This page requires javascipt to function properly
2 WITH LIQUID SEPARATIONS
3 . (1 indent ) In circuit
5 . (1 indent ) Filtering
6 .. (2 indent ) Unitary structure
7 . (1 indent ) Decanting
8 .. (2 indent ) Unitary structure
127 WITH EXTERNAL SUPPLY OR REMOVAL OF HEAT
128 . (1 indent ) Processes
129 . (1 indent ) Temperature or humidity sensor
130 .. (2 indent ) Heat supply or removal control
131 . (1 indent ) Automatic control of heat supply or heat effect
133 . (1 indent ) With mixer for supplementary gas and gaseous contactor product
134 .. (2 indent ) Pressure responsive supplementary gas supply means
135 . (1 indent ) With indicator or tester
136 . (1 indent ) Combined
137 . (1 indent ) Interconnected heat supply and contact fluid flow controllers
138 . (1 indent ) Diverse heat supply or removal means
139 .. (2 indent ) Electric heater
140.1 . (1 indent ) Refrigeration producer
140.2 .. (2 indent ) Absorption means
141 . (1 indent ) Heat producer
142 .. (2 indent ) Electric heater
143 .. (2 indent ) Means burning contact product
144 ... (3 indent ) Internal combustion engine
145 .... (4 indent ) Engine fuel supply means heated by exhaust manifold
146 . (1 indent ) Plural distinct contact zones
147 .. (2 indent ) Serially arranged in flow path
148 ... (3 indent ) Counter flowing gas and liquid (e.g., absorption or rectification column)
149 ... (3 indent ) Heat exchanger in flow path spaced from contact zones
150 . (1 indent ) Heat exchange means in one of plural liquid feed paths
151 . (1 indent ) Recirculating fluid
152 . (1 indent ) Heat exchange means at or downstream of contact zone
153 .. (2 indent ) Gas exposed liquid body or sheet contacting heat exchanger
154 .. (2 indent ) Porous type gas-liquid contactor exposed to heat exchanger
155 .. (2 indent ) Contact fluid passage surrounds external fluid flow passage
156 .. (2 indent ) Fins or deflectors in contact fluid passage of heat exchanger
157 .. (2 indent ) With heat exchange means for feed fluid
158 INDIRECT INTERCHANGE OR HEAT BETWEEN CONTACT FLUIDS
159 . (1 indent ) Incoming fluid exchanges heat
160 .. (2 indent ) With fluid at or downstream of contact zone
161 ... (3 indent ) Incoming exchanging fluid is feed gas
17 . (1 indent ) Furnace-gas type
18.1 MULTIPLE DIVERSE LIQUIDS
18.2 . (1 indent ) Water added to charge
18.3 . (1 indent ) Multiple fuels
18.4 . (1 indent ) Antidetonant
22 ... (3 indent ) Gas connections
23.1 .. (2 indent ) Parallel
23.2 ... (3 indent ) Carburetors
23.3 .... (4 indent ) Stratified charge
23.4 .... (4 indent ) Rotary engine
25 .. (2 indent ) Liquid operated
26 .. (2 indent ) Automatic control
27 ... (3 indent ) Liquid inlet
28 .. (2 indent ) Gas and liquid
29 ... (3 indent ) Liquid circuit
30 .. (2 indent ) Gas inlet
31 ... (3 indent ) Churn type
32 .... (4 indent ) Rotary dasher
33 .... (4 indent ) Reciprocating dasher
34.1 .. (2 indent ) Liquid
34.2 ... (3 indent ) Accelerator pump
34.3 .... (4 indent ) With thermostatic control
35 ... (3 indent ) Gas operated
36.1 ... (3 indent ) In circuit
36.2 .... (4 indent ) Carburetor
39.1 .. (2 indent ) Thermostatic
39.2 ... (3 indent ) With carburetor expansible fluid actuating means
39.3 ... (3 indent ) With carburetor bimetallic actuating means
39.4 ... (3 indent ) Carburetor spring linkage with temperature element
