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    • 1. 发明授权
    • Cam mechanism for lens barrel
    • 镜筒的凸轮机构
    • US06906871B2
    • 2005-06-14
    • US10731474
    • 2003-12-10
    • Hitoshi TanakaTakamitsu SasakiKunihiko Shimizu
    • Hitoshi TanakaTakamitsu SasakiKunihiko Shimizu
    • G02B7/04G02B7/10G02B15/14
    • G02B15/14G02B7/102
    • A cam mechanism for a lens barrel includes an annular member which is linearly guided along an optical axis, and having a cam follower on an outer peripheral surface; a cam ring having a cam groove on an inner peripheral surface including a photographing section and an accommodation section, the cam follower being engaged in the cam groove; and a biasing device for biasing the annular member forward to normally press the cam follower against a front cam surface in the cam groove. A rear end portion of the cam groove is open at a rear end surface of the cam ring to serve as the accommodation section, and the cam follower is disengageable from the front cam surface in the cam groove against a biasing force of the biasing device when the cam follower is engaged in the accommodation section.
    • 用于透镜镜筒的凸轮机构包括沿着光轴线性地引导并且在外周面上具有凸轮从动件的环形构件; 凸轮环,其在包括拍摄部分和收纳部分的内周表面上具有凸轮槽,所述凸轮从动件接合在所述凸轮槽中; 以及偏置装置,用于向前偏压环形构件,以正常地将凸轮从动件抵靠在凸轮槽中的前凸轮表面。 所述凸轮槽的后端部在所述凸轮环的后端面开口,以作为所述容纳部,并且所述凸轮从动件抵抗所述偏置装置的偏置力而与所述凸轮槽的前凸轮面脱离接触, 凸轮从动件接合在容纳部中。
    • 2. 发明授权
    • Step-zoom lens
    • 分步变焦镜头
    • US06940658B2
    • 2005-09-06
    • US10731473
    • 2003-12-10
    • Hitoshi TanakaTakamitsu SasakiKunihiko Shimizu
    • Hitoshi TanakaTakamitsu SasakiKunihiko Shimizu
    • G02B7/04G02B7/02G02B7/10G02B15/14
    • G02B7/021G02B7/10
    • A step-zoom lens includes two movable lens groups; a lens group support unit; and a cam ring having a cam groove. The cam groove includes a finite number of focal-length steps, so as to perform a focusing operation between infinite and closest photographing positions at each focal-length step. The cam groove includes a wide-angle mode section, a telephoto mode section, and a mode switching section. The closest photographing positions in two adjacent focal-length steps and the infinite photographing positions in two adjacent focal-length steps are adjacent to each other, respectively. One focal-length step of the infinite photographing position at a longest focal length in the wide-angle mode section is provided at one end of the mode switching section, and another focal-length step of the infinite photographing position at a shortest focal length in the telephoto mode section is provided at the other end.
    • 步进变焦镜头包括两个可移动透镜组; 镜头组支持单元; 以及具有凸轮槽的凸轮环。 凸轮槽包括有限数量的焦距步长,以便在每个焦距步长处在无限和最近拍摄位置之间进行聚焦操作。 凸轮槽包括广角模式部分,长焦模式部分和模式切换部分。 两个相邻焦距步长中最接近的拍摄位置和两个相邻焦距步长中的无限拍摄位置分别相邻。 在模式切换部分的一端设置广角模式部分中最长焦距处的无限拍摄位置的一个焦距步长,并且在最短焦距处的无限拍摄位置的另一焦距步长 在另一端设置长焦模式部分。
    • 3. 发明授权
    • Light shielding structure of an optical device
    • 光学装置的遮光结构
    • US07835088B2
    • 2010-11-16
    • US12369231
    • 2009-02-11
    • Hiroshi NomuraTakamitsu SasakiKazunori IshizukaKunihiko Shimizu
    • Hiroshi NomuraTakamitsu SasakiKazunori IshizukaKunihiko Shimizu
    • G02B9/00
    • G02B7/102
    • A light shielding structure of an optical device, includes a plurality of optical elements arranged at different positions in an optical axis direction. The light shielding structure includes at least one annular light shielding member positioned between two of the optical elements to shield harmful light, and a plurality of springs held between the two optical elements to be resiliently deformable in the optical axis direction. The springs include at least two springs, one of which is held between one of the two optical elements and the annular light shielding member while the other of the two springs is held between the other of the two optical elements and the annular light shielding member. The annular light shielding member is supported between the two optical elements in a balanced state between the spring forces of the plurality of springs.
