Everything at once

Cited prior art · Bernd Beicht, Reinhard Tinz and 2 more · United States · 1990

be determined as follows: any desired flow. The bypass 40 permits compensating Page 7 deviations regarding the dimensions of the components being responsive to the differential pressure be and the properties,

Cited prior art · Alan Garscadden, William F. Bailey and 2 more · United States · 1983

of the hydrogen gas. tion. Therefore, all such embodiments have not been 7. The process of claim 1, 2, or 4 wherein the hydro shown in complete detail. Other embodiments may

Cited prior art · Henry Ira Walton · IONIZING CORP OF AMERICA · United States · 1934

for effecting a COn of the invention constitute an extremely impor 50 75. stant frequency of adjusted oscillations in the Page 7 Drawing sheet — no readable text. Page 8 Condenser and for incorporation thereof

Cited prior art · Robert Stephen DiMatteo, Marc Steven Weinberg and 2 more · United States · 2001

1999, the American Physical Society, incorporated herein by micron gap. this reference. 7. The microscale generator of claim 2 in which the AS Such, a number of panels 56 are disposed

Cited prior art · Mikio Matsumoto, Masaya Furushou and 3 more · United States · 2000

Drawing sheet — no readable text. Page 6 Drawing sheet — no readable text. Page 7 GASOLINE WAPOR PURGING SYSTEM OF affected by the above-mentioned vapor purging and the INTERNAL COMBUSTION ENGINE exhaust

Cited prior art · Jurgen Thode · Vorwerk and Co Interholding GmbH · United States · 1999

induced therein. 1,664,092 3/1928 Squires ................................ 55/DIG. 3 2,064,587 12/1936 Carlstedt ............................. 55/DIG. 3 7 Claims, 9 Drawing Sheets Page 2 Drawing sheet — no readable text. Page 3 Drawing sheet — no readable text.

Cited prior art · Satoshi Arakawa, Norihiro Iwai and 5 more · United States · 1998

activation layer. 5,426,658 6/1995 Kaneno et al. ........................... 372/45 5,486,490 1/1996 Kakimoto ................................. 438/33 7 Claims, 8 Drawing Sheets Page 2 Drawing sheet — no readable text. Page 3 Drawing sheet — no readable text.

Cited prior art · Eugene Long, Jeff Schmidt and 2 more · United States · 1997

control unit for hydrogen for a hydrogen gas supply. controlling an amount of hydrogen generated. The control Page 7 unit includes a pressure switch coupled to the hydrogen primary chemical hydride

Cited prior art · Gerald A. Rosenquist · Fel Pro Inc · United States · 1995

it defines a recess in the ured generally as shown in FIG. 2, except that the en Page 7 gine with which it is used is a dry deck engine. It

Cited prior art · Arthur E. Dungan · United States · 1995

then the elec trode holder in said gas outlet conduit and releasably Page 7 engaging the opposite end of said electrode and an second electrode holder for transporting the hydrogen outlet

Cited prior art · Boris M. Khudenko · United States · 1994

VO43-. The term anions An, from the bulk solution on the surface of Page 13 sacrificial metal Me(1); (2) formation of a salt and libera E= -1.125-1-RT/2F in H/H). Because the

Cited prior art · Katsumi Nakagawa, Koji Nishida and 2 more · United States · 1994

contacts the negative electrode 2b of the resonator 2 55 ergy converter 7, the vibrations of the resonators 2 and which is disposed around the outer periphery of the 3 are

Patents citing this work · Nigel F. Gale, David W. Naegeli and 2 more · United States · 1994

4,041,910 8/1977 Houseman...................... 123/59 EC produce power. 4,079,703 3/1978 Yamane et al. . 7 Claims, 1 Drawing Sheet Page 2 Drawing sheet — no readable text. Page 3 duced amounts of unburned hydrocarbons

Cited prior art · Frederick B. McCarty, Leroy A. Fizer and 3 more · United States · 1994

to said second induction machine. torque to the shaft 32 (see FIG. 7). 3. The apparatus of claim 2, wherein said stator of In the actuation system of FIG. 5, the

Cited prior art · Jeff Arsenault, Wendelin Goetz and 2 more · United States · 1993

safe area of operation (shown 800 Hz, which corresponds to a time of 255 milliseconds Page 70 to ramp from 25% to 100%. This fast ramping speed is -continued

Cited prior art · Masaaki Katoh · Sharp Corp · United States · 1993

are a pair of first LED 31 and second LEDs 32 dis Page 7 posed along the length of the substrate 10, so that all the 635 nm, so that the

Cited prior art · Harry Rieger · US Department of Navy · United States · 1989

representative signal at the detector. 4,158,133 6/1979 Spaeth et al. .................... 250/211 J 7 Claims, 1 Drawing Sheet Page 2 Drawing sheet — no readable text. Page 3 design and therefore, of high

Cited prior art · Ernst Wild · Robert Bosch GmbH · United States · 1989

location 14, as well as the output signal of the characteristic curve of the performance graph pre Page 7 control signal KV and accordingly the block diagram FIG. 4 illustrates a

Cited prior art · Shoji Sato, Hiroyoshi Yamamoto and 2 more · United States · 1988

to those which have been described with refer and makes the temperature of the rotor more uniform. Page 7 Additional modifications and variations may be made cating the fluid to the

Cited prior art · Axel Konig, Kurt Korbel and 6 more · United States · 1988

K-7 4.5 x 4.5 mm tablets 35 1350 160 0.12 TiO2(83), LaO3(10) Page 7 TABLE I-continued Physical-Mechanical Data Of The Catalysts Of The Examples Cat No. Fora (m/g) (g/L) (Ks) (ml/g)