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    • 3. 发明申请
    • WÄRMEKRAFTMOTOR
    • 热动力发动机
    • WO2007012938A1
    • 2007-02-01
    • PCT/IB2006/001997
    • 2006-07-20
    • PHILBERTH, Bernhard
    • PHILBERTH, Bernhard
    • F02B19/02F02B19/16F01L23/00
    • F02B19/02F01L1/38F01L1/46F01L3/205F01L23/00F01L2800/10F02B19/165F02B75/12Y02T10/125Y02T10/166
    • Der ProcessKammerMotor PKM ist ein Verbrennungs-Kolbenmotor mit einer ProcessKammer, als neuartiger Vorkammer: in die flüssiger Kraftstoff kontinuierlich einflieβt und darin über viele Zyclen zum PKM- B rennstoff prozessiert. über dem PressRaum - durch eine dichte TrennWand getrennt - liegt eine ProcessKammer PK, in welche Kraftstoff langphasig (Zahnradpumpe) gedrückt wird, darin verdampft und mit dazu eingedrücktem, sauerstoff-überbilantem Gas zu Brennstoff processiert: zu Gas evt mit Qualm und Ruβ. Die PK faβt für wenigstens 2 Zyclen Brennstoff, permanent auf angenahert Maximal-Druck über dem Kolben und permanent auf Process-Temperatur (zB 80O°C). Der im jeweiligen Zyclus zu verbrennende Brennstoff stromt Über ein im Kulminations-Bereich geöffnetes Ventil (etwa pneumatisch getatigtes Zylinderventil) in den BrennRaum. Die ProcessKammer ist von einer DruckWand umschlossen, der eine PorenWand einliegt, durch deren Poren ein sauerstoff-überbilanter PorenStrom in den lnnenraum der ProcessKammer stromt (Druckhaltung ohne Warme und Warmehaltung ohne Druck). Weiteres : Doppelpumpen-Systeme für Kraftstoff bzw Schmierung; dazu Peltierstrom-gesteuerter Start-Züder mit Temperatur-Regler.
    • 处理室PKM发动机是与处理室中的燃烧活塞式发动机,作为一种新的预燃室:连续地流入液体燃料和加工在其中许多Zyclen对PKM乙UEL。 由密封隔板分开 - - 在打捆室是一个处理室PK,其中燃料langphasig(齿轮泵)被按下时,在其中和processiert蒸发与该推 - 氧 - überbilantem气体燃料:气体可能与烟灰。 设想至少2 Zyclen燃料的PK永久近似在活塞和永久过程温度最大压力(例如80O℃)。 将在各个燃料Zyclus stromt经由中天区域的开放阀(约getatigtes气缸阀)进入燃烧室燃烧。 处理室由压力壁,它通过氧überbilanter孔电流的孔进入处理腔室的内部(压力维持无热和保温无压力)搁置的孔壁stromt包围。 更:用于燃料或润滑双泵系统; 到珀尔帖电流控制起动Züder与温度控制器。
    • 7. 发明申请
    • METHOD AND SYSTEM FOR OPERATING A PRESSURE IGNITION ENGINE
    • 压力点火发动机的运行方法和系统
    • WO2011120615A8
    • 2012-11-08
    • PCT/EP2011001021
    • 2011-03-02
    • TOPSOE HALDOR ASGABRIELSSON PAER L TJANSSENS TON V WMIKKELSEN SVEND ERIKANDERSEN SIMON IVAR
    • GABRIELSSON PAER L TJANSSENS TON V WMIKKELSEN SVEND ERIKANDERSEN SIMON IVAR
    • F02B51/02C10L1/02F02M27/02
    • F02B75/12C10L1/026F02B51/02F02D19/0655F02D19/0671F02D19/0684F02D19/0694F02D19/081F02D19/084F02M27/02Y02T10/126Y02T10/36
    • Method and system for operating a compression engine on ether containing fuel obtained by conversion of a primary fuel based on alcohol comprising the steps and means for: (a) continuously withdrawing the primary fuel based on alcohol from a fuel tank and pressurising the primary fuel based on alcohol in its liquid form to a final engine injection pressure; (b) continuously introducing the pressurized primary fuel based on alcohol into a fuel accumulation chamber; (c) continuously distributing the pressurized primary fuel based on alcohol into pipes connecting the accumulation chamber with fuel injectors of the engine; (d) prior to the fuel injectors continuously converting the pressurised primary fuel based on alcohol to an ether containing fuel by contact with an alcohol dehydration catalyst being arranged in each of the pipes upstream the fuel injectors; (e) continuously injecting the ether containing fuel at injection pressure into the engine; and (f) continuously withdrawing a part of the introduced primary fuel based on alcohol from the accumulation chamber; and (g) depressurising and recycling the withdrawn primary fuel based on alcohol to the fuel tank.
