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    • 1. 发明授权
    • Wearable blanket and a swaddling accessory therefor
    • 可穿戴的毯子和一个sw ling的配件
    • US07246392B2
    • 2007-07-24
    • US11223438
    • 2005-09-09
    • William R. SchmidDawn Griffin
    • William R. SchmidDawn Griffin
    • B68G5/00A47G9/00A41B16/06
    • A41B13/06
    • A swaddling accessory attachable to a wearable blanket for use in swaddling an infant. The wearable blanket can be used with or without the swaddle to give the caregiver the option of using the wearable blanket without the swaddling accessory. The swaddling accessory and wearable blanket are equipped with fasteners that allow the swaddling accessory to be detachably secured to the wearable blanket in different positions relative to the blanket. The fasteners are positioned to prevent the swaddling accessory from being wrapped too high on the infant's body where it could potentially cover a portion of the mouth or nose. The infant's legs are left free to flex within the wearable blanket which helps to prevent hip dysplasia.
    • 可附着于可佩戴的毯子上的踩踏附件,用于踩踏婴儿。 可穿戴的毯子可以在带或不带托架的情况下使用,以使护理人员可以选择使用可穿戴的毯子而不使用sw铐配件。 笨重的配件和可穿戴毯子配备有紧固件,其允许踩踏附件相对于毯子以不同的位置可拆卸地固定到可穿戴的毯子上。 定位紧固件以防止蹒跚行走的附件在婴儿身体上被包裹得太高,在那里可能会覆盖嘴或鼻的一部分。 婴儿的腿可以在穿着的毯子内自由弯曲,这有助于防止髋关节发育不良。
    • 3. 发明授权
    • One-piece blanket swaddle
    • 一体式毯子
    • US08347432B2
    • 2013-01-08
    • US13132411
    • 2009-12-02
    • William R. SchmidDawn Griffin
    • William R. SchmidDawn Griffin
    • A47G9/06
    • A41B13/06
    • An infant swaddle blanket that includes a torso wrap section with wings and a leg pouch for the infant's legs. The torso wrap section is designed to wrap around the infant's torso for swaddling. The swaddle includes various hook and loop fasteners which facilitates swaddling and makes the swaddle easier to use, as well as making the swaddle safer to use by providing a more secure, adjustable fit. External hold-down straps augment hook and loop closures on the wings. The leg pouch permits the infant's diaper to be changed without unwrapping the torso wrap section, thereby facilitating diaper changes.
    • 婴儿马鞍毯,包括带有翼的躯干包裹部分和婴儿腿部的腿部小袋。 躯干包裹部分设计为围绕婴儿的躯干缠绕。 鞍座包括各种钩和环紧固件,其有助于踩踏并且使滑动件更易于使用,以及通过提供更安全,可调整的配合使得滑动架更安全。 外部压紧带增加了机翼上的钩和圈闭合。 腿袋允许婴儿尿布更换,而不会打开躯干包裹部分,从而便于尿布更换。
    • 5. 发明申请
    • ONE-PIECE BLANKET SWADDLE
    • 一层棉布SWADDLE
    • US20110231993A1
    • 2011-09-29
    • US13132411
    • 2009-12-02
    • William R. SchmidDawn Griffin
    • William R. SchmidDawn Griffin
    • A41B13/06
    • A41B13/06
    • An infant swaddle blanket that includes a torso wrap section with wings and a leg pouch for the infant's legs. The torso wrap section is designed to wrap around the infant's torso for swaddling. The swaddle includes various hook and loop fasteners which facilitates swaddling and makes the swaddle easier to use, as well as making the swaddle safer to use by providing a more secure, adjustable fit. External hold-down straps augment hook and loop closures on the wings. The leg pouch permits the infant's diaper to be changed without unwrapping the torso wrap section, thereby facilitating diaper changes.
    • 婴儿马鞍毯,包括带有翼的躯干包裹部分和婴儿腿部的腿部小袋。 躯干包裹部分设计为围绕婴儿的躯干缠绕。 鞍座包括各种钩和环紧固件,其有助于踩踏并且使滑动件更易于使用,以及通过提供更安全,可调整的配合使得滑动架更安全。 外部压紧带增加了机翼上的钩和圈闭合。 腿袋允许婴儿尿布更换,而不会打开躯干包裹部分,从而便于尿布更换。
    • 6. 发明授权
    • Apparatus, system and method for quantifying carbon dioxide dispersal on ventilated sleep surfaces
    • 用于量化二氧化碳分散在通风睡眠表面上的装置,系统和方法
    • US06334228B1
    • 2002-01-01
    • US09411783
    • 1999-10-01
    • William R. Schmid
    • William R. Schmid
    • A47C2100
    • A47D15/001A61G7/05784G01F1/68
    • A method for quantifying airflow, in the form of a measured airflow rate, through a porous surface. The method is particularly useful for ventilated sleep surfaces used to prevent SIDS. Provided that one knows the correlation between air flow rate and CO2 washout times, the resulting measured airflow rate provides an indication of whether a ventilated sleep surface is providing sufficient airflow to effectively dissipate the CO2. One can determine the minimum measured airflow rate that is effective to provide a minimum adequate level of CO2 dispersal. Thus, a ventilated sleep surface system that produces an air flow sufficient to result in the minimum airflow rate, as measured by a suitable airflow meter, can effectively dissipate CO2 and reduce the risk of SIDS.
    • 以测量气流速率的形式通过多孔表面量化气流的方法。 该方法对于用于预防SIDS的通风睡眠表面特别有用。 只要知道空气流量与二氧化碳清洗时间之间的相关性,所得到的测量气流速率就提供通风的睡眠表面是否提供足够的气流以有效地耗散二氧化碳的指示。 可以确定有效提供最低适量二氧化碳分散的最小测量气流速率。 因此,通过合适的气流计测量的产生足以导致最小气流速率的空气流的通风的睡眠表面系统可以有效地消散二氧化碳并降低小岛屿发展中国家的风险。