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    • 122. 发明授权
    • Vibration decoupler apparatus
    • 振动解耦器
    • US06464257B1
    • 2002-10-15
    • US09154108
    • 1998-09-16
    • Scott C. CwikRobert C. Clarke
    • Scott C. CwikRobert C. Clarke
    • F16L1112
    • F01N13/1811B21C37/20B21D15/10F01N13/10F01N13/1805F01N13/1816F01N13/1883F16L27/10F16L27/1017F16L27/11F16L27/111
    • Vibration decoupler apparatuses, for decoupling vibrations, for example, between first and second the components of an internal combustion engine exhaust system. The flexible connector apparatus is provided for connecting first and second components in the exhaust system, and includes a resilient flexible sealing member (bellows) for accommodating relative movement between the first and second components. The flexible connector apparatus includes an annular vibration damping member connecting a down pipe to a mounting member for permitting restricted axial, lateral and angular movement of the downpipe, relative to the mounting member, which may be affixed to an exhaust manifold, for example. The apparatus also includes a sealing construction which enables weldless, gasketless connection of the bellows. An alternative construction positions the vibration damping member between the decoupler apparatus and the downstream component. The damping member and the resilient flexible sealing member may additionally be axially separated.
    • 用于解耦振动的振动解耦装置,例如在内燃机排气系统的第一和第二组件之间。 柔性连接器装置设置用于连接排气系统中的第一和第二部件,并且包括用于容纳第一和第二部件之间的相对运动的弹性柔性密封部件(波纹管)。 柔性连接器装置包括环形振动阻尼构件,该环形振动阻尼构件将下管连接到安装构件,用于允许例如下降管相对于安装构件的限制的轴向,横向和角度运动,该安装构件可固定到排气歧管。 该装置还包括密封结构,其能够实现波纹管的无焊接,无垫圈连接。 一种替代结构将减震构件定位在解耦装置和下游部件之间。 阻尼构件和弹性柔性密封构件可以另外轴向分离。
    • 123. 发明授权
    • Internally grooved heat exchanger pipe and metal bar working roll for internally grooved heat exchanger pipes
    • 内部带槽换热器管和金属棒工作辊,用于内部开槽换热器管
    • US06340050B1
    • 2002-01-22
    • US09582235
    • 2000-09-08
    • Yasutoshi MoriKouzi YamamotoKenzi NakamizoToshiaki Hashizume
    • Yasutoshi MoriKouzi YamamotoKenzi NakamizoToshiaki Hashizume
    • F28F140
    • B21B27/005B21B1/227B21B27/03B21C37/083B21C37/20F28F1/40Y10T29/49384
    • An internally-grooved heat exchanger tube according to the present invention is structured such that the internal surface is divided into a plurality of continuous areas (W1, W2) parallel to the axial direction (L) of the tube, a large number of fins (10, 11) different in at least one selected among lead angle (&thgr;, &thgr;′) to the axial direction (L) of the tube, fin vertical angle (&agr;, &agr;′) and fin pitch (p, p′) are formed in the adjacent areas (W1, W2), and a boundary portion (a) between the adjacent areas (W1, W2) is formed in the state of meandering to the axial direction (L) of the tube. A metal strip machining roll for an internally-grooved heat exchanger tube according to the present invention is structured such that a plurality of roll pieces (2a, 2b) each having a large number of grooves (20, 21) on each outer surface are combined together in layers parallel to the axial direction, and a contact surface (c) of one roll piece (2a) with its adjacent roll piece (2b) forms an inclined surface.
    • 根据本发明的内槽式热交换器管被构造成使得内表面被分成与管的轴向(L)平行的多个连续区域(W1,W2),大量翅片 形成从管角度(θ,θ')到管轴方向(L)中选择的至少一个不同的翅片垂直角(α,α')和翅片间距(p,p') 在相邻区域(W1,W2)和相邻区域(W1,W2)之间的边界部分(a)处于与管的轴向(L)相对的状态下形成。 根据本发明的内槽式热交换器管被构造成使得在每个外表面上具有大量凹槽(20,21)的多个辊片(2a,2b)被组合在一起,其平行于 形成一个辊片(2a)与其相邻的辊片(2b)的接触表面(c) 一个倾斜的表面。
    • 126. 发明授权
    • Die forging method for metallic hollow pipes
    • 金属中空管锻造方法
    • US5941118A
    • 1999-08-24
    • US25493
    • 1998-02-18
    • Shao-Chien Tseng
    • Shao-Chien Tseng
    • B21C37/20B21D51/02
    • B21C37/20B21J5/02
    • A method for forging a die core with a given shape for manufacturing metallic hollow pipes with a thin wall, the method is completed by using a hollow can shaped plastic film loaded with a filler, the plastic film is endued with embossment in conformity with the shape of a desired shaped pipe wall; the filler can be chosen from three kinds, i.e., the liquid, plastic and heat resistant fillers, to be filled in the plastic film, an opening of the plastic film is then sealed; fast freeze the liquid filler to form a frozen die core, cool the plastic filler to form a plastic die core, or insert a heat resistant steel post in the heat resistant filler and then bake or sinter to harden it to shape the heat resistant die core for hot forging. By such method, a die core for use in cold or hot forging can be placed in a pipe hole of a metallic pipe casting, and suits die moulding by the cold or hot forging, the pipe wall of the casting thus is forged to form an embossed wall conformed in shape to the embossed plastic film, and the die core can be easily taken out of the shaped and embossed pipe after the cold or hot forging.
