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    • 2. 发明申请
    • Light irradiation type thermal processing apparatus
    • 光照式热处理装置
    • US20040037543A1
    • 2004-02-26
    • US10645067
    • 2003-08-21
    • Dainippon Screen Mfg. Co., Ltd.
    • Tatsufumi KusudaHiromi MurayamaYasuhiro Imaoka
    • A21B002/00
    • H01L21/67115H05B3/0047
    • In a light diffuser, a strong light diffusion processing is performed to a lamp corresponding part located in a vertical immediate downward direction of each of a plurality of flash lamps, and a weak light diffusion processing is performed to an inter-lamp corresponding part located between lamp corresponding parts adjacent to each other. Thereby, the light transmittance of the lamp corresponding part is lower than that of the inter-lamp corresponding part. Light that is emitted from each of the flash lamps and directed to a vertical immediate downward direction is diffused intensely, while reducing the degree of light diffusion at a location immediately below space between the adjacent flash lamps, thereby improving in-plane uniformity of illumination distribution on a semiconductor wafer. This enables to provide a thermal processing apparatus capable of improving in-plane uniformity of illumination distribution on a substrate.
    • 在光扩散器中,对位于多个闪光灯中的每一个的垂直立即向下方向的灯对应部分进行强光扩散处理,并且对位于 灯对应部件相邻。 因此,灯对应部分的透光率低于灯间对应部分的透光率。 从每个闪光灯发射并被引导到垂直立即向下方向的光被强烈扩散,同时减少在相邻闪光灯之间的空间之下的位置处的光漫射程度,从而提高照明分布的面内均匀性 在半导体晶片上。 这能够提供能够提高基板上的照明分布的面内均匀性的热处理装置。
    • 4. 发明申请
    • Process chamber cooling
    • 过程室冷却
    • US20010025841A1
    • 2001-10-04
    • US09846668
    • 2001-04-30
    • Chenyu Pan
    • F27D011/00A21B002/00F26B003/30
    • H01L21/67115H01L21/324
    • A method is provided for the rapid cooling of a processed semiconductor wafer after a wafer heating by radiation process. The method includes the introduction of a radiation absorbing material element between the processed wafer and highly reflective surfacesnullafter a wafer heating by radiation process. The highly reflective surfaces reflect and re-direct radiant energy from the processed wafer and its surrounding components back to the processed wafer, impeding its cooling process. The radiation-absorbing material element, once between the processed wafer and the highly reflective surfaces, absorbs radiation from the processed wafer and its surrounding components, expediting their cooling process. Accordingly, significant time is saved for the cooling process, thus improving overall wafer throughput.
    • 提供一种用于通过辐射处理在晶片加热之后快速冷却经处理的半导体晶片的方法。 该方法包括在经处理的晶片和高反射表面之后引入辐射吸收材料元件 - 在通过辐射工艺进行晶片加热之后。 高度反射的表面反射和重新引导来自处理过的晶片及其周围部件的辐射能回到处理过的晶片,阻碍其冷却过程。 辐射吸收材料元件一旦在经处理的晶片和高度反射的表面之间吸收来自加工晶片及其周围部件的辐射,加速其冷却过程。 因此,为冷却过程节省了大量时间,从而提高了整体晶圆生产量。
    • 6. 发明申请
    • Apparatus for and method of heat treatment by light irradiation
    • 光照射加热处理装置及方法
    • US20040112890A1
    • 2004-06-17
    • US10729460
    • 2003-12-05
    • Dainippon Screen Mfg. Co., Ltd.
    • Tatsufumi KusudaTsutomu Ueyama
    • A21B002/00H05B003/06
    • H01L21/67115H05B3/0047
    • A semiconductor wafer is held by support pins horizontally. A susceptor and a heating plate are moved upwardly so that the semiconductor wafer is transferred from the support pins to the susceptor. At this time, a gas layer is sandwiched between the upper surface of the susceptor and the lower surface of the semiconductor wafer to cause the semiconductor wafer to float over the upper surface of the susceptor for about seventy seconds immediately after the semiconductor wafer is mounted on the upper surface of the susceptor. Then, flash lamps are lit up to perform flash heating while the semiconductor wafer is floating over the upper surface of the susceptor. Even when flashlight irradiation causes rapid thermal expansion of the wafer surface, the semiconductor wafer does not suffer a great stress. This can prevent the semiconductor wafer from breaking.
