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    • 1. 发明授权
    • Wet wipes container having a tear resistant lid
    • 具有防撕裂盖的湿巾容器
    • US06269970B1
    • 2001-08-07
    • US09565794
    • 2000-05-05
    • Yung Hsiang HuangRodney Carlton ChristiansonDouglas Bryan ColeStephen Bernard Studee
    • Yung Hsiang HuangRodney Carlton ChristiansonDouglas Bryan ColeStephen Bernard Studee
    • B65D4316
    • B65D43/164A47K2010/3266
    • A wet wipe container having improved opening and improved tear resistance between the lid and the base among other features. The container includes a container base and a container lid that is connected to the container base. In one embodiment, the container lid has a guide ridge that extends downward into the interior of the container. The guide ridge permits the container lid to be in a partially open position and provides better alignment between the container lid and the container base during closing of the container. In another embodiment, the container includes a closure that has an upwardly extending tongue projection, a flattened grip area and an assistive region to increase the ease with which the container can be opened. The invention also relates to a container having a more tear resistant container lid. The container lid has a hinge channel of a primary thickness. The hinge channel has two end regions that are of a secondary thickness that is greater than the primary thickness. The increased thickness of the end regions resists the tearing that can occur in the lid after repeated opening and closing of the container.
    • 一种湿擦拭容器,其具有改进的开口和改善盖和基座之间的抗撕裂性以及其它特征。 容器包括容器底座和连接到容器底座的容器盖。 在一个实施例中,容器盖具有向下延伸到容器内部的引导脊。 引导脊允许容器盖处于部分打开的位置,并且在容器闭合期间在容器盖和容器底座之间提供更好的对准。 在另一个实施例中,容器包括具有向上延伸的舌片突起,平坦的手柄区域和辅助区域的封闭件,以增加容器能够打开的容易程度。 本发明还涉及具有更耐撕裂的容器盖的容器。 容器盖具有初级厚度的铰链通道。 铰链通道具有二次厚度大于初始厚度的两个端部区域。 端部区域的增加的厚度抵抗在重复打开和关闭容器之后在盖子中可能发生的撕裂。
    • 3. 发明授权
    • Wet wipes container having an improved opening mechanism
    • 具有改进的打开机构的湿巾容器
    • US06401968B1
    • 2002-06-11
    • US09565969
    • 2000-05-05
    • Yung Hsiang HuangRodney Carlton ChristiansonDouglas Bryan ColeTammy Jo BalzarStephen Bernard Studee
    • Yung Hsiang HuangRodney Carlton ChristiansonDouglas Bryan ColeTammy Jo BalzarStephen Bernard Studee
    • B65D4316
    • B65D43/164B65D2251/1008
    • A wet wipe container having improved opening and improved tear resistance between the lid and the base among other features. The container includes a container base and a container lid that is connected to the container base. In one embodiment, the container lid has a guide ridge that extends downward into the interior of the container. The guide ridge permits the container lid to be in a partially open position and provides better alignment between the container lid and the container base during closing of the container. In another embodiment, the container includes a closure that has an upwardly extending tongue projection, a flattened grip area and an assistive region to increase the ease with which the container can be opened. The invention also relates to a container having a more tear resistant container lid. The container lid has a hinge channel of a primary thickness. The hinge channel has two end regions that are of a secondary thickness that is greater than the primary thickness. The increased thickness of the end regions resists the tearing that can occur in the lid after repeated opening and closing of the container.
