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    • 1. 发明申请
    • Inflatable apparatus
    • 充气器具
    • US20050070828A1
    • 2005-03-31
    • US10484731
    • 2002-07-15
    • David HampsonRolf SchildNathan Webster
    • David HampsonRolf SchildNathan Webster
    • A61F5/37A61F5/01A61F13/08A61H23/04
    • A61H9/0092A61F5/012A61F13/085
    • A compression sleeve (1) comprises two sheets of laminated materials welded to form a number of airtight chambers (P1, P2 and P3) between the two layers. Restrictors (5 and 6) interconnect the chambers (P1, P2 and P3). Chambers (P2 and P3) also have orifices (8 and 9) of a predetermined size for exhaust of air to atmosphere. Chamber (P1) is provided with a conduit (14) connecting chamber (P1) to the pump (2). Compressed air is supplied to chamber (P1) by conduit (14). The compressed air inflates the subsequent chambers (P2, P3) through restrictors (5 and 6), giving a sequential rise in pressure to each chamber (P2 and P3). The orifices (8 and 9) to atmosphere, control the leak rate out of each chamber (P2, P3) and are sized to give a predetermined pressure gradient between chambers (P1, P2, P3). The pressure is lower in the successive chambers (P1, P2 and P3), varying the pressure from ankle to calf to thigh.
    • 压缩套筒(1)包括焊接的两层层压材料,以在两层之间形成多个气密室(P1,P2和P3)。 限流器(5和6)连接腔室(P1,P2和P3)。 室(P2和P3)还具有预定尺寸的孔(8和9),用于将空气排放到大气中。 腔室(P1)设置有将腔室(P1)连接到泵(2)的导管(14)。 压缩空气通过导管(14)供应到腔室(P1)。 压缩空气通过限流器(5和6)使后续室(P2,P3)膨胀,给每个室(P2和P3)的压力顺序上升。 孔(8和9)到大气中,控制每个室(P2,P3)中的泄漏速率,并将其尺寸设定为在室(P1,P2,P3)之间产生预定的压力梯度。 在连续的腔室(P1,P2和P3)中的压力较低,从踝部到小腿的压力改变为大腿。
    • 2. 发明授权
    • Compression device
    • 压缩装置
    • US07846114B2
    • 2010-12-07
    • US11573101
    • 2005-08-04
    • Nathan WebsterAnne Somerville
    • Nathan WebsterAnne Somerville
    • A61H7/00A61H19/00
    • A61H9/0078A61H2201/5002A61H2209/00
    • A compression sleeve (10) has twelve inflatable cells (13) to be wrapped around a limb. The cells (13) are inflated to set pressures and duration by a fluid source. The cells (13) are numbered (1) to (12), with (1) being at the toe, or the wrist, and (12) being at the thigh, or the shoulder. In use, the inflation sequence begins with a peristaltic wave at cell (1) and finishes at cell (12). Then cell (12) is inflated and deflated 5 times, then cell (11) is inflated and deflated 5 times in the same way as cell (12), followed by a single peristaltic wave beginning at cell (12) to cell (11). This compression regime is repeated along the compression sleeve until cell (1) is inflated and deflated (5) times followed by a peristaltic wave from cell (1) to cell (12). The described compression sequence is particularly useful for lymphatic drainage.
    • 压缩套筒(10)具有十二个可缠绕在肢体周围的可充气细胞(13)。 电池(13)被充气以通过流体源设定压力和持续时间。 细胞(13)编号为(1)至(12),(1)处于脚趾或手腕,(12)位于大腿或肩部。 在使用中,通胀序列以细胞(1)的蠕动波开始,细胞完成(12)。 然后将细胞(12)充气放气5次,然后细胞(11)以与细胞(12)相同的方式充气和放气5次,随后是从细胞(12)至细胞(11)开始的单个蠕动波, 。 沿着压缩套筒重复该压缩状态,直到细胞(1)膨胀并放气(5次),然后是从细胞(1)到细胞(12)的蠕动波。 所描述的压缩序列对于淋巴引流特别有用。
    • 3. 发明申请
    • Compression Device
    • 压缩装置
    • US20080097264A1
    • 2008-04-24
    • US11573101
    • 2005-08-04
    • Nathan WebsterAnne Somerville
    • Nathan WebsterAnne Somerville
    • A61H9/00
    • A61H9/0078A61H2201/5002A61H2209/00
    • A compression sleeve (10) has twelve inflatable cells (13) to be wrapped around a limb. The cells (13) are inflated to set pressures and duration by a fluid source. The cells (13) are numbered (1) to (12), with (1) being at the toe, or the wrist, and (12) being at the thigh, or the shoulder. In use, the inflation sequence begins with a peristaltic wave at cell (1) and finishes at cell (12). Then cell (12) is inflated and deflated 5 times, then cell ( 11) is inflated and deflated 5 times in the same way as cell (12), followed by a single peristaltic wave beginning at cell (12) to cell (11). This compression regime is repeated along the compression sleeve until cell (1) is inflated and deflated(5) times followed by a peristaltic wave from cell (1) to cell (12). The described compression sequence is particularly useful for lymphatic drainage.
