| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | Orchard heater | US90904 | 1979-11-05 | US4327704A | 1982-05-04 | Robert U. Fredrickson |
| Provided is an orchard heater adapted especially to radiate heat directly to the bole and middle portions of the trees, the heater comprising an upright, generally elongated and cylindrical combustion chamber having formed therein a vertically extending looped main burner, a pilot burner disposed beneath the main burner, and a divider plate interposed between the former two burners. The burners are positioned such that the discharge orifice of the main burner lies in the plane of the axis of the combustion chamber and is oriented downwardly at the center of the divider plate. The discharge orifice of the pilot burner, in turn, is oriented upwardly to the bottom of the divider plate, the latter being apertured, typically with louvers which enable communication between the discharge orifices of the two burners. Upon ignition of liquid fuel supplied by the main burner in the chamber, the generated heat is initially radially outwardly directed by the divider plate, this heat being oriented in a horizontal plane. Heat impinging on the chamber wall heats the latter and is directed radially and horizontally outwardly therefrom. Simultaneously, heat energy is conducted upwardly by the chamber wall and this heat, in turn, impinges on a frusto-conical hood positioned over the open top of the combustion chamber. The conical surfaces of the hood, upon being heated to radiation point, directs the heat energy radially outwardly and upwardly with respect to the axis of the heater. In addition, the conical surfaces of the hood function to direct ascending exhaust gases radially downwardly. | ||||||
| 2 | Oven burner lighter | US37588541 | 1941-01-25 | US2381152A | 1945-08-07 | DUPUIS ERVIN F |
| 3 | Gaseous lamp | US10872175 | 2004-06-19 | US20050282098A1 | 2005-12-22 | Hsin Huang; Ju Cheng; Chung Yen; Chin Huang; Yi Chuang |
| A gaseous lamp includes a housing, a lamp shade disposed on the housing, a valve device having a receptacle received in the housing and having a gas passage and an inlet for coupling to a gaseous reservoir. A control member is disposed in the receptacle, and includes a plunger core slidably received in a coil which may force the plunger core to actuate a valve member to selectively block the gas passage of the receptacle. A tube is coupled to the outlet of the receptacle of the valve device, for supplying the gas outwardly through the tube. A control device may be energized by one or more batteries to operate the control member. | ||||||
| 4 | Pilot burner ignition means and method of making the same | US73673 | 1979-09-10 | US4298336A | 1981-11-03 | Fred Riehl |
| A combination of a pilot burner for issuing fuel out of an outlet thereof and being supplied thereto from a source of the fuel and an electrical probe having an end spaced from the outlet of the pilot burner to provide a spark gap therewith and through which an electrical sparking is adapted to take place to ignite the issuing fuel when the probe is interconnected to a source of electrical energy and the fuel is issuing from the outlet, the end of the probe being disposed beneath the outlet of the pilot burner and defining the spark gap with a diffusion tang of the pilot burner that is disposed adjacent the outlet thereof. | ||||||
| 5 | Burner and ignition system | US38919573 | 1973-08-17 | US3844704A | 1974-10-29 | HELKE R |
| A burner assembly including a burner tube having a flamesupporting end and an upstream ignition port which has a scoopshaped baffle associated therewith for emitting a turbulent slip stream of fuel from the burner tube. A pilot is maintained in ignition proximity to the tube ignition port for igniting the slip stream. Upon ignition, the slip stream flame is sucked into the burner tube and delivered to the flame supporting end by the stream of fuel and air flowing through the burner tube. A spark ignitor is mounted near the pilot to light the pilot. A capillary bulb is mounted in heat receiving proximity to the pilot to detect heat of the pilot and control the burner fuel valve so that fuel is not delivered through the burner tube unless the pilot is on.
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| 6 | Inverted and diffused flame burner | JP8132384 | 1984-04-23 | JPS60223916A | 1985-11-08 | ADACHI KINICHI; FUJITA TATSUO |
| PURPOSE:To contrive smooth ignition, by providing a device sending partly premixed air-fuel mixture for ignition time in a combustion chamber. CONSTITUTION:Combustion gas is injected through an injection opening 8 by entering through a gas flow path 1 and separated partly at an inlet 4 as the gas for ignition time. The separated gas is turned into a premixed air-fuel mixture by flowing air in the separated gas through an air inlet 5, led into a combustion chamber 3 through an outlet 6 and ignited by an igniter 9. The combustion air is led to the combustion chamber 3 from a combustion air outlet 7 through a combustion air flow path. In other words, the titled burner is a device in such constitution that a partly premixed air-fuel mixture and the air are taken out from separate routes at the time of ignition and then they are ignited. | ||||||
| 7 | Automatic gaslight igniter/controller and burners | US11643123 | 2006-12-21 | US20070160944A1 | 2007-07-12 | Arnold Knight; Andrew Knight |
| A method and apparatus is defined for automatically igniting and controlling a gaslight to turn ON the gaslight in the evening and turn OFF the gaslight in the morning or alternatively, using a switch or timer to turn the gaslight on and off. The gaslight may be either a mantle type burner or an open flame type burner. The igniter consists of a high voltage spark generator that is controlled by a microcontroller to enable the spark when the microcontroller senses that darkness has occurred or a preset time of day has occurred. The spark is generated across a spark probe gap that is positioned in an optimum location to ignite the gas/air mixture. We and others have been manufacturing gaslight igniters for several years and this patent pertains to recent concepts and implementations that greatly improve the automatic igniter/burner utility and operation. The physical parameters of the device are also important. The device is sized so that it will fit easily inside of a 3-inch lamppost, or install easily within most gas lamp heads. The device is flexible in configuration to allow the burner/probe to be oriented axially with the igniter, or oriented perpendicular to the igniter to provide great flexibility in using the igniter with various burners and gas light heads. Quick disconnect fittings for gas and low voltage electric make the igniter/burner assembly easy to change without tools, similar to changing a light bulb. | ||||||
| 8 | Glass fiberizer with ignition system | US510530 | 1974-09-30 | US3936286A | 1976-02-03 | Peter A. Dunkailo |
| A fiberizer with an ignition system is provided. The fiberizer includes an annular combustion chamber with a downwardly directed annular slot positioned to direct the hot products of combustion toward a fiber spinner. The fiberizer has a plurality of radiant cup burners disposed uniformly therearound in an upper portion of the chamber. An ignition burner is located between two of the radiant cup burners and directs a long ignition flame therebetween. The ignition system includes a spark plug for igniting an air-gas mixture in an end of the ignition burner and controls are designed to supply the air-gas mixture to the burner and to provide a spark for the spark plug simultaneously. | ||||||
| 9 | Pilot-burner | US16567917 | 1917-05-01 | US1366591A | 1921-01-25 | LEONARD PASSANO |
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