Requirements for Unity of Application - Japan Patent Office
Requirements for Unity of Application - Japan Patent Office
Requirements for Unity of Application - Japan Patent Office
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[Example 35]<br />
[Title <strong>of</strong> the Invention]<br />
Spinning body detector <strong>of</strong> spin and detector <strong>of</strong> vibrations caused by the spin<br />
[Claims]<br />
1. A spin measurement device designed to obtain specific spin rate pulse <strong>of</strong> the spinning<br />
body (2), comprising means to detect the spin pulse (2b, 6, 7, 15) <strong>of</strong> the spinning body (2),<br />
means to detect the pulse signal equivalent to timing and to store the in<strong>for</strong>mation (17, 18,<br />
21, 25, 26, 27) and oscillator (21, 22, 23, 24) to emit regular pulses based on said stored<br />
in<strong>for</strong>mation and further divisive calculations. (See Figure 1)<br />
2. A device to detect the spin rate <strong>of</strong> the spinning body described in Claim 1 comprising<br />
means to divide or multiply the detected spin rate by a specified factor (13, 14, 16, 19, 20),<br />
by attaching a device to calculate the phases (3a, 5a, 10, 11) <strong>of</strong> said spinning body and<br />
another one (3, 5), enabling to emit pulses that reflect the two spinning bodies (3, 5). (See<br />
Figure 2)<br />
3. Spin detector <strong>of</strong> spinning bodies and vibration detection device described in Claim 1 and 2,<br />
comprising said pulse <strong>of</strong> the spin detector device and phases detector used as a means to<br />
detect vibrations caused by the spin. (See Figure 3)<br />
[Excerpt from Detail Description <strong>of</strong> the Invention and Drawings]<br />
This invention pertains to improvement <strong>of</strong> spin detector <strong>of</strong> a spinning body by further<br />
processing the detected spin. It further detects the spin rate <strong>of</strong> a separate spinning body<br />
spinning at a rate proportional to the first spinning body as well as vibration caused by them<br />
and by comparing to the detected spin to per<strong>for</strong>m as a vibration detector.<br />
Figure 1<br />
Equal rotational angle pulse<br />
reset<br />
Input rock<br />
load<br />
reset<br />
Input rock<br />
15. wave <strong>for</strong>m shaping circuit 23. 8 bit comparator<br />
17. manostable multi-vibrator 24. manostable multi-vibrator<br />
18. manostable multi-vibrator 25. N-array counter<br />
21. clock pulse emitter 26. 8 bit latch<br />
22. 256-ary counter 27. 256-array counter<br />
67