    • 在通过基于醇的一次燃料转化获得的含醚燃料上操作压缩发动机的方法和系统,包括以下步骤和装置:(a)连续地从燃料箱中取出基于醇的初级燃料并对基于第一燃料的加压 以其液体形式的酒精为最终发动机注射压力; (b)将基于醇的加压初级燃料连续引入燃料积聚室; (c)将基于酒精的加压初级燃料连续分配到将蓄能室与发动机的燃料喷射器连接的管道中; (d)在燃料喷射器之前,燃料喷射器通过与燃料喷射器上游的每个管道中的醇脱水催化剂接触连续地将基于醇的加压初级燃料转化为含醚燃料; (e)在注射压力下连续注入含醚燃料的发动机; 和(f)从积聚室连续取出基于醇的引入的一次燃料的一部分; 和(g)将取出的基于醇的初级燃料减压并再循环到燃料箱。
    • 9. 发明申请
    • HEAT ENGINE
    • 热动力发动机
    • WO2007012938B1
    • 2007-07-05
    • PCT/IB2006001997
    • 2006-07-20
    • PHILBERTH BERNHARD
    • PHILBERTH BERNHARD
    • F02B19/02F01L23/00F02B19/16
    • F02B19/02F01L1/38F01L1/46F01L3/205F01L23/00F01L2800/10F02B19/165F02B75/12Y02T10/125Y02T10/166
    • The inventive process chamber engine (PKM) is a combustion piston engine comprising a process chamber as a novel form of pre-combustion chamber, into which liquid fuel continuously flows and is processed therein over a plurality of cycles to form PKM fuel. A process chamber (PK) is arranged above the press chamber and separated therefrom by a tight dividing wall, fuel being compressed into said process chamber over a long phase (gear-type pump), evaporated therein and processed by a gas which is injected into said chamber and has a high oxygen content in such a way as to form a fuel containing gas, and optionally smoke and soot. The process chamber contains fuel for at least two cycles, said fuel being permanently at an approximately maximum pressure higher than that of the piston and permanently at the process temperature (e.g. 80O°C). The fuel to be burned in the respective cycle flows over a valve (an approximately pneumatically actuated cylinder valve), which is open in the culmination region, into the combustion engine. The process chamber is surrounded by a pressure wall enclosing a pore wall containing pores through which a pore flow having a high oxygen content flows inside the process chamber (maintaining pressure without heat and heat without pressure). The invention also relates to double pump systems for fuel or lubricant, and starting igniters controlled by a Peltier flow and comprising a temperature regulator.
    • PKM工艺腔室发动机是一种带有工艺腔室的燃烧活塞式发动机,该腔室是一种新型预燃室,液体燃料在其中连续流动并通过许多循环处理成PKM燃料。 由密封隔板分开 - - 在打捆室是一个处理室PK,其中燃料langphasig(齿轮泵)被按下时,在其中和processiert蒸发与该推 - 氧 - überbilantem气体燃料:气体可能与烟灰。 PK至少需要2个循环的燃料,永久性地接近活塞上方的最大压力,并永久处于工艺温度(例如80°C)。 在各个循环中待燃烧的燃料通过在中间区域开放的阀(例如气动缸阀)流入燃烧室。 处理室由压力壁,它通过氧überbilanter孔电流的孔进入处理腔室的内部(压力维持无热和保温无压力)搁置的孔壁stromt包围。 此外:用于燃油或润滑的双泵系统; 带有温度控制器的Peltierstrom控制启动Züder。
    • 10. 发明申请
    • TURBOCOMBUSTION ENGINE
    • 涡轮发动机
    • WO2006007259A2
    • 2006-01-19
    • PCT/US2005019177
    • 2005-05-26
    • YADEGAR JERRY IRAJ
    • YADEGAR JERRY IRAJ
    • F02B53/02F02B53/04F02B73/00F02B75/02F02B75/12
    • F02B53/02F02B73/00F02B75/12Y02T10/17
    • A turbocombustion engine for conversion of combustible fuel to rotating energy includes a cylinder, piston, connecting rod and crankshaft system for suction and compression and a rotor for expansion and exhaust. Combustible fuel is compressed within a combustion chamber separate from the cylinder and the combustion force applied directly to the rim of the rotor as in turbines with much larger capacity than the cylinder, converting the entire combustion force at maximum torque to rotating energy. The combustion chamber also includes a variable compression ratio system that constantly adjusts the compression ratio within the combustion chamber for optimum performance of the engine under all variables.
    • 用于将可燃燃料转化为旋转能量的涡轮燃烧发动机包括用于吸入和压缩的气缸,活塞,连杆和曲轴系统以及用于膨胀和排气的转子。 可燃燃料在与气缸分开的燃烧室内被压缩,并且直接施加到转子边缘的燃烧力如在具有比气缸大得多的涡轮机的涡轮机中,将整个燃烧力以最大扭矩转换成旋转能量。 燃烧室还包括一个可变的压缩比系统,它可以恒定地调节燃烧室内的压缩比,从而在所有变量下实现发动机的最佳性能。