141 |
Improvement in stove-grates |
US109968D |
|
US109968A |
1870-12-06 |
|
|
142 |
hinsdale |
US107197D |
|
US107197A |
1870-09-06 |
|
|
143 |
Stove gkate |
US100024D |
|
US100024A |
1870-02-22 |
|
|
144 |
Burn barrel |
US14213725 |
2014-03-14 |
US09618202B2 |
2017-04-11 |
Chester J. Lubanowski |
Briefly, the invention provides an incinerator comprising a housing suspended above the ground. The housing is without a top or bottom, but includes an elongated member supporting the housing and a grate intermediate of the housing and the elongated member. Also provided is a device for aiding combustion reactions. The device includes a vertically disposed stanchion, a housing, a first open end and a second open end. The housing is supported at the second open end by the stanchion. The device also include a grid with a cross section identical to the cross section of the housing. The diameter of the cross section of the grid is less than the diameter of the cross section of the housing and the grid in rotates around the stanchion. |
145 |
BURN BARREL |
US14213725 |
2014-03-14 |
US20140261374A1 |
2014-09-18 |
Chester J. Lubanowski |
Briefly, the invention provides an incinerator comprising a housing suspended above the ground. The housing is without a top or bottom, but includes an elongated member supporting the housing and a grate intermediate of the housing and the elongated member. Also provided is a device for aiding combustion reactions. The device includes a vertically disposed stanchion, a housing, a first open end and a second open end. The housing is supported at the second open end by the stanchion. The device also include a grid with a cross section identical to the cross section of the housing. The diameter of the cross section of the grid is less than the diameter of the cross section of the housing and the grid in rotates around the stanchion. |
146 |
NON-CATALYTIC BIOMASS FUEL BURNER AND METHOD |
US13687736 |
2012-11-28 |
US20130133560A1 |
2013-05-30 |
Scott Laskowski; Timothy Baughman; Johann Duerichen; Donald Laskowski |
The present invention relates to a non-catalytic biomass burner that may be used to burn a variety of fuel types at high efficiencies. The burner may include a cylindrical combustion chamber with an auxiliary igniter to heat the fuel in the combustion chamber until desirable combustion temperatures are reached. Fuel may be added to the chamber via a fuel feed assembly, and the rate of fuel addition to the chamber by the fuel feed assembly may be controlled by a computer. A fan located on the distal side of a flue pipe from the chamber may also be provided that pulls air into the chamber through one or more air inlets that are designed to encourage cyclonic air and exhaust flow in the chamber. Methods are further provided for controlling the manner of operation of the burner by a computer that may be instructed by a computer program code. |
147 |
Apparatus for and method of burning and/or thermally decomposing fuel,
especially solid fuels |
US827977 |
1986-03-13 |
US4693234A |
1987-09-15 |
Nils Tunstromer |
An apparatus for and a method of burning and/or thermally decomposing fuel, especially solid fuels, including means for supplying fuel and, if applicable, means for supplying air or oxygen to a combustion site comprising a grate, preferably a bar grate. To improve and control combustion or thermal decomposition the grate has associated therewith a material loosening and/or grate cleaning means acting on the fuel and/or slag, ash or like material deposited on the grate, said means and said grate adapted for reciprocating movement relative to one another. |
148 |
Grate structure for incinerator |
US3783802D |
1972-04-26 |
US3783802A |
1974-01-08 |
SCHRAGE D |
In a hollow pyrometric incinerator grate structure are groups of axially spaced grate support means such as rings. Elongated grate bars are disposed on the support means circumferentially in rows about the interior of the hollow body. Each grate bar is engaged at its center with an intermediate support and the opposite ends of each grate bar bear freely on opposite axially spaced supports to enable biaxial stress relief.
|
149 |
Shaking grates especially for burning different kinds of fuel |
US46533554 |
1954-10-28 |
US2873702A |
1959-02-17 |
WILHELM SCHULTE |
|
150 |
Sectional grate |
US2425101D |
|
US2425101A |
1947-08-05 |
|
|
151 |
Automatic stoker |
US14766137 |
1937-06-11 |
US2197428A |
1940-04-16 |
ERB CLARENCE F |
|
152 |
Furnace grate |
US24751938 |
1938-12-23 |
US2184292A |
1939-12-26 |
DUKAS JAMES K |
|
153 |
Grate |
US9546336 |
1936-08-11 |
US2087361A |
1937-07-20 |
SMITH IRA C |
|
154 |
Grate |
US67415033 |
1933-06-03 |
US2007531A |
1935-07-09 |
THOMAS HENRY HAROLD |
|
155 |
Dumping grate |
US74317634 |
1934-09-08 |
US1997764A |
1935-04-16 |
BRIDGE GEORGE L |
|
156 |
Grate |
US47626430 |
1930-08-19 |
US1939868A |
1933-12-19 |
THOMPSON JAMES S |
|
157 |
Grate support |
US44496030 |
1930-04-17 |
US1939358A |
1933-12-12 |
MAGOS JOHN P |
|
158 |
Operating mechanism for oscillat |
US1939177D |
|
US1939177A |
1933-12-12 |
|
|
159 |
Shaker |
US59161932 |
1932-02-08 |
US1938245A |
1933-12-05 |
BLOCKER RAYMOND V |
|
160 |
Grate |
US47626630 |
1930-08-19 |
US1925347A |
1933-09-05 |
THOMPSON JAMES S |
|