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    • 31. 发明授权
    • Partially thick-walled elongated metallic member and methods of making
and connecting the same
    • 部分厚壁细长金属构件及其制造和连接方法
    • US5713130A
    • 1998-02-03
    • US365638
    • 1994-12-28
    • Akira FukudaKenji FurumiYasuo WatanabeSusumu Hanyoh
    • Akira FukudaKenji FurumiYasuo WatanabeSusumu Hanyoh
    • B21C37/16B21J5/08B21J9/08E04B1/24B21K21/08
    • B21C37/16B21J5/08B21J9/08E04B1/24E04B2001/2415E04B2001/2418E04B2001/2445E04B2001/2448E04B2001/2451E04B2001/2454E04B2001/2457E04B2001/246E04B2001/2472E04B2001/2496Y10T29/49623Y10T29/49631Y10T29/49634Y10T29/49771Y10T29/49948Y10T29/49963
    • A method of and an apparatus for manufacturing an elongated metallic member (1) having at least one thickened wall area defined at a portion thereof. That portion of the elongated metallic member (1) is heated to a plasticizable temperature to form a heated area (5) while the latter is moved along the metallic member (1) and, at the same time, axially inwardly compressed to allow upsetting at the heated area (5), to thereby form a thickened wall area. A trailing portion (1a) of the thickened wall area of the elongated metallic member (1) immediately after the heated area (5) is cooled. The ratio (V/W) of a compressing speed V relative to the moving speed W of the position of the heated area (5) in reference to the thickened portion (1a) of the metallic member (1) is progressively increased from a small value, employed at an initial stage of wall thickening, along the metallic member (1) to an aimed value, employed at a steady stage of wall thickening, to thereby progressively increase a wall thickening ratio along the metallic member (1) to a designed value. The subsequent wall thickening is carried out while the ratio is maintained at said designed value for the steady stage of wall thickening. A method of connecting two metallic members (1) in end-to-end fashion and a method of connecting a beam to the metallic member (1) are also disclosed.
    • 一种用于制造细长金属构件(1)的方法和装置,其具有限定在其一部分的至少一个增厚的壁区域。 细长金属构件(1)的该部分被加热到可塑化温度以形成加热区域(5),同时沿着金属构件(1)移动该区域,并且同时轴向向内压缩以允许镦锻 加热区域(5),从而形成加厚的壁面积。 在加热区域(5)之后的细长金属构件(1)的加厚壁区域的后部(1a)被冷却。 相对于金属构件(1)的加厚部(1a),加热区域(5)的位置相对于移动速度W的压缩速度V的比(V / W)从小的 在壁增厚的稳定阶段沿着金属构件(1)在壁增厚的初始阶段使用的值,从而逐渐增加沿着金属构件(1)的壁增厚率到设计的 值。 随后的壁增厚进行,同时将该比率保持在所述设计值以用于壁增厚的稳定阶段。 还公开了以端对端的方式连接两个金属构件(1)的方法和将梁连接到金属构件(1)的方法。
    • 32. 发明授权
    • Method of removing resinous materials adhering to injection head
    • 去除附着在注射头上的树脂材料的方法
    • US5217661A
    • 1993-06-08
    • US857256
    • 1992-03-25
    • Hiroyuki NoguchiYasuo Watanabe
    • Hiroyuki NoguchiYasuo Watanabe
    • B29C39/24B29C33/72B29C45/00B29C45/17
    • B29C33/72
    • A method of and an apparatus for automatically removing deposits such as resin materials adhering to an injection head. According to the method, a liquid reactive resin is poured into a molding cavity internally defined in a mold assembly from an injection head through an injection hole. Then, an automatic cutting device is displaced toward the injection head separated from the injection hole after the reactive resin poured into the molding cavity has been hardened. Thereafter, the automatic cutting device is activated to cut unnecessary hardened resin materials adhering to the injection head. Thus, the hardened resin materials can reliably be removed without subjecting the injection head to damage. It is also possible to effectively prevent the reactive resin from adhering to the injection head when the next molding process is carried out. Further, since a resin material removing process is automatically performed, any burden imposed on an operator can be lightened and the entire molding process can efficiently be carried out.
