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    • 3. 发明专利
    • CUTTING DEVICE FOR AIR MEASURING DETECTOR TUBE
    • JPH05322877A
    • 1993-12-07
    • JP13092492
    • 1992-05-22
    • HAKODATE PIPE GIKEN KOGYO KK
    • YURI NORIHIRO
    • G01N31/22C03B33/14
    • PURPOSE:To prevent the scattering of particles, such as glass fragments, etc., in the air at the time of cutting the front end cutting section of a detector tube. CONSTITUTION:The main body A of the title cutting is formed in the shape of a box composed of a lower chamber 1 and sealed upper chamber 2 and a hole 4 having an appropriate size is provided through the partition wall 3 between the chambers 1 and 2 for communicating the chambers 1a and 2 with each other and, at the same time, a blade section 6 which cuts the front end cutting sections (b) of glass detector tubes B by inserting the sections (b) into cutting holes 5, the cross sections of which is V-shape and is provided with the hole 5 is fitted to the hole 4. In addition, detector tube inserting holes 8 having appropriate sizes are provided through the upper surface wall of the chamber 2 immediately above the holes 5 of the blade body 6. Therefore, the sections (b) of the tubes B can be cut without scattering particles, such as glass fragments, etc., in the air.
    • 5. 发明专利
    • AMPULE CUTTER
    • JPS6472751A
    • 1989-03-17
    • JP22930187
    • 1987-09-12
    • MIWA HIROAKI
    • MIWA HIROAKI
    • B67B7/92C03B33/14
    • PURPOSE:To certainly draw the optimum scribe line regardless of the shape and dimension of an ampule, by providing a scriber and a V-notch in opposed relationship so as to grasp the neck part of the ampule and making the center line common to both of them parallel to a guide. CONSTITUTION:A V-notch 5 and a scriber 4 are respectively separately provided to the part 3 moving along a guide 1 and the part 2 fixed to the guide 1 in opposed relationship and, further, the center line A-A common to the V-notch 5 and the scriber 4 is made parallel to the guide 1. A diamond part 7 used in a commercial glass cutter is used in the scriber 4. The diamond part 7 is mounted with attention to the direction thereof so that the direction of the ridge 9 on the surface of the diamond monocrystal 8 mounted to the tip of the part 7 coincides with the plane having the V-notch 5. When the neck part 10 of an ampule is applied to the V-notch 5 and the scriber 4 is pressed to the neck part 10 by the thumb to grasp the same, the ampule can be firmly fixed. When the ampule is rotated by the other hand, a scribe line can be straightly drawn on the periphery of the neck part of the ampule.
    • 6. 实用新型
    • ガラス管カット器具
    • 玻璃管切割器械
    • JP3199329U
    • 2015-08-20
    • JP2015001732
    • 2015-03-24
    • 安心院 幸敬
    • 安心院 幸敬
    • C03B33/06C03B33/14
    • 【課題】ガラス管のカット長を組付けスケールで設定し、溝に乗せたガラス管を一回転させダイヤモンド切刃先でガラス管の外周壁面に一条のカット線を印刻し、求める長さでカットできるガラス管カット器具を提供する。 【解決手段】長矩形のばね板をU字状に成形して所定の長さで対峙する一対の挟持脚部11、12を設け夫々の先端部にダイヤモンド切刃13とV字状溝の開口部141を向い合せに設けたガラス管カット器具に於いて、V字状溝底142中心部のねじ穴15とダイヤモンド切刃の刃先131が垂直な軸芯を共有し且つ、ねじ穴15とねじ16で閉止面付のスケールをV字状溝外壁面にて保持スライド回転させ溝に乗せたガラス管に一条のカット線を印刻する事を特徴とする。 【選択図】図1
    • 玻璃管的一组规模组装切割长度,并密封雕刻一乘的切割线与由放置在凹槽中的玻璃管中的一个旋转的金刚石开关叶片的玻璃管的外周壁表面的长度可以切割以获得 以提供一玻璃管切割仪器。 长矩形弹簧板中的U形模制到预定的一对夹持部嘉实11,12在尖端金刚石切割刀片13和V形槽开口在长度上分别面对设置的 在部分141到设置在相对玻璃管切割装置,以及螺钉孔15与V形槽底部142中心共享的垂直轴芯的切削刃131的金刚石切削刃,螺钉孔15和螺钉 所附的闭合表面的通过16的规模,其特征在于,刻切割线一乘玻璃管放置在凹槽和保持滑动旋转与所述V形槽的外壁表面。 点域1
    • 7. 发明专利
    • LATERAL PRESSURE CUTTING DEVICE
    • JPH11198099A
    • 1999-07-27
    • JP56498
    • 1998-01-06
    • MATSUSHITA ELECTRIC IND CO LTD
    • YAMAGUCHI KENJI
    • B26F3/04C03B33/14G05B19/02
    • PROBLEM TO BE SOLVED: To respectively change loads of streaks in accordance with a difference of distortional quantity by furnishing a streak load variable means to vary a streak to a streak load computed for each part of a workpiece by a streak load computing means as the streak load in accordance with a position at the time of providing the streak. SOLUTION: After a distortional state of a workpiece 1 observed by a distortion checker 15 is converted to an image signal by using a CCD camera, etc., it is classified in steps on intensity levels by a distortion detecting means. Thereafter, an optimum streak load at a cutting point is selected in accordance with correlation of a notch load of step classified distortional quantity and previously collected distortional quantity by a streak load computing means, and its information data is delivered to a streak load variable means 29. It is possible to stamp a load of a streak corresponding to each distortional quantity of the workpiece 1 by this streak load variable means 29.
