会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Polarizing optical system
    • 极化光学系统
    • US5969861A
    • 1999-10-19
    • US691923
    • 1996-08-01
    • Motoi UedaTakeshi HasegawaMikio Okamoto
    • Motoi UedaTakeshi HasegawaMikio Okamoto
    • C03C3/074C03C3/23C03C4/00C03C17/34G02B5/30
    • G02B5/3025C03C17/3417C03C3/0745C03C3/23C03C4/00
    • A polarizing optical system comprising: at least, polarizing characteristic imparting means for imparting a polarizing characteristic to light emitted from a light source; analyzer means for converting the polarizing characteristic into light intensity information; and output means for outputting the light intensity information; at least one element constituting the polarizing characteristic imparting means comprising an optical glass having a photoelastic constant C in the range of substantially zero with respect to a wavelength range of 0.4 .mu.m to 3.0 .mu.m. The optical glass has a photoelastic constant C in the range of -0.8 to +0.8 (10.sup.-8 cm.sup.2 /N) with respect to a wavelength range of 0.4 .mu.m to 3.0 .mu.m, and has the following composition when represented in terms of wt.% of oxides:SiO.sub.2 : 17.0-27.0% (35.5-57.0 mol %)Li.sub.2 O+Na.sub.2 O+K.sub.2 O: 0.5-5.0% (0.7-20.0 mol %)PbO: 72.0-75.0% (39.1-45.0 mol %)As.sub.2 O.sub.3 +Sb.sub.2 O.sub.3 : 0-3.0% (0.0-2.0 mol %)The above-mentioned optical glass for polarizing optical system causes substantially no optical path difference based on an optical anisotropy, even when a mechanical external stress or a thermal stress occurs. Accordingly, it is possible to easily attain a polarizing optical system which is capable of well retaining the polarizing characteristic of optical information by substantially obviating the effect of the thermal stress or mechanical external stress.
    • 一种偏振光学系统,包括:至少一种用于对从光源发出的光赋予偏振特性的偏振特性赋予装置; 用于将偏振特性转换成光强度信息的分析器装置; 以及输出装置,用于输出光强度信息; 构成偏振特性赋予装置的至少一个元件包括相对于0.4μm至3.0μm的波长范围具有基本为零的光弹性常数C的光学玻璃。 光学玻璃的光弹性常数C相对于0.4μm〜3.0μm的波长范围为-0.8〜+ 0.8(10 -8 cm 2 / N)的范围,当以 氧化物重量百分比:SiO2:17.0-27.0%(35.5-57.0摩尔%)Li2O + Na2O + K2O:0.5-5.0%(0.7-20.0摩尔%)PbO:72.0-75.0%(39.1-45.0摩尔%)As2O3 + Sb 2 O 3:0〜3.0%(0.0〜2.0摩尔%)上述偏振光学系统用光学玻璃,即使发生机械外部应力或热应力,也能够基于光学各向异性而基本上不发生光程差。 因此,通过基本上消除热应力或机械外部应力的影响,可以容易地获得能够很好地保持光学信息的偏振特性的偏振光学系统。
    • 5. 发明申请
    • Spectrometric analyzing device and spectrometric analyzing method
    • 光谱分析装置和光谱分析方法
    • US20090316152A1
    • 2009-12-24
    • US12310865
    • 2007-12-21
    • Takeshi Hasegawa
    • Takeshi Hasegawa
    • G01N21/17
    • G01N21/21G01J3/447G01N21/31G01N21/8422
    • A spectrometric analyzing device is capable of analyzing a thin film with high accuracy by using light having an arbitrary wavelength, such as not only infrared light but also visible light, ultraviolet light and X-ray, and using whatever refractive index of a supporting member of the thin film. A spectrometric analyzing device comprises a light source (1), a polarizing filter (2), a detection unit (3), a regression operation unit (4) and an absorbance spectrum calculation unit (5). The light source (1) emits light at n different angles of incidence (θn) to a measurement portion. The polarizing filter (2) shields an s-polarized component. The detection unit (3) detects transmitted spectra (S). The regression operation unit (4) uses the transmitted spectra (S) and a mixing ratio (R) to obtain an in-plane mode spectrum (sip) and an out-of-plane mode spectrum (sop) through a regression analysis. The absorbance spectrum calculation unit (5) calculates an in-plane mode absorbance spectrum (Aip) and an out-of-plane mode absorbance spectrum (Aop) of the thin film, based on the results from a state in which the thin film is on the supporting member and a state in which no thin film is on the supporting member.