    • 用于自动去除附着在注射头上的树脂材料的沉积物的方法和装置。 根据该方法,将液体反应性树脂从注射头通过注射孔注入到模具组件内部限定的模制腔中。 然后,在浇注到模腔中的反应性树脂已经硬化之后,自动切割装置朝着从注射孔分离的注射头移位。 此后,激活自动切割装置以切割附着在注射头上的不必要的硬化树脂材料。 因此,可以可靠地除去硬化的树脂材料,而不会使注射头受损。 当进行下一个成型工艺时,也可以有效地防止反应性树脂粘附到注射头上。 此外,由于自动执行树脂材料去除处理,所以可以减轻施加在操作者上的负担,并且可以有效地执行整个模制过程。
    • 35. 发明授权
    • Communication system
    • 通讯系统
    • US4882580A
    • 1989-11-21
    • US731147
    • 1985-05-06
    • Mitsuji TeranishiYasuo WatanabeAkira Takeuchi
    • Mitsuji TeranishiYasuo WatanabeAkira Takeuchi
    • H04L12/42H04L12/437
    • H04L12/42H04L12/437
    • A communication system comprising a plurality of devices interconnected into a loop and each provided with two pairs of sending and receiving terminals for transmitting signals in directions different from each other. Each of the devices is connected to the other devices immediately adjacent thereto on the loop by a pair of transmission channels connected to the two pairs of sending and receiving terminals and each including a sending line and a receiving line. Each device comprises a first arrival preference circuit which disciminates whether a first or second input terminal receives a signal first. Also, a control circuit causes the terminal which receives the first arrived signal to accept that signal while the other terminal is inhibited from accepting any signals. A predetermined one of the terminals is controlled to accept an input signal when input signals arrive at the two terminals simultaneously. The device is inhibited, by way of a non-sending signal, from transmitting an output signal when one of the two input terminals is accepting a signal.
    • 一种通信系统,包括互连到环路中的多个设备,每个设备具有用于在彼此不同的方向上传输信号的两对发送和接收终端。 每个设备通过连接到两对发送和接收终端的一对传输信道连接到环路上与其紧邻的其他设备,并且每个设备包括发送线路和接收线路。 每个设备包括第一到达偏好电路,其偏移第一或第二输入端是否首先接收信号。 此外,控制电路使接收第一到达信号的终端接受该信号,而禁止另一终端接收任何信号。 当输入信号同时到达两个终端时,控制预定的一个终端接受输入信号。 当两个输入端中的一个接收信号时,该装置通过非发送信号被禁止发送输出信号。
    • 37. 发明授权
    • Brain ventricle shunt system with flow-rate switching mechanism
    • 具有流量切换机制的脑室分流系统
    • US4781673A
    • 1988-11-01
    • US938926
    • 1986-12-08
    • Yasuo Watanabe
    • Yasuo Watanabe
    • A61F2/00A61M27/00A61M5/00
    • A61F2/004A61F2/0009A61M27/006
    • A brain ventricle shunt system provided with a flow-rate switching mechanism is used as a brain ventricle-peritoneum shunt or a brain ventricle-auricle shunt. It is surgically implanted in the body of a hydrocephalic patient or the like. It is constructed of a check valve for preventing the cerebro-spinal fluid from flowing back to the brain ventricle and a flow-rate switching mechanism for switching the flow rate of cerebro-spinal fluid to be fed from the brain ventricle catheter to the peritoneum or auricle catheter. The switching mechanism is provided with flow passages connected to one another in parallel, flow-rate regulators interposed respectively in the flow passages to control the flow rates through the respective flow passages to predetermined flow rates, and on-off valves interposed respectively in the flow passages so as to shut off the flow passages individually upon the application of external drive forces thereto. The system has merit in that the switching operation of the flow rate, which has been considered difficult, can be achieved very easily and safely. It permits switching of the flow rate among many levels without failure. The flow-rate controlling position can be precisely determined either visually or palpably through the scalp.
