首页> 外国专利> LEAK DETECTING APPARATUS AND A METHOD FOR DETECTING A LEAK IN A HOLLOW ORGAN OR LUMEN IN A HUMAN OR ANIMAL BODY

LEAK DETECTING APPARATUS AND A METHOD FOR DETECTING A LEAK IN A HOLLOW ORGAN OR LUMEN IN A HUMAN OR ANIMAL BODY

机译:泄漏检测装置及其在人或动物体中检测中空器官或内腔泄漏的方法

摘要

A leak detecting apparatus (1) for detecting a leak and determining the size of the leak in a suture repaired site (5) of a hollow organ (3), for example, a stomach, in a cavity (7), for example, the peritoneal cavity of a subject comprises a first insufflator (12) for insufflating the hollow organ (3) with a first gas, and a second insufflator (14) for insufflating the cavity (7) with a second gas. A gas detector (18) is provided for detecting the concentration of the first gas in gases exhausted from the cavity (7) through a communicating conduit (35). A flow meter (25) monitors the flow rate of the first gas to the hollow organ (3). First and second pressure sensors (15) and (16) monitor the static pressure of the first and second gases in the hollow organ (3) and the cavity (7), respectively. The apparatus (1) is operable in a first mode and a second mode. In both the first and second modes of operation a microprocessor (50) controls the second insufflator (14) for maintaining the pressure in the cavity (7) at a relatively low predefined pressure, and the first insufflator (12) for maintaining a constant predefined pressure differential between the pressures in the hollow organ (3) and the cavity (7) of approximately 7 mmHg. In the first mode the microprocessor (50) determines the size of the leak as a function of the pressure differential and the concentration of the first gas in the exhaust gases. In the second mode of operation the microprocessor (50) determines the size of the leak as a function of the pressure differential and the flow rate of the first gas to the hollow organ (3) with the hollow organ (3) sealed apart from the sutured site (5).
机译:一种泄漏检测装置(1),用于检测泄漏并确定在空心器官(3)的缝合器修复部位(5)中的泄漏尺寸,例如,胃(7)中的胃(7),受试者的腹膜腔包括用于将中空器官(3)用第一气体吸入中空器官(3)的第一嵌入器(12),以及用于用第二气体吸入腔(7)的第二嵌入器(14)。提供气体检测器(18),用于通过连通导管(35)检测从腔(7)排出的气体中的第一气体的浓度。流量计(25)将第一气体的流速监测到中空器官(3)。第一和第二压力传感器(15)和(16)分别监测中空器官(3)和腔(7)中的第一和第二气体的静压。该装置(1)可在第一模式和第二模式下操作。在两个和第二操作模式中,微处理器(50)控制第二嵌入器(14),用于将腔体(7)中的压力保持在相对较低的预定压力,以及用于保持恒定预定义的恒定的第一嵌入器(12)。中空器官(3)中的压力与大约7mmHg的腔(7)之间的压差。在第一模式中,微处理器(50)确定泄漏的尺寸,作为排气中的第一气体的压差和第一气体浓度的函数。在第二操作模式中,微处理器(50)确定泄漏的尺寸作为压差和第一气体的流速与中空器官(3)的函数,其中中空器官(3)除了缝线网站(5)。

著录项

  • 公开/公告号US2021308390A1

    专利类型

  • 公开/公告日2021-10-07

    原文格式PDF

  • 申请/专利权人 PALLIARE LIMITED;

    申请/专利号US201917262672

  • 发明设计人 JOHN ODEA;

    申请日2019-07-25

  • 分类号A61M13;

  • 国家 US

  • 入库时间 2024-06-14 22:11:21

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