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    • 5. 发明授权
    • Cardiac assist method using an inflatable vest
    • 使用充气背心的心脏辅助方法
    • US06752771B2
    • 2004-06-22
    • US09772228
    • 2001-01-29
    • Neil S. RothmanMark GelfandDaniel BurkhoffMyron L. Weisfeldt
    • Neil S. RothmanMark GelfandDaniel BurkhoffMyron L. Weisfeldt
    • A61H3100
    • A61H31/005A61H9/0078A61H31/006A61H2031/025A61H2201/0103A61H2201/1238A61H2201/165A61H2201/5007A61H2205/08A61H2230/04
    • A method and device are disclosed for inflating an inflatable vest to assist the heart in patients suffering from heart failure. The inflation of the vest is synchronized with on-set of the systole phase of the heart, when the left ventricular compresses to force blood out of the heart and through the aorta. The inflated vest compresses the patient's chest and increases the intrathoracic pressure. This increase in pressure assists the heart in moving blood out of the heart and through the aorta. In addition, the vest is arranged to leave the patient's abdomen free of restraint so that the increase in intrathoracic pressure due to the vest moves blood into the abdomen, and to allow the abdomen to dynamically recoil in response to the vest inflation. In addition, ECG signals from electrodes applied to the patient are processed to trigger the vest inflation in real time with the current heartbeat cycle, such that the vest inflation is triggered when the heart begins to contract.
    • 公开了一种用于对充气背心充气以帮助心脏患有心力衰竭的患者的方法和装置。 背心的通货膨胀与心脏的心脏收缩阶段的同步,当左心室压迫以迫使血液从心脏和通过主动脉。 充气背心压缩患者的胸部并增加胸内压力。 这种压力的增加有助于心脏将血液从心脏和主动脉中移出。 另外,该背心被安排为使得患者腹部不受约束,使得由于背心引起的胸内压力的增加使血液进入腹部,并且允许腹部响应于背心通气而动态地反冲。 另外,通过当前心跳周期处理施加到患者的电极的ECG信号,以实时触发背心通气,从而当心脏开始收缩时引发背心通气。
    • 8. 发明授权
    • Portable cardiopulmonary resuscitation device with precise compression depth and uniformity
    • 便携式心肺复苏装置具有精确的压缩深度和均匀性
    • US06332872B1
    • 2001-12-25
    • US09603348
    • 2000-06-26
    • Charles Young
    • Charles Young
    • A61H3100
    • A61H31/008A61H31/007A61H2201/0173
    • Portable cardiopulmonary resuscitation device with precise compression depth and uniformity, including a frame body and a compression mechanism associate with the frame body. The compression mechanism includes a handle and a connecting bar connected between the handle and a coupling seat. An adjusting bolt is passed through the coupling seat and movably screwed in a locating block. At least one movable sleeve is disposed on one side of, above or below the locating block. The movable sleeve slide along a retaining shaft which is vertically jointed to a fixing frame. A lower end of adjusting bolt is connected with a plunger. The other end of the coupling seat is further connected with another connecting bar which is connected to the frame body. Two sitting bars are connected between the two transverse beams of the frame body. When rescuing a victim, a rescuer can sit on the sitting bars with the rescuer's weight offsetting a reaction force produced in compression of the heart. The frame body can be associated with a base board which is fixed on an emergency litter, enabling a rescuer to perform cardiopulmonary resuscitation in a moving ambulance.
    • 便携式心肺复苏装置,具有精确的压缩深度和均匀性,包括框架体和与框体相关联的压缩机构。 压缩机构包括手柄和连接在手柄和联接座之间的连接杆。 调节螺栓通过联接座并可移动地拧入定位块。 至少一个可移动套筒设置在定位块的上方或下方的一侧。 可移动套筒沿着垂直接合到固定框架的保持轴滑动。 调节螺栓的下端与柱塞连接。 联接座的另一端还与连接到框架体的另一个连接杆连接。 两个坐杆连接在框体的两个横梁之间。 拯救受害者时,救援者可以坐在坐栏上,救援者的重量抵消了压迫心脏产生的反作用力。 框架体可以与固定在紧急垃圾上的基板相关联,使得救援者能够在移动救护车中进行心肺复苏。