Pro-active protection of communication devices that are senstive to vibration or shock
a communication device and vibration-sensitive technology, applied in the field of vibration-sensitive communication device protection systems, can solve the problems of hard disk drive damage and data loss, and the inability to prevent all types and magnitudes of vibration or shock, and achieve the effect of preventing damage from vibration
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working example 1
[0043]In reference to FIG. 6, commuters are on a train 150 on their way to work (see left-to-right direction of travel indicated by the arrow 152). The cars of the train are labeled C1-C5 from the front of the train to the back. The train 150 rides on a track 156 that includes a bump 154. As the train continues moving forward the cars will encounter the bump 154 in order. As shown, car C1 has already passed the bump 154, and car C2 is about to experience the bump. After that, the cars C3-C5 will encounter the bump 154 in sequential order and with a time delay according to the speed of the train and the length of each car.
[0044]FIG. 7 is a diagram of only cars C3 and C4 from FIG. 6. Two of the commuters (User 1“U1” and User 3“U3”) are using their laptops computers and one commuter (User 2“U2”) is using a mobile phone. U1 (laptop computer) and U2 (mobile phone) are in car C3 of the train 150, and U3 (laptop computer) is in car C4. As the train moves forward in the direction of the arr...
working example 2
[0046]FIG. 8 is a diagram of a low flying jet 160 causing potentially damaging levels of vibration to devices along its path. The jet has already flown over a first device U1, resulting in U1 detecting the vibration and sending out a detection message (Detection Message 1), which identifies the time (Time 1) and physical location (Location 1) of the first device U1 at which the vibration was detected. Optionally, the detection message may further identify the duration of the vibration, if known. However, the detection message should be sent out immediately, such that the duration may not yet be determinable.
[0047]As shown, the second device U2 has just detected vibration and has also sent out a detection message (Detection Message 2), which identifies the time (Time 2) and physical location (Location 2) of the second device U2 at which the vibration was detected. The detection messages are communicated through the network 56, 58 to a server 100 (Vibration / Shock Detection and Alert M...
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Abstract
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Application Information
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