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    • 1. 发明授权
    • Dry cleaning vessel door opening apparatus with self-aligning and reduced stress locking lugs
    • 干洗容器开门装置,具有自动对准和减小的应力锁定凸耳
    • US06233980B1
    • 2001-05-22
    • US09338591
    • 1999-06-23
    • Andrew F. KeglerStephen L. HarrisGregory L. MalchowCharles Becht
    • Andrew F. KeglerStephen L. HarrisGregory L. MalchowCharles Becht
    • D06F4302
    • D06F43/02
    • A liquified gas dry-cleaning machine having a cleaning vessel with a chamber for containing a wash bath and items to be cleaned, a removable door for sealing the cleaning chamber during a dry-cleaning operation, and a locking ring for retaining the door in closed position. A door opening and closing apparatus is provided which includes a pivot frame for moving the door in an arced path of movement into and out of closed position with the cleaning vessel. The door and locking ring have respective locking lugs with a specifically designed geometry for enabling arced movement of the door into and out of the closed position and for centering the door in aligned relation to the cleaning chamber as an incident to such movement. The locking lugs further have mating locking surfaces designed for point contact in a manner that minimizes stress concentrations at n the roots of the locking ring lugs.
    • 一种具有清洁容器的液化气体干洗机,其具有用于容纳洗涤槽的室和待清洁的物品,用于在干洗操作期间密封清洁室的可拆卸门和用于将门保持在闭合状态的锁定环 位置。 提供了一种门打开和关闭装置,其包括枢转框架,所述枢转框架用于利用清洁容器将门运动进入和离开关闭位置的弧形路径中移动。 门和锁定环具有相应的锁定凸耳,其具有专门设计的几何形状,用于使门能够进入和离开关闭位置并使门与清洁室对准,以作为这种运动的事件。 锁定凸耳还具有设计用于点接触的配合锁定表面,使得最小化锁定环凸耳的根部处的应力集中。
    • 3. 发明授权
    • Liquified gas dry-cleaning vessel with self-contained front access lint panel
    • 液化气干燥容器,配有独立的前进绒面板
    • US06237373B1
    • 2001-05-29
    • US09338653
    • 1999-06-23
    • Stephen L. HarrisAndrew F. KeglerGregory L. Malchow
    • Stephen L. HarrisAndrew F. KeglerGregory L. Malchow
    • D06F4302
    • D06F43/02
    • A liquified gas dry-cleaning system having a cleaning vessel, a rotary basket supported within the cleaning vessel for containing items during cleaning, and a door movable between a closed position sealing the cleaning vessel and an open position for permitting access to the rotary basket and items contained therein. A lint filter is mounted within the cleaning vessel for removing lint and other course particulate matter from the liquified gas wash bath as it is drained from the cleaning vessel following a dry-cleaning cycle. The lint filter has a filter surface which is disposed under a front entry opening of the basket for easy access and manual cleaning each time the cleaning vessel door is opened and items are removed from the basket following a cleaning cycle.
    • 一种具有清洁容器的液化气体干洗系统,在清洁容器内支撑用于在清洁期间容纳物品的旋转篮,以及可在密封清洁容器的关闭位置和允许进入旋转筐的打开位置之间移动的门, 其中包含的物品。 在清洁容器中安装棉绒过滤器,用于在干洗循环之后从清洁容器中排出的液体气体洗涤槽中去除棉绒和其它过程的颗粒物质。 棉绒过滤器具有过滤器表面,其布置在篮子的前进入开口下方,以便每次清洁容器门打开并且在清洁循环之后将物品从篮子中取出以便于进入和手动清洁。
    • 4. 发明授权
    • Bearing mounting structure with reduced dimensional requirements
    • 轴承安装结构,尺寸要求较低
    • US5931585A
    • 1999-08-03
    • US861144
    • 1997-05-21
    • Gregory L. MalchowSteve B. Schwartzkopf
    • Gregory L. MalchowSteve B. Schwartzkopf
    • F16C25/08F16C35/04F16C19/06
    • F16C35/042F16C25/083F16C19/06Y10T29/49696Y10T29/49995
    • A bearing system for mounting a rotating shaft includes a bearing assembly and a bearing mounting structure. The bearing assembly has an inner race which contacts the rotating shaft, an outer race, and bearing elements positioned therebetween. The outer race has an exterior surface with an outer dimension. The bearing mounting structure has a region for affixing it to an external structure in which the bearing system is to function. An internal surface of the bearing mounting structure defines a bearing cavity in which the bearing assembly is to be disposed. The internal surface engages the exterior surface of the outer race. The retention force exerted by the internal surface on the outer surface is determined by the design of the inner surface of the bearing mounting structure that defines the bearing cavity. The internal surface has cut-outs, or scallops, extending axially (with respect to the shaft) along the internal surface. Furthermore, the internal surface is slightly pre-angled inwardly toward the shaft prior to the installation of the bearing assembly. As the installation of the bearing assembly occurs, the internal surface flexes outwardly as the spring action due to the pre-angle provides the requisite retention force. The amount of retention force for a given material with a known thickness depends on the geometry of the cut-outs on the internal surface and the pre-angle. Because the retention force associated with the spring action is a function of known variables, a bearing mounting structure can be designed for a specific retention force by selecting the variables to produce the retention force.