    • 一种用于制造具有薄壁的金属中空管的给定形状的模芯的方法,通过使用装有填料的中空罐形塑料膜来完成该方法,该塑料膜具有符合形状的压花 的所需形状的管壁; 可以从填充在塑料膜中的液体,塑料和耐热填料三种中选择填料,然后密封塑料膜的开口; 快速冷冻液体填料以形成冷冻模芯,冷却塑料填料以形成塑料模芯,或将耐热钢柱插入耐热填料中,然后烘烤或烧结以硬化其成型耐热芯体 热锻。 通过这种方法,可以将用于冷或热锻造的模芯放置在金属管铸件的管孔中,并且通过冷或热锻造适合模具成型,因此铸造的管壁被锻造形成 压纹壁的形状与压花塑料薄膜一致,并且在冷或热锻后,模芯可以容易地从成形和压花管中取出。
    • 127. 发明授权
    • Method of manufacturing heat transfer tube
    • 传热管的制造方法
    • US5781996A
    • 1998-07-21
    • US829294
    • 1997-03-31
    • Steven J. Spencer
    • Steven J. Spencer
    • F28F1/12B21C37/20F28F1/36F28F13/02F28F13/18B23P15/26
    • F28F13/187B21C37/20B21C37/207F28F1/36Y10T29/49382Y10T29/53122
    • An evaporator heat transfer tube (10) for use in a heat exchanger where heat is transferred between a fluid flowing through the tube and a fluid flowing around the exterior of the tube and where the fluid external to the tube boils during the heat exchange process. The tube has a plurality of helical fins (20) extending around its external surface (13). A pattern of notches (30) extends at an oblique angle (.alpha.) across the fins at intervals about the circumference of the tube. A spike (22) having a flattened distal tip (23) is formed between each pair of adjacent notches. The maximum width (W.sub.t) of the spike at its tip is greater than the width (W.sub.t) of the base portion of the fin and is of a width sufficient to overlap with and contact the distal tips of spikes in adjacent fins on both sides thereof, thus forming reentrant cavities between the adjacent fins and under the overlapping tips. The fins, notches and spikes are formed in the tube by rolling the wall of the tube between a mandrel and, first, a gang of finning disks (63), then, second, a notching wheel (66) and, third, a smooth wheel (67) to flatten the spikes and create the overlapping of spike tips.
    • 一种用于热交换器的蒸发器传热管(10),其中热量在流过管的流体和流过管的外部的流体之间传递,并且在热交换过程中管外部的流体沸腾。 管具有围绕其外表面(13)延伸的多个螺旋翅片(20)。 凹口(30)的图案以围绕管圆周的间隔跨越翅片以倾斜角(α)延伸。 在每对相邻凹口之间形成具有扁平的远端尖端(23)的钉(22)。 尖端处的尖峰的最大宽度(Wt)大于翅片的基部的宽度(Wt),并且具有足以与其两侧的相邻翅片中的尖峰的顶尖重叠并与其接触的宽度 ,从而在相邻的翅片之间和重叠的尖端下形成凹陷腔。 通过在心轴之间滚动管的壁而形成翅片,凹口和尖钉,并且首先是一组翅片(63),然后是第二个开槽轮(66),第三个是光滑的 轮(67)使钉头变平,并产生穗尖的重叠。
    • 128. 发明授权
    • Heat transfer tube and method of manufacture
    • 传热管及其制造方法
    • US5669441A
    • 1997-09-23
    • US639568
    • 1996-04-29
    • Steven J. Spencer
    • Steven J. Spencer
    • F28F1/12B21C37/20F28F1/36F28F13/02F28F13/18
    • F28F13/187B21C37/20B21C37/207F28F1/36Y10T29/49382Y10T29/53122
    • An evaporator heat transfer tube (10) for use in a heat exchanger where heat is transferred between a fluid flowing through the tube and a fluid flowing around the exterior of the tube and where the fluid external to the tube boils during the heat exchange process. The tube has a plurality of helical fins (20) extending around its external surface (13). A pattern of notches (30) extends at an oblique angle (.alpha.) across the fins at intervals about the circumference of the tube. A spike (22) having a flattened distal tip (23) is formed between each pair of adjacent notches. The maximum width (W.sub.t) of the spike at its tip is greater than the width (W.sub.r) of the base portion of the fin and is of a width sufficient to overlap with and contact the distal tips of spikes in adjacent fins on both sides thereof, thus forming reentrant cavities between the adjacent fins and under the overlapping tips. The fins, notches and spikes are formed in the tube by rolling the wall of the tube between a mandrel and, first, a gang of finning disks (63), then, second, a notching wheel (66) and, third, a smooth wheel (67) to flatten the spikes and create the overlapping of spike tips.
