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    • 2. 发明授权
    • Common rail and method of manufacturing the same
    • 共轨和制造方法相同
    • US06213095B1
    • 2001-04-10
    • US09033816
    • 1998-03-03
    • Kikuo AsadaMasayoshi UsuiEiji WatanabeKazunori Takikawa
    • Kikuo AsadaMasayoshi UsuiEiji WatanabeKazunori Takikawa
    • F02M4100
    • B21C37/29F02M55/025
    • A common rail is provided for promoting inner pressure fatigue strength at location in proximity to a branch pipe. The common rail includes a main pipe rail with a main flow path. At least one boss in provided on the peripheral wall and includes a branch hole communicating the main flow path. The branch pipe is provided with a connecting head that has a pressing face at and end of the branch pipe. The pressing face of the branch pipe is urged into a pressure receiving seat of the boss. A compressive residual stress is provided at location in the peripheral wall where the main flow path of the main pipe rail communicates with the branch hole. The compressive residual stress increases the pressure fatigue strength by substantially canceling tensile stress.
    • 提供了一种用于在分支管附近的位置处提高内部压力疲劳强度的共轨。 共轨包括具有主流路的主管道。 至少一个凸台设置在周壁上并且包括连通主流路的分支孔。 分支管设置有连接头,该连接头在分支管的端部和末端具有按压面。 分支管的按压面被推入凸台的受压座。 在主管道的主流路与分支孔连通的周壁的位置设有压缩残余应力。 通过基本上消除拉伸应力,压缩残余应力增加了压力疲劳强度。
    • 3. 发明授权
    • Inspection method for endodontic files, and equipment for same
    • 牙髓文件检查方法及设备相同
    • US6128966A
    • 2000-10-10
    • US216991
    • 1998-12-21
    • Masayoshi UsuiKazunori Takikawa
    • Masayoshi UsuiKazunori Takikawa
    • G01N27/04A61C5/02A61C19/04G01M19/00
    • A61C19/04A61C19/041
    • An inspection equipment is provided by which the endodontic file is examined and judged as to if it reaches to its critical strength. When an appropriately selected endodontic file out of the endodontic files 11, 12, 13 in the kit case 1 is set at the file sample holding portion 5 in the kit case 1 and data corresponding to the endodontic file is input from the data input portion 22, the electric resistance value on the file portion of the endodontic file measured by the resistance measuring portion 20 and the resistance value on the critical strength with correspondence to the data on the file read-out from the RAM 23 are brought together and compared by the inspection unit 30. If the calculating judgement portion 25 makes a judgement to the file to reach its critical level of strength in the cumulative damage, the alarm 19 issues an alarm sound, so that an endodontist or dental assistant knows that the file is not usable any more and should be discarded. As a result, the partially damaged file has no risk to be broken inside the occluded root canal and nickel-associated risk can be eliminated because the partially damaged file can be removed from the continuous service condition according to the present invention. Hence, a safe and reliable endodontic therapy can be practiced.
    • 提供了一种检查设备,通过该检查设备检查和判断牙髓文件是否达到其临界强度。 当套件盒1中的牙髓根据文件11,12,13中的适当选择的牙根管文件被设置在套件盒1中的文件样品保持部分5,并且从数据输入部分22输入与根管文件对应的数据 ,由电阻测量部分20测量的根管文件的文件部分上的电阻值和与从RAM 23读出的文件上的数据相对应的临界强度的电阻值被汇集在一起​​并由 检查单元30.如果计算判断部分25对文件进行判断以达到其在累积损伤中的临界强度水平,则报警器19发出报警声,使得牙髓科或牙科助理知道该文件不可用 再多,应该丢弃。 结果,部分损坏的文件在闭塞的根管内没有被破坏的风险,并且可以消除镍相关风险,因为根据本发明可以将部分损坏的文件从连续使用状况中移除。 因此,可以实施安全可靠的牙髓治疗。
    • 4. 发明授权
    • Long deformed extruded metallic shape and method for manufacturing said
shape
    • 长变形挤出金属形状及其制造方法
    • US5557962A
    • 1996-09-24
    • US498107
    • 1995-07-05
    • Kazunori Takikawa
    • Kazunori Takikawa
    • B21C23/14B21C25/08
    • B21C23/14B21C25/08B21C35/02B21C35/023
    • In producing a long extruded metal article of miscellaneous shapes, no post-working such as cutting is applied to the shaped long metal billet but extrusion of the metal billet and formation of miscellaneous shapes of the extruded article are effected both at a time for efficient production of the article. Since the metal flow of the extruded article is not cut, the extruded article has improved mechanical strength, especially fatigue-resistant strength.In extruding a long metal billet with an extruder, a die equipped with at least one hole section-varying device capable of acting due to a cylinder device or the like is employed with suitably varying the hole section profile of the die during extrusion so that a long extruded metal article of miscellaneous shapes where the section profile of at least the lengthwise direction of it varies is obtained.