    • 使用具有流速切换机构的脑室分流系统作为脑室 - 腹膜分流或脑室 - 耳廓分流。 手术植入脑积水患者体内等。 它由用于防止脑脊液流回脑室的止回阀和用于切换从脑室导管输送到腹膜的脑脊液流量的流速切换机构构成, 耳廓导管。 切换机构设置有彼此并联连接的流动通道,分别插入在流动通道中的流量调节器,以将通过相应流动通道的流量控制为预定流量,以及分别插入流量的开关阀 通道,以便在施加外部驱动力时分别关闭流动通道。 该系统的优点在于,可以非常容易且安全地实现已被认为是困难的流量的切换操作。 它允许流量在许多级别之间切换而不会失败。 流量控制位置可以通过眼睛或触觉地精确地通过头皮来确定。
    • 38. 发明授权
    • Method of manufacturing metallic bent pipe
    • 金属弯管制造方法
    • US4479372A
    • 1984-10-30
    • US522586
    • 1983-08-12
    • Yasuo Watanabe
    • Yasuo Watanabe
    • B21D7/16B21D7/025
    • B21D7/025
    • A method capable of continuously manufacturing a metallic bent pipe having straight pipe portions at both ends of a bent pipe portion which have been subjected to the same heat treatment as that for the bent pipe portion. The method comprises the steps of: inserting the front end portion of a metallic pipe to be bent into a heating device, and advancing the pipe, with the travel of the heating device suspended, thereby to heat-treat the pipe; retracting the heating device and advancing the pipe to heat-treat the same; suspending the advance of the pipe while retracting the heating device thereby to heat-treat the pipe, and clamping the pipe by a bending operation part; suspending the retraction of the heating device and advancing the pipe as well as applying a bending moment to the pipe thereby to bend the same; suspending the advance of the pipe and heat-treating the same while retracting the heating device, and releasing the pipe from the bending operation part; retracting the heating device and advancing the pipe to heat-treat the same; and suspending the retraction of the heating device and moving the pipe to heat-treat the same.
    • 一种能够连续地制造在弯曲管部的两端具有与管弯曲部相同的热处理的直管部的金属弯管的方法。 该方法包括以下步骤:将待弯曲的金属管的前端部分插入加热装置中,并且随着加热装置的行进而将管道推进,从而对管道进行热处理; 缩回加热装置并推进管道对其进行热处理; 在回收加热装置的同时使管道的前进暂停,从而对管道进行热处理,并且通过弯曲操作部件夹紧管件; 悬挂加热装置的回缩并推进管道以及向管道施加弯曲力矩以使其弯曲; 在退回加热装置的同时,暂停管道的前进和热处理,并且从弯曲操作部分释放管道; 缩回加热装置并推进管道对其进行热处理; 并悬挂加热装置的回缩并移动管道以对其加热处理。
    • 39. 发明授权
    • Dry process for the production of hexagonal-system ferrite
    • 干法生产六方晶系铁素体
    • US4411807A
    • 1983-10-25
    • US387654
    • 1982-06-11
    • Yasuo WatanabeSeiji IsoyamaMasahiko Bannou
    • Yasuo WatanabeSeiji IsoyamaMasahiko Bannou
    • C01G49/00C04B35/26H01F1/11
    • C04B35/2683
    • There is disclosed a novel dry process for the production of hexagonal-system ferrite having the formula: MO.multidot.nFe.sub.2 O.sub.3, wherein n represents a real number of 5.1-5.8 and M represents at least one metallic element selected from the group consisting of Ba, Sr and Pb. The ferrite is baked in the presence of the mixed additive comprising X-agent selected from the group consisting of KCl, NaCl and LiCl; and Y-agent selected from the group consisting of KBO.sub.2, NaBO.sub.2 and LiBO.sub.2 and/or the group consisting of K.sub.2 CO.sub.3, Na.sub.2 CO.sub.3 and Li.sub.2 CO.sub.3. After baking, the mixed additive is completely removed from the resulting ferrite by washing or by a wet-process disintegrating treatment. By changing the mixing ratio of said X-agent to said Y-agent, ferrite crystals having various characteristic properties can be obtained.
    • 公开了一种用于生产具有下式的六方晶系铁氧体的新型干法:MOxnFe2O3,其中n表示实数为5.1-5.8,M表示选自Ba,Sr和Pb中的至少一种金属元素 。 在包含选自KCl,NaCl和LiCl的X剂的混合添加剂的存在下烧制铁素体; 和选自由KBO2,NaBO2和LiBO2组成的组的Y-试剂和/或由K 2 CO 3,Na 2 CO 3和Li 2 CO 3组成的组。 烘烤后,通过洗涤或通过湿法崩解处理将所得到的铁素体完全除去混合添加剂。 通过改变所述X剂与所述Y剂的混合比可以得到具有各种特性的铁素体晶体。