    • 一种用于热交换器的蒸发器传热管(10),其中热量在流过管的流体和流过管的外部的流体之间传递,并且在热交换过程中管外部的流体沸腾。 管具有围绕其外表面(13)延伸的多个螺旋翅片(20)。 凹口(30)的图案以围绕管圆周的间隔跨越翅片以倾斜角(α)延伸。 在每对相邻凹口之间形成具有扁平的远端尖端(23)的钉(22)。 尖端处的尖峰的最大宽度(Wt)大于翅片的基部的宽度(Wr),并且具有足以与其两侧相邻的翅片中的尖峰的顶尖重叠并与其接触的宽度 ,从而在相邻的翅片之间和重叠的尖端下形成凹陷腔。 通过在心轴之间滚动管的壁而形成翅片,凹口和尖钉,并且首先是一组翅片(63),然后是第二个开槽轮(66),第三个是光滑的 轮(67)使钉头变平,并产生穗尖的重叠。
    • 129. 发明授权
    • Method for making slender seamless steel mold
    • 制造细长无缝钢模的方法
    • US5293766A
    • 1994-03-15
    • US5253
    • 1993-01-19
    • Fu-Hsing Chang
    • Fu-Hsing Chang
    • B29C33/38B21C37/20B21J5/12B23P15/00B29C33/42B29C45/14B29C45/26B29L31/52B21D51/16
    • B21C37/20B21J5/12B23P15/00
    • A method for making slender seamless steel mold is disclosed, wherein the outer surface of a solid slender male mold is first chased with concave and convex stripes. Then, the male mold is hardened and fitted into a hollow female mold which has not been gone through hardening process. Thereafter, a hydraulic pressure is exerted onto the outer surface of the female mold so as to impress the concave and convex of the male mold onto the inner surface of the female mold. Then the male mold is annealed and drilled with a longitudinal through hole. At least three longitudinal slits are cut on the wall of the through hole in an outward direction. Finally, the male and female molds are together heat-treated and put into water with normal temperature in order to create fissures at the slit portions of the male mold and crack the male mold into pieces. Consequently, a slender seamless steel mold having inner surface formed with concave and convex stripes is completely made.
    • 公开了一种用于制造细长无缝钢模的方法,其中,实心细长阳模的外表面首先用凹凸条纹追逐。 然后将阳模硬化并嵌入未经过硬化处理的空心阴模中。 此后,将液压施加在阴模的外表面上,以将阳模的凹凸凸印到阴模的内表面上。 然后将阳模退火并用纵向通孔钻孔。 在通孔的壁上沿向外的方向切割至少三个纵向狭缝。 最后,将阳模和阴模一起进行热处理,并在常温下放入水中,以在阳模的狭缝部分处产生裂缝并将阳模破裂成碎片。 因此,具有形成有凹凸条纹的内表面的细长无缝钢模完全制成。
    • 130. 发明授权
    • Apparatus for working surface of metal pipe
    • 金属管工作面设备
    • US4712407A
    • 1987-12-15
    • US725275
    • 1985-04-19
    • Naokazu YoshikiYutaka SaitoTsuneo Haba
    • Naokazu YoshikiYutaka SaitoTsuneo Haba
    • B21C1/22B21B19/12B21C1/24B21C3/16B21C37/15B21C37/20B21H3/08F15B15/28
    • B21C3/16B21C1/24B21C37/20B21C37/207B21H3/08F15B15/28B21B19/12
    • An apparatus for working a surface of a metal pipe is provided. The apparatus comprises a drawing unit for drawing a metal pipe to reduce a diameter thereof, and a working assembly for working the diameter-reduced metal pipe to form an inner surface and/or an outer surface thereof into a predetermined configuration. The working assembly includes a rolling unit and a driving mechanism therefor. The rolling unit includes a housing, a plurality of rolling rolls rotatably disposed within the housing and outside the metal pipe so that the rolling rolls have their respective axes extending at an inclination angle with respect to an axis of the metal pipe. The rolling rolls are respectively mounted on support shafts rotatably supported in the housing through thrust bearings. The driving mechanism drivingly rotates the rolling unit to revolve the rolling rolls around the metal pipe. The rolling unit is removably mounted on the driving mechanism.
    • 提供了一种用于加工金属管表面的设备。 该装置包括用于拉伸金属管以减小其直径的拉伸单元,以及用于对直径减小的金属管进行加工以形成预定结构的内表面和/或外表面的工作组件。 工作组件包括滚动单元及其驱动机构。 滚动单元包括壳体,多个滚动辊,其可旋转地设置在壳体内并且在金属管外部,使得滚动辊具有相对于金属管的轴线倾斜倾斜的角度。 轧辊分别安装在通过推力轴承可旋转地支撑在壳体中的支撑轴上。 驱动机构使轧制单元驱动旋转,使轧制辊围绕金属管旋转。 滚动单元可拆卸地安装在驱动机构上。