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KR101344368B1 - Cutting device for glass tube using laser - Google Patents

Cutting device for glass tube using laser
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Publication number
KR101344368B1
KR101344368B1KR1020130079391AKR20130079391AKR101344368B1KR 101344368 B1KR101344368 B1KR 101344368B1KR 1020130079391 AKR1020130079391 AKR 1020130079391AKR 20130079391 AKR20130079391 AKR 20130079391AKR 101344368 B1KR101344368 B1KR 101344368B1
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glass tube
arm
cutting
cut
lowering
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김승중
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정우라이팅 주식회사
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Abstract

Translated fromKorean

본 발명은 수직형 유리관 레이저 절단장치에 관한 것으로서, 더욱 상세하게는 주축의 외주연에 유리관이 수직으로 끼워지는 유리관 이송공급부재를 설치하여 절단 대상이 되는 유리관이 연속적으로 로딩위치(A), 1차하강위치(B), 2차하강위치(C), 반칼컷팅위치(D), 아암리셋위치(E), 절단위치(F)로 공급되도록 하고, 반칼컷팅위치로 공급된 유리관을 레이저를 이용하여 반칼 컷팅한 후 절단위치에서 최종적으로 절단한 후 배출토록 구성하므로서, 유리관을 연속적으로 절단할 수 있고, 저출력 레이저를 이용해서도 유리관을 컷팅할 수 있으면서도 유리관 절단시 손실이 발생하지 않도록 한 수직형 유리관 레이저 절단장치에 관한 것이다.The present invention relates to a vertical glass tube laser cutting device, and more particularly, the glass tube to be cut by installing a glass tube feed supply member in which the glass tube is vertically fitted on the outer periphery of the main shaft is continuously loaded position (A), 1 It is supplied to the lowering position (B), the second lowering position (C), the half-cutting position (D), the arm reset position (E), the cutting position (F), and the glass tube supplied to the half-cutting position using a laser. Vertical cut to cut the glass tube and cut the glass tube in a continuous position at the cutting position, and then discharge it.The glass tube can be cut continuously. It relates to a glass tube laser cutting device.

Description

Translated fromKorean
수직형 유리관 레이저 절단장치{Cutting device for glass tube using laser}Vertical glass tube laser cutting device {Cutting device for glass tube using laser}

본 발명은 수직형 유리관 레이저 절단장치에 관한 것으로서, 더욱 상세하게는 주축의 외주연에 유리관이 수직으로 끼워지는 유리관 이송공급부재를 설치하여 절단 대상이 되는 유리관이 연속적으로 로딩위치(A), 1차하강위치(B), 2차하강위치(C), 반칼컷팅위치(D), 아암리셋위치(E), 절단위치(F)로 공급되도록 하고, 반칼컷팅위치로 공급된 유리관을 레이저를 이용하여 반칼 컷팅한 후 절단위치에서 최종적으로 절단한 후 배출토록 구성하므로서, 유리관을 연속적으로 절단할 수 있고, 저출력 레이저를 이용해서도 유리관을 컷팅할 수 있으면서도 유리관 절단시 손실이 발생하지 않도록 한 수직형 유리관 레이저 절단장치에 관한 것이다.
The present invention relates to a vertical glass tube laser cutting device, and more particularly, the glass tube to be cut by installing a glass tube feed supply member in which the glass tube is vertically fitted on the outer periphery of the main shaft is continuously loaded position (A), 1 It is supplied to the lowering position (B), the second lowering position (C), the half-cutting position (D), the arm reset position (E), the cutting position (F), and the glass tube supplied to the half-cutting position using a laser. Vertical cut to cut the glass tube and cut the glass tube in a continuous position at the cutting position, and then discharge it.The glass tube can be cut continuously. It relates to a glass tube laser cutting device.

일반적으로 자동차용 벌브를 생산할 때 소정 길이로 절단한 유리관 내부에 필라멘트를 장착한 후 할로겐가스를 주입하여 자동차용 벌브를 생산하고 있다.In general, when producing an automobile bulb, a filament is mounted in a glass tube cut into a predetermined length, and then halogen gas is injected to produce an automobile bulb.

따라서, 자동차용 벌브를 생산하기 위해서는 필수적으로 작은 크기로 절단된 유리관이 필요하게 된다.Therefore, in order to produce an automobile bulb, a glass tube cut to a small size is necessary.

작은크기의 유리관(1a)을 얻기 위해서는 도 1 과 같이 길이가 긴 유리관(1)을 재단된 길이로 절단하여 원하는 작은 크기의 유리관(1a)을 얻게 되는 것이다.In order to obtain a small sized glass tube 1a, thelong glass tube 1 is cut to a cut length as shown in FIG. 1 to obtain a desired small sized glass tube 1a.

도 2 는 절단된 유리관(1a)을 나타낸다.2 shows a cut glass tube 1a.

도 2 와 같은 절단된 유리관(1a)을 얻기위한 종래의 방법은 도 3 에 도시된 바와같이 디스크 형상의 다이아몬드 절단날(2)을 고속으로 회전시켜 유리관(1)의 절단부위를 컷팅하는 것이다.The conventional method for obtaining the cut glass tube 1a as shown in FIG. 2 is to cut the cut portion of theglass tube 1 by rotating the disk-shapeddiamond cutting blade 2 at high speed as shown in FIG.

그러나, 종래기술은 디스크 타입의 절단날(2)을 사용함에 따라 절단시 절단날의 두께만큼 유리소재가 손실되기 때문에 유리관(1)으로 부터 원하는 만큼의 절단된 유리관(1a)을 획득하지 못하게되는 문제점이 발생하고 있었다.However, in the prior art, since the glass material is lost by the thickness of the cutting blade when cutting using the disctype cutting blade 2, it is impossible to obtain the cut glass tube 1a from theglass tube 1 as much as desired. There was a problem.

또한, 절단날(2)을 이용하여 유리관을 절단함에 따라 절단면이 매끄럽지 못하여 절단면을 후공정에서 다시 연마해야만 하는 등 제품의 생산성이 나빠지는 문제점이 발생하고 있었다.
In addition, as the glass tube is cut using thecutting blade 2, there is a problem in that the productivity of the product is deteriorated, such that the cut surface is not smooth and the cut surface must be polished again in a later step.

따라서, 상기 문제점을 해결하기 위한 본 발명은 주축의 외주연에 유리관이 수직으로 끼워지는 유리관 이송공급부재를 설치하여 절단 대상이 되는 유리관이 연속적으로 로딩위치(A), 1차하강위치(B), 2차하강위치(C), 반칼컷팅위치(D), 아암리셋위치(E), 절단위치(F)로 공급되도록 하고, 반칼컷팅위치로 공급된 유리관을 레이저를 이용하여 반칼 컷팅한 후 절단위치에서 최종적으로 절단한 후 배출토록 구성하므로서, 유리관을 연속적으로 절단할 수 있고, 저출력 레이저를 이용해서도 유리관을 컷팅할 수 있으면서도 유리관 절단시 손실이 발생하지 않도록 한 수직형 유리관 레이저 절단장치를 제공함을 목적으로 한다.
Therefore, the present invention for solving the above problems by installing the glass tube feed supply member that is inserted into the glass tube vertically on the outer periphery of the main shaft, the glass tube to be cut continuously loading position (A), primary lowering position (B) To be supplied to the second lowered position (C), the half-cutting position (D), the arm reset position (E), and the cutting position (F), and the half-cutting of the glass tube supplied to the half-cutting position using a laser is cut. Provides a vertical glass tube laser cutting device that can cut the glass tube continuously and cut the glass tube even when using low-power laser, but not to lose the glass tube. For the purpose.

