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    • 1. 发明公开
    • Organic electroluminescent device and lighting apparatus
    • 有机化学物质和有机化合物(Vorrichtung und Beleuchtungsvorrichtung)
    • EP2642549A2
    • 2013-09-25
    • EP13155738.1
    • 2013-02-19
    • Kabushiki Kaisha Toshiba
    • Sugizaki, TomokoKato, DaimotsuSugi, KeijiOno, TomioShinjo, YasushiMizuno, YukitamiAmano, AkioSawabe, TomoakiYonehara, ToshiyaEnomoto, Shintaro
    • H01L51/52
    • H01L51/5203F21L4/00H01L51/5212H01L51/5225H01L2251/5361
    • According to one embodiment, an organic electroluminescent device (110, 111, 112) includes a first electrode (10), a plurality of second electrodes (20) and an organic light-emitting layer (40). The first electrode (10) includes a first major surface (10a) and has optical transparency. The second electrodes (20) extend in a first direction parallel to the first major surface (10a) and are separated from each other in a second direction parallel to the first major surface (10a) and perpendicular to the first direction. An optical transmittance of the second electrodes (20) is lower than an optical transmittance of the first electrode (10). A distance (D1) along the second direction between a line (L1) extending in the first direction and a side surface (20s) of each of the second electrodes (20) continuously increases and decreases along the first direction. The side surface (20s) is unparallel to the first major surface (10a). The organic light-emitting layer (40) is provided between the first electrode (10) and the second electrodes (20).
    • 根据一个实施例,有机电致发光器件(110,111,112)包括第一电极(10),多个第二电极(20)和有机发光层(40)。 第一电极(10)包括第一主表面(10a)并具有光学透明度。 第二电极(20)在与第一主表面(10a)平行的第一方向上延伸,并且在平行于第一主表面(10a)并垂直于第一方向的第二方向上彼此分离。 第二电极(20)的光透射率低于第一电极(10)的光透射率。 在第一方向上延伸的线(L1)与第二电极(20)的侧面(20s)之间沿着第二方向的距离(D1)沿第一方向连续地增大和减小。 侧表面(20s)不平行于第一主表面(10a)。 有机发光层(40)设置在第一电极(10)和第二电极(20)之间。
    • 5. 发明公开
    • Organic electroluminescent element, lighting apparatus, and method for manufacturing organic electroluminescent element
    • 用于制造有机电致发光元件的有机电致发光元件,照明装置和方法
    • EP2642547A2
    • 2013-09-25
    • EP12184475.7
    • 2012-09-14
    • Kabushiki Kaisha Toshiba
    • Sugizaki, TomokoEnomoto, ShintaroAmano, AkioOno, TomioShinjo, YasushiMizuno, YukitamiSugi, KeijiSawabe, TomoakiYonehara, ToshiyaKato, Daimotsu
    • H01L51/52
    • H01L51/5012H01L51/52H01L51/5212H01L51/5225H01L51/5275H01L2251/5323H01L2251/5361
    • According to one embodiment, an organic electroluminescent element (110, 111, 112, 113) includes: a first electrode (10) having a first major surface (10a) and a second major surface (10b) on opposite side from the first major surface (10a) and having light transmissivity; a second electrode (20) opposed to part of the first major surface (10a); an organic luminescent layer (40) provided between the first electrode (10) and the second electrode (20); an optical layer (50) having a third major surface (50a) opposed to the second major surface (10b) and a fourth major surface (50b) on opposite side from the third major surface (50a). The fourth major surface (50b) includes a first region (50c) overlapping the second electrode (20), and a second region (50d) not overlapping the second electrode (20). The fourth major surface (50b) includes a first concave-convex (51a) provided in the first region (50c) and a second concave-convex (51b) provided in the second region (50d). A planarization layer (55) is provided on the second region (50d) and burying the second concave-convex (51b).
