Abstract:
A thermal choke, includes (1) a body, comprising a heat conductive material, (2) an electric heater, on or in the body, (3) a temperature sensor, on or in the body, and (4) a fin, in a channel surrounded by the body. The thermal choke is configured to fit between a throttle assembly and a cylinder of a spark ignition engine.
Abstract:
A fuel-expanding device for internal combustion engine adapted to be connected to the fuel line and coolant water line from said internal combustion engine, said fuel-expanding device comprising a cylindrical shaped housing, a heat exchanging means for vaporizing the fuel in said fuel line, said heat exchanging means being confined in said cylindrical shaped housing and transfer heat from said coolant water to the fuel passing through said fuel line, a heat retaining means provided on said fuel line and in contact with said heat exchanging means for increasing the beat content in said fuel vapor, and a flux generating means provided at outlet portion of said fuel line for the re-alignment of the molecular structure of the fuel vapor to ensure easier and complete combustion.
Abstract:
Kraftstofffördereinrichtung (1) für eine Kraftstoffeinspritzeinrichtung einer Brennkraftmaschine mit einer Förderpumpe (10) und mit wenigstens einer Hochdruckpumpe (16), wobei durch die Förderpumpe (10) Kraftstoff aus einem Vorratsbehälter (12) zur Saugseite der Hochdruckpumpe (16) gefördert wird und durch die Hochdruckpumpe (16) Kraftstoff über eine Wärmeleitung (17) in einen Buffertank (18) gefördert wird,wobei zwischen dem Buffertank (18) und einem Hochdruckspeicher (20) ein Druckregler (19) angeordnet ist. Zwischen der Hochdruckpumpe (16) und dem Buffertank (18) sind ein erster Wärmetauscher (31) und ein zweiter Wärmetauscher (32) angeordnet, wobei durch den ersten Wärmetauscher (31) thermische Energie des Kraftstoffes einer Rücklaufleitung (23), welche mit dem Vorratsbehälter (12) verbunden ist, auf den Kraftstoff der Wärmeleitung (17) übertragbar sind.
Abstract:
The present invention provides an apparatus for preheating fuel and cooling liquid in an internal combustion engine system. The fuel preheating apparatus comprising a generally rectangular shape fluid-tight container body with a hollow interior. A top wall of the apparatus being provided with a fuel inlet, a fuel outlet, a coolant inlet, and a coolant outlet. A fuel coiled tubing is provided within the hollow interior and has a first end and a second end where the first end is coupled to the fuel inlet. A coolant coiled tubing is adjacent the fuel coiled tubing and have a first end and a second end where the first end is coupled to the coolant inlet. A degassing tank is coupled to the fuel outlet and the fuel coiled tubing. A buffer tank is coupled to the coolant outlet and the coolant coiled tubing. Steam is built up around the outer edge of the coolant coiled tubing and the buffer tank as a result of a preheated coolant coming from the internal combustion engine that is entering the coolant coiled tubing through the coolant inlet. The steam build up is capable of preheating the fuel flowing inside the fuel coiled tubing of the fluid-tight container body. Having the preheated fuel thermally expanded inside the degassing tank separates the fuel from impurities thereby purifying and enhancing the specific gravity of the fuel to generate complete combustion.
Abstract:
An adjustable modular device (1: 17, 18) for pro-treating fossil fuels, in order to maximize (he combustion efficiency, has at least a casing (2) and a closure element (3) both being passed through by the fuel to be pre-treated and an electrical winding contained therein. The electrical winding is constituted b> one solenoid (12) the solenoid (12) being energized by a source through an electronic control of the supplied electric current.
Abstract:
A tube heating assembly having a heating tube with proximate and distal end portions, a manifold insert disposed concentrically within the heating tube and likewise having proximate and distal end portions/ and a pair of end caps removably secured to the proximate and distal end portions of the manifold insert and the heating tube respectively. The manifold insert includes a raised spiral thread on its surface. An electrical assembly such as a resistive path applied to the outer surface of the heating tube is used to heat the tube. The tube heating assembly may be embodied in a system and method for delivering an automotive fluid in a vehicle, wherein the tube heating assembly is installed as a heat exchanger in a fluid delivery path through which the fluid is pumped, preferably in pulses to enhance heating of the fluid.