상기 목적달성을 위한 본 발명은In order to achieve the above object,

베이스(5)의 상부에 모터의 회전력에 의해 일방향으로 회전하도록 설치되고, 외주연에 다수의 수직축(7)이 환형으로 결합되는 주축(6)과;Amain shaft 6 installed above thebase 5 so as to rotate in one direction by a rotational force of the motor, and a plurality ofvertical shafts 7 annularly coupled to the outer circumference;

수직축(7)의 하단에 각각 결합되고, 유리관(1)이 수직방향으로 끼워져 결합될 수 있도록 유리관(1)의 하단을 잡아주는 고정아암(20)과 구동아암(21)을 구비하며, 회전하는 주축(6)에 의해 유리관(1)을 로딩위치(A), 1차하강위치(B), 2차하강위치(C), 반칼컷팅위치(D), 아암리셋위치(E), 절단위치(F)로 이송 공급하는 유리관 이송 공급부재(10)와;It is coupled to the lower end of the vertical axis (7), and has afixed arm 20 and the driving arm (21) for holding the lower end of the glass tube (1) so that the glass tube (1) is fitted in the vertical direction can be coupled, Theglass tube 1 is loaded by thespindle 6 into the loading position (A), the primary lowering position (B), the secondary lowering position (C), the semi-cutting position (D), the arm reset position (E), and the cutting position ( A glass tube conveyance supply member (10) for conveyance and supply to F);

1차하강위치(B)와 2차하강위치(C)에 각각 설치되고 유리관 이송 공급부재(10)의 구동아암(21)을 작동시켜 유리관(1)을 잡고있던 구속력이 해제되도록 하여 유리관(1)을 하강시키는 아암작동부(30)와;Installed in the primary lowering position (B) and the secondary lowering position (C), respectively, by operating thedriving arm 21 of the glass tubefeed supply member 10 to release the restraining force holding the glass tube (1) to the glass tube (1). Anarm operating unit 30 for lowering);

1차하강위치(B)와 2차하강위치(C)에 각각 설치되고, 하강하는 유리관(1)의 하측을 받쳐주어 유리관(1)에 충격이 가해지지 않도록 하면서 유리관(1)을 절단길이만큼 하강시키는 완충부재(40)와;It is installed at the primary lowering position (B) and the secondary lowering position (C), respectively, and supports the lower side of the descendingglass tube 1 so that theglass tube 1 is cut to the cutting length while preventing the impact on theglass tube 1. A loweringmember 40 for lowering;

반칼컷팅위치(D)의 일측으로 설치되고, 회전하는 유리관(1)의 절단부위 측면부로 레이저를 조사하여 유리관 두께의 일부분만을 반칼컷팅하는 레이저건(3)과;A laser gun (3) installed at one side of the half-cutting position (D) and irradiating a laser to a side of the cut portion of the rotating glass tube (1) to half-cut the portion of the glass tube thickness;

반칼컷팅위치(D)의 일측으로 설치되고, 반칼컷팅동작시 유리관 이송공급부재(10)를 회전시켜 유리관(1)이 회전하도록 하는 회전부재(50)와;A rotatingmember 50 installed at one side of the half-cutting position D and rotating the glass tube feeding andfeeding member 10 during the half-cutting operation so that theglass tube 1 rotates;

아암리셋위치(E)에 설치되고, 유리관 이송공급부재(10)를 정밀하게 회전시켜 구동아암(21)을 초기위치로 리셋시켜 다음의 유리관하강동작시 아암작동부(30)가 구동아암(21)작동시킬 수 있도록 하는 리셋부재(60)와;It is installed in the arm reset position (E), the glass tube feed supply member (10) is precisely rotated to reset the drive arm (21) to the initial position, and the arm operating portion (30) moves the drive arm (21) during the next glass tube lowering operation. A reset member (60) to enable operation;

절단위치(F)에 설치되어 반칼컷팅된 유리관(1)을 잡고 일정각도 비틀어 절단시키는 집게로봇(70); 으로 구성한 것을 특징으로 한다.
Aforceps robot 70 that is installed at the cutting position F and holds the semi-cutcut glass tube 1 and twists it by a predetermined angle; .

본 발명에 의하면, 유리관을 연속적으로 절단할 수 있고, 저출력 레이저를 이용해서도 유리관을 컷팅할 수 있으면서도 유리관 절단시 손실이 발생하지 않도록할 수 있으며, 유리관 절단면이 매끄럽게 절단됨에 따라 절단면을 추가적으로 연마하지 않아도 되도록 하는 효과를 기대할 수 있다.
According to the present invention, the glass tube can be continuously cut, the glass tube can be cut using a low-power laser, but the loss can be prevented when the glass tube is cut, and as the glass tube cut surface is smoothly cut, the cutting surface is not further polished. You can expect the effect of not having to.

도 1 은 벌브용 유리관을 획득하는 상태를 보인 도면.
도 2 는 자동차용 벌브 생산을 위한 유리관을 보인 도면.
도 3 은 종래 유리관 절단방법을 설명하기 위한 도면.
도 4 는 본 발명의 유리관 레이저 절단장치를 보인 정면도.
도 5 는 본 발명의 유리관 레이저 절단장치를 보인 평면도.
도 6 은 본 발명에 적용된 유리관 이송 공급부재를 보인 단면도.
도 7 은 본 발명에 적용된 완충부재와 아암작동부재의 동작상태를 보인 도면.
도 8 은 본 발명에 적용된 회전부재의 작동상태를 보인 도면.
도 9 는 본 발명에 적용된 리셋부재의 작동상태를 보인 도면.
도 10 은 본 발명에서 레이저로 반칼컷팅된 유리관을 집게로봇이 절단하여 취출하는 상태를 보인 도면.
1 is a view showing a state of obtaining a glass tube for a bulb.
Figure 2 shows a glass tube for bulb production for automobiles.
3 is a view for explaining a conventional glass tube cutting method.
Figure 4 is a front view showing a glass tube laser cutting device of the present invention.
5 is a plan view showing a glass tube laser cutting device of the present invention.
Figure 6 is a cross-sectional view showing a glass tube feed supply member applied to the present invention.
Figure 7 is a view showing the operating state of the buffer member and the arm operating member applied to the present invention.
8 is a view showing an operating state of the rotating member applied to the present invention.
9 is a view showing the operating state of the reset member applied to the present invention.
10 is a view showing a state in which the forceps robot cut out the glass tube half-cut with a laser in the present invention.

이하, 첨부된 도면 도 4 내지 도 10 을 참조하여 본 발명의 바람직한 실시예를 설명하면 다음과 같다.Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

본 발명의 설명에 있어서 종래와 동일한 구성요소에 대해서는 동일부호 표기하여 중복설명을 피하기로 한다.In the description of the present invention, the same constituent elements as those in the conventional art are denoted by the same reference numerals, and redundant description will be avoided.

상기 도면에 의하면, 본 발명은,According to the above drawings,

베이스(5)의 상부에 모터의 회전력에 의해 일방향으로 회전하도록 설치되고, 외주연에 다수의 수직축(7)이 환형으로 결합되는 주축(6)과;Amain shaft 6 installed above thebase 5 so as to rotate in one direction by a rotational force of the motor, and a plurality ofvertical shafts 7 annularly coupled to the outer circumference;

수직축(7)의 하단에 각각 결합되고, 유리관(1)이 수직방향으로 끼워져 결합될 수 있도록 유리관(1)의 하단을 잡아주는 고정아암(20)과 구동아암(21)을 구비하며, 회전하는 주축(6)에 의해 유리관(1)을 로딩위치(A), 1차하강위치(B), 2차하강위치(C), 반칼컷팅위치(D), 아암리셋위치(E), 절단위치(F)로 이송 공급하는 유리관 이송 공급부재(10)와;It is coupled to the lower end of the vertical axis (7), and has afixed arm 20 and the driving arm (21) for holding the lower end of the glass tube (1) so that the glass tube (1) is fitted in the vertical direction can be coupled, Theglass tube 1 is loaded by thespindle 6 into the loading position (A), the primary lowering position (B), the secondary lowering position (C), the semi-cutting position (D), the arm reset position (E), and the cutting position ( A glass tube conveyance supply member (10) for conveyance and supply to F);