    • 。根据一个实施例,有机电致发光元件(110,111,112,113)包括:具有第一主表面(10a)和一个第二主表面的第一电极(10)(10B)从所述第一主表面相对侧 (10a)和具有透光性; 相对的第一主表面(10A)的一部分的第二电极(20); 到第一电极(10)和第二电极(20)之间设有有机发光层(40); 的具有与所述第二主表面(10B)和相反侧的第四主面(50B)从所述第三主表面部(50a)的第三主表面(50A)的光学层(50)。 的第四主表面(50B)包括第一区域(50℃)重叠第二电极(20)和第二区域(50D)不重叠的第二电极(20)。 的第四主表面(50B)包括第一凹凸(51A)在所述第一区域(50℃)和设置在所述第二区域(50D)设置的第二凹凸(51b)上。 平坦化层(55)设置在所述第二区(50D)和掩埋第二凹凸(51b)上。
    • 6. 发明公开
    • Image forming method and apparatus
    • 成像方法和设备
    • EP1079281A3
    • 2001-09-19
    • EP00307265.9
    • 2000-08-23
    • KABUSHIKI KAISHA TOSHIBA
    • Shinjo, Yasushi
    • G03G15/16
    • G03G15/1695G03G15/161G03G15/169G03G2215/1671G03G2215/1685G03G2215/1695
    • In an image forming apparatus, a latent image is formed on a rotatable photosensitive body (1) and treated with a liquid developer (6) containing a carrier solution and toner particles, whereupon a visible image is formed on the body. The visible image is transferred from the photosensitive body to a record medium (11) through the intermediation of an intermediate transfer body (9). The transfer body has a surface that serves as a transfer medium. As the transfer medium is pressed against the body in a transfer position (PT), the visible image is transferred from the photosensitive body to the transfer medium. At least one of the respective surface temperatures of the photosensitive body (1) and the transfer medium (9) is controlled such that T1 ≦ Tg
    • 在图像形成装置中,在可旋转的感光体(1)上形成潜像并用含有载体​​溶液和调色剂颗粒的液体显影剂(6)处理,从而在该主体上形成可见图像。 可见图像通过中间转印体(9)的中介从感光体转印到记录介质(11)。 转印体具有用作转印介质的表面。 当转印介质在转印位置(PT)被压在本体上时,可见图像从感光体转印到转印介质。 当感光体(1)和转印介质(9)的表面温度T1和T2是感光体 转印位置(PT),并且Tg是调色剂颗粒的玻璃化转变点,并且温度T2下调色剂颗粒的复数粘度系数在10,000泊或更高。
    • 8. 发明公开
    • Coating apparatus
    • 涂层设备
    • EP2572798A2
    • 2013-03-27
    • EP12184478.1
    • 2012-09-14
    • Kabushiki Kaisha Toshiba
    • Saeki, TatuyaKobayashi, HiroakiShinjo, Yasushi
    • B05C1/08
    • Certain embodiments provided a coating apparatus (10) comprising an applicator (50), material supply unit (80), and first, second, and third moving mechanisms (40, 60, 70, 150). The applicator (50) includes a meniscus pillar forming portion (57) configured to form a meniscus pillar of the material in conjunction with a surface (21) to be coated of the object (20) to be coated and a recess (52, 55) recessed relative to the surroundings thereof. The material supply unit (80) supplies the material (M) to the applicator (50). The first moving mechanism (40) moves the position (50) of the applicator relative to the surface (21) along the surface (21). The second moving mechanism (70, 150) moves the position of the applicator (50) relative to the surface (21) so that the meniscus pillar between the surface and the recess (52, 55). The third moving mechanism (60) moves the position of the applicator (50) relatively toward and away from the surface (21).
    • 某些实施例提供了包括涂抹器(50),材料供应单元(80)以及第一,第二和第三移动机构(40,60,70,150)的涂覆设备(10)。 施加器(50)包括弯月形支柱形成部分(57),该弯月形支柱形成部分(57)被配置成与将被涂覆的物体(20)的待涂覆的表面(21)一起形成材料的弯月形支柱,并且凹部(52,55 )相对于其周围凹陷。 材料供应单元(80)将材料(M)供应到涂抹器(50)。 第一移动机构(40)沿着表面(21)相对于表面(21)移动施用器的位置(50)。 第二移动机构(70,150)使施加器(50)相对于表面(21)的位置移动,使得表面和凹部(52,55)之间的弯月形柱。 第三移动机构60使敷贴器50的位置相对地朝向和远离表面21移动。