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【简答题】

If you’re in a hospital and your doctor wants to monitor you without being in the room, there’s an application for that. There are all types of sensors that check your vital signs and can be transmitted to a smart phone or laptop. The use of wireless-enabled devices is happening in hospitals across the country and, according to a report by ABI Research, "this multibillion-dollar market is ready for even faster growth as more and more medical equipment is shipped Wi-Fi-enabled."
Depending on wireless-enabled health-care services could prove to be useful for several reasons. The biggest is that it allows doctors and hospitals to deal with aging patients who require regular checkups. For example, if a doctor can check your vitals via his Black Berry, he avoids the time and cost of bringing you in to do the exact same thing. The idea is that these small changes will make health care more efficient and overall service better and even cheaper. Of course, we can’t forget the financial benefit to this sector, which grew more than 60 percent over the past 12 months in both wireless local area network and Wi-Fi real-time location system deployments (装配).
But there are some concerns about getting wired in the name of health. Like what happens if the equipment goes wrong or misreads signs of a heart attack ABI Research principal yst, Jonathan Collins, said that the adoption of wireless by the health-care sector will focus on noncritical applications for now.
The Food and Drug Administration and Federal Communications Commission are scheduled to meet next month to discuss how to promote investment and innovation in health technology so it sounds like there’s little that will get in the way of this boom. If all of this sounds scary, consider it a normal reaction. Even a few patients who are on board and happy about this tech shift were greatly anxious once upon a time. Carol Kasyjanski, who wore a traditional pacemaker (起搏器) for 20 years, became the first American to be fitted with a wireless pacemaker last year. At the time, Kasyjanski told Reuters that her initial "fears have slowly been replaced by a sense of relief.

According to Jonathan Collins, the adoption of wireless by the health-care sector nowadays will not focus on ().

If you’re in a hospital and your doctor wants to monitor you without being in the room, there’s an application for that. There are all types of sensors that check your vital signs and can be transmitted to a smart phone or laptop. The use of wireless-enabled devices is happening in hospitals across the country and, according to a report by ABI Research, "this multibillion-dollar market is ready for even faster growth as more and more medical equipment is shipped Wi-Fi-enabled."
Depending on wireless-enabled health-care services could prove to be useful for several reasons. The biggest is that it allows doctors and hospitals to deal with aging patients who require regular checkups. For example, if a doctor can check your vitals via his Black Berry, he avoids the time and cost of bringing you in to do the exact same thing. The idea is that these small changes will make health care more efficient and overall service better and even cheaper. Of course, we can’t forget the financial benefit to this sector, which grew more than 60 percent over the past 12 months in both wireless local area network and Wi-Fi real-time location system deployments (装配).
But there are some concerns about getting wired in the name of health. Like what happens if the equipment goes wrong or misreads signs of a heart attack ABI Research principal yst, Jonathan Collins, said that the adoption of wireless by the health-care sector will focus on noncritical applications for now.
The Food and Drug Administration and Federal Communications Commission are scheduled to meet next month to discuss how to promote investment and innovation in health technology so it sounds like there’s little that will get in the way of this boom. If all of this sounds scary, consider it a normal reaction. Even a few patients who are on board and happy about this tech shift were greatly anxious once upon a time. Carol Kasyjanski, who wore a traditional pacemaker (起搏器) for 20 years, became the first American to be fitted with a wireless pacemaker last year. At the time, Kasyjanski told Reuters that her initial "fears have slowly been replaced by a sense of relief.

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参考答案:
举一反三

【多选题】装配离合器有哪些技术要求

A.
电磁离合器安装时应轴向定位,如分轴安装应保持同轴度不大于 0.2mm,安装时调整气隙至规定值。
B.
电磁离合器可同轴安装,也可以对轴安装,轴向必须固定,主动部分与从动部分均不允许有轴向窜动。对轴安装时,主动部分与从动部分轴之间同轴度应不大于 0.02mm。
C.
干式单片摩擦离合器装配时,各弹簧弹力应均勻一致,各连接销轴部分应灵活,无卡住现象。摩擦片的连接铆钉头应低于表面 0.5mm以上。
D.
圆锥离合器的内外锥面应均勻接触,其接触面不小于 85%,达不到要求时可采用适当的方法来修整不准确的锥度。

【单选题】矫形器装配前训练主要内容不包括()

A.
增强肌力
B.
改善关节活动范围
C.
改善协调功能
D.
消除水肿
E.
固定肢体

【单选题】移动式装配多用于( )

A.
产量小的产品
B.
产量大的产品
C.
单件生产
D.
各种批量生产
相关题目:
【多选题】装配离合器有哪些技术要求
A.
电磁离合器安装时应轴向定位,如分轴安装应保持同轴度不大于 0.2mm,安装时调整气隙至规定值。
B.
电磁离合器可同轴安装,也可以对轴安装,轴向必须固定,主动部分与从动部分均不允许有轴向窜动。对轴安装时,主动部分与从动部分轴之间同轴度应不大于 0.02mm。
C.
干式单片摩擦离合器装配时,各弹簧弹力应均勻一致,各连接销轴部分应灵活,无卡住现象。摩擦片的连接铆钉头应低于表面 0.5mm以上。
D.
圆锥离合器的内外锥面应均勻接触,其接触面不小于 85%,达不到要求时可采用适当的方法来修整不准确的锥度。
【单选题】矫形器装配前训练主要内容不包括()
A.
增强肌力
B.
改善关节活动范围
C.
改善协调功能
D.
消除水肿
E.
固定肢体
【单选题】移动式装配多用于( )
A.
产量小的产品
B.
产量大的产品
C.
单件生产
D.
各种批量生产
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