1차하강위치(B)와 2차하강위치(C)에 각각 설치되고 유리관 이송 공급부재(10)의 구동아암(21)을 작동시켜 유리관(1)을 잡고있던 구속력이 해제되도록 하여 유리관(1)을 하강시키는 아암작동부(30)와;Installed in the primary lowering position (B) and the secondary lowering position (C), respectively, by operating thedriving arm 21 of the glass tubefeed supply member 10 to release the restraining force holding the glass tube (1) to the glass tube (1). Anarm operating unit 30 for lowering);

1차하강위치(B)와 2차하강위치(C)에 각각 설치되고, 하강하는 유리관(1)의 하측을 받쳐주어 유리관(1)에 충격이 가해지지 않도록 하면서 유리관(1)을 절단길이만큼 하강시키는 완충부재(40)와;It is installed at the primary lowering position (B) and the secondary lowering position (C), respectively, and supports the lower side of the descendingglass tube 1 so that theglass tube 1 is cut to the cutting length while preventing the impact on theglass tube 1. A loweringmember 40 for lowering;

반칼컷팅위치(D)의 일측으로 설치되고, 회전하는 유리관(1)의 절단부위 측면부로 레이저를 조사하여 유리관 두께의 일부분만을 반칼컷팅하는 레이저건(3)과;A laser gun (3) installed at one side of the half-cutting position (D) and irradiating a laser to a side of the cut portion of the rotating glass tube (1) to half-cut the portion of the glass tube thickness;

반칼컷팅위치(D)의 일측으로 설치되고, 반칼컷팅동작시 유리관 이송공급부재(10)를 회전시켜 유리관(1)이 회전하도록 하는 회전부재(50)와;A rotatingmember 50 installed at one side of the half-cutting position D and rotating the glass tube feeding andfeeding member 10 during the half-cutting operation so that theglass tube 1 rotates;

아암리셋위치(E)에 설치되고, 유리관 이송공급부재(10)를 정밀하게 회전시켜 구동아암(21)을 초기위치로 리셋시켜 다음의 유리관하강동작시 아암작동부(30)가 구동아암(21)작동시킬 수 있도록 하는 리셋부재(60)와;It is installed in the arm reset position (E), the glass tube feed supply member (10) is precisely rotated to reset the drive arm (21) to the initial position, and the arm operating portion (30) moves the drive arm (21) during the next glass tube lowering operation. A reset member (60) to enable operation;

절단위치(F)에 설치되어 반칼컷팅된 유리관(1)을 잡고 일정각도 비틀어 절단시키는 집게로봇(70); 으로 구성한 것을 특징으로 한다.Aforceps robot 70 that is installed at the cutting position F and holds the semi-cutcut glass tube 1 and twists it by a predetermined angle; .

도 4 는 본 발명의 유리관 레이저 절단장치를 보인 정면도이고, 도 5 는 평면도이다.4 is a front view showing a glass tube laser cutting device of the present invention, Figure 5 is a plan view.

베이스(5)의 상부에 주축(6)이 수직방향으로 세워져 설치되고, 이 주축(6)의 외주연에는 다수의 수직축(7)이 결합되어 있다.Themain shaft 6 is installed in the vertical direction on the upper part of thebase 5, and a plurality ofvertical shafts 7 are coupled to the outer circumference of themain shaft 6.

주축(6)은 베이스(5) 내부에 설치된 미도시된 구동모터에 의해 일정 주기마다 일방향으로 회전하도록 구성된다.Themain shaft 6 is configured to rotate in one direction at regular intervals by a non-illustrated driving motor installed inside thebase 5.

수직축(7)의 하단에는 유리관 이송공급부재(10)를 결합하기 위한 결합편(8)이 설치되어 있고, 수직축(7)에는 유리관 이송공급부재(10)에 수직방향으로 끼워지는 유리관(1)의 중간부와 상부가 거치되기 위한 'C'자 모양의 거치부(9)가 복수개 설치된다.The lower end of the vertical shaft (7) is provided with a coupling piece (8) for coupling the glass tube feed supply member (10), the vertical shaft (7) is a glass tube (1) fitted in the vertical direction to the glass tube feed supply member (10) A plurality of 'C'shaped mounting portions 9 for mounting the middle portion and the upper portion thereof are installed.

상기 유리관 이송 공급부재(10)는 수직축(7)의 하단에 각각 결합되어 도 5 에 도시된 바와같이 주축(6)의 외주연에 환형으로 배치되며, 회전하는 주축(6)에 의해 유리관(1)을 유리관을 거치부(9)에 거치시켜 유리관 이송 공급부재(10)에 끼우는 로딩위치(A), 유리관(1)을 1차 하강시키는 1차하강위치(B), 유리관(1)을 절단길이만큼 하강시키는 2차하강위치(C), 레이저건(3)을 이용하여 유리관(1)을 반칼컷팅하는 유리관반칼컷팅위치(D), 반칼컷팅시 회전한 구동아암(21)을 초기위치로 리셋팅하는 아암리셋위치(E), 반칼컷팅된 유리관(1)을 절단하여 배출하는 절단위치(F)로 이송 공급한다.The glass tubefeed supply member 10 is coupled to the lower end of the vertical axis (7) is arranged in an annular shape on the outer periphery of the main shaft (6) as shown in Figure 5, the glass tube (1) by the rotating main shaft (6) ) The loading position (A) to be fitted to the glass tube conveyance supply member (10) by mounting the glass tube on the mounting portion (9), the primary lowering position (B) to first lower the glass tube (1), and cut the glass tube (1). Secondary lowering position (C) lowering by the length, the glass tube half-cutting position (D) for half-cutting the glass tube (1) using the laser gun (3), the driving arm (21) rotated during half-cutting to the initial position The arm reset position (E) to be reset and the semi-cut cut glass tube (1) are fed to the cutting position (F) for cutting and discharging.

유리관 이송 공급부재(10)는 도 6 에 도시된 바와같이,Glass tubefeed supply member 10 is shown in Figure 6,

수직축(7)의 하단에 설치된 결합편(8)에 내부가 비어있는 관 형태의 하우징(11) 외주연에 돌출된 결합날개(12)를 볼트로서 결합하고, 유리관(1)이 관통하는 중앙홀(15)이 구비되고 상부에 하우징(11)의 상측으로 노출되는 접촉부(14)가 구비된 회전체(13)를 하우징(11) 내측에 베어링(13a)으로 결합하며, 회전체(13)의 하측에 하부체(16)를 볼트(17)로서 결합하고, 하부체(16)의 하단에 서로 맞대어져 유리관(1)을 잡아주는 고정아암(20)과 구동아암(21)을 설치한다.A central hole through which thecoupling blades 12 protruding on the outer circumference of thehousing 11 in the form of a hollow tube is joined to thecoupling piece 8 installed at the lower end of thevertical shaft 7 as a bolt, and theglass tube 1 penetrates. The rotatingbody 13 having thecontact portion 14 provided with the upper portion of thehousing 11 exposed to the upper portion of thehousing 11 is coupled to the inside of thehousing 11 by abearing 13a, and the rotation of the rotatingbody 13 Thelower body 16 is coupled to the lower side as abolt 17, and a fixedarm 20 and adriving arm 21 are installed at the lower ends of thelower body 16 to hold theglass tube 1.

이때, 상기 고정아암(20)은 2개 설치하고, 구동아암(21)은 1개 설치하는 것이 바람직하고, 2개의 고정아암(20)과 1개의 구동아암(21)은 서로 120도 간격으로 중심을 향해 설치한다.At this time, it is preferable that two fixedarms 20 are installed, and onedrive arm 21 is installed, and two fixedarms 20 and onedrive arm 21 are centered at 120 degree intervals from each other. To the side.

