Stethoscope
A technology of stethoscope and suspension, applied in the field of stethoscope
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[0029] turn to Figure 15 A to Figure 15 C, shows a typical stethoscope of the prior art in which the stethoscope diaphragm is held in place to the stethoscope body by a ring 12 with a mating threaded closure. Two different diaphragms that may fit within the ring 12 are shown. The movement of the diaphragm 10 is limited by its rigid axially outer suspension. It is essentially the short, stiff tube that connects the larger diaphragm surface 10 to the stethoscope body. Diaphragm 14 uses a viscoelastic annular suspension 16 as a means of enhancing its ability to move in concert with body vibrations. Diaphragms 10 and 12 may be made of copper to create a stethoscope with antimicrobial properties. However, the diaphragm 10 would require a copper or copper-plated compression ring and, if made of harder copper, would have limited movement and output due to its connection to the stiff short tube of the stethoscope body. The diaphragm 12 would be ineffective due to the non-copper...
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