医疗临床监护设备工作原理.pptVIP

“Masimo SET 技术大大提高了监护的精确性, 自1994年来，超过50项临床研究证明:Masimo 精确的探测病人真实情况 Masimo 几乎完全消除误报警,通过减少误报警降低医疗成本,减少医疗差错. NELLCOR OxiMaxTM. 第五代脉搏血氧饱和度技术 拥有更强的抗电子和光学噪音能力,准确性和可靠性. “Masimo SET 技术大大提高了监护的精确性, 自1994年来，超过50项临床研究证明:Masimo 精确的探测病人真实情况 Masimo 几乎完全消除误报警,通过减少误报警降低医疗成本,减少医疗差错. NELLCOR OxiMaxTM. 第五代脉搏血氧饱和度技术 拥有更强的抗电子和光学噪音能力,准确性和可靠性. Application server uses Citrix technology. Here is an illustration of the concept. The Citrix software passes an image of what is working at the server computer down to the bedside monitor. It is only a view of what is going on at the server. The Citrix client software running in the monitor handles the display of the server-based application. This Citrix client is embedded (?) in our monitor and can not interfere with the monitoring data. This is different than running a PC at the bedside. Gerhard: So let’s just run through that seamless monitoring bit again, using the example shown here Note: This slide offers another way to discuss how innovation has always been part of the GE culture. In 1941, the U.S. Army Air Corps picked GEs Lynn, Massachusetts, plant to build a jet engine based on the design of Britains Sir Frank Whittle. Six months later, on April 18, 1942, GEs engineers successfully ran the I-A engine. In 2004, GE and Honda announced the formation of a strategic alliance to produce a new jet engine for light business jets. These engines will be used in inexpensive business jets, which seat from four to eight passengers, and could eventually lead to “air taxis,” a business of flying passengers on short hops, using the vast number of small airports not served by major airliners. Note: This slide offers another way to discuss how innovation has always been part of the GE culture. In 1941, the U.S. Army Air Corps picked GEs Lynn, Massachusetts, plant to build a jet engine based on the design of Britains Sir Frank Whittle. Six months later, on April 18, 1942, GEs engineers successfully ran the I-A engine. In