    • 用于安装旋转轴的轴承系统包括轴承组件和轴承安装结构。 轴承组件具有与旋转轴接触的内圈,外圈和位于其间的轴承元件。 外圈具有外部外表面。 轴承安装结构具有将其固定到轴承系统要起作用的外部结构的区域。 轴承安装结构的内表面限定了轴承腔,轴承组件将在该轴承腔中设置。 内表面接合外圈的外表面。 由内表面施加在外表面上的保持力由限定轴承腔的轴承安装结构的内表面的设计决定。 内表面具有沿着内表面轴向(相对于轴)延伸的切口或扇贝。 此外,在安装轴承组件之前,内表面向内朝向轴稍微倾斜。 当轴承组件的安装发生时,由于预角度的弹簧作用提供必要的保持力,内表面向外弯曲。 具有已知厚度的给定材料的保持力的量取决于内表面上的切口的几何形状和预角度。 由于与弹簧作用相关联的保持力是已知变量的函数,所以可以通过选择变量来产生保持力来设计轴承安装结构,用于特定的保持力。
    • 5. 发明授权
    • Liquified gas dry-cleaning machine with improved agitation system
    • 液化气干燥机,搅拌系统改善
    • US06360392B1
    • 2002-03-26
    • US09338292
    • 1999-06-23
    • Gregory L. Malchow
    • Gregory L. Malchow
    • D06B102
    • D06F43/02
    • A liquified gas dry-cleaning system having a pressure vessel for containing a liquid wash bath and a perforated basket rotatably supported within the pressure vessel for containing items during cleaning. For enhancing cleaning and the removal of solid particulate matter on the items to be cleaned, the basket has a plurality of radial mixing baffles fixed to the periphery of the rotary basket and a plurality of gas jet manifolds fixed to the baffles which are operable for directing pressurized jet streams of liquified gas into the basket for agitating the contained items and wash bath simultaneously with physical agitation by the mixing baffles. The dry-cleaning system has a successively operated air purge cycle prior to a dry cleaning cycle, which includes sealing the pressure chamber, introducing a gaseous form of the liquified gas which makes up the wash bath, rotating the basket so that items contained therein are turned and flexed to release at least a portion of any contained air therein, and venting the introduced gas and released air from the pressure vessel.