    • 光学装置的遮光结构包括沿光轴方向布置在不同位置的多个光学元件。 光屏蔽结构包括位于两个光学元件之间以屏蔽有害光的至少一个环形遮光构件,以及保持在两个光学元件之间以在光轴方向上可弹性变形的多个弹簧。 弹簧包括至少两个弹簧,其中一个弹簧保持在两个光学元件中的一个和环形遮光构件之间,而两个弹簧中的另一个固定在两个光学元件中的另一个和环形遮光构件之间。 环形遮光部件在多个弹簧的弹簧力之间的平衡状态下支撑在两个光学元件之间。
    • 9. 发明授权
    • Fabrication method of solid electrolytic capacitor
    • 固体电解电容器的制作方法
    • US06464738B1
    • 2002-10-15
    • US09676532
    • 2000-10-02
    • Kunihiko ShimizuKatsuhiro YoshidaToshihiko Nishiyama
    • Kunihiko ShimizuKatsuhiro YoshidaToshihiko Nishiyama
    • H01G900
    • H01G9/0036H01G9/025H01G9/028H01G11/48H01G11/56Y02E60/13Y10T29/417
    • On the porous surface of valve metal, an anodically-oxide film of the valve metal is formed and, after that, a conducting polymer layer is formed on the oxide film. Subsequently, the conducting polymer layer is dried and, after that, the anodically-oxide film of the valve metal is reformed. As mentioned above, the water content in the conducting polymer layer is reduced by drying and, after that, the anodically-oxide film of the valve metal is reformed, so that a peroxidative reaction with moisture in the conducting polymer layer in the reformation can be suppressed and an excessive insulation of the conducting polymer layer can be prevented. Consequently, there can be obtained a solid electrolytic capacitor in which an increase in equivalent series resistance is prevented and the conducting polymer layer is made of a solid electrolyte.
    • 在阀金属的多孔表面上形成阀金属的阳极氧化膜,之后在氧化膜上形成导电性聚合物层。 随后,将导电聚合物层干燥,然后重新形成阀金属的阳极氧化膜。 如上所述,导电聚合物层中的含水量通过干燥而降低,之后,将金属的阳极氧化膜重新形成,从而与导电性聚合物层中的水分在过渡反应中的过氧化反应可以是 可以防止导电性聚合物层过度绝缘。 因此,可以获得其中防止等效串联电阻增加并且导电聚合物层由固体电解质制成的固体电解电容器。
    • 10. 发明授权
    • Radial tire with reinforcing layer in bead region
    • 胎圈区域带有加强层的径向轮胎
    • US5117888A
    • 1992-06-02
    • US352402
    • 1989-05-16
    • Kunihiko Shimizu
    • Kunihiko Shimizu
    • B60C15/00B60C15/06
    • B60C15/00B60C15/06Y10T152/10837Y10T152/10864
    • A radial tire including at least one carcass layer extending from one of a pair of bead cores to the other bead core and composed of cords arranged radially of the tire, a belt layer provided over the crown portion of the carcass layer radially outwardly of the tire, and a bead filter rubber portion positioned on each bead core and extending radially outwardly of the tire, the carcass layer having opposite ends folded over the respective bead cores from the bead toe side toward the bead heel side, forming return portions, at least one of the return ends portion being positioned radially outwardly of the radial outer end of the bead filler rubber portion. The tire has a reinforcing layer of organic fiber having a bias angle of 40 to 60 degrees and adhered to the inner side of the bead filter rubber portion, the reinforcing layer extending along the filler rubber portion from a position radially inwardly of the bead core, and a rubber cushion having 0.5 to 1.0 times the gauge of the carcass layer and provided between the carcass folded portion and an abrasion rubber member adjacent a rim flange, the rubber cushion extending along the bead filler portion.
    • 一种子午线轮胎,包括至少一个胎体层,胎体层从一对胎圈芯中的一个延伸到另一个胎圈芯,并且由沿轮胎径向布置的帘线构成;带层,设置在轮胎径向外侧的胎体层的胎冠部分之上 以及位于每个胎圈芯上并且沿轮胎径向向外延伸的胎圈过滤器橡胶部分,所述胎体层具有相对的端部,从胎圈趾部侧朝向胎缘跟部侧折叠在相应的胎圈芯上,形成返回部分,至少一个 所述返回端部位于所述胎圈填充橡胶部分的径向外端的径向外侧。 轮胎具有偏置角度为40度〜60度的有机纤维的增强层,并且附着在胎圈过滤器橡胶部的内侧,增强层从胎圈芯的径向内侧的位置沿着填充橡胶部延伸, 以及橡胶垫,其具有胎体层的规格的0.5-1.0倍,并且设置在胎体折叠部分和邻近边缘凸缘的磨损橡胶构件之间,橡胶垫沿着胎圈填充部分延伸。