39.5 ... (3 indent ) Without carburetor choke means
39.6 ... (3 indent ) With carburetor electrical heater
40 .. (2 indent ) Multiple jet
41.1 ... (3 indent ) Progressive
41.2 .... (4 indent ) With parallel carbureting passages
41.3 .... • (5 indent ) With control of plural passages
41.4 .... (4 indent ) Multiple jet manual control
41.5 .... (4 indent ) Bypass opening beyond throttle
42 .. (2 indent ) Multiple valves
43 ... (3 indent ) Connected
44.1 .... (4 indent ) Contact space
44.2 .... • (5 indent ) Contact valve with hollow shaft supplying liquid
44.3 .... • (5 indent ) Traversely reciprocating air or mixture valve
44.4 .... • . (6 indent ) Suction operated
44.5 .... • (5 indent ) Longitudinally movable air or mixture valve
44.6 .... • (5 indent ) Rotating air or mixture valve
44.7 .... • . (6 indent ) Off-center pivoted
44.8 .... • . (6 indent ) Cylinder or plug-valve type
44.9 .... • (5 indent ) Variable-shape passage
45 .... (4 indent ) Gas by-pass
46 .... • (5 indent ) With gas inlet
47 .... • (5 indent ) With gas outlet
48 .... • (5 indent ) With liquid inlet
49 .... (4 indent ) Liquid inlet
50.1 .... • (5 indent ) With gas inlet
50.2 .... • . (6 indent ) Suction operated gas inlet valve
50.3 .... • . (6 indent ) Noncarburetor
51 .... • (5 indent ) With gas outlet
52 .... (4 indent ) Gas inlet and outlet
53 ... (3 indent ) Contact space
54 ... (3 indent ) Gas by-pass
55 .... (4 indent ) With gas inlet
56 .... (4 indent ) With gas outlet
57 .... (4 indent ) With liquid inlet
58 ... (3 indent ) Liquid inlet
59 .... (4 indent ) With gas inlet
60 .... (4 indent ) With gas outlet
61 ... (3 indent ) Gas inlet and outlet
62 .. (2 indent ) Contact space
63 .. (2 indent ) Gas by-pass
64.1 .. (2 indent ) Gas inlet
64.2 ... (3 indent ) Anterior throttle
64.3 ... (3 indent ) Pressure control
64.4 ... (3 indent ) Suction operated
64.5 ... (3 indent ) Float control
64.6 ... (3 indent ) Starting choke
65 .. (2 indent ) Gas outlet
66 .. (2 indent ) Liquid inlet
67 ... (3 indent ) Plural
68 .... (4 indent ) Float and manual
69.1 ... (3 indent ) Gas pressure controlled
69.2 .... (4 indent ) Wet diaphragm
70 ... (3 indent ) Float controlled
71 ... (3 indent ) Manual
72.1 . (1 indent ) Liquid supply tank
72.2 .. (2 indent ) Aviation carburetor
73 .. (2 indent ) Barometric
74 . (1 indent ) Contact receptacle
76 . (1 indent ) Injector type
77 .. (2 indent ) Submerged blast
78.1 . (1 indent ) Atomizer type
78.2 .. (2 indent ) Noncarburetor
79.1 . (1 indent ) Rotating gases
79.2 .. (2 indent ) Noncarburetor
80 . (1 indent ) Traveling strip
81 . (1 indent ) Reciprocating
83 . (1 indent ) Rotating
84 .. (2 indent ) Impeller
85 ... (3 indent ) Hollow shaft
86 .... (4 indent ) Gas trapping
87 .... (4 indent ) Gas delivering
88 .... (4 indent ) Liquid spraying
89 ... (3 indent ) Sprayed
90 .... (4 indent ) Horizontal axis
91 ... (3 indent ) Dipping
92 .... (4 indent ) Horizontal axis
93 ... (3 indent ) Submerged blast
94 . (1 indent ) Porous mass
95 .. (2 indent ) Surface contact
96 .. (2 indent ) Gas-flow control
97 .. (2 indent ) Liquid-flow control
99 ... (3 indent ) Capillary feed
100 . (1 indent ) Porous sheet
101 .. (2 indent ) Surface contact
102 ... (3 indent ) Gas-flow control
103 ... (3 indent ) Liquid downflow
