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    • 6. 发明公开
    • AUTOMATIC RESIDUAL FUEL VENT DEVICE FOR CARBURETOR
    • 自动化技术RESTKRAFTSTOFFENTLÜFTUNGSVORRICHTUNGFÜRVERGASER
    • EP2048352A1
    • 2009-04-15
    • EP07791640.1
    • 2007-07-31
    • Honda Motor Co., Ltd.
    • KONO, MasakatsuIINO, KeijiOOTA, Yoshitaka
    • F02M37/00F02M5/12
    • F02M37/0052F02M5/12F02M37/0023F02M37/046
    • An automatic residual fuel vent device for a carburetor, the device including a fuel supply passage (15) connecting a fuel tank (TF) and a float chamber (10), a negative pressure passage (17) connecting an intake passage (8) and a negative pressure operating chamber (53) of a diaphragm pump (PD), a fuel vent passage (16) connecting the float chamber (10) and the fuel tank (TF), a single changeover cock (CO) provided so as to straddle the fuel supply passage (16) and the negative pressure passage (17), a negative pressure surge tank (TS) provided in the negative pressure passage (17), and the diaphragm pump (PD), which is connected to the fuel vent passage (16) and is operated by negative pressure of the negative pressure surge tank (TS), residual fuel of the float chamber (10) being returned to the fuel tank (TF) by the diaphragm pump (PD) operated by negative pressure from the negative pressure surge tank (TS) in accordance with the changing over of the changeover cock (CO). This enables residual fuel within the float chamber of the carburetor to be reliably returned to the fuel tank by intake negative pressure accumulated in the negative pressure surge tank and, furthermore, residual fuel can be vented by the changing over of a single changeover cock, thus enabling the number of components to be reduced and the device to be provided at a low cost.
    • 一种用于化油器的自动残留燃料排放装置,该装置包括连接燃料箱(TF)和浮子室(10)的燃料供给通道(15),连接进气通道(8)和 隔膜泵(PD)的负压操作室(53),连接浮子室(10)和燃料箱(TF)的燃料排出通道(16),设置成跨越的单个转换旋塞 燃料供给通道(16)和负压通道(17),设置在负压通道(17)中的负压缓冲罐(TS)和隔膜泵(PD),其连接到燃料排出通道 (16),并通过负压缓冲罐(TS)的负压进行操作,浮子室(10)的残留燃料由隔膜泵(PD)通过负压从第 根据切换旋塞(CO)的变化,负压缓冲罐(TS)。 由此,能够通过积存在负压缓冲箱内的进气负压将化油器的浮子室内的残留燃料可靠地返回到燃料箱,此外,通过单个切换旋塞的变更,可以排出残留燃料 能够以低成本实现要减少的部件数量和设备的提供。
    • 8. 发明公开
    • DIAPHRAGM-HOLDING SYNTHETIC RESIN ASSEMBLY
    • 塑性树脂的膜封装配置
    • EP0821153A1
    • 1998-01-28
    • EP97902668.9
    • 1997-02-13
    • MIKUNI ADEC CORPORATION
    • OIKAWA, KenichiCHIBA, NoriakiTERADA, HideoMATUZAKA, Rui
    • F02M37/12
    • F02M37/046F02M37/12F04B43/0063F05C2225/02
    • An O-ring shaped annular rib 63 is disposed around the outer periphery of a flexible diaphragm member 62, and grooves 70 and 71 are formed for receiving the annular rib 63 in the hollow space in the compressed state wherein the foregoing hollow space is defined between a first synthetic resin member 60 for holding the diaphragm 62 in the clamped state and a second synthetic resin member 61. While the annular rib 63 is received in each of the grooves 70 and 71, a location 64 where the first synthetic resin member 60 and the second synthetic resin member 61 come in contact with each other at the positions located outward of the grooves 70 and 71 is subjected to welding with the aid of a supersonic welding tool 65.
      A gap 76 is formed between the first synthetic resin member 60 and the supersonic welding tool 65, and this gap 76 is caused to disappear by progressively performing a welding operation. At this time, further proceeding of the welding operation is inhibitively suppressed by allowing the first synthetic resin member 60 and the supersonic welding tool 65 to come in contact with each other, and the compression rate specified for the annular rib 63 is kept constant. Alternatively, a metallic spacer 77 is interposed between the first synthetic resin member 60 and the second synthetic resin member 61. In this case, a gap 78 is formed in the hollow space defined by the second synthetic resin member 61 and the metallic spacer 77 prior to a welding operation, and this gap 78 is caused to disappear as the welding operation is progressively performed so as to allow further proceeding of the welding operation to be inhibitively suppressed. At this time, the compression rate specified for the annular rib 63 is kept constant.
    • 10. 发明公开
    • Pompe à membrane pour l'alimentation en essence d'un moteur de véhicule automobile.
    • Brennstoffzufuhr的Brennstoffzufuhr的电子邮件地址是Kraftfahrzeugmotors。
    • EP0147330A1
    • 1985-07-03
    • EP84402717.7
    • 1984-12-26
    • RIVAPOMPE Société Anonyme dite:
    • Marye, Jean
    • F02M37/06F04B43/02
    • F04B43/02F02M37/046
    • L'invention concerne une pompe à membrane pour l'alimentation en essence d'un moteur de véhicule automobile et son procédé d'assemblage.
      La pompe comprend un corps supérieur (12) et un corps inférieur (14) sensiblement cylindriques, ouverts à une extrémité et dont les bords libres sont appliqués l'un sur l'autre en pinçant le bord périphérique d'une membrane déformable (16) dont la partie centrale peut être déplacée d'un mouvement alternatif selon l'axe de la pompe, de sorte que l'essence est alternativement aspirée dans le corps supérieur à travers un orifice d'aspiration (42) puis refoulée vers le carburateur à travers un orifice de refoulement (44). Lesdits corps sont assemblés au moyen d'une collerette (20) sertie sur des brides (22, 24) formée sur les bords des corps, les orifices d'admission (42) et de refoulement (44) étant munis de tubulures rapportées orientables (146, 48).
    • 1.一种用于将汽油供应到机动车辆发动机的隔膜泵,其类型包括:第一圆柱形主体12,其一端由具有感应孔(42)和输送孔(44)的基部封闭,所述主体 在内部由连接到所述基座的圆柱形分隔件(30)分隔开,并在其内部限定一个感应室(32),并在其外部设置有一个输送室(34),所述诱导和输送孔分别在该输送室 杯子的形式,所述主体(12,14)在其开口端处设置有座位凸缘(22,24); 圆形可变形隔膜(16); 一个带有一个进气阀和一个输送阀(40)的圆形阀座(18),它具有一个突出的管状部分; 以及将所述凸缘(22,24)夹紧到所述隔膜和所述阀保持器的周边边缘上的弹性环(20),所述阀 - 螺母的所述突出的管状部分密封地配合在所述圆柱形隔板 ,其特征在于,所述圆柱形隔板(30)包括与第一主体的基部相邻的第一圆柱形部分,并且其壁与所述第一主体的圆柱形壁共同构成,而不在其共同切线处形成额外的厚度,并且 所述圆柱形部分被第二同轴圆柱形部分延伸,其内径大于第一圆柱形部分的内径,因为阀座的突出的管状部分穿过分隔件的所述第二圆柱形部分以与 后者的内壁是环形间隙,其中安装有这种尺寸的O形环(36),其仅占第二圆柱形孔的高度的一部分 因为所述第一主体通过模制热塑性材料而形成为一体,并且所述导入(42)和输送(44)孔口设置有乳头( 46,48)焊接到所述孔。