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    • 62. 发明授权
    • Method for forming a band seal on a capsule
    • 在胶囊上形成带密封的方法
    • US5930984A
    • 1999-08-03
    • US919222
    • 1997-08-28
    • Yoshihiro FuruyaTakao EnomotoKoji SatoTaiichi Mizuta
    • Yoshihiro FuruyaTakao EnomotoKoji SatoTaiichi Mizuta
    • A61J3/07B65B7/28
    • A61J3/072Y10S53/90
    • A band seal is formed between a body and a cap of a capsule by fitting the cap on the body, and applying a gelatin-base sealant at least one time in the form of a band spanning the cap and the body. Band sealing is carried out by at least one of the following steps (A) to (E): the step (A) of applying the sealant at a temperature of 30-40.degree. C. at least when the sealant is first applied, the step (B) of applying the sealant at a viscosity of 50-200 centipoises at 50.degree. C. at least when the sealant is first applied, the step (C) of after the sealant is applied, blowing cold air at a temperature of up to 10.degree. C. to the band seal to cool the band seal below 10.degree. C., the step (D) of reducing the joint distance between the body and the cap shorter than the standard capsule length, and the step (E) of applying the sealant to only an edge adjacent portion of the cap surface when the sealant is first applied. The invention prevents bubbles from generating in the band seal.
    • 通过将盖子装配在主体上,在主体和胶囊的盖子之间形成带密封件,并且以跨越盖体和主体的带形式至少一次施加明胶基密封剂。 带密封通过以下步骤(A)至(E)中的至少一个进行:至少在首先施加密封剂时在30-40℃的温度下施加密封剂的步骤(A), 至少在首先施加密封剂时,至少在密封剂施加之后,在50℃下以50-200厘泊的粘度施加密封剂的步骤(B),施加密封剂之后的步骤(C),在上升的温度下吹入冷空气 至10℃,将带密封件冷却到10℃以下,将本体与盖体之间的接合距离减小的步骤(D)比标准胶囊长度短,步骤(E)为 当首先施加密封剂时,将密封剂施加到盖表面的相邻边缘部分。 本发明防止气泡在带状密封中产生。
    • 65. 发明授权
    • Drive apparatus for zoom lens barrel
    • 变焦镜头驱动装置
    • US5886830A
    • 1999-03-23
    • US987082
    • 1997-12-09
    • Masahiro OonoHisao IwanadeNoboru SaitohKoji SatoSukenori ShibaTatsuya YoshidaNobuyuki Nagai
    • Masahiro OonoHisao IwanadeNoboru SaitohKoji SatoSukenori ShibaTatsuya YoshidaNobuyuki Nagai
    • G02B7/04G02B7/08G02B7/10H04N5/225G02B15/14
    • G02B7/10
    • A drive apparatus for a zoom lens barrel having at least two movable lens groups, one of which is used also as a focusing lens group, comprising a pair of lens frames which respectively hold the two movable lens groups, a pair of driven pins which are integrally provided on the lens frames, a drive cam plate which is provided with a pair of cam surfaces which engage with the corresponding driven pins and which is rotatable about an axis, a drive mechanism which includes a motor for driving the drive cam plate, and a detection mechanism which detects the angular position of the drive cam plate. One of the cam surfaces that corresponds to the movable lens group, other than the focusing lens group, is defined by a stepped cam surface having discrete sections which are adapted to set the focal length discretely, so that no movement of the movable lens group takes place in the range of the angular position of the drive cam plate corresponding to the discrete sections. The other cam surface that corresponds to the movable lens group that functions not only as the zooming lens group but also as the focusing lens group is defined by a continuous cam surface which is adapted to move the movable lens group continuously when the drive cam plate is rotated in accordance with the object distance. The stop position of the drive cam plate during the zooming operation and the angular position of the drive cam plate during the focusing operation is controlled by the detection mechanism of the angular position of the drive cam plate.
    • 一种用于变焦透镜镜筒的驱动装置,具有至少两个可移动透镜组,其中一个也用作聚焦透镜组,包括分别保持两个可移动透镜组的一对透镜框,一对驱动销, 一体地设置在透镜框上的驱动凸轮板,其具有与相应的从动销接合的一对凸轮表面,其可绕轴线转动;驱动机构,包括用于驱动驱动凸轮板的马达,以及 检测驱动凸轮板的角位置的检测机构。 对应于可移动透镜组的除了聚焦透镜组之外的一个凸轮表面由具有离散部分的阶梯凸轮表面限定,该分离部分适于设置离散的焦距,使得可移动透镜组的移动不会 位于对应于离散部分的驱动凸轮板的角位置的范围内。 对应于可移动透镜组的另一个凸轮表面,其不仅作为变焦透镜组而且用作聚焦透镜组,由连续凸轮表面限定,该连续凸轮表面适于在驱动凸轮板为 根据物体距离旋转。 在变焦操作期间驱动凸轮板的停止位置和在聚焦操作期间驱动凸轮板的角位置由驱动凸轮板的角位置的检测机构控制。
    • 67. 发明授权
    • KTP solid solution single crystals and process for the production thereof
    • KTP固溶体单晶及其制备方法
    • US5788764A
    • 1998-08-04
    • US587975
    • 1996-01-17
    • Koji Sato
    • Koji Sato
    • C30B21/06C30B15/00C30B29/14G02F1/355C30B15/04
    • C30B15/00C30B29/14G02F1/3553
    • Disclosed are a process for the production of solid solution single crystals of KTiOPO.sub.4 wherein a part or all of at least one of the elements, K, Ti and P is substituted with one or more other elements, which comprises moving a grown part(s) of crystal(s) to outside of a melt for the crystal growth while maintaining contact of a growing part(s) of the crystal(s) with said melt to obtain the above solid solution single crystals, wherein the moving is carried out while maintaining the temperature of the melt substantially constant and maintaining said melt at a substantially constant composition at which the solid solution single crystal(s) with the desired composition is precipitated at the above maintained temperature and a solid solution single crystal of KTiOPO4 wherein a part or all of at least one of the elements, K, Ti and P is substituted with one or more other elements and its composition is substantially homogeneous within its cubic portions of a side length of 1 cm.
    • 公开了一种生产KTiOPO4的固溶单晶的方法,其中K,Ti和P中的至少一种元素的一部分或全部被一个或多个其它元素取代,其中包括移动生长部分, 的晶体在熔体外部进行晶体生长,同时保持晶体的生长部分与所述熔体的接触,以获得上述固溶体单晶,其中移动在维持下进行 熔体的温度基本恒定,并将所述熔体保持在基本上恒定的组成,其中具有所需组成的固溶体单晶在上述维持的温度下沉淀,并将KTiOPO4的固溶单晶析出,其中部分或全部 的至少一种元素K,Ti和P被一种或多种其它元素取代,并且其组成在其1cm长度的立方体部分内基本上是均匀的。