    • 在制造各种形状的长的挤压金属制品时,不会对成形的长金属坯料施加诸如切割的后加工,但是挤压制品的挤压和挤出制品的各种形状的形成在一次有效生产 的文章。 由于挤压制品的金属流动不被切割,挤出制品具有改善的机械强度,特别是耐疲劳强度。 在用挤出机挤出长金属坯料的过程中,采用具有至少一个可由缸装置等作用的孔段变化装置的模具,在挤出过程中适当改变模具的孔截面轮廓, 获得其至少长度方向的截面轮廓变化的各种形状的长挤压金属制品。
    • 6. 发明授权
    • Process for the fabrication of metal-made carrier body for exhaust gas
cleaning catalyst
    • 用于制造废气净化催化剂金属制载体的工艺
    • US5050790A
    • 1991-09-24
    • US495883
    • 1990-03-19
    • Kazunori TakikawaYuzo Hitachi
    • Kazunori TakikawaYuzo Hitachi
    • B01D53/86B01D53/94B01J32/00B01J35/04F01N3/28
    • B01D53/9454B01J35/04F01N3/281F01N2330/02Y02T10/22
    • A metal-made carrier body is fabricated for an exhaust gas cleaning catalyst. At least one sheet-like metal band and at least one corrugated metal band, each of said bands being made of a thin metal sheet, are superposed one over the other so as to establish contacts therebetween, thereby forming a multi-layered composite body defining a number of network-patterned gas flow passages along the central axis thereof. The composite body is dipped in an electroless plating bath capable of forming a brazing coating layer on the composite body so as to form a brazing coating layer at least in the vicinity of each contact except for the contact itself. The composite body is then subjected to a heat treatment so as to braze the contacts between the sheet-like metal band and corrugated metal band. Before dipping the composite body in the plating bath, it may optionally be enclosed in a cylindrical metal casing. The composite body and cylindrical metal casing are also brazed together at their mutual contacts.
    • 制造用于废气清洁催化剂的金属制载体。 至少一个片状金属带和至少一个波纹状金属带,每个所述带由薄金属片制成,彼此叠置以便在它们之间建立接触,由此形成限定了多层复合体的多层复合体 沿着其中心轴线的多个网状图案气流通道。 将复合体浸渍在能够在复合体上形成钎焊涂层的化学镀浴中,以至少在除了接触本身之外的每个接触附近形成钎焊涂层。 然后对复合体进行热处理,以钎焊片状金属带和波纹金属带之间的接触。 在将复合体浸入电镀槽之前,可以将其封闭在圆柱形金属外壳中。 复合体和圆柱形金属外壳也在它们的相互接触处钎焊在一起。
    • 7. 发明授权
    • Metal-made carrier body for carrying thereon exhaust gas cleaning
catalyst
    • 用于承载废气清洁催化剂的金属制承载体
    • US4976103A
    • 1990-12-11
    • US366990
    • 1989-06-16
    • Kazunori TakikawaHaruo Serizawa
    • Kazunori TakikawaHaruo Serizawa
    • B01J35/04F01N3/28
    • B01J35/04F01N3/281F01N3/2842F01N2330/02F01N2530/04F01N2530/26
    • A metal-made carrier body is provided for carrying thereon an exhaust gas cleaning catalyst. The carrier body is formed by superposing a sheet-like metal band made of a thin metal sheet and a corrugated band made from another thin metal sheet one over the other in a contiguous relation into a multi-layered composite body defining many network-patterned gas flow passages along a central axis thereof and then enclosing the multi-layered composite body within a cylindrical metal casing. The cylindrical metal casing has a double-layer structure composed of an inner portion made of a metal material having a coefficient of thermal expansion similar to that of the constituent members of the multi-layered composite body and an outer portion made of another metal material having greater heat- and corrosion-resistance than the metal material of the inner portion.
