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    • 1. 发明授权
    • Dropping model electrostatic levitation furnace
    • 脱模型静电悬浮炉
    • US07864829B2
    • 2011-01-04
    • US11547513
    • 2004-03-31
    • Hiroaki AsahiHidehiko Tamaoki
    • Hiroaki AsahiHidehiko Tamaoki
    • F27D7/06H01J37/305H01H47/00
    • F27B17/00F27B17/02
    • A dropping model electrostatic levitation furnace which puts a charged sample in levitation state by an electric field generated between electrodes and subjects the sample to heat treatment, in which a drop tube evacuatable in vacuum is connected vertically at the lower side of a furnace body to allow the sample to drop through the drop tube with a beam irradiating optical system having a heating laser beam. This brings experimental results which the influence of an electric field and gravity is eliminated sufficiently by means of a furnace having comparatively simple constitution, and also enables to reduce the cost drastically with high experimental environment.
    • 一种滴式模型静电悬浮炉,其通过在电极之间产生的电场将带电样品置于悬浮状态,并使样品进行热处理,其中在真空中可抽真空的滴管垂直地连接在炉体的下侧,以允许 样品通过具有加热激光束的束照射光学系统落下滴管。 这带来了通过具有相对简单结构的炉充分消除电场和重力的​​影响的实验结果,并且还能够在高实验环境下显着降低成本。
    • 2. 发明申请
    • Electrostatic suspension furnace and method for fusing samples using this
    • 静电悬浮炉及其使用方法
    • US20060203417A1
    • 2006-09-14
    • US10549903
    • 2004-02-25
    • Kazunori KawasakiHiroaki Asahi
    • Kazunori KawasakiHiroaki Asahi
    • H01T23/00
    • F27B14/04F27B17/0016
    • The present invention is an electrostatic levitation furnace which is provided with a vacuum chamber, main electrodes opposed to each other within the vacuum chamber, an auxiliary electrode moving a sample levitated by an electrostatic field generated between the main electrodes, and a laser irradiator irradiating a laser beam on a sample displaced at a predetermined position, wherein a plurality of the main electrodes are arranged at proper intervals in a vertical direction to form electrostatic field generating interspaces between the adjacent the main electrodes respectively, auxiliary electrodes are arranged to correspond to each of the electrostatic field generating interspaces, the laser irradiators are arranged both of above the main electrode positioned uppermost and under the main electrode positioned lowest so as to be opposed to each other coaxially, and the main electrode positioned midway between the uppermost one and the lowest one has a through-hole on optical path of laser beam which a sample can be passed through. The electrostatic levitation furnace, for example, when two species of samples are fused together, regardless of whether or not the samples are conductors, has the function of melting the samples being levitated individually and fusing them together while maintaining each of the temperatures of the samples, and consequently this enables to actualize a fusion in a state excluded external interference.
    • 本发明是一种静电悬浮炉,其具有真空室,在真空室内彼此相对的主电极,辅助电极使由主电极之间产生的静电场悬浮的样品移动,激光照射器照射 激光束在预定位置移位的样本上,其中多个主电极沿垂直方向以适当的间隔布置,以分别在相邻的主电极之间形成静电场产生空间,辅助电极被布置为对应于 静电场产生空间中,激光照射器被布置在位于最上方的主电极之下,并且位于最下方的主电极之间,以便彼此同轴地相对,并且主电极位于最上面和最下面的一个之间 在la的光路上有一个通孔 样品可以通过的ser束。 静电悬浮炉,例如当将两种样品融合在一起时,无论样品是否为导体,都具有将待分散悬浮的样品熔化并将其融合在一起同时保持样品的每个温度的功能 ,因此能够在排除外部干扰的状态下实现融合。
    • 4. 发明申请
    • Dropping model electrostatic levitation furnace
    • 脱模型静电悬浮炉
    • US20070274368A1
    • 2007-11-29
    • US11547513
    • 2004-03-31
    • Hiroaki AsahiHidehiko Tamaoki
    • Hiroaki AsahiHidehiko Tamaoki
    • F27D7/06
    • F27B17/00F27B17/02
    • A dropping model electrostatic levitation furnace which puts a charged sample in levitation state by an electric field generated between electrodes and subjects the sample to heat treatment, in which a drop tube evacuatable in vacuum is connected vertically at the lower side of a furnace body to allow the sample to drop through the drop tube with a beam irradiating optical system having a heating laser beam. This brings experimental results which the influence of an electric field and gravity is eliminated sufficiently by means of a furnace having comparatively simple constitution, and also enables to reduce the cost drastically with high experimental environment.