구동아암(21)은 하측에 유리관(1)에 접촉되는 지지단(23)이 형성되고, 상측에 작동돌부(25)가 하부체(16) 외측으로 돌출되도록 형성된 아암몸체(22)를 구비하고, 아암몸체(22)의 하단을 하부체(16)의 하측에 힌지축(24)으로 축지하여 설치하고, 아암몸체(22)의 중간부와 하부체(16) 사이에 지지단(23)이 유리관(1)에 접촉하는 방향으로 탄성을 가하는 스프링(26)을 연결하여 구성한다.Thedriving arm 21 has asupport end 23 in contact with theglass tube 1 on the lower side, and has anarm body 22 formed so that theoperation protrusion 25 protrudes outward from thelower body 16 on the upper side. The lower end of thearm body 22 is axially installed on the lower side of thelower body 16 by ahinge shaft 24, and asupport end 23 is provided between the middle part of thearm body 22 and thelower body 16. Thespring 26 which applies elasticity in the direction which contacts theglass tube 1 is comprised.

이에따라, 평상시에는 스프링(26)의 탄성에 의해 지지단(23)이 중심을 향하게되어 지지단(23)과 고정아암(20)이 유리관(1)을 잡아주게되는 것이고, 아암작동부(30)가 작동돌부(25)를 상측으로 밀어올릴때 지지단(23)이 외측으로 회전하면서 유리관(1)이 자체 하중에 의해 하강하게 된다.Accordingly, thesupport end 23 is usually directed toward the center by the elasticity of thespring 26, so that thesupport end 23 and the fixedarm 20 hold theglass tube 1, and thearm operating part 30 When theoperation protrusion 25 is pushed upward, thesupport end 23 rotates outward, and theglass tube 1 is lowered by its own load.

한편, 1차 하강위치(B)와 2차 하강위치(C)에 설치되는 아암작동부(30)는 베이스(5) 상부에 설치되는 지지대(31)의 상단에 출몰하여 구동아암(21)을 상측으로 밀어올려 지지단(23)이 유리관(1) 표면으로 부터 이탈되도록 하는 실린더(32)를 설치하여 구성한다.On the other hand, thearm operating portion 30 is installed in the primary lowering position (B) and the secondary lowering position (C) is raised on the upper end of thesupport 31 is installed on the base (5) to drive the drive arm (21) It is configured by installing acylinder 32 to be pushed upwards so that thesupport end 23 is separated from the surface of theglass tube 1.

그리고, 완충부재(40)는 1차 하강위치(B)에 설치되는 제 1 완충부(41)와, 2차 하강위치(C)에 설치되는 제 2 완충부(47)로 구성하되,And, thebuffer member 40 is composed of thefirst buffer portion 41 is installed in the primary lowered position (B), and thesecond buffer portion 47 is installed in the secondary lowered position (C),

제 1 완충부(41)는 베이스(5)의 상부에 설치되는 설치대(42)와, 설치대(42)의 일측으로 설치되고 상하로 출몰하는 작동간(44)을 구비한 제 1 실린더(43)와, 상기 작동간(44)의 상부에 설치되고 상승하였다가 하강하면서 유리관 이송 공급부재(10)로 부터 하강하는 유리관(1)의 하단을 받쳐주어 1차 하강거리만큼 하강시키는 완충봉(46)을 구비한 제 2 실린더(45)로 구성하고,The firstshock absorbing portion 41 is provided with a mounting table 42 installed on the upper portion of thebase 5, and thefirst cylinder 43 is provided to one side of the mounting table 42 and the operatinginterval 44 to go up and down And abuffer rod 46 installed at an upper portion of theoperation section 44 and supporting the lower end of theglass tube 1 descending from the glass tube conveyingsupply member 10 while descending from the glass tube conveyingsupply member 10 while lowering by the first falling distance. It consists of asecond cylinder 45 having a,

제 2 완충부(47)는 베이스(5)의 상부에 설치되는 설치대(42a)와, 설치대(42a)의 일측으로 설치되고 상하로 출몰하는 작동간(44a)을 구비한 제 1 실린더(43a)와, 상기 작동간(44a)의 상부에 설치되고 상승하였다가 하강하면서 유리관 이송 공급부재(10)로 부터 2차 하강하는 유리관(1)의 하단을 받쳐주어 절단길이만큼 하강시키는 완충봉(46a)을 구비한 제 2 실린더(45a)로 구성한다.The secondshock absorbing portion 47 is a first cylinder 43a having a mounting table 42a installed on an upper portion of thebase 5 and an operating section 44a installed on one side of the mounting table 42a and plunging up and down. And, the buffer rod (46a) is installed on the upper portion of the operating period (44a) while supporting the lower end of the glass tube (1) to be lowered secondary from the glass tubetransfer supply member 10 while descending as much as the cutting length It consists of the 2nd cylinder 45a provided with the following.

상기와 같이 제 1 완충부(41)와 제 2 완충부(47)를 이용하여 두번에 걸쳐 유리관(1)을 절단길이만큼 하강시키는 이유는 한번에 절단길이만큼 하강시킬 경우 하강거리가 길어지면서 큰 충격이 유리관(1)에 가해져 파손되는 현상을 방지하기 위함이다.The reason why theglass tube 1 is lowered by the cutting length twice in two times by using thefirst buffer part 41 and thesecond buffer part 47 as described above is that when the descending length is lowered at one time, the falling distance becomes long and the impact is great. This is to prevent the phenomenon of being applied to theglass tube 1 and broken.

한편, 상기 회전부재(50)는 베이스(5)의 상부에 전후진 가능하게 설치되는 제 1 이송브라켓(51)과, 제 1 이송브라켓(51)의 상부에 설치되는 구동모터(52)와, 구동모터(52)의 축에 제 1 구동롤러(53)를 설치 구성하여, 제 1 이송브라켓(51)의 전진동작에 의해 반칼컷팅위치(D)에 위치한 유리관 이송공급부재(10)의 접촉부(14)에 제 1 구동롤러(53)가 접촉하면서 회전체(13)를 회전시켜 유리관(1)을 회전시킬 수 있도록 구성한다.On the other hand, the rotatingmember 50 is thefirst transfer bracket 51 which is installed to be able to move forward and backward on thebase 5, thedrive motor 52 is installed on the upper portion of thefirst transfer bracket 51, Thefirst driving roller 53 is installed on the shaft of the drivingmotor 52, and the contact portion of the glass tubefeed supply member 10 positioned at the semi-cutting position D by the forward movement of the first transfer bracket 51 ( It is configured to rotate theglass tube 1 by rotating therotor 13 while thefirst drive roller 53 is in contact with 14).

그리고, 상기 리셋부재(60)는 베이스(5)의 상부에 전후진 가능하게 설치되는 제 2 이송브라켓(61)과, 제 2 이송브라켓(61)의 중간부에 돌출되게 설치되고 유리관 이송공급부재(10)의 작동돌부(25)의 위치를 감지하는 감지부(64)와, 제 2 이송브라켓(61)의 상부에 설치되고 유리관 이송공급부재(10)의 접촉부(14)에 접촉되는 제 2 구동롤러(63)가 회전축에 설치되며, 감지부(64)에서 작동돌부(25)가 감지될때까지 제 2 구동롤러(63)를 회전시켰다가 정지하는 서보모터(62)로 구성한다.In addition, thereset member 60 is installed on the upper portion of thebase 5 so as to protrude forward and backward, and is installed to protrude in the middle of thesecond transfer bracket 61 and the glass tube feed supply member. Asensing unit 64 for detecting the position of theoperation protrusion 25 of the 10 and the second to be installed on the upper portion of thesecond transfer bracket 61 and in contact with thecontact portion 14 of the glass tubefeed supply member 10 The drivingroller 63 is installed on the rotating shaft, and theservo motor 62 rotates and stops thesecond driving roller 63 until theoperation protrusion 25 is detected by thesensing unit 64.

