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    • 6. 发明授权
    • Spill container with unfolding flexible compartment
    • 溢出容器与展开灵活的隔间
    • US5007557A
    • 1991-04-16
    • US495806
    • 1990-03-19
    • James Spence
    • James Spence
    • A01K63/00
    • A01K63/006Y10T137/5835
    • A spill container advantageously adapted for use in conjunction with a conventional aquarium is provided. The spill container comprises a receptacle for receiving leaking fluid, and a flexible water-proof compartment for receiving a flow of fluid from the receptacle. The receptacle comprises a containing wall defining a hollow fluid-trapping vessel, an inlet opening for receiving the leaking fluid, and an outlet opening connecting the receptacle to the flexible water-proof compartment. The flexible water-proof compartment comprises a base, a side wall and an inlet opening in fluid communication with the receptacle outlet opening, the flexible water-proof compartment storable in a retracted fluid-receiving position adjacent to the receptacle and extendibly responsive without human intervention to a fluid pressure exerted through the outlet opening by a fluid column in the receptacle, whereby the spill container is adapted to expandably accommodate an accidental leak of volume exceeding the fluid volume of the receptacle without spillover from the receptacle.
    • 提供了有利地适合与常规水族箱结合使用的溢出容器。 泄漏容器包括用于接收泄漏流体的容器和用于从容器接收流体流动的柔性防水隔室。 容器包括限定中空流体捕获容器的容纳壁,用于接收泄漏流体的入口开口和将容器连接到柔性防水室的出口。 柔性防水隔室包括底座,侧壁和与插座出口开口流体连通的入口开口,柔性防水隔间可存储在与容器相邻的缩回的流体接收位置,并且在没有人为干预的情况下可延伸响应 通过容器中的流体柱施加到出口开口的流体压力,由此溢出容器适于可膨胀地容纳超过容器的流体体积的意外泄漏,而不会从容器溢出。
    • 9. 发明申请
    • Trickle collection system and method, and electrophotographic system using the same
    • 涓流收集系统和方法,以及使用其的电子照相系统
    • US20070059044A1
    • 2007-03-15
    • US11224019
    • 2005-09-13
    • Todd PrestonRichard KalbJames SpenceRobert Pictor
    • Todd PrestonRichard KalbJames SpenceRobert Pictor
    • G03G15/08
    • G03G21/12G03G15/0844G03G21/105G03G2215/0872
    • A trickle collection system including a trickle port formed in a developer housing and communicating with the interior of the developer housing, and a trickle port housing communicating the trickle port with an external vacuum collection source. The trickle port may include an aperture having a variable cross-section, for controlling an amount of flow of trickle through the trickle port. The trickle collection system also may include an air infusion port communicating the interior of the trickle port housing with external air and providing infusion of an amount of external air into the trickle port housing sufficient to facilitate flow of trickle from the trickle port to the external vacuum collection system. An aperture of the air infusion port may be variable, such that the amount of air infusion may be varied in accordance with internal and/or external conditions. The trickle collection system further may include a toner emission manifold disposed below the developer housing, where the toner emission manifold includes a toner collection port that collects toner adjacent a developer transfer region of the developer housing, and where the trickle port housing communicates with the toner emission manifold at a location remote from the developer transfer region. The trickle collection system may include the vacuum collection system and/or the toner emission manifold. An electrophotographic system of the present disclosure includes a developer housing, a vacuum collection source, and a trickle collection system including a trickle port and a trickle port housing, where the trickle port communicates the interior of the developer housing with the trickle port housing, and the trickle port housing communicates the trickle port with the vacuum collection source.
    • 一种涓流收集系统,包括形成在显影剂外壳中并与显影剂外壳的内部连通的涓流端口,以及将涓流端口与外部真空收集源连通的涓流端口。 涓流端口可以包括具有可变横截面的孔,用于控制通过涓流端口的涓流流量。 涓流收集系统还可以包括将滴流口壳体的内部与外部空气相通的空气输入口,并且将足量的涓流流从涓流端口流到外部真空 收集系统。 空气输入端口的孔可以是可变的,使得空气输注的量可以根据内部和/或外部条件而变化。 涓流收集系统还可以包括设置在显影剂壳体下方的调色剂排放歧管,其中调色剂排放歧管包括收集邻近显影剂外壳的显影剂转移区域的调色剂的调色剂收集端口,并且其中滴流口壳体与调色剂连通 在远离显影剂转印区域的位置排出歧管。 滴流收集系统可以包括真空收集系统和/或调色剂排放歧管。 本公开的电子照相系统包括显影剂外壳,真空收集源和包括涓流端口和涓流端口外壳的涓流收集系统,其中涓流端口将显影剂外壳的内部与涓流端口外壳连通,以及 涓流端口壳体将涓流端口与真空收集源连通。
    • 10. 发明申请
    • Methods and systems for mounting an imaging media cartridge to a printer
    • 用于将成像介质盒安装到打印机的方法和系统
    • US20060291899A1
    • 2006-12-28
    • US11167256
    • 2005-06-28
    • Todd PrestonRichard KalbJames Spence
    • Todd PrestonRichard KalbJames Spence
    • G03G21/18
    • G03G21/185G03G2215/00544G03G2221/1684G03G2221/1869
    • A printing system that receives an imaging media cartridge includes a rail and a dock to install the imaging media cartridge. The imaging media cartridge includes a housing that has pivots along an alignment axis substantially parallel to the rail. The imaging media cartridge further includes a roller that slides along the rail, the roller being disposed on the housing. The imaging media cartridge also includes a bracket disposed on the housing. To insert the bracket into the dock, the housing rotates on the pivots. To further adjust the position of the imaging media cartridge in the xerographic system, the housing rotates along at least one axis substantially orthogonal to the alignment axis. The rail includes a support beam and a flange. The roller includes at least a pair of wheel housings, each wheel housing having a pair of tandem wheels that glide along the rail. The tandem wheels face each other and glide along the flange and between the support beam. The imaging media cartridge includes a pair of magazines that contains the pivots, with the pair of magazines being disposed in the pair of wheel housings. The bracket includes at least one wheel to glide into the dock.
    • 接收成像介质盒的打印系统包括轨道和坞站以安装成像介质盒。 成像介质盒包括具有基本上平行于轨道的对准轴线枢转的壳体。 成像介质盒还包括沿着轨道滑动的辊,辊设置在壳体上。 成像介质盒还包括设置在壳体上的支架。 要将支架插入底座,外壳将在枢轴上旋转。 为了进一步调整静电复印系统中的成像介质盒的位置,壳体沿着基本上垂直于对准轴线的至少一个轴线旋转。 轨道包括支撑梁和法兰。 滚子包括至少一对轮壳,每个轮壳具有沿轨道滑动的一对串联轮。 串联轮子彼此面对并沿着凸缘和支撑梁之间滑动。 成像介质盒包括一对包含枢轴的杂志,其中一对杂志设置在一对轮壳中。 支架包括至少一个滑轮进入码头。