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    • 31. 发明授权
    • Apparatus for alternating pressure of a low air loss patient support
    • US06282737B1
    • 2001-09-04
    • US08801759
    • 1997-02-18
    • John H. Vrzalik
    • John H. Vrzalik
    • A61G7057
    • A61G7/05776A61G7/001A61G7/05784A61G2210/90
    • Method and apparatus for preventing bed sores in a bedridden patient. A low air loss bed is provided including a frame, a first set of substantially rectangular air bags for supporting a patient thereon mounted transversely on the frame, and a second set of substantially rectangular air bags for supporting a patient thereon mounted transversely on the frame, and all of the air bags are connected to a gas source. The conformation of the air bags is such that, when the first set of air bags is inflated, the patient supported thereon is moved toward the first side of the frame of the low air loss bed and, when the second set of air bags is inflated while the first set of ail bags is deflated, the patient is moved toward the second side of the low air loss bed. The conformation of the air bags also retains the patient on the top surface of the air bags when the patient is rolled in one direction or the other. The first and second sets of air bags are mounted on a frame which is itself divided into sets of transversely mounted air bags so that the frame can be contoured to the patient's comfort. Also provided is means for additionally inflating the air bags under those portions of the patient which are heaviest when the frame of the bed is inclined for patient comfort. The method of the present invention comprises inflating a plurality of-air bags to a selected pressure for supporting a patient thereon, inflating a first set of air bags to a pressure higher than the selected pressure to cause the patient support thereon to be rolled in a first direction on the air bags, and thereafter deflating the first set of air bags while inflating a second set of air bags to a higher pressure than the selected pressure to cause the patient to be rolled in a second direction on the air bags. A third set of air bags can be provided in which the selected pressure is maintained, thereby substantially immobilizing a portion of the patient's body.
    • 32. 发明授权
    • Air sac for oscillating low air loss bed
    • 用于振动低空气损失床的气囊
    • US6163908A
    • 2000-12-26
    • US149464
    • 1998-09-08
    • John H. Vrzalik
    • John H. Vrzalik
    • A61G7/00A61G7/057A61G7/10
    • A61G7/05776A61G7/001A61G7/05784Y10S5/90
    • An air sac for use on a low air loss bed. The air sac is provided with a releasable connector for retaining the air sac to the low air loss bed and with a nipple for receiving air from a gas supply source to inflate the air sac. The air sac is also provided with a cutout which allows the patient to be rolled toward one end of the air sac when the air sac is inflated, A pillar is provided on the end of the air sac toward which the patient is rolled when the air sac is inflated to retain the patient on the air sac. The air sacs are arranged in sets with every other sac mounted to the frame of the low air loss bed in alternating arrangement whereby the patient is rolled first in one direction when the air sacs of one set are inflated and then back in the other direction when the air sacs in the first set are deflated and the air sacs in the second set are inflated.
    • 用于低空气损失床的气囊。 气囊设置有可释放的连接器,用于将气囊保持在低空气损失床上,并具有用于接收来自气体供应源的空气以使气囊膨胀的接头。 空气囊还设置有切口,当空气囊膨胀时,允许患者朝向气囊的一端滚动。当空气在空气中被延伸时,在气囊的端部设置有支柱 囊被充气以将患者保持在气囊上。 气囊被布置成一套,每隔一个囊以交替布置的方式安装在低空气损失床的框架上,由此当一组气囊膨胀然后在另一方向上向后方向时,患者首先在一个方向上滚动, 第一组中的气囊被放气,并且第二组中的气囊膨胀。
    • 33. 发明授权
    • Fluidized bead bed
    • 流化珠床
    • US5008965A
    • 1991-04-23
    • US217685
    • 1988-07-11
    • John H. Vrzalik
    • John H. Vrzalik
    • A61G7/057
    • A61G7/05746A61H9/0021A61H2201/1654
    • A fluidized patient support apparatus is disclosed. The apparatus utilizes granular material beneath a patient support surface which when fluidized by pressurized gas uniformly distributes the pressure imparted to the body of a patient lying thereon. The apparatus includes means for recirculating the fluidizing gas in order to avoid raising the ambient temperature of a room in which the bed is situated with exhaust gas. Also provided are a pair of inflatable bladders and selective fluidization means to assist in turning and transferring the patient.