상기 제 1 이송브라켓(51)과 제 2 이송브라켓(61)은 미도시된 실린더 또는 모터의 작동으로 전진 또는 후진하도록 구성한다.Thefirst transfer bracket 51 and thesecond transfer bracket 61 are configured to move forward or backward by the operation of a cylinder or a motor not shown.

상기 감지부(64)는 근접센서를 이용하여 작동돌부(25)가 근접한 것을 감지하거나, 작동돌부(25)의 끝단에 자석을 내장시키고 감지부(64)를 자석의 자력을 감지하는 홀센서로 구성하여 작동돌부(25)가 감지부(64)에 근접한 상태를 감지할 수 있도록 하는 것이 바람직하다.Thedetection unit 64 detects that theoperation protrusion 25 is close by using a proximity sensor, or a magnet is built in the end of theoperation protrusion 25 and thedetection unit 64 is a hall sensor for detecting magnetic force of the magnet. It is preferable to configure so that theoperation protrusion 25 can detect a state close to the detection unit (64).

그리고, 서보모터(62)는 미도시된 제어장치의 제어에 의해 정밀제어되며, 제어장치의 제어에 의해 제 2 이송브라켓(61)과 서보모터(62)가 동작하여 제 2 구동롤러(63)가 접촉부(14)에 접촉하면서 회전체(13)가 서서히 회전하게되고, 이 회전에 의해 작동돌부(25)가 감지부(64)에 의해 감지되면 제어장치가 서보모터(62)를 정지시켜 작동돌부(25)가 초기위치(아암작동부가 작동돌부(25)를 밀어올릴 수 있는 위치)로 리셋되는 것이다.And, theservo motor 62 is precisely controlled by the control of the control device, not shown, thesecond transfer bracket 61 and theservo motor 62 is operated by the control of the control device, thesecond drive roller 63 Touches thecontact portion 14 and therotating body 13 rotates slowly. When the operatingprotrusion 25 is detected by thesensing unit 64 by this rotation, the control device stops theservomotor 62 to operate. Theprotrusion 25 is reset to an initial position (a position at which the arm operating portion can push up the operating protrusion 25).

상기 리셋부재(60)를 이용하여 작동돌부(25)를 초기위치로 리셋시키는 이유는 반칼컷팅위치(D)에서 회전부재(50)에 의해 유리관 이송공급부재(10)의 회전체(13)가 고속으로 회전하면서 유리관(1)이 반칼컷팅됨에 따라 작동돌부(25)의 위치가 초기위치를 벗어나기 때문이다.The reason for resetting theoperation protrusion 25 to the initial position by using thereset member 60 is that the rotatingbody 13 of the glass tubefeed supply member 10 is rotated by the rotatingmember 50 in the semi-cutting position (D). This is because the position of theoperation protrusion 25 is out of the initial position as theglass tube 1 is semi-cut while rotating at high speed.

이와같이 구성된 본 발명의 동작을 설명하면 다음과 같다.Referring to the operation of the present invention configured as described above is as follows.

◆ 로딩공정 ◆◆ Loading process ◆

로딩공정은 유리관(1)을 수직으로 세워 유리관 이송 공급부재(10)의 중앙홀(15)로 끼워 고정아암(20)과 구동아암(21)에 의해 파지되도록 하는 것이다.The loading process is to hold the glass tube (1) vertically to be gripped by the fixed arm (20) and the driving arm (21) by inserting it into the central hole (15) of the glass tube transfer supply member (10).

로딩공정은 유리관 이송 공급부재(10)가 로딩위치(A)에 존재할 때 작업자가 수작업으로 수행할 수 있고, 별도의 로봇을 이용하여 자동으로 공급할 수 있다.The loading process can be performed manually by the operator when the glass tubefeed supply member 10 is present at the loading position A, and can be automatically supplied using a separate robot.

◆ 1차 하강 공정 ◆◆ 1st descent process ◆

1차 하강 공정은 유리관(1)이 끼워진 유리관 이송 공급부재(10)가 1차 하강위치(B)에 도달하였을 때 이루어진다. The primary lowering step is performed when the glass tubefeed supply member 10 in which theglass tube 1 is fitted reaches the primary lowered position B.

1차 하강 위치(B)에는 아암작동부(30)와 제 1 완충부(41)가 설치되어 있다.Thearm operation part 30 and the 1stshock absorbing part 41 are provided in the primary lowered position B. As shown in FIG.

미도시된 제어장치의 제어에 따라 아암작동부(30)의 실린더(32)가 작동하여 작동간(33)이 상승하면서 작동돌부(25)를 밀어 올림에 따라 구동아암(21)이 벌어지면서 잡고있던 유리관(1)을 놓아주게 되므로 유리관(1)이 자체 하중에 의해 하강할 수 있게되며, 이때 제 1 완충부(41)의 제 1 실린더(43)와 제 2 실린더(45)가 작동간(44)과 완충봉(46)을 상승시켰다가 제 2 실린더(45)가 하강하는 유리관(1)의 하강 타이밍에 맞춰 완충봉(46)을 하강시키므로서, 자체 하중에 의해 하강하는 유리관(1)이 완충봉(46)에 받쳐진 상태로 큰 충격을 받지 않고 1차 하강하게 된다.Thecylinder 32 of thearm operating portion 30 operates under the control of the control device, not shown, and the drivingarm 21 is opened while the drivingprotrusion 25 is pushed up while the operatingportion 33 is raised. Since theglass tube 1 is released, theglass tube 1 can be lowered by its own load. At this time, thefirst cylinder 43 and thesecond cylinder 45 of the firstshock absorbing portion 41 are operated ( 44) and thebuffer rod 46 are raised, and thebuffer rod 46 is lowered according to the fall timing of theglass tube 1 in which the2nd cylinder 45 descends, and theglass tube 1 lowered by its own load is carried out. In the state supported by thisbuffer rod 46, it will descend first without receiving a big shock.

◆ 2차 하강 공정 ◆◆ 2nd descent process ◆

2차 하강 공정은 1차 하강위치(B)에서 절단길이의 절반 정도 유리관(1)이 하강한 상태의 유리관 이송 공급부재(10)가 2차 하강위치(C)에 도달하였을 때 이루어진다. The secondary lowering process is performed when the glass tubefeed supply member 10 in the state where theglass tube 1 is lowered about half of the cutting length at the primary lowering position B reaches the secondary lowering position C.

2차 하강 위치(C)에는 아암작동부(30)와 제 2 완충부(47)가 설치되어 있다.Thearm operation part 30 and the 2ndshock absorbing part 47 are provided in the secondary lowering position C. As shown in FIG.

미도시된 제어장치의 제어에 따라 아암작동부(30)의 실린더(32)가 작동하여 작동간(33)이 상승하면서 작동돌부(25)를 밀어 올림에 따라 구동아암(21)이 벌어지면서 잡고있던 유리관(1)을 놓아주게 되므로 유리관(1)이 자체 하중에 의해 하강할 수 있게되며, 이때 제 2 완충부(47)의 제 1 실린더(43a)는 작동하지 않고 제 2 실린더(45a)가 완충봉(46a)을 상승시켰다가 제 2 실린더(45a)가 하강하는 유리관(1)의 하강 타이밍에 맞춰 완충봉(46a)을 하강시키므로서, 자체 하중에 의해 하강하는 유리관(1)이 완충봉(46a)에 받쳐진 상태로 큰 충격을 받지 않고 절달길이만큼 하강하게 된다.Thecylinder 32 of thearm operating portion 30 operates under the control of the control device, not shown, and the drivingarm 21 is opened while the drivingprotrusion 25 is pushed up while the operatingportion 33 is raised. Since theglass tube 1 is released, theglass tube 1 can be lowered by its own load. At this time, the first cylinder 43a of thesecond buffer part 47 does not operate and the second cylinder 45a As the shock absorbing rod 46a is raised, the shock absorbing rod 46a is lowered in accordance with the falling timing of theglass tube 1 on which the second cylinder 45a descends, so that theglass tube 1 lowered by its own load becomes the shock absorbing rod. In the state supported by (46a), it is descended by the length of cutting without being subjected to a large impact.