    • 一种滴式模型静电悬浮炉,其通过在电极之间产生的电场将带电样品置于悬浮状态,并使样品进行热处理,其中在真空中可抽真空的滴管垂直地连接在炉体的下侧,以允许 样品通过具有加热激光束的束照射光学系统落下滴管。 这带来了通过具有相对简单结构的炉充分消除电场和重力的​​影响的实验结果,并且还能够在高实验环境下显着降低成本。
    • 5. 发明申请
    • Imaging device
    • 成像设备
    • US20060177147A1
    • 2006-08-10
    • US10546295
    • 2004-02-19
    • Hiroaki AsahiKazunori Kawasaki
    • Hiroaki AsahiKazunori Kawasaki
    • G06K9/00G06K9/40
    • F27B17/0016F27D19/00F27D21/02
    • The present invention is an image pickup device provided with a CMOS camera which is provided with a telecentric lens to photograph a sample put in a levitation state at the center inside an electrostatic levitation furnace, a metal halide light source which is positioned on the opposite side of the sample from the CMOS camera to irradiate light with a wavelength of 400 to 450 nm toward the sample, and a digital signal processor which performs image processing for enhancing an edge of an image captured by the CMOS camera in real time to output a position of center of gravity of the sample put in the levitation state, where a blue filter is attached to the CMOS camera. Even if the sample becomes incandescent due to a high temperature, contrast of the sample against a background can be obtained by the image pickup device. In addition, position information required for levitation control of a sample with a complicated shape is outputted by the image pickup device so that an instant at which the sample with a complicated shape changes to a spherical shape one can be specified visually.
    • 本发明是一种摄像装置,其具备CMOS摄像机,该CMOS摄像机设置有远心镜头,以在静电悬浮炉内的中心拍摄悬浮状态的样品,位于相对侧的金属卤化物光源 来自CMOS摄像机的样品朝向样品照射波长为400至450nm的光;以及数字信号处理器,其执行图像处理,以实时增强由CMOS摄像机拍摄的图像的边缘,以输出位置 的样品置于悬浮状态,其中蓝色滤光片附着在CMOS相机上。 即使样品由于高温而变成白炽灯,也可以通过图像拾取装置获得样品与背景的对比度。 此外,由图像拾取装置输出具有复杂形状的样本的悬浮控制所需的位置信息,使得具有复杂形状的样本变为球形的样本的时刻可以被目视指定。
    • 7. 发明授权
    • Image pickup device
    • 图像拾取装置
    • US07456859B2
    • 2008-11-25
    • US10546295
    • 2004-02-19
    • Hiroaki AsahiKazunori Kawasaki
    • Hiroaki AsahiKazunori Kawasaki
    • H04N7/18
    • F27B17/0016F27D19/00F27D21/02
    • The present invention is an image pickup device provided with a CMOS camera which is provided with a telecentric lens to photograph a sample put in a levitation state at the center inside an electrostatic levitation furnace, a metal halide light source which is positioned on the opposite side of the sample from the CMOS camera to irradiate light with a wavelength of 400 to 450 nm toward the sample, and a digital signal processor which performs image processing for enhancing an edge of an image captured by the CMOS camera in real time to output a position of center of gravity of the sample put in the levitation state, where a blue filter is attached to the CMOS camera. Even if the sample becomes incandescent due to a high temperature, contrast of the sample against a background can be obtained by the image pickup device. In addition, position information required for levitation control of a sample with a complicated shape is outputted by the image pickup device so that an instant at which the sample with a complicated shape changes to a spherical shape one can be specified visually.
    • 本发明是一种摄像装置,其具备CMOS摄像机,该CMOS摄像机设置有远心镜头,以在静电悬浮炉内的中心拍摄悬浮状态的样品,位于相对侧的金属卤化物光源 来自CMOS摄像机的样品朝向样品照射波长为400至450nm的光;以及数字信号处理器,其执行图像处理,以实时增强由CMOS摄像机拍摄的图像的边缘,以输出位置 的样品置于悬浮状态,其中蓝色滤光片附着在CMOS相机上。 即使样品由于高温而变成白炽灯,也可以通过图像拾取装置获得样品与背景的对比度。 此外,由图像拾取装置输出具有复杂形状的样本的悬浮控制所需的位置信息,使得具有复杂形状的样本变为球形的样本的时刻可以被目视指定。
    • 8. 发明授权
    • Electrostatic suspension furnace and method for fusing samples using this
    • 静电悬浮炉及其使用方法
    • US07447250B2
    • 2008-11-04
    • US10549903
    • 2004-02-25
    • Kazunori KawasakiHiroaki Asahi
    • Kazunori KawasakiHiroaki Asahi
    • H05B11/00
    • F27B14/04F27B17/0016
    • An electrostatic levitation furnace wherein main electrodes opposed to each other within a vacuum chamber are arranged at intervals to form interspaces between them. Auxiliary electrodes are arranged to correspond to each of the electrostatic field generating interspaces, and laser irradiators are arranged above the uppermost main electrode and under the lowermost main electrode, and the main electrode positioned midway between the uppermost and lowest one has a through-hole on an optical path of laser beam which a sample can be passed through. When two species of samples are fused together, regardless of whether or not the samples are conductors, the furnace has the function of melting the levitated samples and fusing them together while maintaining each of the temperatures of the samples, and consequently this permits realization of fusion in a state free of external interference.
    • 静电悬浮炉,其中在真空室内彼此相对的主电极间隔布置以在它们之间形成间隙。 辅助电极被配置为对应于每个静电场产生空间,并且激光照射器布置在最上面的主电极上方和最下面的主电极之下,并且位于最上面和最下面的主电极之间的中间的主电极具有通孔 样品可以通过的激光束的光路。 当两种样品融合在一起时,无论样品是否为导体,炉具有熔化悬浮样品并将其融合在一起的功能,同时保持样品的每个温度,因此这允许实现融合 处于无外部干扰的状态。