    • 一种液化气体干洗系统,其具有用于容纳液体洗涤槽的压力容器和可旋转地支撑在压力容器内的多孔篮,用于在清洁期间容纳物品。 为了增强清洁和清除待清洁物品上的固体颗粒物质,筐具有多个固定在旋转筐周边的径向混合挡板和固定在挡板上的多个气体喷射歧管,其可操作用于引导 将液化气体的加压喷射流进入篮中,用于搅拌所含物品并同时洗涤浴,同时通过混合挡板进行物理搅拌。 干洗系统在干洗循环之前具有连续操作的空气净化循环,其包括密封压力室,引入构成洗涤槽的气态形式的液化气体,使篮子旋转,使其中包含的物品为 转动并弯曲以释放其中的任何所含空气的至少一部分,并且将引入的气体排出并从压力容器释放出空气。
    • 6. 发明授权
    • Liquified gas dry-cleaning machine with convertible installation configuration
    • 液化气干燥机具有可转换安装配置
    • US06334340B1
    • 2002-01-01
    • US09415906
    • 1999-10-08
    • Andrew F. KeglerGregory L. MalchowStephen L. Harris
    • Andrew F. KeglerGregory L. MalchowStephen L. Harris
    • D06B2320
    • D06F43/00
    • A liquified gas dry cleaning system is provided which includes a cleaning vessel for containing a pressurized cleaning fluid and a storage tank for receiving and storing a cleaning fluid supply. The system also includes a cleaning fluid recovery still for separating contaminants from the cleaning fluid along with a filtration system for filtering contaminants from the cleaning fluid. A purge tank for receiving gaseous cleaning fluid which is in fluid communication with the cleaning vessel is also provided. The cleaning vessel, storage tank, purge tank, solvent recovery still and filtration system are arranged in a plurality of modules. The modules are in fluid communication with each other through a fluid line for carrying liquified cleaning fluid and a gas line for carrying gaseous cleaning fluid. The fluid line and gas line each include a respective junction for permitting separation of the modules. The fluid line junction and the gas line junction are disposed and configured such that the modules can be assembled in different configurations without any requiring any rerouting of the liquid and gas lines.
    • 提供了一种液化气体干洗系统,其包括用于容纳加压清洗流体的清洁容器和用于接收和储存清洗液供应的储罐。 该系统还包括仍然用于从清洁流体分离污染物的清洁液回收以及用于从清洁流体中过滤污染物的过滤系统。 还提供了用于接收与清洁容器流体连通的气体清洁流体的净化罐。 清洗容器,储罐,净化罐,溶剂回收静止和过滤系统布置在多个模块中。 模块通过用于运送液化清洁流体的流体管线和用于承载气体清洁流体的气体管线彼此流体连通。 流体管线和气体管线各自包括用于允许模块分离的相应连接点。 流体管线接头和气体管线接头被设置和构造成使得可以以不同的构造组装模块,而不需要任何液体和气体管线的重新布线。
    • 7. 发明授权
    • High pressure cleaning vessel with a space saving door opening/closing apparatus
    • 高压清洗容器,具有节省空间的开门/关闭装置
    • US06237374B1
    • 2001-05-29
    • US09338590
    • 1999-06-23
    • Gregory L. MalchowAndrew KeglerStephen L. Harris
    • Gregory L. MalchowAndrew KeglerStephen L. Harris
    • D06F4302
    • D06F43/02D06F39/14G06F9/3848
    • A liquified gas dry-cleaning machine having a cleaning vessel with a chamber for containing a wash bath and items to be cleaned and a removable door for sealing the cleaning chamber during a dry-cleaning operation. The dry-cleaning machine has a door opening and closing apparatus which includes a pivot frame for moving the door outwardly from the cleaning vessel in an arced path of movement, and a slide for lowering the door on the pivot frame in a linear path of movement to a position below the level of the cleaning vessel. Reverse movement of the pivot frame thereupon positions the door in a tucked stored position at the same axial location with respect to the cleaning vessel as when the door is closed so as not to impede access to the cleaning chamber nor increase the axial reach of an operator necessary for removing items from the chamber. The door opening and closing apparatus further includes a protective plate which is carried by the pivot frame and is movable between a raised position for protecting operating personnel during door opening and closing operations and a lower position for permitting access to the cleaning chamber following a door opening operation.