104 ... (3 indent ) Capillary feed
105 .. (2 indent ) Gas-flow control
106 .. (2 indent ) Liquid downflow
107 .. (2 indent ) Capillary feed
108 . (1 indent ) Wet baffle
109 .. (2 indent ) Gas-flow control
110 .. (2 indent ) Liquid-flow control
111 ... (3 indent ) Spray
112.1 ... (3 indent ) Film
112.2 .... (4 indent ) Corrugated plates
113 .. (2 indent ) Perforated baffles
114.1 .. (2 indent ) Overflow baffles
114.2 ... (3 indent ) Bubble caps
114.3 ... (3 indent ) Jet plates
114.4 ... (3 indent ) Valve tray
114.5 ... (3 indent ) Tray construction
115 . (1 indent ) Liquid spray
116 .. (2 indent ) Aspirating
117 .. (2 indent ) Opposed
118 .. (2 indent ) Transverse
119.1 . (1 indent ) Liquid tank
119.2 .. (2 indent ) Carburetor
120 .. (2 indent ) Floating distributor
121.1 .. (2 indent ) Submerged blast
121.2 ... (3 indent ) Minnow bucket
121.3 ... (3 indent ) Carburetor vented nozzle
121.4 .... (4 indent ) Air inlet valve
122.1 ... (3 indent ) Submerged screen
122.2 .... (4 indent ) With closable apertures
123 ... (3 indent ) Submerged baffle
124 ... (3 indent ) Multiple jet
125 .. (2 indent ) Multiple receptacle
126 .. (2 indent ) Upflowing gases
FOR000 CLASS-RELATED FOREIGN DOCUMENTS
DIG1 AUXILIARY AIR INLET CARBURETORS
DIG9 FURNACE GAS SCRUBBERS
DIG10 STEAM HEATERS AND CONDENSERS
DIG20 DEICERS FOR CARBURETORS
DIG21 DRAWING EXCESS FUEL FROM CARBURETING PASSAGE
DIG23 FUEL FEEDING VALVES
DIG24 FUEL FEEDING VALVE RETAINING
DIG25 FUEL SPREAD OUT INTO A FILM
DIG27 GAS CIRCULATED IN CIRCUIT
DIG29 HEATERS SUBMERGED IN LIQUID
DIG32 HEATERS AND CONDENSERS
DIG34 AUTOMATIC HUMIDITY REGULATION
DIG35 AIR LINE LUBRICATORS
DIG36 CARBURETOR MANIFOLDS
DIG37 MODERN PUMPS DIAPHRAGM
DIG39 LIQUID FEEDING NOZZLES
DIG40 OIL FILTER FOR FUEL ENTERING NOZZLES OR FLOAT CHAMBER
DIG41 PAD RETAINING MEANS IN HUMIDIFIERS AND AIR CONDITIONERS
DIG45 PROCESSES CARBURETORS
DIG46 RESIDUE PREVENTION IN HUMIDIFIERS AND AIR CONDITIONERS
DIG49 SUCTION OPERATED FEED VALVE
DIG50 SURGE PREVENTION IN CARBURETORS
DIG51 CARBURETORS WITH SUPERCHARGING BLOWERS
DIG52 CARBURETOR WITH VALVES
DIG57 INTERCHANGEABLE CHORE TUBE
DIG58 CHOKE TUBE HAVING PLURALITY OF LEAVES
DIG59 CHOKE TUBE LEAVES FLEXIBLE
DIG61 LONGITUDINALLY RECIPROCATING CHOKE TUBE (ALONG AIR PASSAGE)
DIG62 LONGITUDINALLY RECIPROCATING CHOKE TUBE HAVING MOVABLE PARTS
DIG63 LONGITUDINALLY RECIPROCATING CHOKE TUBE, THROTTLE-OPERATED
DIG64 LONGITUDINALLY RECIPROCATING CHOKE TUBE, SUCTION-OPERATED
DIG66 WATER INJECTION TO PREVENT DETONATION
DIG67 CARBURETORS WITH VENTED BOWL
DIG68 DIAPHRAGM-CONTROLLED INLET VALVE
DIG69 FLUID AMPLIFIERS IN CARBURETORS
DIG70 SEWAGE AERATORS; DIFFUSERS
DIG71 SEWAGE AERATORS; ROTATING
DIG73 CARBURETOR PRIMERS; TICKLERS
DIG74 VALVE ACTUATION; ELECTRICAL
DIG75 FLOWING LIQUID ASPIRATES GAS
DIG80 ELECTRICAL TREATMENT
DIG81 PERCOLATION CONTROL
DIG82 UPPER END INJECTORS
DIG83 FUEL VAPOR GENERATION
DIG86 COOLING TOWER ICE PREVENTION
DIG87 COOLING TOWER POWER GENERATORS
DIG89 . (1 indent ) Electrically heated aroma dispensers
Note: Some content
linked to on this page may require a plug-in for Adobe
Acrobat Reader .
This file produced by USPTO - SIRA -
Office of Patent Automation - ReferenceTools Project.
Questions or comments relating to this file should be
directed to Patent
Automation Feedback .