    • 半导体晶片由支撑销水平地保持。 感受器和加热板向上移动,使得半导体晶片从支撑销转移到基座。 此时,气氛层被夹在基座的上表面和半导体晶片的下表面之间,以使得半导体晶片在半导体晶片安装之后立即漂浮在基座的上表面上大约七十秒 感受器的上表面。 然后,闪光灯点亮以进行闪光加热,同时半导体晶片浮在基座的上表面上。 即使当手电筒照射导致晶片表面的快速热膨胀时,半导体晶片也不会承受很大的应力。 这可以防止半导体晶片破裂。
    • 7. 发明申请
    • Heat-treating methods and systems
    • 热处理方法和系统
    • US20030206732A1
    • 2003-11-06
    • US10427094
    • 2003-04-30
    • David Malcolm CammJ. Kiefer Elliott
    • A21B002/00
    • H01L21/324C30B31/12F27D19/00F27D2019/0003F27D2099/0026H01L21/268H01L21/2686H01L21/67115Y10S438/928
    • Methods and systems for heat-treating a workpiece are disclosed. One method involves increasing a temperature of the workpiece over a first time period to an intermediate temperature, and heating a surface of the workpiece to a desired temperature greater than the intermediate temperature, the heating commencing within less time following the first time period than the first time period. Another method involves pre-heating the workpiece from an initial temperature to an intermediate temperature, and heating a surface of the workpiece to a desired temperature greater than the intermediate temperature by an amount less than or equal to about one-fifth of a difference between the intermediate and initial temperatures. Another method involves irradiating a first side of the workpiece to pre-heat the workpiece to an intermediate temperature, and irradiating a second side of the workpiece to heat the second side to a desired temperature greater than the intermediate temperature.
    • 公开了用于热处理工件的方法和系统。 一种方法包括将工件的温度在第一时间段内增加到中间温度,并且将工件的表面加热到大于中间温度的期望温度,加热在第一时间段之后的更短时间内开始比第一时间段 时间段。 另一种方法包括将工件从初始温度预热到中间温度,并且将工件的表面加热到大于中间温度的期望温度,其量小于或等于 中间和初始温度。 另一种方法包括照射工件的第一面以将工件预加热到中间温度,并且照射工件的第二侧以将第二侧加热至大于中间温度的所需温度。
    • 10. 发明申请
    • Heat-treating methods and systems
    • 热处理方法和系统
    • US20020067918A1
    • 2002-06-06
    • US09729747
    • 2000-12-04
    • David Malcolm CammJ. Kiefer Elliott
    • A21B002/00F27D011/00
    • H01L21/324C30B31/12F27D19/00F27D2019/0003F27D2099/0026H01L21/268H01L21/2686H01L21/67115Y10S438/928
    • Methods and systems for heat-treating a workpiece are disclosed. A first method involves increasing a temperature of the workpiece over a first time period to an intermediate temperature, and heating a surface of the workpiece to a desired temperature greater than the intermediate temperature, the heating commencing within less time following the first time period than the first time period. A second method involves pre-heating the workpiece from an initial temperature to an intermediate temperature, and heating a surface of the workpiece to a desired temperature greater than the intermediate temperature by an amount less than or equal to about one-fifth of a difference between the intermediate and initial temperatures. A third method involves irradiating a first side of the workpiece to pre-heat the workpiece to an intermediate temperature, and irradiating a second side of the workpiece to heat the second side to a desired temperature greater than the intermediate temperature.
    • 公开了用于热处理工件的方法和系统。 第一种方法包括将工件的温度在第一时间段内增加到中间温度,并且将工件的表面加热到大于中间温度的期望温度,加热在第一时间段之后的更短时间内开始比 第一时间段 第二种方法包括将工件从初始温度预热到中间温度,并且将工件的表面加热到大于中间温度的期望温度小于或等于中间温度的约五分之一的量 中间和初始温度。 第三种方法包括照射工件的第一侧以将工件预加热到中间温度,并且照射工件的第二面以将第二侧加热到大于中间温度的所需温度。