    • 一种具有清洁容器的液化气体干洗机,其具有用于容纳洗涤液的室和待清洁的物品,以及用于在干洗操作期间密封清洁室的可拆卸门。 该干洗机具有一个门打开和关闭装置,该门打开和关闭装置包括一个枢转框架,该枢轴框架用于沿着一个弧形运动路径从清洁容器向外移动门;以及一个滑动件,用于在一个线性运动路径上降低枢轴框架上的门 到清洁容器的水平以下的位置。 枢轴框架的反向运动随后将门定位在与清洁容器相同的轴向位置处的折叠存储位置,就像门被关闭时一样,以防止进入清洁室,也不增加操作者的轴向距离 从室中取出物品是必需的。 门打开和关闭装置还包括保护板,该保护板由枢转框架承载并且可在打开和关闭操作期间保护操作人员的升高位置和在门打开之后允许进入清洁室的下部位置移动 操作。
    • 8. 发明授权
    • Dry-cleaning machine with controlled agitation
    • 干洗机控制搅拌
    • US6012307A
    • 2000-01-11
    • US998399
    • 1997-12-24
    • Gregory L. Malchow
    • Gregory L. Malchow
    • D06F43/02B08B3/04
    • D06F43/02
    • A dry-cleaning system operable for selectively controlling agitation of items during cleaning, rinsing, and draining cycles. The dry-cleaning system includes a pressure vessel for containing a liquid gas dry-cleaning solvent and a rotary basket disposed within the vessel for containing items to be cleaned. Controlled agitation is achieved by the combination of (1) driving the basket by a directional, variable speed motor and (2) a simultaneously selectively operable gas jet system having a plurality of nozzles rotatable with the basket for directing pressurized jet streams into the liquid wash bath.
    • 干洗系统,其可操作用于在清洁,漂洗和排水循环期间选择性地控制物品的搅动。 干洗系统包括用于容纳液体气体干洗溶剂的压力容器和设置在容器内的用于容纳待清洁物品的旋转篮。 通过组合(1)通过方向式变速马达驱动篮子和(2)同时可选择性地操作的气体喷射系统来实现受控搅拌,该气体喷射系统具有可与篮子一起旋转的多个喷嘴,用于将加压的喷射流引导到液体洗涤 浴。
    • 10. 发明授权
    • Method of manufacturing a bearing mounting structure with reduced
dimensional requirements
    • 制造尺寸要求较低的轴承安装结构的方法
    • US6145199A
    • 2000-11-14
    • US339412
    • 1999-06-24
    • Gregory L. MalchowSteve B. Schwartzkopf
    • Gregory L. MalchowSteve B. Schwartzkopf
    • F16C25/08F16C35/04B21D53/10B23P17/00
    • F16C35/042F16C25/083F16C19/06Y10T29/49696Y10T29/49995
    • A bearing system for mounting a rotating shaft includes a bearing assembly and a bearing mounting structure. The bearing assembly has an inner race which contacts the rotating shaft, an outer race, and bearing elements positioned therebetween. The outer race has an exterior surface with an outer dimension. The bearing mounting structure has a region for affixing it to an external structure in which the bearing system is to function. An internal surface of the bearing mounting structure defines a bearing cavity in which the bearing assembly is to be disposed. The internal surface engages the exterior surface of the outer race. The retention force exerted by the internal surface on the outer surface is determined by the design of the inner surface of the bearing mounting structure that defines the bearing cavity. The internal surface has cut-outs, or scallops, extending axially (with respect to the shaft) along the internal surface. Furthermore, the internal surface is slightly pre-angled inwardly toward the shaft prior to the installation of the bearing assembly. As the installation of the bearing assembly occurs, the internal surface flexes outwardly as the spring action due to the pre-angle provides the requisite retention force. The amount of retention force for a given material with a known thickness depends on the geometry of the cut-outs on the internal surface and the pre-angle. Because the retention force associated with the spring action is a function of known variables, a bearing mounting structure can be designed for a specific retention force by selecting the variables to produce the retention force.
    • 用于安装旋转轴的轴承系统包括轴承组件和轴承安装结构。 轴承组件具有与旋转轴接触的内圈,外圈和位于其间的轴承元件。 外圈具有外部外表面。 轴承安装结构具有将其固定到轴承系统要起作用的外部结构的区域。 轴承安装结构的内表面限定了轴承腔,轴承组件将在该轴承腔中设置。 内表面接合外圈的外表面。 由内表面施加在外表面上的保持力由限定轴承腔的轴承安装结构的内表面的设计决定。 内表面具有沿着内表面轴向(相对于轴)延伸的切口或扇贝。 此外,在安装轴承组件之前,内表面向内朝向轴稍微倾斜。 当轴承组件的安装发生时,由于预角度的弹簧作用提供必要的保持力,内表面向外弯曲。 具有已知厚度的给定材料的保持力的量取决于内表面上的切口的几何形状和预角度。 由于与弹簧作用相关联的保持力是已知变量的函数,所以可以通过选择变量来产生保持力来设计轴承安装结构,用于特定的保持力。