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    • 8. 发明专利
    • METHOD FOR MOLDING GLASS BOTTLE NECK
    • JPS63239131A
    • 1988-10-05
    • JP23949786
    • 1986-10-08
    • NIPPON TAISANBIN KOGYO KK
    • KOJIMA HAJIMEGOSHIMA SEIJI
    • C03B9/325C03B9/347
    • PURPOSE:To form a specified minimum-diameter part at a specified position in a bottle neck by providing a projecting line for regulating the minimum- diameter part to the guide plate of a neck forming die, and embedding the projecting line in the bottle neck when molding is carried out. CONSTITUTION:The glass bottle neck is molded by a primary blowing using a rough die 10. The glass product after the primary blowing (parison) is reversed, transferred to finishing die, and molded into the final product by a secondary blowing. The projecting line 21 for regulating the minimum-diameter part in the bottle neck is provided on the guide plate 20 of the neck forming die. The projecting line 21 is formed at on HI position having a specified length away from the recessed part 23 of the guiding plate 20 corresponding to the top plane of the bottle neck 41 with the specified diameter 11 of the minimum- diameter part. The guiding plate 20 provided with the projecting line 21 is inserted into the bottle neck, molding is carried out, and the desired minimum- diameter part 42 is formed in the glass bottle neck.
    • 9. 发明专利
    • Transparent substrate of solar battery
    • 太阳能电池透明基板
    • JPS59189681A
    • 1984-10-27
    • JP6498383
    • 1983-04-13
    • Nippon Taisanbin Kogyo Kk
    • MATSUNAKA NARIMASAMORISHIMA KIYOAKIOOKURA NOBUAKIAOYAMA YUTAKAKANAMORI YOSHIKAZUIWATA MASAMIMIZUTANI YOSHIOSATOU NORIHISA
    • H01L31/04H01L31/18
    • H01L31/18
    • PURPOSE:To improve the life of a battery, by making a soda-lime-glass plate body to contact and react under the presence of the reacting gas of sulfur or its compound or chloride, extracting and removing the sodium component of the surface of the glass, thereby eliminating the adverse effect to the electrodes and the like on a transparent substrate. CONSTITUTION:A plate body P of soda-lime glass is sent on a conveyer 18 through an inlet port of a processing furnace 10. A heater 19 is provided at a first zone 11 at the inlet port of the processing furnace 10. The glass body P is heated to the optimum temperature for surface treatment. The plate body P, which is heated at the first zone 11, is sent to a second zone 12. A jetting part 20 of a reacting gas is provided in the upper width direction of the conveyer 18 in the second zone 12. The glass plate body P is moved to a third zone, a fourth zone... in the atmosphere of the reacting gas having a specified concentration by the conveyer 18. During the movement, the sodium component of the surface of the glass is made to react and extracted. In the vicinity of a final zone, the glass plate body is cooled to about a room temperature slowly, and the surface treating process is completed.
    • 目的:为了提高电池的使用寿命,通过使钠钙玻璃板体在硫或其化合物或氯化物的反应气体存在下接触并反应,提取和除去表面的钠组分 玻璃,从而消除对透明基板上的电极等的不利影响。 构成:将钠钙玻璃的板体P通过加工炉10的入口送到传送带18上。加热器19设置在处理炉10的入口处的第一区域11处。玻璃体 P被加热到最适温度进行表面处理。 在第一区域11被加热的板体P被送到第二区域12.反应气体的喷射部分20设置在第二区域12中的输送器18的上宽度方向上。玻璃板 主体P通过传送器18移动到具有特定浓度的反应气体的气氛中的第三区域,第四区域。在运动期间,使玻璃表面的钠组分反应并提取 。 在最终区域附近,将玻璃板体缓慢冷却至室温,完成表面处理工序。
    • 10. 发明专利
    • Chemical-resistant treatment of surface of glass bottle
    • 玻璃瓶表面耐化学品处理
    • JPS59152245A
    • 1984-08-30
    • JP2264183
    • 1983-02-14
    • Nippon Taisanbin Kogyo Kk
    • MORISHIMA KIYOAKI
    • C03C23/00
    • C03C23/00
    • PURPOSE: To carry out removal of alkali from the inner surface of glass bottles, by connecting a jetting part of a reactive gas of SO
      2 or SO
      3 to a part for circulating and inhaling a gas in a furnace and a part for feeding a new gas, circulating and feeding a gas having a given concentration to the glass bottles.
      CONSTITUTION: In a chemical-resistant treatment by bringing a reacting gas consisting of SO
      2 or SO
      3 into contact with the surface of the glass bottles B, the jetting part 20 of the reactive gas is set above conveyor 18 for transporting bottles in a furnace in the width direction, the jetting part 20 is connected to the part 24 for circulating and inhaling a gas in the furnace and the part 30 for feeding a new reactive gas. The reactive gas having a given concentration is fed from the jetting part 20 to the bottles B transported in the furnace by supplying the gas in the furnace inhaled from the circulating and inhaling part 24 and the new reactive gas, and removal of alkali from the inner surface of bottles can be carried out extremely effectively and efficiently, irrespective of shapes of bottles.
      COPYRIGHT: (C)1984,JPO&Japio
    • 目的:为了从玻璃瓶的内表面除去碱,通过将SO 2或SO 3的反应气体的喷射部分连接到用于循环和吸入炉中的气体的部分和用于供给新气体的部分, 将具有给定浓度的气体循环并进料到玻璃瓶中。 构成:在通过使由SO 2或SO 3组成的反应气体与玻璃瓶B的表面接触的耐化学处理中,将反应气体的喷射部20设置在输送机18的上方,用于在炉中输送瓶子 喷射部20连接到用于循环和吸入炉中的气体的部分24和用于供给新的反应气体的部分30。 具有给定浓度的反应气体从喷射部分20供给到通过从循环吸入部分24吸入的炉中供应气体和新的反应气体而在炉内运送的瓶子B,并从内部除去碱 瓶子的表面可以非常有效和高效地进行,而不管瓶子的形状如何。