    • 一种湿擦拭容器,其具有改进的开口和改善盖和基座之间的抗撕裂性以及其它特征。 容器包括容器底座和连接到容器底座的容器盖。 在一个实施例中,容器盖具有向下延伸到容器内部的引导脊。 引导脊允许容器盖处于部分打开的位置,并且在容器闭合期间在容器盖和容器底座之间提供更好的对准。 在另一个实施例中,容器包括具有向上延伸的舌片突起,平坦的手柄区域和辅助区域的封闭件,以增加容器能够打开的容易程度。 本发明还涉及具有更耐撕裂的容器盖的容器。 容器盖具有初级厚度的铰链通道。 铰链通道具有二次厚度大于初始厚度的两个端部区域。 端部区域的增加的厚度抵抗在重复打开和关闭容器之后在盖子中可能发生的撕裂。
    • 4. 发明授权
    • Wet wipes container with improved closure
    • 湿巾容器具有改进的封闭性
    • US06269969B1
    • 2001-08-07
    • US09565793
    • 2000-05-05
    • Yung Hsiang HuangRodney Carlton ChristiansonDouglas Bryan ColeTammy Jo BalzarStephen Bernard Studee
    • Yung Hsiang HuangRodney Carlton ChristiansonDouglas Bryan ColeTammy Jo BalzarStephen Bernard Studee
    • B65D4316
    • B65D43/164B65D2251/1058
    • A wet wipe container having improved opening and improved tear resistance between the lid and the base among other features. The container includes a container base and a container lid that is connected to the container base. In one embodiment, the container lid has a guide ridge that extends downward into the interior of the container. The guide ridge permits the container lid to be in a partially open position and provides better alignment between the container lid and the container base during closing of the container. In another embodiment, the container includes a closure that has an upwardly extending tongue projection, a flattened grip area and an assistive region to increase the ease with which the container can be opened. The invention also relates to a container having a more tear resistant container lid. The container lid has a hinge channel of a primary thickness. The hinge channel has two end regions that are of a secondary thickness that is greater than the primary thickness. The increased thickness of the end regions resists the tearing that can occur in the lid after repeated opening and closing of the container.
    • 一种湿擦拭容器,其具有改进的开口和改善盖和基座之间的抗撕裂性以及其它特征。 容器包括容器底座和连接到容器底座的容器盖。 在一个实施例中,容器盖具有向下延伸到容器内部的引导脊。 引导脊允许容器盖处于部分打开的位置,并且在容器闭合期间在容器盖和容器底座之间提供更好的对准。 在另一个实施例中,容器包括具有向上延伸的舌片突起,平坦的手柄区域和辅助区域的封闭件,以增加容器能够打开的容易程度。 本发明还涉及具有更耐撕裂的容器盖的容器。 容器盖具有初级厚度的铰链通道。 铰链通道具有二次厚度大于初始厚度的两个端部区域。 端部区域的增加的厚度抵抗在重复打开和关闭容器之后在盖子中可能发生的撕裂。
    • 9. 发明授权
    • Method of evaluating the performance of a product using a virtual environment
    • 使用虚拟环境评估产品性能的方法
    • US07099734B2
    • 2006-08-29
    • US10447916
    • 2003-05-22
    • Christopher M. PieperGarry Roland WoltmanSara Jane Wille StabelfeldtYung Hsiang HuangDeanna R. Kathumbi-JacksonJohn E. Kerins
    • Christopher M. PieperGarry Roland WoltmanSara Jane Wille StabelfeldtYung Hsiang HuangDeanna R. Kathumbi-JacksonJohn E. Kerins
    • G06F19/00
    • A61F13/84A61F2013/8488A61F2013/8491G06F17/5009G06F2217/32
    • A method of evaluating a product for use on a body used to develop a preferred product configuration using a computer-based virtual product development and testing system. A virtual wearer sub-model is created of the body and a virtual product sub-model is created of a product for use on the body. An environment sub-model is generated so that environmental factors affecting the product or the body are also used in designing or evaluating the product. Instructions defining how the wearer sub-model, the product sub-model and the environment sub-model interact are introduced in an interaction model. The sub-models and the interaction defined by the interaction model are then combined to create a virtual use model simulating the use of the virtual product sub-model by the virtual wearer sub-model. The use model determines the forces, deformations and stresses caused by movement and interaction between the virtual wearer sub-model and the virtual product sub-model using numerical method analysis. The results of the use model are analyzed to evaluate the performance of product features embodied in the virtual product sub-model such as when positioned on a virtual wearer and exposed to typical movements or forces. The analysis evaluates the performance of at least one product feature of the product and/or wearer body.