    • 公开了一种流化患者支撑装置。 该装置在患者支撑表面下方使用颗粒材料,当通过加压气体流化时,颗粒材料均匀分布给施加在其上的患者的身体的压力。 该装置包括用于再循环流化气体的装置,以避免使排气中的床位于其中的房间的环境温度升高。 还提供了一对可充气气囊和选择性流化装置,以帮助转动和转移患者。
    • 34. 发明授权
    • Patient support apparatus
    • 患者支持装置
    • US5005240A
    • 1991-04-09
    • US251948
    • 1988-09-29
    • John H. Vrzalik
    • John H. Vrzalik
    • A47C27/10
    • A61G7/05776A61G7/0506A61G7/0507A61G7/0509A61G7/0513A61G7/0527A61G7/05792A61G2200/325A61G2203/12Y10T137/87217Y10T137/87877
    • A low air loss bed having an integral source of air mounted to the frame thereof. Sets of air bags are mounted on the frame, each set of air bags corresponding to a portion of the body of the patient to be supported on the bed. Separate gas manifolds are provided, each of which connects a single set of air bags to the gas source. Individually controlled valves are used to adjust the amount of air which flows to the gas manifolds and on into the air bags. Also, means are provided operable to selectively route a flow of additional air to the gas manifold which supplies air to the air bags which support the heavier portions of the patient. A low air loss air bag is provided, as is apparatus for adjusting the amount of air supplied to each set of air bags and for controlling the temperature of the air delivered. Also provided is a means for simultaneously fully inflating all the air bags and means for simultaneously deflating all the air bags.
    • 具有安装在其框架上的整体空气源的低空气损失床。 一组气囊安装在框架上,每组气囊对应于待支撑在床上的患者身体的一部分。 提供单独的气体歧管,每个气体歧管将单个气囊连接到气体源。 单独控制的阀门用于调节流入气体歧管并进入气囊的空气量。 而且,可操作的装置可操作以选择性地将附加空气流引导到气体歧管,气体歧管向支撑患者的较重部分的气囊提供空气。 提供了低空气损失气囊,以及用于调节供应给每组气囊的空气量并用于控制输送空气的温度的装置。 还提供了用于同时充分充气所有气囊的装置和用于同时使所有气囊排气的装置。
    • 35. 发明授权
    • Method and apparatus for alternating pressure of a low air loss patient
support system
    • 低空损患者支撑系统交替压力的方法和装置
    • US5003654A
    • 1991-04-02
    • US251949
    • 1988-09-28
    • John H. Vrzalik
    • John H. Vrzalik
    • A47C27/08A47C27/10A61G7/00A61G7/057
    • A61G7/05776A61G7/001A61G7/05784A61G2203/46A61G2210/90
    • Method and apparatus for preventing bed sores in a bedridden patient. A low air loss bed is provided including a frame, a first set of substantially rectangular air bags for supporting a patient thereon mounted transversely on the frame, and a second set of substantially rectangular air bags for supporting a patient thereon mounted transversly on the frame, and all of the air bags are connected to a gas source. The configuration of the air bags is such that when the first set of air bags is inflated, the patient supported thereon is moved toward the first side of the frame of the low air loss bed and when the second set of air bags is inflated while the first set of air bags is deflated, the patient is moved toward the second side of the low air loss bed. The configuration of the air bags also retains the patient on the top surface of the air bags when the patient is rolled in one direction or the other.The operator of the low air loss bed defines the pressures in individual air bags corresponding to each of three positions to which the patient is rotated. The pressures are maintained by a feedback control system which actuates valves connecting the gas source to separate sets of air bags. The three positions to be sequentially attained thereby causing controlled oscillation of the patient from one side of the bed frame to the other. Because each rotation position corresponds to operator defined pressures, the oscillation is customized for individuals of different body weights.
    • 卧床病人防止褥疮的方法和装置。 提供了一种低空气损失床,包括框架,用于支撑横向于框架的患者的第一组基本上矩形的气囊,以及用于支撑病人的第二组基本上矩形的气囊,其横向安装在框架上, 并且所有气囊都连接到气源。 气囊的构造使得当第一组气囊膨胀时,支撑在其上的患者朝向低空气损失床的框架的第一侧移动,并且当第二组气囊膨胀时 第一组气囊被放气,患者向低空气流失床的第二侧移动。 当患者沿一个方向或另一个方向滚动时,气囊的构造还将患者保持在气囊的顶表面上。 低空气损失床的操作者限定了与患者旋转的三个位置中的每一个相对应的各个气囊中的压力。 压力由反馈控制系统维持,反馈控制系统致动将气体源连接到分离的气囊组的阀。 三个位置被顺序地获得,从而使得患者从床架的一侧到另一侧受到可控振动。 因为每个旋转位置对应于操作员定义的压力,因此针对不同体重的个体定制振动。