    • 提供金属制承载体用于承载废气清洁催化剂。 载体主体通过将由薄金属片制成的片状金属带和由另一薄金属片制成的波纹带以相邻的关系叠置在多层复合体中而形成,该多层复合体限定许多网状图形气体 沿着其中心轴线流动通道,然后将多层复合体封闭在圆柱形金属外壳内。 圆筒形金属外壳具有双层结构,该双层结构由具有类似于多层复合体的组成部件的热膨胀系数的金属材料制成的内部部分和由另一种金属材料制成的外部部分构成, 比内部金属材料具有更大的耐热和耐腐蚀性。
    • 8. 发明授权
    • Thermosensitive fluidized fan coupling device
    • 热敏流化风机联轴器
    • US4919247A
    • 1990-04-24
    • US275766
    • 1988-11-23
    • Kazunori TakikawaYuichi Ono
    • Kazunori TakikawaYuichi Ono
    • F16D35/00F04D25/02F16D35/02
    • F16D35/022F04D25/022
    • A fluidized fan coupling device is provided to substantially eliminate accompanying rotation followed engine start up. The device includes a sealed housing with a partition plate dividing the interior of the housing into a torque transfer chamber and an oil reservoir. The housing is rotatably mounted to a shaft which extends into the torque transfer chamber. A driving disk is mounted to the shaft and is disposed in the torque transfer chamber. An oil outflow regulating hole extends through the partition plate and is provided with a valve that responds to changes in temperature. The partition plate also has an oil circulating aperture to permit flow of oil from the torque transfer chamber to the oil reservoir only when the engine is stopped. An idle oil groove in the outer periphery of the torque transfer chamber communicates with an oil circulation passage which extends from the idle oil groove to the oil reservoir. A dam is provided in the idle oil groove to urge the oil through the oil circulation passage. Thus, a portion of the oil accumulated in the torque transfer chamber flows through the oil circulating aperture after the engine has stopped. Any remaining oil is accumulated in the idle oil groove and is urged by the dam through the oil circulating passage immediately after engine start up to substantially eliminate accompanying rotation.
    • 提供流化风扇联接装置,以便在发动机起动之后基本上消除伴随旋转。 该装置包括密封壳体,其具有将壳体的内部分成转矩传递室和储油器的隔板。 壳体可旋转地安装到延伸到转矩传递室中的轴上。 驱动盘安装在轴上并设置在转矩传递室中。 油流出调节孔延伸穿过隔板,并设置有响应于温度变化的阀。 分隔板还具有油循环孔,以允许仅当发动机停止时才将油从转矩传递室流出到油储存器。 转矩传递室外周的怠速油槽与从怠速油槽延伸到储油部的油循环通路连通。 在怠速油槽中设置有一个坝,以将油通过油循环通道。 因此,在发动机停止后,积存在转矩传递室中的一部分油流过油循环孔。 任何剩余的油都积聚在怠速油槽中,并且在发动机起动之后立即通过油循环通道被大坝推动,从而基本上消除了伴随旋转。
    • 9. 发明授权
    • Temperature-sensing fan fluid coupling
    • 温度感应风扇流体联轴器
    • US4903643A
    • 1990-02-27
    • US244698
    • 1988-09-14
    • Kazunori TakikawaYuichi Ono
    • Kazunori TakikawaYuichi Ono
    • F16D35/02F01P7/02
    • F16D35/022
    • A temperature-sensing fan fluid coupling for use with an automobile engine. The coupling comprises a sealed enclosure, a partition plate having an outflow control hole, a thermostat mounted upon the front surface of the enclosure, a rodlike link member in contact with the thermostat at its one end, an interlocking member against which the link member bears, and a resilient tonguelike valve member. One end of the valve member is fixed, while the other end is in resilient contact with the front end of the interlocking member. The thermostat is connected to the valve member via the link member and the interlocking member. As the ambient temperature changes, the thermostat deforms to cause the valve member to more or less open the hole.
    • 一种用于汽车发动机的温度感应风扇流体联轴器。 联接器包括密封的外壳,具有流出控制孔的分隔板,安装在外壳前表面上的恒温器,与其一端与恒温器接触的杆状连杆构件,连杆构件所承载的互锁构件 ,以及弹性舌形阀构件。 阀构件的一端固定,而另一端与互锁构件的前端弹性接触。 恒温器通过连杆构件和互锁构件连接到阀构件。 随着环境温度的变化,恒温器变形,导致阀门构件或多或少打开孔。