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    • 83. 发明授权
    • Method of producing welded tube with excellent corrosion-resistant inner
surface
    • 生产具有优良耐腐蚀内表面的焊接管的方法
    • US5314108A
    • 1994-05-24
    • US984626
    • 1992-12-02
    • Kazunori TakikawaTeruhisa Takahashi
    • Kazunori TakikawaTeruhisa Takahashi
    • B23K11/34B21C37/06B21C37/09B23K11/36C25D5/12C25D5/50C25D7/04F16L9/02B21D39/00
    • B21C37/06B21C37/09B23K2201/06
    • Disclosed is a method of producing a welded steel tube with excellent inner surface corrosion resistance, in which at least one surface of a steel strip is coated with a first plate layer made of at least one of nickel, cobalt and alloys based on the metals, the plated steel strip is formed into a welded tube with the plated surface being inside, a film-forming material of at least one of tin and tin-based alloys is inserted into the inside of the welded tube and is then heat-treated at a temperature not lower than the melting point of the film-forming material by passing the tube through a continuous heating furnace having a non-oxidizing gas atmosphere therein so that the film forming material as inserted into the welded tube is fused and spread over the first plate layer to form a second plate layer thereon, and the tube is finally cooled. The welded steel tube of the present invention is free from cracks, pin holes, overplated spots and peeling of the plate layer and therefore has excellent corrosion resistance.
    • 公开了一种制造具有优异的内表面耐腐蚀性的焊接钢管的方法,其中钢带的至少一个表面涂覆有由基于金属的镍,钴和合金中的至少一种制成的第一板层, 将镀覆钢带形成为具有内表面的焊接管,将锡和锡基合金中的至少一种的成膜材料插入焊管的内部,然后在 通过使管通过其中具有非氧化性气体气氛的连续加热炉而使成膜材料的熔点不低于成膜材料的熔点,使得插入焊接管中的成膜材料熔融并分散在第一板上 层以在其上形成第二板层,并且最终冷却管。 本发明的焊接钢管没有裂缝,针孔,过镀点和板层的剥离,因此具有优异的耐腐蚀性。
    • 85. 发明授权
    • Connection head structure of high pressure fuel injection tube
    • 高压燃油喷射管连接头结构
    • US07735473B2
    • 2010-06-15
    • US12335663
    • 2008-12-16
    • Nobuo KatoKoichi HayashiShoichiro Usui
    • Nobuo KatoKoichi HayashiShoichiro Usui
    • F02M55/02
    • F02M55/02F02M55/005F02M2200/80F16L19/0286
    • A connection head structure of a high pressure fuel injection tube is provided to avoid an interference between an annular flange and an opposing part by sufficiently maintaining an tube axial direction length of the connection head and to obtain a good sealability to prevent leaking during autofrettage processing with a high pressure of not less than 300 MPa. A connection head structure of a high pressure fuel injection tube includes, on a connection end portion of a thick walled fine steel tube, a spherical seat face, an annular flange, and a circular conic face that continuously extends from the seat face, wherein a washer and a fastening nut are assembled, characterized in that when a thick walled fine steel tube has t (wall thickness)/D (outer diameter)
    • 提供高压燃料喷射管的连接头结构,以通过充分保持连接头的管轴向长度来避免环形凸缘和相对部分之间的干涉,并且获得良好的密封性,以防止在自紧摩擦加工期间的泄漏, 高压不小于300MPa。 高压燃料喷射管的连接头结构在厚壁细钢管的连接端部上包括从座面连续延伸的球面座面,环形凸缘和圆锥面,其中, 垫圈和紧固螺母组装,其特征在于,当厚壁细钢管的t(壁厚)/ D(外径)<0.3时,从连接头端到背面的管轴方向距离L1 环形凸缘为0.38D〜0.7D,座面的球体半径R为0.45〜0.65D,环形凸缘的外径D1为1.2D〜1.4D,其中,内周面 连接头包括两级锥形面,其具有沿着管的管轴方向的横截面轮廓,朝向管的孔扩大。
    • 87. 发明授权
    • Joint structure of branch connector for common rail
    • 共轨分支连接器的接头结构
    • US07568736B2
    • 2009-08-04
    • US11127896
    • 2005-05-12
    • Kikuo Asada
    • Kikuo Asada
    • F16L19/00
    • F02M55/005F02M55/025F16L41/08F16L41/14
    • A joint structure of a branch connector for a common rail capable of securing axial force applied to a seal surface and a branch connector and increasing bending fatigue strength of the branch connector is provided. In the joint structure of the branch connector for the common rail which includes a screw sleeve concentric with a bearing surface of a main pipe rail and connects a branch connector to the main pipe rail via a sleeve washer which has been externally fixed to the branch connector in advance to be combined therewith as one piece, a clearance is provided between an inner surface of the sleeve washer at an external opening thereof and an outer surface of the branch connector.
    • 提供了一种用于共轨的分支连接器的连接结构,其能够确保施加到密封表面的轴向力和分支连接器,并且提高了分支连接器的弯曲疲劳强度。 在用于共轨的分支连接器的接头结构中,其包括与主管轨的轴承表面同心的螺旋套筒,并且通过套筒垫圈将分支连接器连接到主管轨道,套筒垫圈已经被外部固定到分支连接器 预先将其组合为一体,在套筒垫圈的外部开口的内表面和分支连接器的外表面之间设置间隙。
    • 89. 发明授权
    • Control method of magnet type fan clutch
    • 磁铁式风扇离合器的控制方法
    • US07488271B2
    • 2009-02-10
    • US11295881
    • 2005-12-07
    • Hiroshi InoueKen Shiozaki
    • Hiroshi InoueKen Shiozaki
    • F16D27/01F01P7/04
    • F04D25/026F04D27/008Y10T477/753Y10T477/76
    • A control method of a magnet type fan clutch is provided to improve engine performance, fuel economy, engine life, and vehicle acceleration and to reduce fan noise, and optimize fan horsepower. The magnet type fan clutch has a magnet coupling combined with an electromagnetic clutch. The method includes turning the electromagnetic clutch ON and OFF on the basis of cooling fluid temperature, engine oil temperature, transmission oil temperature, vehicle speed, engine rotation rate, accelerator opening, compressor pressure of an air conditioner, an On or Off signal of the air condition, a fuel injection indication amount, a clutch activation lower limit temperature and its lower temperature, and an engine rotation rate set value to control the fan rotation.
    • 提供磁铁式风扇离合器的控制方法,以提高发动机性能,燃油经济性,发动机寿命和车辆加速度,并减少风扇噪音,并优化风扇功率。 磁体式风扇离合器具有与电磁离合器组合的磁体联轴器。 该方法包括:基于冷却液温度,发动机机油温度,变速箱油温度,车速,发动机转速,加速器开度,空调机的压缩机压力,ON或OFF信号,开启和关闭电磁离合器 空气状态,燃料喷射指示量,离合器启动下限温度及其较低温度,以及用于控制风扇旋转的发动机转速设定值。