    • 光谱分析装置能够通过使用具有任意波长的光,例如不仅具有红外光,还包括可见光,紫外光和X射线,并且使用任何波长的光的任何折射率,能够高精度地分析薄膜 薄膜。 光谱分析装置包括光源(1),偏振滤光器(2),检测单元(3),回归运算单元(4)和吸收光谱计算单元(5)。 光源(1)将n个不同入射角(thetan)的光发射到测量部分。 偏振滤光器(2)屏蔽s偏振分量。 检测单元(3)检测发送光谱(S)。 回归运算单元(4)使用透射光谱(S)和混合比(R),通过回归分析获得平面内模式谱(sip)和平面外模式谱(sop)。 吸光度光谱计算单元(5)根据薄膜为(1)的状态的结果,计算出薄膜的面内模式吸收光谱(Aip)和平面外模式吸收光谱(Aop) 在支撑构件上并且在支撑构件上没有薄膜的状态。
    • 7. 发明授权
    • System allowing data input device to request management server to assign a data input job to itself
    • 执行数据输入作业的方法和系统
    • US07308472B2
    • 2007-12-11
    • US10455615
    • 2003-06-06
    • Takeshi Hasegawa
    • Takeshi Hasegawa
    • G06F15/16
    • H04L67/16H04L29/06H04L67/28H04L67/2852
    • A management server receives from a server storing information a request that a data input job be executed and from a data input device a request to assign a data input job to itself. The management server makes a list of information to be digitized through data input, based on information held on itself and input-specific information obtained from the server storing information, and transmits the list to a data input device adequate to the data input job. The data input device selects information as data input preference. The data input device obtains the selected information from the server storing information. Through the data input device, its operator inputs the obtained information as computer-usable data. The input data is transmitted to the server storing information. The management server stores, updates, and manages diverse data about input jobs.
    • 管理服务器从存储信息的服务器接收数据输入作业的请求,并从数据输​​入装置接收将数据输入作业分配给其自身的请求。 管理服务器根据自身保存的信息和通过存储信息从服务器获取的输入特定信息,通过数据输入来进行数字化的信息列表的发送,并将该列表发送到数据输入作业的数据输入装置。 数据输入设备选择信息作为数据输入偏好。 数据输入装置从存储信息的服务器中获取选择的信息。 通过数据输入设备,其操作员将所获得的信息输入为计算机可用的数据。 将输入数据发送到存储信息的服务器。 管理服务器存储,更新和管理有关输入作业的各种数据。
    • 9. 发明授权
    • Method for rehabilitating an existing pipe
    • 修复现有管道的方法
    • US07028716B2
    • 2006-04-18
    • US11109036
    • 2005-04-19
    • Koji KanetaTakao KamiyamaKenji FujiiTakeshi Hasegawa
    • Koji KanetaTakao KamiyamaKenji FujiiTakeshi Hasegawa
    • F16L55/16
    • F16L55/165F16L55/179
    • A rehabilitating pipe having a flange at one end thereof is laid inside a first existing pipe so that the flange contacts an inner circumferential surface portion of a second existing pipe surrounding a portion where the first and second existing pipes intersect. A flange part of a flanged tubular member is adhesively fixed to the inner circumferential surface of the second existing pipe so that the flange part covers the flange of the rehabilitating pipe and the inner circumferential surface portion of the second existing pipe. A tubular part of the flanged tubular member is adhered to the rehabilitating pipe to thereby seal a gap between an inner circumference of the first existing pipe and an outer circumference of the rehabilitating pipe.
    • 在其一端具有凸缘的修复管被放置在第一现有管内,使得凸缘接触围绕第一和第二现有管相交的部分的第二现有管的内周表面部分。 凸缘管状构件的凸缘部分粘合地固定到第二现有管的内周表面,使得凸缘部分覆盖修复管的凸缘和第二现有管的内周面部分。 凸缘管状构件的管状部分粘附到修复管上,从而密封第一现有管的内周和修复管的外周之间的间隙。