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    • 6. 发明公开
    • GAS FUEL FEED DEVICE
    • GASBRENNSTOFFZUFUHRVORRICHTUNG
    • EP1536127A1
    • 2005-06-01
    • EP03784609.4
    • 2003-08-08
    • ISUZU MOTORS LIMITED
    • TOKUNAGA, Motohisa c/o Isuzu motors Limited,
    • F02M21/02
    • F02D19/022F02B43/00F02D19/027F02M21/0239Y02T10/32Y10T137/7795Y10T137/7797
    • It is an object of this invention to provide a gas fuel supply system in which a controllable range in the fuel injection quantity control by an injector is enlarged. According to one preferable aspect of this invention, the gas fuel supply system comprises an injector (11) provided in an intake pipe (3) of an internal combustion engine, a fuel supply passage (27) for supplying the gas fuel to the injector (11), and means for controlling pressure of the gas fuel supplied to the injector (11) through the fuel supply passage (27) by using negative pressure in the intake pipe (3) such that the pressure of the gas fuel increases if the negative pressure in the intake pipe (3) decreases, and the pressure of the gas fuel decreases if the negative pressure in the intake pipe (3) increases.
    • 本发明的目的是提供一种气体燃料供给系统,其中由喷射器控制的燃料喷射量的可控范围被扩大。 根据本发明的一个优选方面,气体燃料供给系统包括设置在内燃机的进气管(3)中的喷射器(11),用于将气体燃料供给到喷射器的燃料供给通路(27) 11),以及用于通过在进气管(3)中使用负压来控制通过燃料供给通道(27)供给到喷射器(11)的气体燃料的压力的装置,使得如果气体燃料的压力增加则气体燃料的压力增加 进气管(3)中的压力降低,并且如果进气管(3)中的负压增加,则气体燃料的压力降低。
    • 7. 发明公开
    • Pressure reducer for compressed gases
    • 减压器的压缩气体
    • EP1160639A3
    • 2003-11-19
    • EP01112434.4
    • 2001-05-22
    • POLIAUTO Ing. Pietro Parietti & C. S. n. c.
    • Parietti, Pietro
    • G05D16/06
    • G05D16/0672Y10T137/7795Y10T137/7801Y10T137/7805Y10T137/7809Y10T137/7813Y10T137/782Y10T137/8733Y10T137/87917
    • Pressure reducer for compressed gases, comprising at least one regulation stage constituted by a chamber divided by a first membrane (25) into two chambers (23, 24), one of which said chambers (24) is maintained at a reference pressure and the other (23) at a pressure which depends on the gas pressure in the outlet pipe (3), an opening, closed by a membrane (43) integral with a cap (42), located between the said chamber (24) at the reference pressure and the said gas outlet pipe (3), a gas inlet chamber (10) with an opening (11) which leads to the said outlet pipe (3) in correspondence with the said cap (42), the movements of which said cap open and close the passage (11) between the said inlet chamber (10) and the said outlet pipe (3), and means (41) integral with the said first membrane (25) which act on the said cap (42) so that it approaches and retracts from opening (11) of the said gas inlet chamber. It is provided an additional regulation stage constituted by a chamber divided by a membrane (14) into two chambers (15, 16), one of which said chambers (16) is maintained at the reference pressure while the second such chamber (15) is maintained at the reduced gas inlet pressure into chamber (10), regulation means (19) being also provided, designed to act on the said membrane (14) to regulate the said reduced inlet pressure in the said gas inlet chamber (10), and a valve (5) designed to close a highpressure gas inlet pipe (2, 4), which said valve (5) is integral with the said membrane (14), and means (12, 13) which place the said chamber (15) in communication with the area close to the outlet opening (11) of the said gas entry chamber (10).
    • 9. 发明公开
    • A two-step reduction valve especially for gas cylinders
    • Zweistufiges Reduzierventil,insbesonderefürGasflaschen。
    • EP0465397A2
    • 1992-01-08
    • EP91610053.0
    • 1991-06-19
    • KOSAN TEKNOVA A/S
    • Hansen,Frits Palle Ulrich
    • G05D16/06
    • G05D16/0683G05D16/0602Y10T137/5994Y10T137/7795Y10T403/7015
    • A two-stage reduction valve for gaseous fluids consists of a high-pressure assembly with a high-pressure diaphragm (10) actuating a valve member disposed in the throat of a gas cylinder and of a low-pressure assembly with a likewise diaphragm-operated valve member (21) positioned in a gas duct (18) extending from the high-pressure assembly. A closing rod (30) connected with an operating handle (41) is restrictedly displaceably connected with a diaphragm spindle (14) firmly connected with the high-pressure diaphragm (10) and has at its upper end an essentially cylindrical bore (43) to displaceably receive the lower end of the closing rod (30). The upward circular mouth (44) of the bore (43) has a reduced diameter and the closing rod (30) has at its lower end a head (45) with a width larger than said reduced diameter but with such a shape that it may be inserted into the bore (43) through the mouth (44) of the bore with the closing rod (30) inclined in relation to the axis of the diaphragm spindle (14), but when inserted it is prevented from being pulled out from the bore.
    • 用于气态流体的两级减压阀由具有高压隔膜(10)的高压组件组成,所述高压隔膜(10)致动设置在气瓶的喉部中的阀构件和具有同样隔膜操作的低压组件 阀构件(21)定位在从高压组件延伸的气体管道(18)中。 与操作手柄(41)连接的关闭杆(30)被限制地与与高压隔膜(10)牢固连接的隔膜主轴(14)可移动地连接,并且在其上端具有基本上圆柱形的孔(43) 可移动地容纳闭合杆(30)的下端。 孔(43)的向上圆形的口(44)具有减小的直径,并且闭合杆(30)在其下端具有宽度大于所述减小的直径的头部(45),但是具有这样的形状: 通过所述孔的口部(44)插入到所述孔(43)中,所述闭合杆(30)相对于所述隔膜主轴(14)的轴线倾斜,但是当插入时,防止其从所述孔 孔。