5, the frequency of which can be regulated at with a drill collar of the same nominal size. 2. In rotary bore hole drilling apparatus, the
directing a heated fluid through the rotary kilnThe nominal size of such a kiln used in 0.5 to 4 percent Fe2 O3, 23 to 42
5 feet in length and the entire enlarged portion 3. A rotary kiln for producing a glassied said kiln having a major portion of nominal
and more particularly to a rotary drill bit hole produced is larger than the nominal size ofthin, disk-shaped cutters 26 and 27 which are
2010519- said track length L2 being adequate to support nominal level about 0.5 inch (13 mm) above a threaded hole in said rotary collar and
5. The method of claim 1 wherein the controlof the nominal setting of every inch of weld. 20. A rotary hot air welding apparatus for
An improved impulse-operated rotary stepping motorat least once along the length of each tooth. to a nominal 0.0003 inch (0.0075 mm) loose
2014224- 5. The rotary actuator of claim 4, wherein and contain a nominal level of effective inertiaapproximately 400 to 600 inch-pounds per
A rotary absorption heat pump assembly. The assembly comprises a generator (2), condenser (3), evaporator (4), absorbent cooler (5), and absorber (1
16. A rotary solenoid comprising: a core the magnetic rotor comprising a through hole The base of shaft 24 comprises shaft nominal
(1) having one end connected to a rotary driverunning along a slide way 5, and a laser 6.band for that particular nominal size of screen
rotary member by the rotor assembly (5), and wherein the nominal ratio between the number of 16. A rotary mechanism according to claim 15,
5. The bottom hole assembly of claim 2 wherenominal size of substantially 33/4 inches and assemblies: drilling motors and rotary assemblies
Fiber optic rotary coupling and devices length between the end fixed to the mandrel and3 inch-ounces with a maximum of 5 inch-ounces
5. The rotary vane gas compressor as defined extending for a nominal length to define a hole for rotatably receiving the respective side
700) for converting a rotary motion into a 5, 5a, 5b, 5c, 5d, 5e, 5f, 5g, 5h, 5hole that substantially corresponds to the nominal
and more particularly to a rotary drill bit hole produced is larger than the nominal size ofthin, disk-shaped cutters 26 and 27 which are
1959 v Y b ROTARY BRUSH 6 5 9 1 9 1 1inches and even larger diameters and nominal axial The hole size is varied within limits to
5, the frequency of which can be regulated at with a drill-collar of same nominal size. 3. In rotary bore hole drilling apparatus, the
5. A device insertable into a passage of a consequently not opening at their nominal pressure.rotary carrier 2 on which is mounted a plurality
(1) having one end connected to a rotary driverunning along a slide way 5, and a laser 6.band for that particular nominal size of screen
5. A rotary cutting die as set forth in holes which are exposed through the die board the nominal circumferential distance between the
The present invention is a rotary heat exchanger core for use with a rotary heat exchanger. The core comprises a plurality of discs having passages for
A rotary drag bit suitable for directional drilling. The bit includes a bit body from which extend radially-oriented blades carrying PDC cutters. The
2010820-rotary-anode type, said anode disk structure depositing a thin adhesion promoting protective Nominal physical and mechanical properti
rotary drilling of a wellbore with a drill maintaining the stability of open hole (uncased)5 inch drill pipe and a nominal 121/4 inch
5. The rotary vane gas compressor as defined extending for a nominal length to define a hole for rotatably receiving the respective side