◆ 반칼 컷팅공정 ◆◆ half knife cutting process ◆

반칼 컷팅공정은 유리관 이송 공급부재(10)로 부터 하측으로 절단길이만큼 하강한 유리관(1)을 레이저를 이용하여 반칼 컷팅하는 공정이며, 유리관 이송 공급부재(10)가 반칼 컷팅위치(D)에 도달하였을때 이루어진다.The half knife cutting process is a process of half-cutting theglass tube 1 lowered by the cutting length downward from the glass tube conveyingsupply member 10 using a laser, and the glass tube conveyingsupply member 10 is placed at the half knife cutting position (D). It happens when you reach it.

반칼 컷팅위치(D)에는 유리관(1)을 회전시키기 위한 회전부재(50)가 설치되어 있고, 또한 레이저를 유리관(1)의 측면으로 조사하기 위한 레이저건(3)이 설치되어 있다.The rotatingmember 50 for rotating theglass tube 1 is provided in the half knife cutting position D, and thelaser gun 3 for irradiating a laser to the side surface of theglass tube 1 is provided.

미도시된 제어장치의 제어에 따라 제 1 이송브라켓(51)이 전진함과 동시에 구동모터(52)가 구동함에 따라 제 1 구동롤러(53)가 유리관 이송 공급부재(10)의 접촉부(14)에 접촉됨에 따라 회전체(13)가 고속으로 회전하게되고, 이에의해 유리관(1)이 회전하게 된다.As thefirst transfer bracket 51 moves forward and thedrive motor 52 drives under the control of the control device, not shown, thefirst drive roller 53 contacts thecontact portion 14 of the glass tubefeed supply member 10. Therotary body 13 rotates at a high speed as it comes into contact with theglass tube 1.

이때, 유리관(1)의 측면에 위치하고 있는 레이저건(3)에서 레이저가 조사됨에 따라 도 11에 도시된 바와같이 레이저가 유리관(1)의 전체 두께에 대해 절반정도를 컷팅하게 되며, 레이저 조사 후 설정된 시간이 경과하면 미도시된 제어장치는 구동모터(52)를 정지시킴과 동시에 레이저건(3)을 오프시킨다.At this time, as the laser is irradiated from thelaser gun 3 located on the side of theglass tube 1, the laser cuts about half the entire thickness of theglass tube 1 as shown in FIG. When the set time has elapsed, the control device not shown stops the drivingmotor 52 and simultaneously turns off thelaser gun 3.

반칼컷팅공정에서 유리관 이송 공급부재(10)의 회전체(13)가 고속으로 회전함에 따라 구동아암(21)의 작동돌부(25)가 초기 위치가 아닌 다른 위치에 존재하게 된다.As therotating body 13 of the glass tubefeed supply member 10 rotates at a high speed in the semi-cutting process, theoperation protrusion 25 of the drivingarm 21 is present at a position other than the initial position.

◆ 아암 리셋공정 ◆◆ Arm reset process ◆

아암 리셋공정은 반칼 컷팅공정에서 초기위치로 부터 벗어난 작동돌부(25)를 초기위치로 리셋하는 공정이다.The arm reset process is a process of resetting theoperation protrusion 25 deviated from the initial position in the half knife cutting process to the initial position.

아암 리셋위치(E)에는 리셋부재(60)가 설치된다.In the arm reset position E, areset member 60 is provided.

미도시된 제어장치의 제어에 의해 제 2 이송브라켓(61)과 서보모터(62)가 동작하여 제 2 구동롤러(63)가 접촉부(14)에 접촉하면서 회전체(13)가 서서히 회전하게되고, 이 회전에 의해 작동돌부(25)가 감지부(64)에 의해 감지되면 제어장치가 서보모터(62)를 정지시킴에 따라 작동돌부(25)가 초기위치(아암작동부가 작동돌부(25)를 밀어올릴 수 있는 위치)로 리셋되는 것이다.The second conveyingbracket 61 and theservomotor 62 are operated by the control of the control device, not shown, so that the rotatingbody 13 slowly rotates while thesecond driving roller 63 contacts thecontact portion 14. When theoperation protrusion 25 is detected by thedetection unit 64 by this rotation, the control unit stops theservomotor 62 so that theoperation protrusion 25 is at an initial position (thearm operation unit 25 is operated). To the position where it can be pushed up).

◆ 절단공정 ◆◆ Cutting Process ◆

절단공정은 반칼컷팅공정에서 레이저에 의해 반칼컷팅된 유리관(1)을 완전히 절단하여 배출시키는 공정이다.The cutting process is a process of completely cutting and discharging theglass tube 1 half-cut by a laser in a half-cut cutting process.

절단위치(F)에는 유리관(1)을 잡고 비틀어 절단시키는 집게로봇(70)이 설치되며, 또한 집게로봇(70)이 절단된 유리관(1)을 외부로 배출시킬 수 있는 배출컨베이어가 설치된다.
At the cutting position F, theforceps robot 70 for holding and twisting theglass tube 1 is installed, and a discharge conveyor for discharging theglass tube 1 from which theforceps robot 70 is cut out is installed.

상기 설명된 일련의 공정은 주축(6)에 의해 다수의 유리관 이송 공급부재(10)가 동시 다발적으로 유리관(1)을 이송시키므로서, 유리관 레이저 반칼컷팅동작이 연속적으로 이루어질 수 있게되는 것이다.
The series of processes described above is such that the glass tube laser semi-cutting operation can be continuously performed by the plurality of glass tubetransfer supply members 10 simultaneously conveying theglass tube 1 by thespindle 6.

1: 유리관, 3: 레이저건,
5: 베이스, 6: 주축,
7: 수직축, 8: 결합편,
9: 거치부,10: 유리관 이송 공급부재,
11: 하우징, 12: 결합날개,
13: 회전체, 14: 접촉부,
15: 중앙홀,16: 하부체,
20: 고정암,21: 구동아암,
30: 아암작동부,40: 완충부재,
50: 회전부재, 60: 리셋부재,
70: 집게로봇,
1: glass tube, 3: laser gun,
5: base, 6: spindle,
7: vertical axis, 8: engagement piece,
9: mounting part, 10: glass tube feeding and feeding member,
11: housing, 12: coupling wing,
13: rotating body, 14: contact portion,
15: concourse, 16: lower body,
20: fixed arm, 21: driving arm,
30: arm operating portion, 40: buffer member,
50: rotation member, 60: reset member,
70: tongs robot,

Claims (4)