    • 8. 发明专利
    • CUTTING DEVICE OF GLASS ROD AND CUT METHOD THEREFOR
    • JPH10316442A
    • 1998-12-02
    • JP12814597
    • 1997-05-19
    • SUMITOMO ELECTRIC INDUSTRIES
    • MORIYA TOMOMISAITO TATSUHIKO
    • B26D1/14B26D1/147C03B33/06C03B33/14
    • PROBLEM TO BE SOLVED: To provide a cutting device and a cutting method for cutting a glass rod having a large diameter without breaking the glass rod to device and a cutting method of the glass rod, for cutting the glass rod having a large diameter without breaking glass rod to provide a smooth cutting surface. SOLUTION: A glass rod 1 is cut by rotating a cutting blade 2 having the blade at the outer periphery of a disk, and moving the rotating cutting blade into the glass rod 1. Especially, when the glass rod is cut in a state, in which the longitudinal direction of the glass rod is fixed in the perpendicular direction, the glass rod is supported by applying the reaction against the force applied to the glass rod by the cutting blade 2 to the glass rod so that the direction of the reaction may be in the reverse direction of the moving direction of the cutting blade 2 when the cut is carried out in the horizontal direction, and the glass rod is supported at the position near to the moving position of the cutting blade to the extent that the glass rod is allowed to be cut when the glass rod is cut in the perpendicular direction, and fixing the glass rod at the position far from the positions for supporting the glass rod in the perpendicular direction.
    • 9. 发明专利
    • CUTTING OF GLASS WITH SIDE PRESSURE AND OPTICAL ELEMENT
    • JPH09156945A
    • 1997-06-17
    • JP31506595
    • 1995-12-04
    • MATSUSHITA ELECTRIC IND CO LTD
    • YAMAGUCHI KENJITAKAGI KAZUAKIMURATA ATSUSHI
    • B26F3/04C03B33/06C03B33/14
    • PROBLEM TO BE SOLVED: To provide a method for cutting glass with a side pressure, capable of simultaneously cutting a brittle material such as a glass bar on plural cross sections and surely obtaining plural glass materials whose cut surfaces are smooth and similar to mirror surfaces and whose weights are little in irregularity, on the production of optical elements such as lenses used in various optical equipments. SOLUTION: A cutting means comprises a glass bar 1 comprising a brittle material, a press member used for forming cutting marks on the outer surface of the glass bar 1 and uneven in the ridge, a means equipped with the press member and used for repeatedly forming the marks 2 on the glass bar with a constant load for each constant distance, a side pressure-transmitting cylinder 3 which comprises a material small in the Young modulus and into which the glass bar 1 having the marks 2 is fit, a hydraulic medium 4 filled between the glass bar 1 and the transmitting cylinder 3, and a means for preventing the deformation of the transmitting cylinder in the axial direction. The cutting means applies a side pressure P to the glass bar along the outer periphery of the transmitting cylinder 3 to cut the glass bar along the plural marks 2 formed on the glass bar 1.
    • 10. 发明专利
    • DEVICE FOR DISASSEMBLING CATHODE RAY TUBE AND USE METHOD THEREFOR
    • JPH05330839A
    • 1993-12-14
    • JP13524992
    • 1992-05-27
    • SONY CORP
    • TAKAYANAGI YOSHIO
    • B26D3/10B26D3/16C03B33/06C03B33/14
    • PURPOSE:To enable the easy and safe cutting of the circular neck part of a cathode ray tube by slidably providing a hollow cylindrical frame with plural lever parts and providing this frame with diamond piece blade edges interlocked to the sliding of the lever parts. CONSTITUTION:Two pieces of the lever parts 1 sliding via the apertures 6a, 6b provided on the frame surface of the hollow cylindrical frame 19 are disposed at nearly equal intervals. Further, pawl parts turning respectively cooperatively with the sliding of these lever parts are provided and the diamond piece blade edges 5 are disposed at the inside edges of these pawl parts, by which the device 20 for disassembling the cathode ray tube is produced. The circular neck part of the cathode ray tube in which air is put is passed into the hollow part of the frame 19 and the plural lever parts 1 are slid, by which the diamond piece blade edges 5 are brought into contact with the surface of the neck part at the time of using this device for disassembling. The device for disassembling is then rotated, by which lined flaws are put on the surface of the neck part and these flawed parts are cut by a hammer, etc., and the neck part is disassembled.