    • 一种用于使用基于计算机的虚拟产品开发和测试系统来开发优选产品配置的用于身体的产品的评估方法。 创建身体的虚拟佩戴者子模型,并且创建用于身体的产品的虚拟产品子模型。 产生环境子模型,使影响产品或身体的环境因素也用于设计或评估产品。 在交互模型中引入穿戴者子模型,产品子模型和环境子模型交互的说明。 然后将交互模型定义的子模型和交互相结合,创建一个模拟虚拟穿戴者子模型使用虚拟产品子模型的虚拟使用模型。 使用模型使用数值方法分析确定虚拟穿戴者子模型和虚拟产品子模型之间的运动和相互作用引起的力,变形和应力。 分析使用模型的结果,以评估虚拟产品子模型中体现的产品特征的性能,例如当位于虚拟穿戴者上并暴露于典型的运动或力量时。 分析评估产品和/或穿戴者身体的至少一个产品特征的性能。
    • 10. 发明授权
    • Method of designing a product worn on a body in a virtual environment
    • 在虚拟环境中设计穿戴在身体上的产品的方法
    • US06810300B1
    • 2004-10-26
    • US10447919
    • 2003-05-22
    • Garry Roland WoltmanSara Jane Wille StabelfeldtYung Hsiang HuangDeanna R. Kathumbi-JacksonJohn E. KerinsJan E. CarrChristopher M. Pieper
    • Garry Roland WoltmanSara Jane Wille StabelfeldtYung Hsiang HuangDeanna R. Kathumbi-JacksonJohn E. KerinsJan E. CarrChristopher M. Pieper
    • G06F1900
    • G06F17/5018A41H3/007A61F2013/8476G06F2217/32
    • A method of designing a product for use on a body used to develop a preferred product configuration using a computer-based virtual product development and testing system. A virtual wearer sub-model is created of the body and a virtual product sub-model is created of a product for use on the body. An environment sub-model is generated so that environmental factors affecting the product or the body are also used in designing or evaluating the product. Instructions defining how the wearer sub-model, the product sub-model and the environment sub-model interact are introduced in an interaction model. The sub-models and the interaction defined by the interaction model are then combined to create a virtual use model simulating the use of the virtual product sub-model by the virtual wearer sub-model. The use model determines the forces, deformations and stresses caused by movement and interaction between the virtual wearer sub-model and the virtual product sub-model using numerical method analysis. The results of the use model are analyzed to evaluate the performance of product features embodied in the virtual product sub-model such as when positioned on a virtual wearer and exposed to typical movements or forces. The analysis evaluates the performance of at least one product feature of the product and/or wearer body. The product sub-model is then modified in response to the determined performance of the product feature and the steps of interacting the models and combining the models are reperformed in the use model to design the product.
    • 一种使用基于计算机的虚拟产品开发和测试系统设计用于开发优选产品配置的身体的产品的方法。 创建身体的虚拟佩戴者子模型,并且创建用于身体的产品的虚拟产品子模型。 产生环境子模型,使影响产品或身体的环境因素也用于设计或评估产品。 在交互模型中引入穿戴者子模型,产品子模型和环境子模型交互的说明。 然后将交互模型定义的子模型和交互相结合,创建一个模拟虚拟穿戴者子模型使用虚拟产品子模型的虚拟使用模型。 使用模型使用数值方法分析确定虚拟穿戴者子模型和虚拟产品子模型之间的运动和相互作用引起的力,变形和应力。 分析使用模型的结果,以评估虚拟产品子模型中体现的产品特征的性能,例如当位于虚拟穿戴者上并暴露于典型的运动或力量时。 分析评估产品和/或穿戴者身体的至少一个产品特征的性能。 然后根据产品特征的确定性能对产品子模型进行修改,并在使用模型中重新执行模型的交互和组合模型以设计产品。