Translated fromKorean
베이스(5)의 상부에 모터의 회전력에 의해 일방향으로 회전하도록 설치되고, 외주연에 다수의 수직축(7)이 환형으로 결합되는 주축(6)과;
수직축(7)의 하단에 각각 결합되고, 유리관(1)이 수직방향으로 끼워져 결합될 수 있도록 유리관(1)의 하단을 잡아주는 고정아암(20)과 구동아암(21)을 구비하며, 회전하는 주축(6)에 의해 유리관(1)을 로딩위치(A), 1차하강위치(B), 2차하강위치(C), 반칼컷팅위치(D), 아암리셋위치(E), 절단위치(F)로 이송 공급하는 유리관 이송 공급부재(10)와;
1차하강위치(B)와 2차하강위치(C)에 각각 설치되고 유리관 이송 공급부재(10)의 구동아암(21)을 작동시켜 유리관(1)을 잡고있던 구속력이 해제되도록 하여 유리관(1)을 하강시키는 아암작동부(30)와;
1차하강위치(B)와 2차하강위치(C)에 각각 설치되고, 하강하는 유리관(1)의 하측을 받쳐주어 유리관(1)에 충격이 가해지지 않도록 하면서 유리관(1)을 절단길이만큼 하강시키는 완충부재(40)와;
반칼컷팅위치(D)의 일측으로 설치되고, 회전하는 유리관(1)의 절단부위 측면부로 레이저를 조사하여 유리관 두께의 일부분만을 반칼컷팅하는 레이저건(3)과;
반칼컷팅위치(D)의 일측으로 설치되고, 반칼컷팅동작시 유리관 이송공급부재(10)를 회전시켜 유리관(1)이 회전하도록 하는 회전부재(50)와;
아암리셋위치(E)에 설치되고, 유리관 이송공급부재(10)를 정밀하게 회전시켜 구동아암(21)을 초기위치로 리셋시켜 다음의 유리관하강동작시 아암작동부(30)가 구동아암(21)작동시킬 수 있도록 하는 리셋부재(60)와;
절단위치(F)에 설치되어 반칼컷팅된 유리관(1)을 잡고 일정각도 비틀어 절단시키는 집게로봇(70); 으로 구성한 것을 특징으로 하는 수직형 유리관 레이저 절단장치.
A main shaft 6 installed above the base 5 so as to rotate in one direction by a rotational force of the motor, and a plurality of vertical shafts 7 annularly coupled to the outer circumference;
It is coupled to the lower end of the vertical axis (7), and has a fixed arm 20 and the driving arm (21) for holding the lower end of the glass tube (1) so that the glass tube (1) is fitted in the vertical direction can be coupled, The glass tube 1 is loaded by the spindle 6 into the loading position (A), the primary lowering position (B), the secondary lowering position (C), the semi-cutting position (D), the arm reset position (E), and the cutting position ( A glass tube conveyance supply member (10) for conveyance and supply to F);
Installed in the primary lowering position (B) and the secondary lowering position (C), respectively, by operating the driving arm 21 of the glass tube feed supply member 10 to release the restraining force holding the glass tube (1) to the glass tube (1). An arm operating unit 30 for lowering);
It is installed at the primary lowering position (B) and the secondary lowering position (C), respectively, and supports the lower side of the descending glass tube 1 so that the glass tube 1 is cut to the cutting length while preventing the impact on the glass tube 1. A lowering member 40 for lowering;
A laser gun (3) installed at one side of the half-cutting position (D) and irradiating a laser to a side of the cut portion of the rotating glass tube (1) to half-cut the portion of the glass tube thickness;
A rotating member 50 installed at one side of the half-cutting position D and rotating the glass tube feeding and feeding member 10 during the half-cutting operation so that the glass tube 1 rotates;
It is installed in the arm reset position (E), the glass tube feed supply member (10) is precisely rotated to reset the drive arm (21) to the initial position, and the arm operating portion (30) moves the drive arm (21) during the next glass tube lowering operation. A reset member (60) to enable operation;
A forceps robot 70 that is installed at the cutting position F and holds the semi-cut cut glass tube 1 and twists it by a predetermined angle; Vertical glass tube laser cutting device comprising a.
제 1 항에 있어서,
상기 유리관 이송 공급부재(10)는 수직축(7)의 하단에 내부가 비어있는 관 형태의 하우징(11)을 결합하고, 유리관(1)이 관통하는 중앙홀(15)이 구비되고 상부에 하우징(11)의 상측으로 노출되는 접촉부(14)가 구비된 회전체(13)를 하우징(11) 내측에 베어링(13a)으로 결합하며, 회전체(13)의 하측에 하부체(16)를 볼트(17)로서 결합하고, 하부체(16)의 하단에 서로 맞대어져 유리관(1)을 잡아주는 고정아암(20)과 구동아암(21)을 설치하되,
구동아암(21)은 하측에 유리관(1)에 접촉되는 지지단(23)이 형성되고, 상측에 작동돌부(25)가 하부체(16) 외측으로 돌출되도록 형성된 아암몸체(22)를 구비하고, 아암몸체(22)의 하단을 하부체(16)의 하측에 힌지축(24)으로 축지하여 설치하고, 아암몸체(22)의 중간부와 하부체(16) 사이에 지지단(23)이 유리관(1)에 접촉하는 방향으로 탄성을 가하는 스프링(26)을 연결하여 구성한 것을 특징으로 하는 수직형 유리관 레이저 절단장치.
The method of claim 1,
The glass tube feed supply member 10 is coupled to the lower housing 11 of the vertical shaft (7) in the form of a hollow tube shape, the central hole 15 through which the glass tube 1 is provided and the housing ( The rotating body 13 having the contact portion 14 exposed to the upper side of the 11 is coupled to the inside of the housing 11 by a bearing 13a, and the lower body 16 is bolted to the lower side of the rotating body 13. 17) and the fixed arm 20 and the driving arm 21 to be fitted to each other at the lower end of the lower body 16 to hold the glass tube 1,
The driving arm 21 has a support end 23 in contact with the glass tube 1 on the lower side, and has an arm body 22 formed so that the operation protrusion 25 protrudes outward from the lower body 16 on the upper side. The lower end of the arm body 22 is axially installed on the lower side of the lower body 16 by a hinge shaft 24, and a support end 23 is provided between the middle part of the arm body 22 and the lower body 16. Vertical glass tube laser cutting device, characterized in that configured by connecting the spring 26 to apply elasticity in the direction in contact with the glass tube (1).
제 1 항에있어서,
상기 아암작동부(30)는 베이스(5) 상부에 설치되는 지지대(31)의 상단에 출몰하여 구동아암(21)을 상측으로 밀어올려 지지단(23)이 유리관(1) 표면으로 부터 이탈되도록 하는 실린더(32)를 설치하여 구성하고,
완충부재(40)는 1차 하강위치(B)에 설치되는 제 1 완충부(41)와, 2차 하강위치(C)에 설치되는 제 2 완충부(47)로 구성하되,
제 1 완충부(41)와 제 2 완충부(47)는 베이스(5)의 상부에 설치되는 설치대(42)(42a)와, 설치대(42)(42a)의 일측으로 설치되고 상하로 출몰하는 작동간(44)(44a)을 구비한 제 1 실린더(43)(43a)와, 상기 작동간(44)(44a)의 상부에 설치되고 상승하였다가 하강하면서 유리관 이송 공급부재(10)로 부터 하강하는 유리관(1)의 하단을 받쳐주어 절단길이만큼 하강시키는 완충봉(46)(46a)을 구비한 제 2 실린더(45)(45a)로 구성한 것을 특징으로 하는 수직형 유리관 레이저 절단장치.
According to claim 1,
The arm operating portion 30 is raised to the upper end of the support 31 is installed on the base (5) to push the drive arm 21 upwards so that the support end 23 is separated from the surface of the glass tube (1) Install and configure the cylinder 32
The shock absorbing member 40 is composed of a first shock absorbing portion 41 installed in the primary lowering position (B) and a second shock absorbing portion 47 installed in the secondary lowering position (C),
The first shock absorbing portion 41 and the second shock absorbing portion 47 are installed on one side of the mounting table 42 and 42a and the mounting table 42 and 42a which are installed on the upper portion of the base 5, The first cylinder 43 (43a) having the operating intervals 44 and 44a, and from the glass tube feed supply member 10 while being installed on the upper portion of the operation intervals 44 and 44a and being raised and lowered. A vertical glass tube laser cutting device comprising: a second cylinder (45) (45a) having a buffer rod (46) (46a) supporting the lower end of the glass tube (1) to be lowered and being lowered by the cutting length.
제 1 항에있어서,
상기 회전부재(50)는 베이스(5)의 상부에 전후진 가능하게 설치되는 제 1 이송브라켓(51)과, 제 1 이송브라켓(51)의 상부에 설치되는 구동모터(52)와, 구동모터(52)의 축에 제 1 구동롤러(53)를 설치 구성하여, 제 1 이송브라켓(51)의 전진동작에 의해 반칼컷팅위치(D)에 위치한 유리관 이송공급부재(10)의 접촉부(14)에 제 1 구동롤러(53)가 접촉하면서 회전체(13)를 회전시켜 유리관(1)을 회전시킬 수 있도록 구성하고,
상기 리셋부재(60)는 베이스(5)의 상부에 전후진 가능하게 설치되는 제 2 이송브라켓(61)과, 제 2 이송브라켓(61)의 중간부에 돌출되게 설치되고 유리관 이송공급부재(10)의 작동돌부(25)의 위치를 감지하는 감지부(64)와, 제 2 이송브라켓(61)의 상부에 설치되고 유리관 이송공급부재(10)의 접촉부(14)에 접촉되는 제 2 구동롤러(63)가 회전축에 설치되며, 감지부(64)에서 작동돌부(25)가 감지될때까지 제 2 구동롤러(63)를 회전시켰다가 정지하는 서보모터(62)로 구성한 것을 특징으로 하는 수직형 유리관 레이저 절단장치.
According to claim 1,
The rotating member 50 includes a first transfer bracket 51 installed on the upper portion of the base 5 so as to be movable forward and backward, a drive motor 52 installed on the upper portion of the first transfer bracket 51, and a drive motor. The first driving roller 53 is installed and configured on the shaft of 52 so that the contact portion 14 of the glass tube feed supply member 10 positioned at the semi-cutting position D by the forward movement of the first transfer bracket 51. It is configured to rotate the glass tube 1 by rotating the rotary body 13 while the first drive roller 53 is in contact with,
The reset member 60 is installed on the upper portion of the base 5 so as to protrude forward and backward, and is installed to protrude from the middle portion of the second transfer bracket 61 and the glass tube feed supply member 10. The second drive roller is installed on the sensing unit 64 for detecting the position of the operation protrusion 25 of the c) and the second conveying bracket 61 and in contact with the contact portion 14 of the glass tube feed supply member 10. (63) is installed on the rotating shaft, the vertical type, characterized in that consisting of a servo motor 62 for rotating and stopping the second drive roller 63 until the operating projection 25 is detected by the detection unit 64 Glass tube laser cutting device.
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US20150140241A1 (en)*2013-11-192015-05-21Rofin-Sinar Technologies Inc.Method and apparatus for spiral cutting a glass tube using filamentation by burst ultrafast laser pulses
US9676167B2 (en)2013-12-172017-06-13Corning IncorporatedLaser processing of sapphire substrate and related applications
US9701564B2 (en)2013-01-152017-07-11Corning IncorporatedSystems and methods of glass cutting by inducing pulsed laser perforations into glass articles
US9701563B2 (en)2013-12-172017-07-11Corning IncorporatedLaser cut composite glass article and method of cutting
US9815730B2 (en)2013-12-172017-11-14Corning IncorporatedProcessing 3D shaped transparent brittle substrate
US9815144B2 (en)2014-07-082017-11-14Corning IncorporatedMethods and apparatuses for laser processing materials
US9850160B2 (en)2013-12-172017-12-26Corning IncorporatedLaser cutting of display glass compositions
US9850159B2 (en)2012-11-202017-12-26Corning IncorporatedHigh speed laser processing of transparent materials
US10047001B2 (en)2014-12-042018-08-14Corning IncorporatedGlass cutting systems and methods using non-diffracting laser beams
US10144093B2 (en)2013-12-172018-12-04Corning IncorporatedMethod for rapid laser drilling of holes in glass and products made therefrom
US10173916B2 (en)2013-12-172019-01-08Corning IncorporatedEdge chamfering by mechanically processing laser cut glass
US10233112B2 (en)2013-12-172019-03-19Corning IncorporatedLaser processing of slots and holes
US10252931B2 (en)2015-01-122019-04-09Corning IncorporatedLaser cutting of thermally tempered substrates
US10280108B2 (en)2013-03-212019-05-07Corning Laser Technologies GmbHDevice and method for cutting out contours from planar substrates by means of laser
US10335902B2 (en)2014-07-142019-07-02Corning IncorporatedMethod and system for arresting crack propagation
US10377658B2 (en)2016-07-292019-08-13Corning IncorporatedApparatuses and methods for laser processing
US10421683B2 (en)2013-01-152019-09-24Corning Laser Technologies GmbHMethod and device for the laser-based machining of sheet-like substrates
US10522963B2 (en)2016-08-302019-12-31Corning IncorporatedLaser cutting of materials with intensity mapping optical system
US10525657B2 (en)2015-03-272020-01-07Corning IncorporatedGas permeable window and method of fabricating the same
US10526234B2 (en)2014-07-142020-01-07Corning IncorporatedInterface block; system for and method of cutting a substrate being transparent within a range of wavelengths using such interface block
US10611667B2 (en)2014-07-142020-04-07Corning IncorporatedMethod and system for forming perforations
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US11542190B2 (en)2016-10-242023-01-03Corning IncorporatedSubstrate processing station for laser-based machining of sheet-like glass substrates
US11554984B2 (en)2018-02-222023-01-17Corning IncorporatedAlkali-free borosilicate glasses with low post-HF etch roughness
US11648623B2 (en)2014-07-142023-05-16Corning IncorporatedSystems and methods for processing transparent materials using adjustable laser beam focal lines
US11774233B2 (en)2016-06-292023-10-03Corning IncorporatedMethod and system for measuring geometric parameters of through holes
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CN117300386A (en)*2023-11-282023-12-29山东明驰环境科技有限公司Laser cutting machine for glass fiber reinforced plastic pipe
CN118237773A (en)*2024-05-292024-06-25四川岷河管道建设工程有限公司Tubular product production laser cutting equipment
US12180108B2 (en)2017-12-192024-12-31Corning IncorporatedMethods for etching vias in glass-based articles employing positive charge organic molecules

