feed is lowered to the cylinder 204. At the time, the groove is made in the glass, and when the moving table 206 is transferred, the groove is cut in the front of the glass according to the transfer.

뒷면도 같은동작에 의하여 유리에 홈을 내게되며 홈부분을 꺽어 접합유리를 절단하게 된다.The back side also cuts the glass by the same operation and cuts the laminated glass by bending the groove part.

절단공정에 대하여 자세히 설명하면 In detail about the cutting process

A1.접합 유리 공급 --> A2.레이저 접합테이프 절단 --> A3.유리커터 절단 --> A4.다음공정으로 연결이송 으로 이루어 지는 방법과 A1. Bonded glass supply-> A2. Laser bonded tape cutting-> A3. Glass cutter cutting-> A4.

B1.접합 유리 공급 --> B2.레이저 접합테이프 절단및 커터절단 --> B3.다음공정으로 연결이송 --> B4.접합유리 90도 회전 --> B5.레이져 접합테이프 절단및 커터절단 --> B6.다음공정으로 연결이송 이루어 지는 방법과 B1. Laminated glass supply-> B2.Laser bonded tape cutting and cutter cutting-> B3.Connection transfer to next process-> B4. Laminated glass 90 degrees rotation-> B5.Laser bonded tape cutting and cutter cutting- -> B6.How to make the connection transfer to the next process

C1.접합 유리공급 --> C2.레이져 접합테이프 절단및 커터절단 --> C3.다음공정으로 연결이송 --> C4.접합유리 90도 회전 -->C5.다음공정으로 연결이송 으로 이루어지는 방법등 다양한방벙의 조합이 이루어 질수 있다C1. Bonded Glass Supply-> C2. Laser Bonded Tape Cutting and Cutter Cutting-> C3. Connection Transfer to the Next Process-> C4. Bonded Glass 90 Degree Rotation-> C5. Various combinations of methods can be made.

접합유리를 절단하고자 하는곳을 미리 레이저를 이용하여 접합테이프를 절단후 유리커터를 이용하여 전면과 뒷면에서 홈을 만들고 홈부분을 꺽어 접합유리를 절단하므로서 다이야몬드 휠이 필요없게되고 생산성이 1000%이상 올라가는 효과가 있다. After cutting the laminated tape using the laser in advance to cut the laminated glass, make a groove in the front and the back using the glass cutter, and cut the laminated glass by cutting the groove to eliminate the diamond wheel and the productivity is 1000%. There is an effect going up.

Claims (3)

접합유리를 절단하는방법에 있어서In the method of cutting the laminated glass 접합유리를 절단하고자 하는곳 을 미리 유리를 투과하는 레이저를 이용하여 유리를 투과하여 접합테이프를 절단후 유리커터를 이용하여 전면과 뒷면에서 홈또는 크랙을 만들고 홈또는 크랙부분을 꺽어 접합유리를 절단하는 방법 Cut the laminated tape by penetrating the glass using a laser that passes through the glass in advance where the laminated glass is to be cut, and then using a glass cutter to make grooves or cracks at the front and back and cut the laminated glass by bending the grooves or cracks. How to 상기 1항에 있어서 The method of claim 1 접합유리를 절단하고자 하는곳 을 유리커터를 이용하여 전면과 뒷면에서 홈또는 크랙을 만들고 유리를 투과하는 레이저를 이용하여 접합테이프를 절단후 홈또는 크랙부분을 꺽어 접합유리를 절단하 방법 How to cut the laminated glass by using a glass cutter to make grooves or cracks at the front and back and cut the laminated tape using a laser penetrating the glass, and then cut the laminated glass by breaking the grooves or cracks. 상기 1항에 있어서The method of claim 1 유리커터를 이용하여 전면과 뒷면에 홈또는 크랙을 만드는것을 유리를 투과하지않는 레이저를 조사후 급속냉각(공지된 기술임)하여 크렉을 형성한후 크렉 부분을 꺽어 접합유리를 절단하는 방법 How to make a groove or crack in the front and back using a glass cutter After forming a crack by irradiating a laser that does not penetrate the glass and then rapidly cooling (known technology)
KR1020040079519A 2004-10-06 2004-10-06 Laminated Glass Cutting Method KR20060030662A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101468217B1 (en) * 2007-02-16 2014-12-03 예놉틱 아우토마티지어룽스테히닉 게엠베하 Method and apparatus for separating bonded glass plates

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
KR101468217B1 (en) * 2007-02-16 2014-12-03 예놉틱 아우토마티지어룽스테히닉 게엠베하 Method and apparatus for separating bonded glass plates

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