    • 压缩套筒(10)具有十二个可缠绕在肢体周围的可充气细胞(13)。 电池(13)被充气以通过流体源设定压力和持续时间。 细胞(13)编号为(1)至(12),(1)处于脚趾或手腕,(12)位于大腿或肩部。 在使用中,通胀序列以细胞(1)的蠕动波开始,细胞完成(12)。 然后将细胞(12)充气放气5次,然后细胞(11)以与细胞(12)相同的方式充气和放气5次,随后是从细胞(12)至细胞(11)开始的单个蠕动波, 。 沿着压缩套筒重复该压缩状态,直到细胞(1)膨胀并放气(5次),然后是从细胞(1)到细胞(12)的蠕动波。 所描述的压缩序列对于淋巴引流特别有用。
    • 4. 发明授权
    • Rotary valve
    • 旋转阀
    • US07866344B2
    • 2011-01-11
    • US11718925
    • 2005-11-08
    • Nathan WebsterDavid Mark Hampson
    • Nathan WebsterDavid Mark Hampson
    • F15B13/044
    • F16K11/20F16K11/074F16K31/043Y10T137/86638Y10T137/87217Y10T137/87241
    • A rotary valve for controlling air supply in an inflatable device comprises a first rotor (11) and the second rotor (12) driven by motor (13) with a drive pulley (14) fixed directly onto its drive spindle (15). A toothed belt (16) driven by the drive pulley (14) engages with the toothed perimeter profile of the first rotor (11), to rotate rotors (11) and (12) relative to a stator (10). As the first and/or second rotor(s) are rotated, channels and ports on the airtight interfaces between the rotors (11, 12) and the stator (10) are connected and disconnected as required by the desired inflation sequence, including all the ports sealed in one position or all the ports exhausting to atmosphere in another position. The valve can be used in conjunction with any type of inflating device, where complex porting or air routing is required, the valve achieving this in a simpler manner.
    • 用于控制可充气装置中的空气供应的旋转阀包括第一转子(11)和由马达(13)驱动的第二转子(12),驱动滑轮(14)直接固定在其驱动轴(15)上。 由驱动滑轮(14)驱动的齿形皮带(16)与第一转子(11)的齿形周边轮廓接合,以相对于定子(10)旋转转子(11)和(12)。 当第一和/或第二转子旋转时,在转子(11,12)和定子(10)之间的气密接口上的通道和端口根据期望的充气序列的要求被连接和断开,包括所有 密封在一个位置的端口或排出到另一位置的大气的所有端口。 阀门可以与任何类型的充气装置一起使用,需要复杂的移动或空气路径,阀门以更简单的方式实现。
    • 5. 发明申请
    • Rotary Valve
    • 旋转阀
    • US20080105842A1
    • 2008-05-08
    • US11718925
    • 2005-11-08
    • Nathan WebsterDavid Mark Hampson
    • Nathan WebsterDavid Mark Hampson
    • F16K25/00
    • F16K11/20F16K11/074F16K31/043Y10T137/86638Y10T137/87217Y10T137/87241
    • A rotary valve for controlling air supply in an inflatable device comprises a first rotor (11) and the second rotor (12) driven by motor (13) with a drive pulley (14) fixed directly onto its drive spindle (15). A toothed belt (16) driven by the drive pulley (14) engages with the toothed perimeter profile of the first rotor (11), to rotate rotors (11) and (12) relative to a stator (10). As the first and/or second rotor(s) are rotated, channels and ports on the airtight interfaces between the rotors (11, 12) and the stator (10) are connected and disconnected as required by the desired inflation sequence, including all the ports sealed in one position or all the ports exhausting to atmosphere in another position. The valve can be used in conjunction with any type of inflating device, where complex porting or air routing is required, the valve achieving this in a simpler manner.
    • 用于控制可充气装置中的空气供应的旋转阀包括第一转子(11)和由马达(13)驱动的第二转子(12),驱动滑轮(14)直接固定在其驱动轴(15)上。 由驱动滑轮(14)驱动的齿形皮带(16)与第一转子(11)的齿形周边轮廓接合,以相对于定子(10)旋转转子(11)和(12)。 当第一和/或第二转子旋转时,在转子(11,12)和定子(10)之间的气密接口上的通道和端口根据期望的充气序列的要求被连接和断开,包括所有 密封在一个位置的端口或排出到另一位置的大气的所有端口。 阀门可以与任何类型的充气装置一起使用,需要复杂的移动或空气路径,阀门以更简单的方式实现。