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US9850159B2 (en)2012-11-202017-12-26Corning IncorporatedHigh speed laser processing of transparent materials
US9701564B2 (en)2013-01-152017-07-11Corning IncorporatedSystems and methods of glass cutting by inducing pulsed laser perforations into glass articles
US11028003B2 (en)2013-01-152021-06-08Corning Laser Technologies GmbHMethod and device for laser-based machining of flat substrates
US10421683B2 (en)2013-01-152019-09-24Corning Laser Technologies GmbHMethod and device for the laser-based machining of sheet-like substrates
US11345625B2 (en)2013-01-152022-05-31Corning Laser Technologies GmbHMethod and device for the laser-based machining of sheet-like substrates
US11713271B2 (en)2013-03-212023-08-01Corning Laser Technologies GmbHDevice and method for cutting out contours from planar substrates by means of laser
US10280108B2 (en)2013-03-212019-05-07Corning Laser Technologies GmbHDevice and method for cutting out contours from planar substrates by means of laser
US20150140241A1 (en)*2013-11-192015-05-21Rofin-Sinar Technologies Inc.Method and apparatus for spiral cutting a glass tube using filamentation by burst ultrafast laser pulses
US10005152B2 (en)*2013-11-192018-06-26Rofin-Sinar Technologies LlcMethod and apparatus for spiral cutting a glass tube using filamentation by burst ultrafast laser pulses
US9850160B2 (en)2013-12-172017-12-26Corning IncorporatedLaser cutting of display glass compositions
US10442719B2 (en)2013-12-172019-10-15Corning IncorporatedEdge chamfering methods
US10173916B2 (en)2013-12-172019-01-08Corning IncorporatedEdge chamfering by mechanically processing laser cut glass
US10179748B2 (en)2013-12-172019-01-15Corning IncorporatedLaser processing of sapphire substrate and related applications
US10183885B2 (en)2013-12-172019-01-22Corning IncorporatedLaser cut composite glass article and method of cutting
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