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    • 2. 发明公开
    • PROCESSOR
    • 处理器
    • EP1008674A4
    • 2004-06-16
    • EP98912715
    • 1998-04-08
    • TOKYO ELECTRON LTD
    • OKAYAMA NOBUYUKISAEGUSA HIDEHITOOZAWA JUNHAYASHI DAISUKETAKAYAMA NAOKIKAZAMA KOICHI
    • C23C16/44C23C16/455C23C16/509H01J37/32C23F4/00C30B25/14
    • C23C16/45565C23C16/455C23C16/5096H01J37/3244H01J37/32477Y10T29/49002Y10T29/49117Y10T29/532Y10T29/53204
    • A processor in which insulation members which are easily mounted and positioned and have excellent plasma resistance are fitted in gas delivery holes. Gas delivery holes (128a) arranged in an upper electrode (128) of an etching device (100) are formed in shapes conforming to the outer shapes of insulation members (144). Each insulation member (144) is made of polyether-ether-ketone, polyimide, polyether-imide and the like, and has steps (144a) formed on the outer side surface. The longitudinal length of each insulation member (144) is made smaller than that of the gas delivery holes (128a). Each insulation member (144) is formed with a piercing hole (144d) in the longitudinal direction, with a portion of the piercing hole (144d) near the processing chamber (102) progressively expanding in diameter (tapered) toward the processing chamber (102). The insulation members (144) are inserted into and press-fitted in the gas delivery holes (128a) from the delivery port side of the gas delivery holes (128a) until the steps (144a) engage the shoulders (128b) formed on the inner walls of the gas delivery holes (128a). At this time, the insulation members (144) protrude from the surface of the upper electrode (128) on the side of the susceptor (110).
    • 处理系统设置有能够容易地装配在气体排放孔中并被定位在排气孔中的绝缘构件。 蚀刻系统(100)设置有设置有与绝缘构件(144)的外部形状对应的形状的气体排出孔(128a)的上部电极(128)。 绝缘构件(144)由聚(醚醚酮)树脂,聚酰亚胺树脂,聚(醚酰亚胺)树脂等形成。 每个绝缘构件144在其外表面上设置有台阶(144a)。 绝缘构件(144)的长度比气体排出孔(128a)的长度短。 每个绝缘构件(144)设置有纵向通孔(144d),并且在处理室(102)侧的通孔(144d)的端部是锥形的,以朝向处理室(102) )。 绝缘构件(144)从气体排出孔(128a)的出口端的一侧被压在排气孔(128a)中,以使步骤(144a)与形成在气体排出孔(128a)中的肩部(128b)接触 气体排出孔(128a)的侧壁。 安装在气体排出孔(128a)中的每个绝缘构件(144)的一部分从面向基座(110)的上部电极(128)的表面突出。
    • 4. 发明专利
    • PROCESSING APPARATUS
    • JPH02137318A
    • 1990-05-25
    • JP29172088
    • 1988-11-18
    • TOKYO ELECTRON LTD
    • SAEGUSA HIDEHITO
    • H01L21/302H01L21/3065
    • PURPOSE:To cope with processing conditions of semiconductor for manufacturing various types and to improve versatility by providing heating means and cooling means at predetermined positions of a medium circulating passage for setting a material to be processed to a predetermined temperature. CONSTITUTION:A lower electrode 15 is required to be regulated at its temperature corresponding to the type of a wafer to be processed, and regulated by circulating liquid regulated at its temperature in a passage 17 provided on the lower face of the electrode 15. The liquid discharged from the passage 17 is stored in a reservoir tank 25 through a pipe 18, and fed to the pipe 18 provided with a heating mechanism 28 or a cooling mechanism 30 by a pump 26. When the liquid is out of its set temperature, the cooling mechanism 30 and the heating mechanism 28 are switched to always maintain the liquid fed to the passage 17 at a set temperature, and to control the temperature of the electrode 15. Thus, it can cope with various types of processing conditions to be versatile.
    • 5. 发明专利
    • ETCHING EQUIPMENT
    • JPH02106038A
    • 1990-04-18
    • JP26024888
    • 1988-10-14
    • TOKYO ELECTRON LTD
    • SAEGUSA HIDEHITOFUKAZAWA KAZUO
    • C23F1/08F25D9/00H01L21/302H01L21/3065
    • PURPOSE:To prevent the contamination caused by cooling particle by a method wherein the cooling particle generated in an accommodation vessel of refrigerant arranged in a refrigerant circulating system are turned into an atomized state and then taken out. CONSTITUTION:Cooling particle bodies 27 and water vapor bodies 27a are mixed and levitated from a liquid surface. These levitated cooling particle bodies 27 and water vapor bodies 27a are arrived at a liquid reservoir 10 by forced blast with a suction motor 32. The flow velocity of the levitated bodies arriving at the reservoir 10 is remarkably decreased; the particles collide mutually and grow to turn into an atomized state, which deposited on the bottom of the reservoir 10. The cooling particle 27 which have not turned into the atomized state are eliminated by a filter 31. When the cooling particle 27 are eliminated almost completely, gas only returns to an atmosphere. Thereby, the contamination of a processing apparatus caused by the cooling particle bodies 27 is prevented, and the contamination of an arrangement surface where the processing apparatus is installed can be reduced.
    • 7. 发明专利
    • PROCESSING METHOD
    • JPH02207547A
    • 1990-08-17
    • JP2779789
    • 1989-02-07
    • TOKYO ELECTRON LTD
    • NONAKA TATSUKUBOTA MASAKISAEGUSA HIDEHITO
    • H01L21/302H01L21/027H01L21/30H01L21/3065H01L21/677H01L21/68
    • PURPOSE:To facilitate management for each object to be processed by a method wherein the arrangement order of objects to be processed in a containing vessel is inverted, the objects are carried into a processing chamber, and the objects after processing are arranged and contained in the containing vessel so as to keep the initial arrangement order. CONSTITUTION:For sending-out, indexers 7b and 7a are set as the first one and the second one, respectively. For buffering, indexers 7c and 7d are set as the first one and the second one, respectively. When the transferring of wafers 1 is started, the wafers are accommodated in each of the cassettes 6 from indexers 7b to 7c and from 7a to 7d in the state where the arrangement order of the wafers 1 is inverted. After the wafers 1 sent out from the indexer 7d are processed by a processing part 3, said wafers are accommodated in order in the wafer cassette 6 on the indexer 20a, and the wafers 1 sent out from the indexer 7c are accommodated in order in the wafer cassette 6 on the indexer 20b. At this time, the wafers for sending and for receiving are accommodated in the state where the up-and-down arrangement order is inverted. Thereby, the arrangement order of the object to be processed in the containing vessel is kept in the same state before and after processing, and the management for each object to be processed can be facilitated.