CH88680A - Advanced training in air navigation devices powered by an internal combustion engine. - Google Patents

Advanced training in air navigation devices powered by an internal combustion engine.

Info

Publication number
CH88680A
CH88680A CH88680DA CH88680A CH 88680 A CH88680 A CH 88680A CH 88680D A CH88680D A CH 88680DA CH 88680 A CH88680 A CH 88680A
Authority
CH
Switzerland
Prior art keywords
internal combustion
combustion engine
navigation devices
air navigation
devices powered
Prior art date
Application number
Other languages
French (fr)
Inventor
Parker James William
Goldsmid-Abrahams Ernest
Original Assignee
Parker James William
Ernest Goldsmid Abrahams
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Parker James William, Ernest Goldsmid Abrahams filed Critical Parker James William
Publication of CH88680A publication Critical patent/CH88680A/en

Links

Landscapes

  • Output Control And Ontrol Of Special Type Engine (AREA)

Description

  

  Perfectionnement aux appareils de navigation aérienne     actionnés    par     tilt    moteur  à combustion interne.    La     présente        invention    se rapporte à un       perfectionnement    aux appareils (le navi  gation aérienne, actionnés par un moteur  à combustion interne, comme, par exemple,  les     nèroplanes,    les     liydroplanes,    les aéros  tats dirigeables.

   Jusqu'à     présent,    les mo  teurs de ces appareils ont été     alimentés    par  des combustibles liquides; ces derniers  étant     devenus    (le plus en plus rares et  chers, il serait très désirable d'avoir un  succédané moins coûteux     desdits    combusti  bles.     Suivant    l'invention, le moteur des ap  pareils à. navigation est combiné avec     uu     gazogène produisant à l'aide (le combus  tibles solides un gaz destiné à     l'alimenta-          tion    du moteur.  



  Pour la mise en pratique (le     l'invt,iition.          on    peut employer un moteur à combustion  interne     d'un    type connu quelconque. Au  lieu de le connecter avec un car  burateur et un conduit d'essence, on  le combine avec un gazogène dans  lequel on produit de la manière connue à  l'aide de combustibles solides, par exemple  de la houille, de l'anthracite, du charbon de    bois,     chi    coke, un     ;raz        qui    est brûlé     dans    le  moteur.

   Le gazogène peut     ètre    à. injection  (;'eau.     Pour        augmenter    l'effet calorifique du  gaz     produit.,    le gazogène peut être muni de       inoycns        permettant        d'y    injecter du combus  tible     liquide,    par exemple un     hydrocarbure     liquide,     destiné    à. remplacer au moins une       partie    de l'eau     ctui    est employée     ordinaire-          ment    dans les gazogènes pour gaz à l'eau.



  Improvement in air navigation devices powered by tilt internal combustion engine. The present invention relates to an improvement in devices (air navigation, operated by an internal combustion engine, such as, for example, neroplanes, liydroplanes, airships tats.

   Until now, the engines of these devices have been powered by liquid fuels; the latter having become increasingly rare and expensive, it would be very desirable to have a less expensive substitute for said fuels. According to the invention, the engine of navigation devices is combined with a gasifier producing at the same time. help (solid fuels a gas intended for fueling the engine.



  For practical purposes (the invt, iition. One can use an internal combustion engine of any known type. Instead of connecting it with a carburator and a fuel line, it is combined with a gasifier. in which is produced in the known manner with the aid of solid fuels, for example coal, anthracite, charcoal, chi coke, a; raz which is burnt in the engine.

   The gasifier can be at. injection (; water. To increase the calorific effect of the gas produced., the gasifier may be fitted with inoycns allowing liquid fuel to be injected therein, for example a liquid hydrocarbon, intended to replace at least part of the gas. Water is commonly employed in gasifiers for water gases.

 

Claims (1)

REVENDICATION Perfectionnement aux appareils de navi gation. aérienne actionnés par un moteur à combustion interne, caractérisé en ce que le moteur est combiné avec un 1azogène produisant à l'aide (le combustibles solides un gaz destiné à l'alimentation du moteur. CLAIM Improvement in navigation devices. air operated by an internal combustion engine, characterized in that the engine is combined with a 1azogen producing with the aid (the solid fuels a gas intended for supplying the engine. S OUS-REVEN DICATION Perfectionnement. suivant la revendi cation, caractérisé par des moyens pour in troduire clans le ;:azogène un combustible liquide, clans le but. d'obtenir un gaz d'effet calorifique élevé. S OUS-REVEN DICATION Improvement. according to the claim, characterized by means for in troduire clans the;: azogen a liquid fuel, clans purpose. to obtain a gas with a high calorific effect.
CH88680D 1916-06-15 1919-12-17 Advanced training in air navigation devices powered by an internal combustion engine. CH88680A (en)

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
GB88680X 1916-06-15

Publications (1)

Publication Number Publication Date
CH88680A true CH88680A (en) 1921-03-16

Family

ID=9860797

Family Applications (1)

Application Number Title Priority Date Filing Date
CH88680D CH88680A (en) 1916-06-15 1919-12-17 Advanced training in air navigation devices powered by an internal combustion engine.

Country Status (1)

Country Link
CH (1) CH88680A (en)

Similar Documents

Publication Publication Date Title
FR2478740A1 (en) METHOD AND APPARATUS FOR COMBUSTION BEGINNING BY THERMOCHEMICAL REACTION OF HYDROGEN AND OXYGEN
NO180501B (en) Piston engine type combustion engine
CH88680A (en) Advanced training in air navigation devices powered by an internal combustion engine.
EP0066498A1 (en) Process and plant for ultra-rapid gasification of coal or a biomass
US664958A (en) Method of utilizing liquid air in explosion-motors.
Mehrtens Gas engine theory and design
Nwaokocha et al. A Conversion of Petrol Generator to Enable the Use of Liquefied Petroleum Gas (Propane)
Judge Motor Manuals
Ziesenheim Developing a high-compression automotive engine
Jones The position and development of the gas engine
Kirschke Gas and oil engines: a concise account of the most important types
FR3167990A1 (en) PRIVATE PRESSURIZED GAS HYDROGEN PRODUCTION STATION
US435439A (en) von ltjde
US1149133A (en) Starter for internal-combustion engines.
FR492613A (en) Device for supplying pressurized fuel gas (coal gas, hydrogen, acetylene and others) to explosion engines fitted with a carburetor for liquid hydrocarbons
FR492594A (en) Device for supplying pressurized fuel gas (coal gas, hydrogen, acetylene and others) to explosion engines fitted with a carburetor for liquid hydrocarbons
Lamb The Running & Maintenance of the Marine Diesel Engine...
US1081739A (en) Fuel mixture.
EP0078759A2 (en) Utilisation in internal-combustion engines of charcoal gas or wood gas produced in automatically charged gas generators, in combination with a simultaneous or separate supply of liquid or gaseous hydrocarbons of fossile or other origin
GB315366A (en) Improved method of operating internal combustion turbines
Chorlton Convertible Combustion Engines
Barton Internal combustion engines: an elementary treatise on gas, gasoline, and oil engines for the instruction of midshipmen at the US Naval Academy
Hogle Internal combustion engines: a reference book for designers, operators, engineers, and students
BE456212A (en)
Goodger Alternative-fuel Combustion Performance