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    • 4. 发明授权
    • Reversible child resistant closure
    • 可逆的儿童抵抗闭合
    • US07124904B1
    • 2006-10-24
    • US10814085
    • 2004-03-31
    • David MiceliJoseph Miceli
    • David MiceliJoseph Miceli
    • B65D41/02
    • B65D50/041B65D41/0492
    • A reversible child resistant closure system including a closure and container a container having a neck portion, an engaging means and an axis extending therethrough about which the closure is rotatable. The closure has a child resistant mode when applied to the container in a first child resistant position and has a non-child resistant mode when applied to the container in a second non-child resistant position. The closure includes an outer cap and an inner cap. The inner cap is coaxially positioned and nested within the outer cap and is axially movable between the first child resistant engaging means and the bottom edge of the outer cap such that the plurality of angular abutment surfaces of the inner cap engage the series of angular abutments of the outer cap upon rotation of the outer cap to rotates the inner cap in a closing direction.
    • 一种可反转的儿童保护闭合系统,包括封闭物和容器,具有颈部的容器,接合装置和延伸穿过其中的所述封闭件可旋转的轴。 当在第一个防止儿童的位置施加到容器时,该封闭件具有儿童抵抗模式,并且在第二个非儿童抵抗位置上施加到容器时具有非儿童抵抗模式。 封闭件包括外盖和内盖。 所述内盖同轴地定位并嵌套在所述外盖内,并且在所述第一防儿子接合装置和所述外盖的底部边缘之间可轴向移动,使得所述内盖的所述多个角接合表面接合所述内盖的一系列角接合 所述外盖在所述外盖旋转时使所述内盖沿关闭方向旋转。
    • 5. 发明授权
    • Shellable child resistant closure container with positive lock mechanism
    • 具有正锁定机构的可剥离儿童防护闭合容器
    • US07111746B2
    • 2006-09-26
    • US10753971
    • 2004-01-08
    • David A. MiceliJoseph Miceli
    • David A. MiceliJoseph Miceli
    • B65D55/02
    • B65D50/041B65D2203/00
    • A shellable, positively lockable, child resistant closure and container includes a pair of nested inner and outer caps designed to be purposefully shellable for use in its non-child resistant mode. The inner cap is coaxially positioned and nested within the outer cap such that a row of angular abutments of the inner cap engage a row of angular abutments of the outer cap upon rotation of the outer cap in a closing direction, and upon rotation of the outer cap in an opening direction, without a concomitant axial force, the respective angular abutments cam over and past each other to prevent rotation of the inner cap. Additionally, the inner cap contains a positive locking device for engagement with a complementary locking device on the neck of the container.
    • 可开封,可锁定,防儿童的关闭和容器包括一对嵌套的内盖和外盖,设计用于非儿童防护模式。 所述内盖同轴地定位并嵌套在所述外盖内,使得当所述外盖在关闭方向旋转时,所述内盖的一排角向邻接部接合所述外盖的一排角接合部,并且在外盖旋转时 在没有伴随的轴向力的情况下,打开方向上的帽盖,相应的角接触凸起并且彼此越过,以防止内盖的旋转。 此外,内盖包含用于与容器的颈部上的互补锁定装置接合的正锁定装置。
    • 7. 发明授权
    • Two piece reversible child resistant closure
    • 两片可逆的儿童抵抗闭合
    • US07000789B2
    • 2006-02-21
    • US10356493
    • 2003-02-03
    • David A. MiceliJoseph Miceli
    • David A. MiceliJoseph Miceli
    • B65D50/04
    • B65D50/041B65D41/0471
    • A reversible child-resistant closure system including a closure and container. The closure has a child resistant mode when applied to the container in a first child-resistant position and has a non-child resistant mode when applied to the container in a second non-child resistant position. The closure includes an outer cap and an inner cap. The inner cap is coaxially positioned and nested within the outer cap such that a plurality of angular abutment surfaces of the inner cap engage a series of angular abutments of the outer cap upon rotation of the outer cap to rotate the inner cap in a closing direction. However, upon rotation of the outer cap member in an opening direction in the absence of an axial force, the angular abutment surfaces of the inner cap cam over and past the series of angular abutments of the outer cap, preventing rotation of the inner cap.
    • 一种可逆的防儿童关闭系统,包括封闭物和容器。 当在第一个防止儿童的位置施加到容器时,该封闭件具有儿童抵抗模式,并且在第二个非儿童抵抗的位置施加到容器时具有非儿童抵抗模式。 封闭件包括外盖和内盖。 所述内盖同轴地定位并嵌套在所述外盖内,使得当所述外盖旋转时,所述内盖的多个角接合表面接合所述外盖的一系列角接合部,以沿着关闭方向旋转所述内盖。 然而,当外盖构件在不存在轴向力的情况下在打开方向旋转时,内盖凸轮的角度邻接表面在外盖的一系列角接合件之上并且经过该外盖的一系列角接合件,防止内盖旋转。
    • 9. 发明授权
    • Wafer processing techniques for near field magneto-optical head
    • 近场磁光头的晶片处理技术
    • US6094803A
    • 2000-08-01
    • US234615
    • 1999-01-21
    • Carl CarlsonJoseph MiceliHong ChenChuan HeCharles C. ChengRoss W Stovall
    • Carl CarlsonJoseph MiceliHong ChenChuan HeCharles C. ChengRoss W Stovall
    • G11B7/135G11B7/22G11B11/105H01F41/02
    • G11B7/1387G11B11/10536G11B11/10554G11B7/22G11B11/1058Y10T29/4902Y10T29/49041
    • A method of making and self-aligning a disk data storage read/write head that uses a catadioptric focusing device (or lens) having a high numerical aperture (NA), which does not introduce significant spot aberration on a storage medium. The manufacturing process of the head is carried out at a wafer level, and is facilitated significantly by the flatness of the focusing device. An exemplary manufacturing process is implemented as follows: A lens coil/plate is formed by molding a flat optical substrate to form the desired lens shapes. Coil cavities or depressions are formed simultaneously with the lens to accommodate a coil. Conductive plugs are formed in proximity to cutting lines for wire bonding attachment to the coil. A slider wafer is formed and bonded to the lens/coil wafer. Coils and pedestals are also formed on the lens/coil plate using thin-film processing techniques, and reflective surfaces are deposited on the bottom surface of the substrate, opposite the lens. The focusing device includes an incident surface, a reflective surface, a focal pedestal, and a body. The incident surface is generally flat and is comprised of a central diffractive, optically transmissive surface and a peripheral reflector. The peripheral reflector is comprised of a reflective-diffractive surface, or alternatively, a reflective-kinoform phase profile.
    • 一种制造和自对准使用具有高数值孔径(NA)的反折射聚焦装置(或透镜)的盘数据存储读/写头的方法,其不会在存储介质上引入显着的像差。 头的制造过程在晶片级进行,并且由于聚焦装置的平坦度而显着地促进。 示例性制造过程如下实现:透镜线圈/板通过模制平面光学基板以形成所需的透镜形状而形成。 线圈腔或凹陷部与透镜同时形成以容纳线圈。 导电插塞形成在切割线附近,用于引线接合附接到线圈。 滑块晶片形成并结合到透镜/线圈晶片。 使用薄膜处理技术也在透镜/线圈板上形成线圈和基座,并且反射表面沉积在与透镜相对的基板的底表面上。 聚焦装置包括入射表面,反射表面,焦点基座和主体。 入射表面通常是平坦的,并且由中心衍射,光学透射表面和外围反射器组成。 外围反射器由反射衍射表面或者反射型kinoform相位轮廓构成。